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slide show for Heart Beacon Cycle -- slides are (admittedly) busy so downloading slides in native Powerpoint or PDF format is preferredWorld Economic Heartbeat / Trade Federation on the Bitcoin Blockchain, system of systems signaling and telemetry framework supporting Distributed Autonomous Organizations, Bitcoin Programmable money - reinventing money metrics, meters, survey methods in context with IRS memo 1421 Bitcoin is property for tax purposesThe Heart Beacon Cycle: improve systemic solutions through signaling, telemetry, news-casting of sync delta updates across a systems of systems, network of networks supporting regional, global systemic sustainable solutions using equitable metrics and meters for trade arbitrage among federated, autonomous trade groups. Reinvent Money. Trade Federation on the Bitcoin Blockchain Blueprint for a New Economy
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Internet of EverythingValue Index
Time-Space Meter
HEART BEACON CYCLE SYSTEM OF SYSTEMS SYNCHRONIZATION
System of systems: collection of task-oriented, dedicated systems pooling resources, capabilities together to create a new, more complex system with more functionality, performance than simply the sum of constituent systems.
NIST TIME BEACON
BLUE FORCE TRACKER
Systemic refers to something that is spread throughout, system-wide, affecting a group or system, such as a body, economy, market or society as a whole.
“May the heart of Earth flow to the heart of heaven through my heart and through all hearts together. May our hearts be the heart of every being in all the starry sky, May the heart of the heavens flow to the heart of the earth through my heart and
though all of our hearts together. And, may our hearts be the heart of every earthly creature”. Chichicastenango Guatemala from “Stargate 2012: Surfing the tides of the Milky Way as drawn from ancient Mayan prophecies.
Worker / Task Heartbeats
SYNCSEED_CLOUD
TIME - SPACE METER / APPLIQUE OVERLAYS
.0001 .05 .01 .1 0 5 15 30 99
<Exercise> / <Actual>
Consistent Metrics, Meters, Vectors Geo-Spatial Temporal Intensity meme
“Bui
ld a
new
mod
el”
SINGLE INTEGRATEDCOMMON PICTURE
NIST
HEART SENSOR
BITCOIN / FIATCURRNCY
CONVERSION GATEWAYS
ETHEREUM
GLOBAL LEDGERS
PROJECTSTELLAR
SIOP
SARA
NIST
TIMEST
OCH
ASTI
CH
ARM
ON
IZAT
ION
QUANTUM RANDOM NUMBER CYBER BEACON
"We will gain the ability to literally hear our world's “HEARTBEAT"
STORM
YOURSYSTEMS
WORKINGAS ONE
COMMON SYNTAX LEXICON
TERRATRCMEDICI
STOCK EXCHANGESYNC UNUSED RESOURCES WITH UNMET NEEDS
UNIFY
ROSETTA STONE
ProceduralTemplateCheck List& SOI
Command Syntax REST State Transfer
NETOPS
</TAGS>
H.A.N.D.S: The continuous adaptation of capabilities relevant to security – in short transformation - in order to meet the security challenges of the information age is well under way regarding the demands of the military. Based on the support of highly developed information technology to speed up the processes of influencing an adversary, new concepts result in the adaptation of military doctrine, organization, training, material, infrastructure, interagency interaction, leadership, personnel and facilities.
Efforts to achieve the adaptation are comprehensively described on numerous Internet websites such as those of the United States Joint Forces Command, the Allied Command Transformation and the German Bundeswehr. Core elements of the improvement of capabilities are the concepts of "Network Centric Warfare" in the United States of America, "Network Enabled Capabilities" in Great Britain or "Vernetzte Operationsführung" in Germany.
The key determinants of these network-based concepts are information sharing and collaboration: "Information-sharing and collaboration enhance the quality of information and shared situational awareness. Shared situational awareness enables collaboration and self-synchronization, and enhances sustainability and speed of command."
The widespread use of new Information Communication Technology is intended to enable better exploitation and faster dissemination of intelligence in support of military operations so that political and military decision-making is more authoritative and practical outcomes are more effective. The idea began moving forward from the experimental stage into practical application with "Operation Iraqi Freedom" led by the United States and the United Kingdom against the Saddam Hussein regime early in 2003.
http://hands-24.de/SeitenENG/thesenpapier.htm#HANDSThesenpapierIV
REUSE OF A PENTAGON ACAT-1A SITUATION AWARENESS PROGRAM FOR THE GREATER GOOD PROPOSED BY GERMAN MILITARY A DECADE AGO!
JBFSA
MATCHUNUSED
RESOURCESWITH
UNMET NEEDS
SYNC
Vernetzte Operationsführung
Derive best practice procedural template guides from Battlefield Digitization describing the when, where, how, how often systemically among a systems of systems -- and as an equitable system within a system promoting synergy, synchronicity. KAIJU
H.A.N.D.S. OUTER BANKS
JAEGER
HEART BEACON CYCLE• A systematic series of actions directed to a goal ex: form, maintain federations
• A continuous action, operation, or series of changes taking place in a definite manner
• A cyclic, repetitive process to sync groups in time / space to support common goals
Entries, Items link To detailed treatises
MINIMUM LIST OF COMPONENTS / BUILDING BLOCKS, PROCESSES, PROCEDURES AGREED UPON BY A FEDERATION TO ACHIEVE CONSENSUS WITHIN AUTONOMOUS ORGANIZATIONS IN TRADE FEDERATIONS
FEDERATIONS AGREE TO USE COMMON BUILDING BLOCKS, SHARED PROCESSES, METHODS IN SMART CONTRACTS, SERVICE LEVEL AGREEMENT TO ACHIEVE CONSISTENT, RELIABLESIGNALING, TELEMETRY, & METRICS
System of SystemsNetwork of Networks
PROCEDURAL TEMPLATE
INTERNET = TIME CYCLES / INTERVALS TO PROCESS / NOT PROCESS </SYNTAX>
BITCOIN BLOCKCHAIN BLOCKS, AGENTS, MOTES, TELCO PACKETS, FRAMES, HEARTBEAT, BEACON are METAPHORS
.0001 .05 .01 .1 5 15 30 99
REAL WORLDEXERCISE
</URN></ORG_ID>
MICRO CYCLE STATE META DATA SNAPSHOTS
Time StampBefore Fusion/ Data Center
Sensors / RFID
</UUID></UUID>
Computer language syntax: set of rules, symbols in structured documents or fragments. W3C “The Semantic Web is a common framework to share data across application, enterprise, & community boundaries"
SOI: Signal Operating Instructions military term for technical control, OPTEMPO coordination of comms Timely information, net call signs & frequencies data, internet directory, code-words, brevity codes, call signs, visual &sound signals. Too slow data refresh = “stale”. Too fast data refresh = distracting & net saturation. Organizations maintain 2 SOI’s: PEACE TIME version “Go-To-War" version = Biz Plan COAs 1 / 2
INSTRUCTIONS
SYNTAXLEXICONLIBRARY
</UTC_DTG>
SIOP
</tags>2525A.B.C
MICRO CYCLES
MACRO CYCLES
STRUCTUREDTEMPLATES
“The Grail”
Give me a lever and a place to stand and I will move the World - Archimedes
FULCRUM
TIMESPACE
SYNTAX
Brevity Codes
“The Word”“In the beginning (of time)”
START, STOP TTLSTOCHASTIC HARMONY
Internet of EverythingValue Index
Time-Space Meter
SYNC
SEED CLOUD
NIST TIME BEACON
SyncDelta
snapshots
SYN
TAX
Market Identifier Codes
{“OrgID”}{“URN”}
<XML>
Newscast
Micro-ServicesMicro-CurrencyMicro-PaymentsMicro-Loans
.0001 .05 .01 .1 5 15 30 99
Real WorldExercise
</URN>{“ORG_ID”}
MICRO CYCLE STATE META DATA SNAPSHOTS
MEDIATERELAY
AGGREGATE
DATA FUSION CENTERAGGREGATE HEARTBEATSYNC DELTAS & DISPLAY ON APPLIQUE OVERLAYS
Flash Trade Circuit Breaker
AppliquéOverlaysFiltered
SA Views
Enhanced Data
Analytics /Forensics
SYNCSEED CLOUD
FilterBy Roles,
Rules
TIME-SPACE METER / APPLIQUE’ OVERLAY
“We can synchronizeourselves in timefor a common purpose”Dr. Jose Arguelles Law of Time Foundation
MICRO SERVICE SYNC
Metrics / Meters
SYNC SEED THE CLOUD
SURVEY METHODS FINDURNs In Telco Mesh Fabrics
Firefly Algorithms Statistical Mean Match w/ Heart Cycle
Stoc
hasti
c H
arm
oniz
ation
UNIFY
Sync, Synergy amongSustainable Projects
PROCESS BY PRECEDENCE
MEDICI BITCOIN
EXCHANGE
Search to ID<rare> <sought><URN> thenInvite <Org_ID>Trade arbitrage
Start/Stop/TTLTrade Windows
< / > / =
Time StampBefore Fusion/ Data Center
FULCRUMNEWSCAST
“And a place to stand”
“Give me a lever..”
Crowd SourceCrowd Fund
MISSIONAWARENetworks
MACRO_CYCLES
NIST HEART
sensor
Sensors / RFID
TIME ZONES
MACRO-ECONOMICS
TIME CURRENCIES
THE HEART BEACON CYCLE
Heartbeat Sync PulsePrice Value Index
Time-Space Meter
TERRATRC
POWER GRID NODESCLOSER IS CHEAPER
</URN.</URN></URN></URN>
NETSURVEY
UNMET NEEDS
NIST TIME BEACON
StochasticHarmony
LighthouseBitsquare
UNUSED RESOURCES
SYSTEM OF SYSTEMS
STOCK TRADE LIMITSPER CYCLE / SESSION
Space - Time
ECONOMIC PULSE </108>
Internet of Things IeTOperational discipline
time schedules forSensors, platform
Conserve bandwidth
{“Asset”){“Class”}{“Values”}
Heart Beacon CycleUse Case: FEDERATION
1. FEDERATION: Latin: foedus, foederis, covenant, union of partially self-governing states or regions under a central (federal) government2. A league or confederacy. Individuals / groups retain AUTONOMY3. A federated body formed by a number of nations, states, societies,
unions, etc., each retaining control of its own internal affairs
• Federation network joins, drop, split, merge, moves • Agile, adhoc NETOPS merger, acquisition option preserves CHANNEL
Bitcoin Group Signatures Dynamic Membership Multi-party Signature DMMS: independent interest within group signatures
• Bitcoin Mining Pools
• MEDIATION: DECISIONS, RULES, STANDARDS, SERVICE LEVEL AGREEMENTS, SYNC DELTA REPORTS,GEO-SPATIAL TEMPORAL INTENSITY METRICS, METERS
{“GLOBAL”}{“SHARED”}
{“DOMAIN”}{“COMMUNITY”}
{“PRIVATE”}
123e4567-e89b-12d3-a456-426655440000123e4567-e89b-12d3-a456-426655440001
FEDERATED ID Org Unit OU, OU, OU</URN>
{“URN”}</RESOURCE>{“Asset_Class”}
Heartbeat Snaps
123e4567-e89b-12d3-a456-426655440002UUID
STRAT_ML: DATA CLASS
STOCK EXCHANGEMIC MARKET IDENTIFIERCODES / BREVITY CODES
DEVICE / PLATFORMSENSOR DEVICE
LLLLBONDABCD
{“OrgID””URN”}IeTIoT
D.U.N.S #
{“Asset_Type”}
OPT
EMPO
TEL
EMET
RY
Proof of WorkProof of Stake
MICRO-CYCLES
GOVERNANCE 2.O ON THE BLOCKCHAIN
TRADE FEDERATIONS
FIREFLY FLASH HEARTBEAT MESSAGES
FEDERATED IDENTITYOrganization Identifier
DISTRIBUTED AUTONOMOUS ORGANIZATIONS DAO
THRESHOLD TRIGGERS INCREASEBEACON BROADCAST AREA / RADIUSIN ZONES e.g. STOCK MARKET TRANCHESGEO-SPATIAL, TEMPORALINTENSITY
HOMELAND SECURITY ADVISORY SYSTEM
LOW/NORMAL
GUARDED/ALPHA
ELEVATED/BRAVO
HIGH/CHARLIE
SEVERE/DELTA
EVERY
GOOD
BOY
DOES
FINE
RESPONDERS
COMBINED COMMUNICATIONSELECTRONICS BOARD CCEB
EVERY
GOOD
BOY
DOES
FINEFLASH OVERRIDE
FLASH (Z)
IMMEDIATE (O)
PRIORITY (P)
ROUTINE (R)
ALERT LEVEL CHANGES
CAPXML
INFOCON LEVELS OF CONCERN
INFOCON 1
INFOCON 0
INFOCON 2
INFOCON 3
INFOCON 4
CHILD SCHEMAS, DATA ISLANDS
-8 TO -5 - 4 TO -2-1 TO +2 +6 TO +8 +3 TO +5
EVENT SEVERITY INDEX TRACK BY ORG ID / URN
COLOR CODE CONDITION LEVEL
GREEN
BLUE
YELLOW
ORANGE
RED
LOW
GUARDED
ELEVATED
HIGH
SEVERE
5 LEVEL ALERT SYSTEM
PLANNING
- CHECK- REVIEW
INCREASESURVEILLANCE
TAKE PRECAUTIONSCOORDINATE
W/OTHER GROUPS
CLOSE FACILITIESSTOP PROCESSES
SEVERITYMETRICSTEMPLATE
NIEM
REPLACEMENT SHEET
100
200
300
400
500
AAA – BBB - D
GEO-SPATIAL RADII DEFINEDBY WATER DROP AREA ZONES
602
603
604
+ 1
+ 2
+ 3
+ 2
+ 3
CAPXML
TRIGGERS
606
601
605
5
4
3
2
1
RIS
K C
OR
RE
LA
TIO
N
607
EQUITABLE METERING
+4
NUMBERS ARE ARBITRARY BUT MUST MATCHE.G., 5 OR 4 OR 3 BUT NOT 5 AND 4, 5 AND 3
M2M MACHINE TO MACHINE PARSING RELIESON CONSISTENT NUMBERING SCHEME
+4
GEO-SPATIAL TEMPORAL INTENSITY METRICS / VECTORS
ALERT LEVEL >> NEWSCAST ZONE
GEO-SPATIAL TEMPORAL INTENSITY METRICS, METERS, VECTORS
INFOCON / DEFCON ALERT EVENTS INFORM STAKEHOLDERS OF STATUS CHANGE i.e., NORMAL TO ELEVATED, HIGH OR SEVERE. ALERT LEVELS ARE ARBITRARY BUT MUST BE CONSISTENT e.g., 3 OR 5 FORMACHINE TO MACHINE PROCESSING
AREA time synchronized, self-organizing,
mesh Net
IEEE 802.15.4 OASIS MQTT
TELEMETRY TRANSPORT
.0001 .05 .01 .1 0 5 15 30 99
4 / 3 / 2 / 1 / NULL / 1 / 2 / 3 / 4
Geo-Spatial Temporal IntensityNOVEL METRICS / METERS:
Paul Revere = linear, sequential
TCP/IP hop by hop counts, by hop controls
Water Drop = AREA / INTENSITY Cyclic Frequency
CLOSER = FASTER, CHEAPER > CYCLE = > INTEREST NAMED-DATA NETWORKING
CAPXML
ALERT LEVEL >
> NEWSCAST ZONE
TRIGGERS
+ 1
+ 2
+ 3
+ 2
+ 3
SIN
E-W
AVE
GEO-SPATIAL RADIUS ZONE
IDMAPSSONARHOPSINTERNETTRIANGULATION
NDN<INTEREST> BY
INTENSITY / FREQUENCY
ARRESTED-D
5
4
3
2
1
DE
FC
ON
/ I
NF
OC
ON
TTL =Time To Live
INSTRUCTIONSTO MASTER CONTROLLER
NDN DataPacketNDN
InterestPacket
> INTENSITY FREQUENCY
INTERESTNDN
NIST TIME BEACON
Survey MethodID target
populationtriangulation
XMLMTF300 +MSG
<CONTENT> TEMPLATES
PRO
CESS
<CO
NTE
NT>
<TAG
S> B
Y PR
ECED
ENCE
<INTEREST>
“nodes start and end their cycles at the same time = closest heartbeat cycle"
Firefly-inspired Heartbeat SynchronizationUniversity of Bologna Italy / Hungary
.0001 .05 .01 .1 5 15 30 99
<ORG_ ID> {“URN”}
TIME SERIES Database TSD
FIREFLY ACTIVITY EVENTS
IEEE 1588
FIREFLY INSPIRED SYNC / NEWSCAST PEER SAMPLING SERVICE / BEACON BROADCAST STATISTICAL MEAN TIME SYNC AGREEMENT TO HARMONIZE STOCHASTIC NETWORKS REDUCING JITTER IN STOCK, CURRENCY, NETWORKS ASSISTING CAT – CONSOLIDATED AUDIT TRAIL WORKING GROUP
“Heartbeat Synchronization strives to have nodes in a distributed system generate periodic local “heartbeat” events approximately at the same time. It differs from classical clock sync in that nodes are not interested in counting cycles and agreeing on the ID of the current clock cycle. There is no requirement regarding the length of a cycle with respect to real time as long as the length is bounded and all nodes agree on it eventually”
STATE SNAPSHOTS
STATE SNAPSHOTS
RESOURCE INDEXTIME SERIES AUDIT
CURRENCY / STOCK / COMMODITIES SAMPLING ACROSS TIME ZONES
NIST TIME BEACON
CEILOMETER GNOCCHIPANDA / SWIFT / REST
Process by Precedence
FIREFLIES STRIVE TOSYNC WITH OTHERSFIREFLY SYNC PULSEMATCHED TO CLOSEST HEARTBEATCYCLE SYNC PULSE
FIREFLY HEARTBEATALGORITHM
NEWSCAST
VALUE / PRICE INDEX
STATISTICAL MEANMATCH FIREFLY STATISTICAL MEAN W/ NEAREST HEARTBEAT
{“ASSET TYPES”}(ASSET CLASSES”}
FRIEDMAN’S K % RULEVALUE ISSUE INTERVAL
REST / ARREST-D &HEART BEACON CYCLE
FIX{“108”}
FIX{“108”}
FIX{“108”}
ALGORITHMIC REGULATION
Economic Macro - Cycle Pulse
FIX{“108”}
AGGREGATOR
FIREFLYHEARTBEAT
FLASH MESSAGES
ECONOMIC MICRO-CYCLES
CURRENCIES
COMMODITY OPTIMAL TRANSACTION RATE TIME / PRICE / SPEED = CONSENSUS
ALGORITHMIC REGULATION
ALGORITHM
FIX {“108”}HEARTBEATMESSAGES
“Heartbeat Synchronization strives to have nodes in a distributed system generate periodic local “heartbeat” events approximately at the same time. It differs from classical clock sync in that Nodes are not interested in counting cycles and agreeing on the ID of the current clock cycle. There is no requirement regarding the length of a cycle with respect to real time as long as the length is bounded and all nodes agree on it eventually”
A BASEBALL DIAMOND IS A SQUARE. HBCUSES A BASEBALL METAPHOR TO DESCRIBEMETRICS, METERS. ROUNDING BASES FORM A BLOCK. METRICS, METERS & SURVEY METHODS MEASURE COIN MINING COMPLETION %
FIRE
FLY
HEA
RTBE
AT S
AMPL
ING
Type 1
Type 2
Type 3
Type 4Type N
FRIEDMAN K % RULE 10 Min Avg Block
Bitcoin = Property
Consumer Price Indexes CPIsPurchasing Power Parities PPPs
BitcoinBlock runs =Block TimingCPU CLOCK TIME / HEARTBEAT CYCLES
Diamondas a square
Is a block
Base RunBlockCreate
SYNCDELTA
Ceilometer Time-Series-as-a-Service API auditing time-sample API event subsystem
GEO-SPATIAL TEMPORAL SURVEY METHODS
NIST TIME BEACON
GNOCCHI PANDA / SWIFT
RESOURCE INDEXTIME
VALUE SERIES AUDIT
FIREFLY - HEARTBEAT ALGORITHM
TERRATRC{“Asset Class”}
{“Asset Type”}
Bitcoin MemesProof of WorkProof of StakeAge, Vote, VelocityImportance / TAURules / Roles / Logic
ALGORITHMIC REGULATION
TIME / PRICE / SPEED CONSENSUS
AGGREGATOR
TIME ZONE STOCHASTIC HARMONIZATION
DistanceBetween
Bases90 Feet
% Bitcoin OWNEDTIME SERIES DATABASE TSD
TIME / PLACE Sold
% Block Mined% Block own
IRS Memo #1421
Clock Face90 / 90 / 90 / 90= 360 degrees
FIREFLY HEARTBEAT ALGORITHM
Land Use Meme
$$$
%
DEMURRAGE FEES
METRICS / METERS
ECONOMIST MILTON FRIEDMANK% RULE: BLOCK CHAIN AWARDED @ CLOSEST HEARTBEAT CYCLE INTERVAL
<THRESHOLD>
Bitcoin – FIATTransaction Parity Rate
$$$
HeartbeatSnapshots
FIREFLYEVENTFLASH MESSAGES
Blockchain Blocks
TAU PROCESS BY PRECEDENCE
USPTO # 13,573,002
Commodity Index
1921
Optimal Transaction Rate / Price PointProject
LightningNetwork
$$$BITCOIN
MEMES
Heartbeat Sync Deltas
STATISTICAL MEAN ARBITRAGEVALUE INDEX
ALGORITHMIC REGULATION
“Bought Bitcoin is akin to property”
% Block Mined% Block own
LAND USE MEME
DistanceBetween
Bases90 Feet
90 / 90 / 90 / 90= 360 degrees= Clock Face
DiamondIs a square
Is a block
PAUL REVERE LINEAR, SEQUENTIAL METRIC
Coin Age Based Selection proof-of-stake system combines randomization with coin age = number derived from the product of the number of coins times the number of days coins have been held.
Velocity Based Selection Micro – Macro CyclesReddcoin's 'Proof of Stake Velocity' (PoSV)[ encourages velocity i.e. movement of money between people, rather than coin hoarding
Coin movement between people / players .. 1st, 2nd, 3rd Basemen or off site to tournamentOfficial, umpire, manager, fan state snapshots
Voting Based Selection: uses stake size & block generators selected by votes. BitShares selects randomly among a pool of 101 delegates
VOTE = {“EVENT”}
METRICS / METERS SURVEY METHODS
1 to 1 conversion %
MVP
{“BASE RUN VALUE”}
MICRO CYCLES
PROOF OF IMPORTANCETRANSACTION FREQUENCY
{“TIME_SPACE”}
{“EVENTS”} = TRANSACTIONS
ROLES / RULES
%
COIN MOVEMENT
TIME STAMPSTATE
SNAPSHOTS
MACRO CYCLES
CONSENSUS
Stake-Time algorithm favors both the number of coins held and how often, frequently coins are staked
Gas price per transaction or smart contract
Heartbeat Flash Messages
Firefly – Heartbeat Algorithm
Process By Precedence
HEARTBEATFLASH MESSAGERECORDSTIMESTAMP
MESSAGEs AGGREGATEDINTO HEARTBEAT SYNC DELTA
UMPIRE
Blockchain algorithm time ticks = blocks Next moment = next block.
Blocks awarded by age / time stake or vectors time - direction - velocity – Movement or voting by baseball league
I.R.S memo #1421
Ether gas cost = pay for ASAP transactions, messages
USPTO #13,573,003Bitcoin Multi-memeMULTIMETER
Tau-Chain XOR metric s, metersKnowledge, Rules, Logic, Reason,
RosettaStone
SELECTED DATA IS GROUPED TOGETHERby FEDERATED<ORG_ID>{“Org_ID””URN”}{“RESOURCES”}
Open TIME SERIES DATABASE TSDB data, gets data from a set of metrics and plots the result <- tsd_get(metric, start, tags=c(site="*"), downsample="10m-avg") library(zoo) z <- with(result, zoo(value, timestamp)) filtered <- rollapply(z, width=7, FUN=median) plot(merge(z, filtered)) The first line reads the data, grouping by site downsampling to 10-minute intervals using an arithmetic average. The 2nd line converts to a time series data type & computes a rolling median version of the data. The last line filters / sorts. plots data
NIST TIME BEACON
.0001 .05 .01 .1 0 5 15 30 99
IeT / Every-WHEREHEARTBEAT
STATE META DATA SNAPSHOTS
NDN:“FRESH DATA” = TTLGeo-Loc
NEWSCAST
Match to nearest statistical mean
STOCHASTIC HARMONIZATIONSIOP SINGLE INTEGRATED COMMON PICTURE ACROSS TIME ZONES PROCESS / FILTER / SORT EVENTS by <PRECEDENCE>
Down SampleTo ClosestStatisticalMean
TYPE DATA BY <Org_ID><URN>TIME STAMP PRIOR TO DATAFUSION CENTER INSERTION
CONSISTENT RELIABLE SYNC DELTA STATE META DATA SNAPSHOTS
Geo-spatial temporal Intensity frequency State
meta-data heartbeat snapshots aggregated
From Telco Mesh Fabrics
SIOP
DATA LAYER: STATE META DATA TIME STAMPED BY <UUID><ORG_ID><URN> & DATA PREPPED & DATA WRANGLED PRIOR TO FUSION CENTER INSERTION
TIME SERIES DBASE TSD
AGGREGATOR
Select mean (value) from CPU group by time (5m)
Newscast across Time Zones
Across TimeZones
ITA International Time Authority
SIGNALING, TELEMETRY AMONG A SYSTEM OF SYSTEMSMICRO-SERVICE
SCHEDULING
AMONGSYS OF SYSTEMS
•START, STOP, TIME TO LIVE•AUTHENTICATION, TIME LOCK
•CYBER BEACON NON-REPUDIATE
Group Agrees to Terms, Conditions
List of Shared Components,
Processes
•Sign Charter People join Group’s sub organizations {“OU”} </OU>
•SLA ./ SMART CONTRACTS
Initiate Micro to Macro Cycle State Meta Data Gather
SCHEDULE
MICRO-SERVICES
• Schedule, Meter Iterative Micro
Service CyclesSchedule SLA Smart Contractchecks within a system of systems heartbeat sync deltas
SYNC DELTASNAPSHOTS
In computing, micros-services is a software architecture style, in which complex applications are composed of small, independent processes communicating with each other using language-agnostic APIs. These services are small, highly decoupled and focus on doing a small task
State meta-data snapshotsAmong system A, B, C, D, E Signaling, Telemetry updatesAmong Apps, API’s, messageMiddleware, Bots, Mots, Agents, Bitcoin block side chains
Heartbeat, Heartbeat Messages
System of systems is a collection of task-oriented or dedicated systems that pool their resources and capabilities together to create a new, more complex system which offers more functionality and performance than simply the sum of the constituent systems.
SYSTEM OF SYSTEMS
NET
WO
RKO
F N
ETW
ORK
SNIST TIME BEACON
FIREFLY ALGORITHMSPECIES STRIVES TOSYNC WITH OTHERSFIREFLY SYNC PULSEMATCHED TO CLOSEST HEARTBEATCYCLE SYNC PULSE
RESTARRESTEDSYNERGY
</EVENTS></ALERTS>
HEART BEACON CYCLE SYSTEM OF SYSTEMS TELEMETRY
Internet of EverythingValue Index
Time-Space Meter
SYNCSEED_CLOUD
.0001 .05 .01 .1 0 5 15 30 99
Filter <Org_ID> / <URN>
Sync Delta Heartbeat Snapshots Micro Cycles
ENERGY GRID NODESHop Count Metrics
STORM
STORM Worker / Task Heartbeats
<URN><URN><URN><URN><URN><URN>
TERRA
ETHEREUM PROJECTSTELLAR
METRICSMETERS
Net Centric Warfare best practice procedural templates describe as guides, the when,
where, how, how often systemically among a systems of systems enabling SIOP
Single Integrated Operational Picture
SMART GRID
NIST TIME SERVER
Geo-spatial TemporalIntensity
Stochastic H
armonization
FLASH TRADECIRCUIT BREAKER
Process <URNs> By Precedence
Beacon Broadcast
MACRO CYCLES
SIOP
Events / Alerts
COLOR
COINS
SYNTAX LIBRARY
LEXICON ROSETTA STONE
</UNUSED RESOURCES></UNMET NEEDS>
</SYNTAX>
</INTEREST>
IEEE C37.118
IEEE 802.11 HbH
</EXERCISE></ACTUAL>
CLOSER = CHEAPER
5 <PRIVATEELEMENT>
1 </DOMAIN>
2 </SHAREDELEMENT>
3 </COMMUNITY>
4 </JOINT>
0 </GLOBAL>
DATA </CLASS>
DATA </CLASS>
</URN>
</URN></URN>
</Org_ID
>
GEO LOCLAT / LONG IDMaps
SonarHops
TELCO MESH
</INTEREST>
</Consensus>
Real TimeAuctions / Bid
Tech NeutralProtocolAgnostic
Reliable ConsistentTime Cycles
SystemOf Systems
Process by Precedence
Extensible Net Controller XNC
VISU
ALIZ
E
Command Syntax REST State Transfer
NETOPS </TAGS>
Command Syntax REST State Transfer
NETOPS
Command Syntax
REST State Transfer
NETOPS
NET CENTRIC WARFARE SYSTEM OF SYSTEMS TELEMETRY
SDN FRAMEWORK SwitchRule Action Statistics
Flow Table
Policy Control
Broadcast Multicast
Netcentric / "network-centric“ participating in a continuously evolving, complex community of people, devices, information and services interconnected by a network to optimize resource management and provide information on events and conditions.
Net-centric Enterprise Architecture : "massively distributed architecture with components, services available across and throughout an enterprise's entire lines-of-business."
STATEWORKFLOW</CONTENT></FILTERS></CONTEXT>
WORKFLOW<CONTENT>
<FILTERS>
<ORG_ID></URN>
INTEREST BY<ORG_ID><URN><ROLES><DATA_
CLASS>
<ROLE> <RULES>
REACHABILITYBY HOPCOUNTS
ACTIONSADD / DROP
JOIN / MERGE
<RESOURCETYPE> <FILTERS>
<TIMESTAMP><TTL>
</StratML></IODEF RID>
<DATA>{“CLASS_TYPES”}
COMMAND SYNTAXSTATE TRANSFERUnicast / MulticastFlow Tables / Workflow
SIOP
STATE / CONTEXTMETA DATA
TIME SLOT SWITCH
CONTEXT MATCH MAPPING INSTRUCTIONS
RESTFUL API
RULE: IF UNIT / SENSOR NET = / < N members / platforms, then show AS Non Mission Capable or if no reports within n cycles, UNIT = STALE, NMC. IF NMC, Take ACTION based on statistics = drop, merge, add
NCW FRAMEWORK
PACKETS ARE TIME CYCLES USED / NOT USED TO PROCESS / NOT PROCESS INSTRUCTIONS DESCRIBED AS SYNTAX = STATE META DATA TYPED BY DATA </CLASS> / DATA </CONTEXT>
ACTIONS:DROP /GROUP
AGILE ADHOCGROUP /
UNGROUP
VLAN ID
TIME OUTS TTLFORWARDING INFORMATION BASE FIBSTATE SNAPSHOTS
STRUCTURED<CONTEXT> EXCHANGE
Content Library
</TAGS>
TIME TOLIVE TTL
WHO, WHAT, WHEREHOW OFTEN, HOW MUCH
SNAPSHOT SYNC DELTAS
COMMON COMPONENTS, BUILDING BLOCKS USED WITHINFEDERATION PROMOTING COMMON GOALS, PROCESSES
Dynamic Network Configuration Management
DevOps model and tools to enable scale, programmable agility, and policy-driven automation, and provides network virtualization to mask network configuration complexity with set of networking APIs
Socket Plane = TEMPLATEs = vendors use one standard, while optimizing
own technologies for differentiation.
DISTRIBUTED APPS AND WORKFLOW AUTOMATION
TIME SLOT: Period of time activities governed by specific regulations.
COMPONENT factory multi-platform
Geo-spatial temporal intensity vectors
URN Uniform Resource Name Organization ID <Org_ID>
{“TAG”}
TIME STAMP BY Org_ID, URN Before FUSION CENTER
FILTER BY ROLEBY <TYPE> <CLASS><PRECEDENCE>
TIME SPACE
VECTOR: quantity having direction and magnitude position of a point in space relative to another point
HEART BEACON CYCLE TIME-SPACE METER
TIME STAMP 1 TIME STAMP 2 TIME STAMP N FILTER BY <ORG_ID>, <URN> <TIME_STAMP>
Goal: universal time -space meter memes for the Internet of Everything IET goal "ability to hear the world's heartbeat"
UnusedResources
Unmet Needs
< / > / =
NETOPS:HOW OFTEN?HOW MUCH? WHO?WHERE?
+ 0+ 1+ 2
+ 1+ 2
FLASH HEARTBEAT MESSAGES
BREVITY CODESMARKET ID CODES
300 + MESSAGE TEMPLATES
SYNTAX LIBRARYPROGRAMMINGSYNTAX
LIBRARY
Firefly-inspired Heartbeat Synchronization
State Meta Data Heartbeat Snapshots.0001 .05 .01 .1 0 5 15 30
StatisticalMean
Price Index
CEILOMETER GNOCCHI PANDA / SWIFTARREST-D
REST
Heartbeat synchronization strives to have nodes in a distributed system generate periodic, local “heartbeat” events approximately at the same time with a goal of all nodes starting and ending cycles at the same time eventually = map to closestOPTEMPO HEARTBEAT
SSCP
Geo-spatialtemporal
PRICE INDEXES IN TIME-SPACE
THE GRAILSHARED SYNC’D
COMMON PICTURE
LEXICON
Metrics / Meters
IDMapsSonarHops
USPTO#13,573,002
SYNCSEED_CLOUD
Micro Cycles
MACRO CYCLES
-1- 2- 3- 4 1 2 3 4
METRICS, METERS, SYNC DELTA CYCLIC CHANGE MEASURES, AUDIO-VISUAL, TACTILE CUES / APPLIQUE OVERLAYS
METER CHECK TIME STAMP 1METER CHECK TIME STAMP 2
HEARTBEAT SAMPLES SYNC DELTAS < / = / >
IEEE 802.1AG HOP BY HOP DETECTION
- IEEE 802.11 HOP BY HOP CONTROL
SEARCH BY RADIUSIN SYNCHRONOUS TIMES STAMPS BY ORG ID / URNTHEN NEWSCASTSYNC DELTAS
HOP COUNT METER / METRICS
SYNC DELTA SNAPSHOTS
B B B B
AAA/Aaa
AA/Aa
A/A
FIRST LOSS
LAST LOSS
BBB/Baa
B/B
EVERY
GOOD
BOY DOES FINE
INFOCON1
INFOCON2
INFOCON3
INFOCON4
INFOCON5
100
200
300
400
5005
4
3
2
1
RIS
K C
OR
RE
LA
TIO
N
ARBITRAGE
PROCESS BY PRECEDENCE
TIME/SPACE
STOCHASTICHARMONIZATION
<URN><URN><URN><URN><URN><URN><URN><URN>
TERRATERRA TRADEREFERENCECURRENCYBASED ON
Most valuableCommodities
MEDIATIONCONVERSION
MICRO / MACROGATEWAY CO
NSE
NSU
S
SYNC DELTAS
POOL
+ 0
+ 1
+ 2
+ 1
+ 2
SOURCE / DESTINATION CLOSER = CHEAPER, FASTER
PAUL REVERE HOP COUNT MEME GEO-SPATIAL INTENSITY MEME
WATER DROP IN POND
IP HOPS
OPENSTACKCEILOMETERGNOCCHI PANDA / SWIFT
RESTARREST-D
PROJECT STELLAR
HOPS / RADIUS = REACHABILITYSonarMapsIDHops
NDNNamedDataNet
COLOR COINSSTOCKS, BONDSMICRO CURRENCIES
AGGREGATION, SUM
{“Bitcoin Nodes”}FUNGABILITY 1:1 CONVERSIONCOMMODITIES, TIME BANKINGBARTER, LOCAL, MICRO CURRENCIES
<CLASS><TYPE>{“URN”}
WHERE BOUGHT?
MICRO CYCLES
MACRO CYCLES
THE INTERNET IS TIME CYCLES / INTERVALS TO PROCESS / NOT PROCESS </SYNTAX>
STOP BIT TO HFT ALGORITHM MASTER CONTROLLER
MILITARY K00.99 HEARTBEAT MESSAGE- Heartbeat snapshots SYNC DELTA reports
INTERNET / ENERGY PROTOCOLS
IEEE C37.118 IEC 61850IEEE 802.1AG
NO SUCH THING AS “PACKETS” OR “FRAMES”. ALL BOTS, MOTES,AGENTS, MAKE REQUESTS TO USE CYCLES / INTERVALS IN TIME
STORM
Start / StopTTL BIT
Start / Stop / TTL
- - ON / OFF Trade Floor - distances / time zones- - Currency Exchange - Stochastic Harmonization
FIX HEARTBEAT / MESSAGE: Heartbeat <0> monitors comm link status & identifies last of a string of messages not received. When either end of a FIX connection has not sent data for [HeartBtInt <108>] seconds, it will transmit a Heartbeat <0> message.
Paul Revere hop count memeHop Counts = Reach-ability SLAEx: farther from source > cost GET DATA
PUT DATA
State Meta Data Heartbeat Snapshots.0001 .05 .01 .1 0 5 15 30 99
Water Drop in Pond meme as universally understood metaphor for distance from epicenter of disaster, power generation unit location, Telecommunications center node, cloud computing center. Use to determine service level agreements where the farther from the center / epicenter, the greater the cost incurred to deliver electricity, services. Concentric rings denoteDistance, hops from center = geo-spatial temporal intensity
TRADE WINDOWSESSIONS BY <ORG_ID>
<TOKEN>SHARING
<INTEREST>
Heartbeats
Worker / Task
BITCOIN BLOCKCHAIN BLOCKS, AGENTS, MOTES, TELCOPACKETS and FRAMES are METAPHORS / MEMES
HEARTBEAT MESSAGES
</108>
TR
HADOOP STORM / TRIDENT million tuples per node per sec <events> processed
thresholdexceededsend stop Command to HFT Master Controller
ALGORITHMIC REGULATION
FIREFLY HEARTBEAT SYNC PULSE
<START><STOP><TIME TOLIVE TTL>
STOP COMMAND TO MASTER CONTROLLERSTORM
Worker / Task Heartbeats
CYBER TIME BEACON
{“108”}
</108>
TRADE SESSION SPEED LIMITS TRANSACTION TAX BY EVENT
Servers on floor off floor adjust
HFT Master
Controller
FIX HeartBtInt 108 MessageFirefly - Heartbeat Algorithm {“108”}
</108>
LOCATION SERVICE
FLASHCRASH
FLASH HEARTBEATEVENT MESSAGES
FIX {“108”}
STATISTICAL MEANPRICE INDEXESACROSS TIME ZONESSPACE – TIME ADJUST
CIRCUIT BREAKER
STATE META DATA SNAPS
BEFORE DATAFUSION
TERRATRC
CURRENCY / COMMODITY INDEX
INDEX ARBITRAGE
ALGORITHMIC REGULATION
MEDICI
</108>
HFT TRADE SESSION = EVERY 10 MINUTES for n cyclesGlobal Macro / Event-driven
Directional
TIME ZONES
Heartbeat MessagesEvent = TransactionSTOCK BLOCKSPROGRAM TRADING HEDGE FUNDSSTOCHASTIC
HARMONIZATION
TEMPORAL CONSENSUS
HFT
TRANSACTIONRATE PARITY
FLASH EVENTMESSAGES
STOCKBLOCKSProgram Trading
MMF Crowd Fund
.0001 .05 .01 .1 0 5 15 30 99
Heartbeat synchronization involves nodes in a distributed system generating periodic, local “heartbeat” events approximately at the same time with a goal of all nodes starting / ending cycles at the same time eventually = map to the closest OPTEMPO HEARTBEAT. Broadcast events across a system of systems via flash heartbeat messages FIX {“108”}
</stop>
# TRANSACTIONS
TAX
TAX
HFT TAX PERTRANSACTION
SPACE-TIME SERVICE STAAS
STOCKBLOCKS
ProgramTrading
< = >
On Shore /Off Shore
STOP </108>
MICRO CYCLES
ItBit
{“ORG_ID”}{“ASSET TYPE”}
.0001 .05 .01 .1 0 5 15
ALGORITHMIC SAMPLING DETERMINE OPTIMUM PRICE, RATE, SPEED, TRANSACTION RATE PARITY
SYNTAX LEXICON
Bitcoin and the blockchain function as a medium of exchange, a store of value, a unit of account. Bitcoin adds digital, cryptographic, distributed server functions to currencies. Because it functions simultaneously as a currency, an asset and a platform, Bitcoin is better described as a global cryptoCAP (currency, asset, platform) -- a synergistic form of "cryptocapital" to unleash the full economic power of the networked age. Bitcoin makes money PROGRAMMABLE. MONEY IS SIMPLY DATA - a simple way to measure and keep track of exchanges in value wealth accumulation. Bitcoin aggregates data in a distributed global ledger accessible to anyone, and software. First open platform for financial services. Color coins represent stocks, bonds, currencies, properties as E-assets.
RIED HOFFMAN 15 May 2015 LINK“The CODE that secures Bitcoin could also power an alternate Internet” LINK
TradeNet
HEART BEACON CYCLE: ALL THINGS INTERNET ARE PROGRAMMED USING TIME CYCLES USED / NOT USED TO PROCESS / NOT PROCESS SYNTAX
CODELIBRARY
BREVITY CODESMARKET ID CODES
MAR
KET
IDEN
TIFI
ERS
MIC
CO
DES 300 + MESSAGE
TEMPLATESSYNTAX LIBRARYPROGRAMMING
ProgrammableMoney $$$
USE CASE TEMPLATESSIGNALLING, TELEMETRY
Mike Hearn’s future economy
Commodities
SYNTAX
GEO LOCLAT / LONG
STATEMETA DATA
SNAPSHOTS
ORGANIZATIONS
</Org_ID>{“URN”}
Organizational Units OU, OU
http://en.wikipedia.org/wiki/Organizational_unit_(computing)In computing, an organizational unit (OU) is a way of classifying directories objects, or names in a DIGITAL CERTIFICATE HIERARCHY
Trans-Pacific Partnership is great for elites. Is it good for anyone else?by Timothy B. Lee on April 17, 2015
How the TPP empowers elites. The nature of trade agreements has shifted. They're no longer just about removing barriers to trade. They've become a mechanism for setting global economic rules more generally. This system for setting global rules has some serious defects. We expect the laws that govern our economic lives will be made in a transparent, representative, and accountable fashion. The TPP negotiation process is none of these — it's secretive, it's dominated by powerful insiders, and it provides little opportunity for public input. Attributed to CATO Institute
Mappings Protocols Identity
Provider
KEYSTONE
ROLES:{“Ops”}{“G2”}
FEDERATION
<Org_ID><Org_ID><OU><OU><OU><OU>
BITHALO ETHEREUM
FEDERATION: league uniting nations, states, societies, unions, retaining AUTONOMY to act on own behalf
BITCOIN BLOCKCHAIN SMART CONTRACTS
SCP selects a few trusted participants to validate transactions = {“Org_ID”}{“OU””OU””OU””OU””OU”}
STELLARConsensusProtocol
IRS Memo #1421: Taxpayers who receive virtual currency as payment for goods or services must, in computing gross income, include fair market value of the virtual currency, measured in U.S. dollars, as of the DATE that the virtual currency was received. The IRS treats mining Bitcoin differently than Bitcoin that is bought. Buying virtual currency is treated like PROPERTY, not CASH
Because Bitcoin is treated as PROPERTY, not as currency, owners track the price from WHEN bought until WHEN sold or spent. Since Bitcoin trades on numerous exchanges with no set price, investors may want to track purchases as to WHERE coins were acquired.
{“Time_Stamp_Hash”}{“Relative Time Locks”}
.0001 .05 .01 .1 5 15 30 99
Cyclic State MetaData Snap Shots
{“URN””URN”}>
Thomas Edison Commodity Reserve Monetary Plan 1921
COMMODITIESIDMapsSonarHOPS
GEO LOCLAT / LONG
TERRATRC
TRADEREFERENCE CURRENCY
Consumer Price Indexes CPIs Purchasing Power Parities PPPs
{“Asset Class”}{“Asset Type”}
INDEXARBITRAGE
FRIEDMAN’S K % RULE Bit block created @ N interval
FIREFLY HEARTBEATALGORITHM
LOCAL, ComplimentaryCurrencies, TIME BANKS
Statistical MeanPrice Index
FUNGIBILITY RATION:1 to 1 substitution %
FEDCOIN / WORLDCOINMACRO ECONOMIC CYCLES
ALGORITHMIC REGULATIONUSPTO # 13,573,002
% COINMINED/ SOLD
FUNGIBILITY % AMONG COIN TYPES
MEDIATIONMETRICS GATEWAY
Plots A, B, C represent 3 unspent transaction outputs controlling
N Bitcoins. SURVEY METHODS
TRIANGULATION
LAND USE MEME
Buy / Sell = {“event”}
HEARTBEAT FLASH MESSAGE {“EVENTS}”
CYBER TIME BEACON
Micro Cycle OPTEMPO
Geo-SpatialTemporalIntensityMetrics
RandomNumberBeacon
SPATIAL ECONOMETRICS
BLOCKCHAIN / SURVEYED LAND USE METAPHORS
SHARED COINS SCHELLING MODEL
SCHELLINGPOINT AS“TRUTH”
STATISTICALPRICE INDEXARBITRAGE
Macro EconomicHEARTBEAT
ALGORITHMIC REGULATION
BITCOIN’sSIXISSUES
VOLATILITYCOIN MEME CONVERSION
GATEWAY
COMMODITY BASKET INDEX
TERRA Trade Reference Currency
Internet of Everything{“Value Index”}
Time-Space Meter
NO INTRINSIC VALUE $
CLOUD / BIG DATA / IeT
IDENTITY
Stochastic Harmonization
$$$
STOCK MIC CODES
INCONSISTENT MEMES- Commodities- Property / Land- Picture Pixel
LAND USE MEME
Organizational ID /Organizational Unit OU
TIME ZONES
SYNC DELTAs
</DOMAIN>APPLE.COM </DOMAIN> MSFT.COM
BLOCKCHAIN SCALEABILITY
OP_CHECKLOCKTIMEVERIFY During Macro Cycle w/Random # BEACONServer nodes, miners only keep recent blocks
Hashed TIME LOCK contracts component for global consensus
NIST TIME BEACON
PROJECTLIGHTNINGNETWORK
Payment channels multi-hop hub spoke model like internet routing
CYBER RANDOM # GENERATOR BEACONNON - REPUDIATION
PROJECT STELLAR
{ “URN” “URN” }
SURVEY METHODS
SWIFTFIX
CODES
TERRATRCMEDICI
STOCK EXCHANGE
COLOR COINS
Trade w Earth?
Micro Cycle Sync DeltaState Meta Data Snaps
</CONSENSUS
</Statistical Mean>
HEARTBEAT MESSAGES
NIST
COMMODITY BASKET CURRENCY INDEXTHOMAS EDISON 1922
FUNGABILITY
Consistent Metrics / MetersAmong Coin Types / Issued IRS MEMO 1421
FINCEN > { “OrgID” “} “OU” > WALLET 1, 2,3,4,5.. }Multi-SIG e.g.., select TRIBAL COUNCIL MEMBERS
$$$
1 to 1 COIN EXCHANGE
{“OrgID” “URN”}
{“OrgID” {“URN”}
TRIANGULATIONCOIN COUNTERCYCLIC CHECKS
IDMapsSonarHops
ON SHORE / OFF SHORE
TIME STAMP
METRICS
COINOMETRICS
Decentralized Exchange Meets Decentralized CrowdfundingCrowdfunding and bitcoin seem like a perfect fit, but discounting crowd investment, there haven't been a huge number of success stories. A decentralized exchanged called BitSquare has launched a campaign on the decentralized crowd funding app Lighthouse. Its campaign is simultaneously an example of how powerful decentralized crowd funding is, and how difficult running a successful campaign is… segue to the MESH ECONOMY
.0001 .05 .01 .1 5 15 30 99
<URN><URN><URN><URN><URN>
{“URN”}{“URN”}{“URN”}
STATE META DATA SNAPSHOTS
TIME STAMP BEFORE FUSION
AGGREGATOR<ORG_ID>(“URN””URN”}
HEARTBEAT FLASH MSGS SYNCDELTA
HEARTSNAPS
IDMapsSonarHopsGeoSpatialSurveyMethod
payments
Peop
le jo
in F
eder
ated
Gro
ups
Crow
d Fu
nd <
/Org
s></
URN
s>
POLL
Search on </events>threshold changes
HEARTPING
Survey MethodsID Groups in
Telco Mesh Fabrics
Add, Sum Function
THE MESH SHARING ECONOMYhttp://meshing.it/
IeT Value Index
Time-Space Meter
GEO LOCLAT / LONG
NIST TIME BEACON
State Meta Data Snaps
AGGREGATEMEDIATE
BEACONBroadcasts
SCHELLING POINT “TRUTH”
STOCHASTIC HARMONIZATION
Mic
ro C
ycle
s
Value Index
Time-Space Meter
SOVEREIGN FIRST NATIONS
MUNICIPALITIESRegionalization
DOMAINS
DAO / DACTRADE FEDERATIONS
.0001 .05 .01 .1 0 5 15 30 99
4 / 3 / 2 / 1 / NULL / 1 / 2 / 3 / 4
MEDICI
{“Tagged Bitcoins”}
</TAG>LIBRARY
{“Org_ID”} has INTEREST IN {“URN}” asset_type”}
{“Tags”}
Blockchain: Blueprint for a New Economy Institute for Blockchain Studies: the blockchain is essentially a public ledger with potential as a worldwide, decentralized record for the registration, inventory, transfer of all assets— not just finances, but property & intangible assets e.g., votes, software, health data, & ideas
{“Roles”}
{“Asset {“CLASS”}
{“STRAT_ML IODEF RID”}Syntax
LexiconLibrary
Network Economies: Economic System asConfigurable Parameters
Datt.co software platform for decentralized content hosting i.e., support communities like a standalone decentralized Reddit. Ex: micro payments: users click on icons to allocate pre-specified Bitcoin amounts or token to take community actions or to micro-pay for content operations.
Process by precedence
Economic Model:1) advertising-supported 2) peer-supportedEx: Micro-payments for content ops
{“Org_ID”} {“URN”}
{“ContentOps”}
Mission Aware
Networks
ContentDelivery Nets
{“Rules”}
FIREFLY - HEARTBEAT ALGORITHM
AGGREGATOR
CURRENCIES
COMMODITIES
{“asset types”{“asset classes”}
METRICS / METERS
Statistical MeanValue Index
METRICS / METERS / THRESHOLDS
{“events”}
“Umpire”
{“STATS”}
{“Rules”}
Bitcoin Value = Time Itself
INTERNETHEARTBEAT
FIREFLYFLASHHEARTBEATMESSAGES
{“NSF NDN”}
“Bitcoin Value = Time Itself”
BitcoinMemes
SCHELLING POINT “TRUTH”PRICE INDEX
Time-Space Meter
</TAG>LIBRARY
{“asset class”}
(“tag”}Library</tag>
Zero Trust Transaction: conduct transactions where money performs according to terms agreed to by the parties. Ex: purchase of widget from retail store where widget must be delivered to person B on TIME X, and in Y condition at PLACE Z or person A does not get paid. Global stock, currency, commodities exchanges, letters of credit, insurance underwriting, or trading, intellectual property licensing
HEART BEACON CYCLE SYSTEM OF SYSTEMS SYNCHRONIZATIONTIME - SPACE METER / APPLIQUE OVERLAYS
Decentralized Trading Platform coordinates with ORACLE to access conventional, legacy financial data to price, value, trade & settle OTC, P2P financial instruments - all in BTC.
“ORG_ID” Interest in commodity, stock, bond {“asset type”}{“class”} {“URN””URN””URN”}
NEWSCAST
Match to nearest statistical mean
FIREFLY HEARTBEAT SAMPLINGGeo-spatial temporal Intensity State meta-data heartbeat snapshots aggregated From Telco / Bitcoin Mesh Fabrics
SMART CONTRACTS
GEO LOCLAT / LONG
SEARCH / SURVEYOff Shore
{“tag”}
{“TAGGED”} BITCOINS
Blockstream Federated Peg Group {“ORACLES”}Relative check lock timeTime Stamp {‘tags”} and Transaction ID and ID by {“asset_types”}{“classes”)Tokens issued by {“type”}
TERRATRC
TRADE WINDOWTIME & SYNC
FINANCIAL NOSTRADAMUS
Search {“Filter”}
Syntax Library Lexicon </Tags>
NIST TIME BEACON
TRADE FEDERATION
MEDICI / FOREX
System of SystemsSIOPShared
CommonPicture
PROJECTLIGHTING
STOCKSBONDS
{“asset”type”}
TRADESPER TIMECYCLE / SESSION
COMMODITIES {“URN”}
NIST CYBERBEACON
GeneratorRandom Number Non-
Repudiate
OVERSTOCK MEDICI
SYNC DELTATRANSACTIONSCALABILITY
TIME CYCLES LIMIT HFT TRADE
StatisticalMean
Price Index
SWORDS TO PLOWSHARES
TELCO MESH
UTC TIME STAMP
BEACON Broadcast
.0001 .05 .01 .1 0 5 15 30 99
4 / 3 / 2 / 1 / NULL / 1 / 2 / 3 / 4
SURVEY METHODSTRIANGULATION
Market Identity Codes MIC{“Asset Classes, Types”} PROCESS BY PRECEDENCE</scarce></perishable>
FIX STOCK MESSAGES <108>
THE CHANNEL
STORM
GEO-SPATIAL TEMPORAL INTENSITY METRICS / METERS
CLOSER = CHEAPER CLOSER = FASTER
</PERISHABLE”}VALUE INDEX
STOCK EXCHANGEMIC Market
Identifiers
ORGANIZATION IDENTIFIER {“Org_ID””TaskForce_COOP”}{“ORG_UNITS “OU”, “OU”, OU”}
{“URN” “URN”}
GPS
Micro Cycles
B2B BREVITY CODES
FUNGIBILITY INDEX 1:1 CONVERSION PRICE INDEXES
SEARCH </INTEREST> ON {“RARE”} ITEMSSUBSCRIBE TO ALERTS / EVENTSVECTORS TO HIGH PRIORITY AREAS
FIREFLY FLASH
HEARTBEATMESSAGES
Sync Deltas
{“SCARCE”}DEFINE TARGETPOPULATIONSIN AREA / ZONE
Blue Force Tracker used as a Procedural template guideAgile organization based onShared situational awareness
IDMaps / SonarHops
</AVAILABLE>
FEDERATE
COOPERATETHEN COMPETE
THE CLOUD VIRTUAL ORGANIZATIONS
FIREFLY ACTIVITY EVENTS
AGGREGATOR
CURRENCIES
COMMODITY
$$$$$
CONSENSUSPRICE
FIX {“108”}
Attach(),Detach(), Notify(). —Update() Observer
NIST TIME BEACON.0001 .05 .01 .1 0 5 15 30 99
4 / 3 / 2 / 1 / NULL / 1 / 2 / 3 / 4
List-Based Publish/Subscribe
Broadcast-Based Publish/Subscribe
Publish-Subscribe is a messaging pattern where senders of messages, called publishers, do not program the messages to be sent directly to specific receivers, called subscribers. Instead, published messages are characterized into CLASSES, without knowledge of what, if any, subscribers there may be. Similarly, subscribers express INTEREST in one or more CLASSES, and only receive messages that are of INTEREST without knowledge of what, publishers there are. http://en.wikipedia.org/wiki/Publish-subscribe_pattern
“only receive messages that are of INTEREST”
BFT: Workflow Publish-Subscribe
Via Unicast / Multicast IP
BLUE FORCE TRACKER
Contextual Awareness: “Machines require a complete, precise, real-time digital representation of space & time”
Message Broker / Event bus
YOURSYSTEMS
WORKINGAS ONE
Data Distribution Service (DDS) middleware: each publisher / subscriber in pub/sub system shares meta-data about each other via IP multicast. The publisher & subscribers cache information locally & route messages based on discovery of each other in the shared cognizance.
GEO-SPATIAL TEMPORAL STATE META DATA SNAPSHOTS
Active LDAP Directory
5 <PRIVATEELEMENT>
1 </DOMAIN>
2 </SHAREDELEMENT>
3 </COMMUNITY>
4 </JOINT>
0 <GLOBAL>
</Org_ID>
DOMAINS: <IBM.com></MSFT.com>
</URN> </URN> </URN>
</Org_ID>
</Org_ID>
</Org_ID>
SIOP
DATA </CLASS>
</Time_Stamp> PRIOR TOFUSION
NCW / BFT: WHO, WHATWHERE, WHEN, HOW OFTEN
INTENSITY METRICS / METERSAGILE, ADHOC ORG - REORG
Process By Precedence
</UUID>
/localhost/nfd/fib/add-nexthop
NDN INTEREST
Data FRESH?
OASIS Message Queuing Telemetry Transport (MQTT)
NET CENTRIC WARFARE
THE TERRA (TRC)
Trade Reference CurrencyCommodity Basket Demurrage Charges
Content-CENTRIC Networking / Data-oriented networking
STRUCTURED<CONTENT> TEMPLATES
MIL STD 2525A
<INTEREST PACKETS>
<DATA PACKETS><XML_MTF>
300 + templatesAdapt to B2BBrevity Codes
Market Identifiers MIC
</INTEREST>> BASEDON LOCATING ANDFILTERING CONTENT
/localhost/nfd/fib/add-nexthop
NDN INTEREST
Data FRESH? WORKFLOW<CONTENT><FILTERS>
WORKFLOW<CONTENT>
<FILTERS>
<ORG_ID> <URN>
INTEREST BY<ORG_ID><URN>
<ROLES><DATA_CLASS>
<ROLE> <RULES>
REACHABILITYBY HOPCOUNTS
CLOSER =CHEAPER
FASTER<RESOURCETYPE> <FILTERS>
<TIMESTAMP><TTL>
StratMLIODEF RID
<DATA><CLASS_TYPES>
INTEREST: Geo-spatial temporal Intensity Metrics: linear, sequential hops = reachable Radius, radial distance from survey point Time / Space metric memes + triangulation
NDN:“FRESH” DATA = TTL Time To LiveIDMAPs / SonarHops Triangulation Survey
IDMaps
Next Gen Net Content Lexicon Rosetta Stone
Proximity / Temporal IntensitySearch in Telco Mesh fabrics
DOCUMENT / RULE SET
NCW TEMPLATE SYSTEM
THE TERRA Trade Reference Currency involves global ledgers as does BITCOIN, CoinPrism, ETHEREUM. Net Centcri Warfare / Net Enabled Operations / Battlefield Digitization involves sync delta refresh [of ledgers] across a decentralized system of systems. Terra commodities are described by <Uniform_Resource_Name> <URN>.. Sync delta changes tracked during micro-cycles involve threshold differences updated in decision support applications displayed on appliqué overlays during macro-cycles corresponding to micro-economic / macro-economic reporting cycles. Geo-spatial temporal intensity deltas in ledger values are harmonized across time zones mediated by federation gateways then distributed, newscasted, beacon broadcasted across zones / domains. The whole is greater than the sum of it’s parts. Aristotle
VALUE TRANSPORT $$$VERIFICATION ENGINEColor <Coins> = type commodity in diverse basket
SonarHops
<Org_ID><URN><URN><URN>
CROSS DOMAINIDENTITY MANAGEMENT
STRATML: STRATEGIC MARKUP OF PLANS& PERFORMANCE REPORTS ALIGNED WITH STANDARDS AND POLICIES
STRUCTURED MILITARY MESSAGE STANDARDS
USMTF <XML-MTF>JVMF / VMF TADIL(s) OTH GOLDADAT-P3
UNIVERSAL PARSING
AGENT
CAP
RFC 6045: IODEF Information: Time Stamps (DetectTime, StartTime, EndTime, ReportTime). p32 line 12 <iodef:IncidentID name="CERT-FOR-OUR-DOMAIN"> name = ORG ID (TF_HELP) / URN CERT-FOR-OUR-DOMAIN#208-1 "Cert for our Organization"</iodef:IncidentID> <iodef:DetectTime>2004-02-05T08:13:33+00:00</iodef:DetectTime><iodef:StartTime>2004-02-05T08:13:31+00:00</iodef:StartTime><iodef:EndTime>2004-02-05T08:13:33+00:00</iodef:EndTime><iodef:ReportTime>2004-02-05T08:13:35+00:00</iodef:ReportTime>
INTERNATIONAL STANDARD ARTIFACTS TO COMMUNICATE INCIDENTS IN INCIDENT DEFINITION IODEF REAL TIME INTERNETWORK DEFENSE RID: WRAPPER ON IODEF DOCUMENT SECURITY / PRIVACY / POLICY TAGS SECURITY CONTENT AUTOMATION PROTOCOLS SCAP RFC 5070
System for Cross-Domain Identity Management (SCIM)+ ORG ID's /URN's <name> / <tag> // UUID = M2M
.DOT MANAGE VIA GOVERNANCE MANAGEMENT MARKUP. SHOW EVENTS BY GROUP / RESOURCE XML TAG TYPE. WHEN MANAGED RESOURCE / GROUP EXCEEDS / FALLS BELOW THRESHOLDS / COUNT INVENTORY VISUALIZE BY SEVERITY / DURATION / AREA / IN GEO-SPATIAL DASHBOARDS VIEWS OF GOVERNANCE GROUP TAGS SHOWING BY ORG / RESOURCE TYPE STATUS MULTI COLOR RADIUS HOP COUNTS
RID REAL TIME INTERNETWORK DEFENSE MULTI-HOP TRACE REQUESTAUTHENTICATIONRFC 6045 // 5070 & SCAP
DATA CLASS TYPES- FILTER BY ROLE
& BY PRECEDENCE 0 NULL / 1 / 2 / 3 / 4
TIERED SERVICEMODELS QoS
5 <PRIVATEELEMENT>
1 <DOMAIN>
2 <SHAREDELEMENT>
3 <COMMUNITY>
4 <JOINT>
0 <GLOBAL>
GO
VE
RN
AN
CE
M
AR
KU
P
MA
NA
GE
ME
NT
< P
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ICY
><
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<P
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BIG RED BUTTON
##
NU
LL
– O
– 1
– 2
– 3
- 4
# #
TIERED SERVICEMODELS
START / STOP / TTL
STRUCTURED<CONTENT> TEMPLATES
MIL STD2525A
PROCESS <TAGS> BY PRECEDENCE
<INTEREST>
NIST TIME BEACON
.0001 .05 .01 .1 0 5 15 30 99
4 / 3 / 2 / 1 / NULL / 1 / 2 / 3 / 4
IEEE 802.15.4 OASIS MQTT TELEMETRY TRANSPORT //
SINE-WAVE
#IeTM2M
TIERED SERVICES MODELSPROCESS BY PRECENDENCE
NDN: INTEREST
MICRO CYCLESTATE SNAPS
NDN / CCN:
DATA <CLASS>TYPES
<ORG_ID><URN>
><URN>
OASISMQTT
NIEMPayloads
STRUCTUREDMILITARY
MESSAGING
NDN: <CONTENT>
Binary XML
<XML_MTF>TOSCA YAML
INDEX REFERENCE NUMBER : M015 STATUS : TRIAL DATE : 14-DEC-99MESSAGE TEXT FORMAT :SEG RPT OCC CLASSNAME SETID SEQ FIELD OCCURRENCE SET FORMAT NAMEO 11NUPRES EXER 1 /M /O // (NU) EXERCISE IDENTIFICATIONC 11NUPRES OPER 2 /M /O /O /O // (NU) OPERATION CODEWORD M MIOPV1 1 MSGID 3 /M /M /O /O /O /O // (NU) MESSAGE IDENTIFIER M MIP OUT ORDPLAN 4 /M /O /O /O // (NU) PLAN ORDER REFERENCE O MIPOUT MSGREF 5 /M /M /M // (NU) REFERENCED MESSAGEO 11NUPRES DTG 6 /M // (NU) DATE-TIME GROUP0 ORGID 7 /M /M /M /M /M /M /M /M /M /C // (NU) ORGANIZATION DESIGNATORM 11NUPRES GENTEXT 8 /M /M // (NU) 1.A ENEMY FORCES / COMPETITORSM 11NUPRES GENTEXT 9 /M /M // (NU) 1.B FRIENDLY FORCES / TRADE FEDERATIONM 11NUPRES GENTEXT 10 /M /M // (NU) 1.C ATTACHMENT / DETACHMENTO 11NUPRES GENTEXT 11 /M /M // (NU) 1.D COMMANDERS EVALUATIONO 11NUPRES GENTEXT 12 /M /M // (NU) 1.E ENVIRONMENTAL INFORMATIONM 11NUPRES GENTEXT 13 /M /M // (NU) 2. MISSIONM 11NUPRES GENTEXT 14 /M /M // (NU) 3.A CONCEPT OF OPERATIONO 11NUPRES GENTEXT 17 /M /M // (NU) (3) RECONNAISSANCE SURVEILLANCEO 11NUPRES GENTEXT 21 /M /M // (NU) (5) INFORMATION OPERATIONSO 11NUPRES GENTEXT 28 /M /M // (NU) (5) COMMS INFORMATION SYSTEMSO 11NUPRES GENTEXT 35 /M /M // (NU) 3.D COORDINATING INSTRUCTIONSM 11NUPRES GENTEXT 36 /M /M // (NU) 4.A SUPPORT CONCEPT (BIZ PLAN)M 11NUPRES GENTEXT 37 /M /M // (NU) 4.B MATERIEL AND SERVICESM 11NUPRES GENTEXT 38 /M /M // (NU) 4.C MEDICAL EVAC & HOSPITALISATIONO 11NUPRES GENTEXT 40 /M /M // (NU) 4.E CIVIL - MILITARY OPERATIONS
STRUCTURED MILITARY MESSAGING POSITION / FIELD INMESSAGE PARSED PROCESSED FIELD UNIT DESIGNATORS
NDN: INTEREST / DATA PACKETS PROCESSED BY TYPE / LOCATION / FREQUENCY OF OCCURRENCE <CLASS>
#IeT / Machine to Machine XML <tags> convert to binary
OASIS TOSCA DOCUMENT TEMPLATE YAML INDENT DATA
.0001 .05 .01 .1 0 5 15 30 99
4 / 3 / 2 / 1 / NULL / 1 / 2 / 3 / 4NAMED DATANETWORKINGPRECEDENCEPROCESSING
UNIVERSAL PARSER
SYNTAXCODESETS
K099 Heartbeat Message / FIX SWIFT Heartbeat Message
Signal operating instructions (SOI): technical control and coordination of signaling, telemetry Current situational awareness, data dictionary, network identification, channels, network directory, brevity code-words, signals. Units maintain 2 copies of a SOI: a PEACE TIME version “Go-To-War" version = Business COA (s) alternate </Org_IDs>
BIZ LEXICON
GOAL: Provide a common lexicon / syntax / term library used among FEDERATIONS identified by Federated IDGOAL: Provide a common, consistent, reliable schedule to share signaling and telemetry within federations.GOAL: Provide consistent, operationally viable signaling schedules as to not saturate last mile cell links.
D.U.N.S #
D-U-N-S #
'Market Identifier Code - MIC‘ Straight Thru Processing STP Grail: consistent codes market of origin, currency, security identification. Similar to military BREVITY CODES and text tag FFIRD / FFUDNS
DDL DATA DEFINITIONLANGUAGE
ISO 10383 - Market Identifier Codes
STRUCTURED<CONTENT> TEMPLATES
MIL STD 2525ABC
RULES / ROLES / LOGIC
STOCKEXCHANGEMIC CODE
PROJECTLIGHTING
{“ASSET_CLASS”}{“ASSET_TYPES”}
FEDERATED PEGS
{“TRANSACTIONID”}
EVENT / ACTIVITY / LOCATION CLASS
STRATML/ IODEF RID CLASSES
StratML
INTERESTCONTENT
OBJECT
NAME SIGNED INFO SIGNATURE
KeyLocator Publisher_PublicKeyDigest
Encoding/Decoding Lib
TRANSPORT CLOSURE
SECURITY LIBRARY
Interest Packet
Data Packet
IP Packet
INTEREST-TYPE
TLV-LENGTH
Name Selectors
Nonce Scope
InterestLifetime
National Science Foundation Next Generation Internet NDN / CCN:
STRATML/ IODEF RID CLASSES<GLOBAL><JOINT><SHARED><DOMAIN><COMMUNITY><PRIVATE_ELEMENTS>
Heartbeat TTLTime_To_Live
NIST Random# Cyber Beacon
HOP COUNTROUND TRIP TIME
Unicast: private or unique resource requested. Multicast supports larger audience serving content simultaneously to multiple users
EVERYONE“DUCK!”
#IeT / Every-WHERE
STATE SNAPS
NIST TIME BEACON
NDN:“FRESH” DATA = TTL Time To LiveGEO-SPATIAL LOCATION
<FILTERS><CLASS>
INTEREST: Geo-spatial temporal Intensity Metrics: linear, sequential hops = reachabilityRadius, radial distance from survey point Time / Space metric memes + triangulation
IDMaps
So
na
rho
ps
<DOMAIN><Org><URN>MOVE, ADDDROP, MERGE
MACRO-CYCLES
MICRO CYCLES
WORKFLOW<CONTENT><FILTERS>
WORKFLOW<CONTENT>
<FILTERS>
<ORG_ID> <URN>
INTEREST BY<ORG_ID><URN>
<ROLES><DATA_CLASS>
<ROLE> <RULES>
REACHABILITYBY HOPCOUNTS
CLOSER =CHEAPER
FASTER<RESOURCETYPE> <FILTERS>
<TIMESTAMP><TTL>
StratMLIODEF RID
<DATA><CLASS_TYPES>
<EVENT> <ACTIVITY><StratML.<IODEF>CLASS
.0001 .05 .01 .1 0 5 15 30 99
4 / 3 / 2 / 1 / NULL / 1 / 2 / 3 / 4
PROCESS <CLASS> BY PRECEDENCE
a.k.a.. Content Centric Networking: CONTENT / INTEREST. NDN uses names to identify content instead of IP addresses. Emphasis is on what over “where” content is located on TCP/IP nets
NET CENTRIC WARFARE
Uniform Resource Names (URNs): A Uniform Resource Identifier (URI). Both URNs (names) and URLs (locators) are URIs, and a particular URI may be a name & locator Each plays a specific role: - URNs IDENTIFICATION (SENSORS, DEVICES)- URCs INCLUDE META-INFORMATION- URLs LOCATE / FIND RESOURCES
BY <TAG_TYPES>NEWSCAST
<DATA CLASS TYPES>
ORG ID / URN- Mapping (s), - Protocol (s)
Identity Provider (s)
KEYSTONE
LedgersContracts
Trade SLAAgreements
FEDERATE
- ROLES:- <OPS>- <G2>
Situational Awareness Reference Architecture (SARA)IDENTITY, Inventory, Activity, and Sharing
<Federated ID> <URN> <type_event> <Data Class Types>
<CONTENT> CENTRIC NETWORKING
ETHEREUM:Decentralized Autonomous Organizations
PARTIDO X:DistributedDemocraticParticipation
FEDERATION
<GLOBAL> <JOINT> <COMMUNITY><DOMAINS><SHARED><PRIVATE><STRAT_ML> <IODEF_RID>
STRUCTURED MIILITARY MESSAGING FORMS: FIELD TYPES, ORDER PARSEDTO EXTRACT TELEMETRY DATA PRIOR TO FUSION CENTER INSERTION
BLUE / RED LIVE FEED
FEDERATED ID
TRIANGULATION
CROWD SOURCING / FUNDING
SURVEY METHODID <ITEMS><INTEREST> GEO-SPATIAL AREATEMPORAL INTENSITYMEASURES / METRICS
TELCO MESH FABRIC
USMTF / XML MTF FORMATTED MESSAGE CATALOG Catalog has over 300 messages to choose from have a wide number of information exchange requirements using common, CONSENSUS Message Text Formats MTFs. MTFs specify <CONTENT> / information agreed by group consensus presenting information in a logical, well specified and unambiguous layout resulting in a highly efficient information payload to overhead ratio
STRUCTURED<CONTENT> TEMPLATES
<Org_ID><Org_ID><Org_ID>
<Party><Party><Party><URN><URN><URN><URN>
DAO
<ORG_ID><ORG_ID><ORG_ID>
<URN><URN>
K00.99HeartbeatMessage
IDMapsSonarHOPS
MIL STD 2525A
</Organizational_Identifier_OrgID>Organizational Units OU, OU, OU
NIST RANDOMNESS BEACON broadcast full-entropy bit-strings in blocks of 512 bits every 60 seconds. Each value is time-stamped, signed, & includes hash of previous value to chain sequence of values together. This prevents all, even the source, from retroactively changing an output packet without being detected. The beacon keeps all output packets and makes them available online. First, the Beacon-generated numbers cannot be predicted before they are published. Second, the public, time-bound, authenticated nature of the Beacon proves true random numbers not known before a certain point in time. Third, this proof can be presented offline at any point in the future..
INDUSTRIAL SABOTAGE, assuring quality control, preventing clandestine protectionist measures, ensuring accuracy of testing, polling, voting sampling
CHALLENGE RESPONSE PROTOCOL: the need for both parties to be assured that the other does not control the challenge is critical for cyber security
Multi party private inputs; compute a function of inputs without compromising inputs privacy. "authenticated broadcast" of Beacon solutions [FEDERATION] {SMART CONTRACTS] [WIDE AREA LEDGERS} ON / OFF SHORE GEO-LOCATION
HEART BEACON CYCLE METHOD:USE SURVEY TECHNIQUES E.G., SURVEY METHOD + TRIANGULATION TO DESCRIBE A SAMPLE POPULATIONIN A SPECIFIC GEO-SPATIAL TEMPORAL AREA SUCH AS A TELCOMESH FABRIC
SAMPLE BELONGS TO <FEDERATION>BELONGS TO: <ORG_ID><ORG>ID>RESOURCE TYPE: <URN><URN><URN>DEVICE / SENSORS <UUID><UUID>..
SAMPLE SNAPSHOTS IN GEO-SPATIAL AREAS FORMED USING SURVEY SAMPLE / LAND MEASUREMENTS, TIME STAMPS ASSOCIATED WITH <ORG_ID><URN><UUID> CYCLICALLY SAMPLED / EXAMINED TO FORM VECTORS TO SEARCH / ID UNUSUAL GEO-SPATIAL TEMPORAL INTENSITY PATTERNS INDICATING SUSPICIOUS ACTIVITY / ARBITRAGE OPPORTUNITY
RANDOM NUMBERGENERATOR
IDMaps / SONAR HOPS Distance Estimation Service
MICRO-CYCLES
GEO-SPATIAL TEMPORAL INTENSITYMETRICS / MEASUREMENTS- On / Off Shore- When? - Where?- - How long?- -How Often?
NET FORENSICSDATA ANALYTICS
CROWD SOURCEAUCTIONSPOLLS
SEARCHNEWSCAST
UNPREDICABLE SAMPLING
SECURE AUTHENTICATION
SECURE MULTI-PARTY COMPUTATION
CONTRACT / LEDGER CONSISTENCY
VOTING / POLLING / CROWD SOURCING
FEDERATIONS
MACRO-CYCLES
PROXIMITY BEACONS e..g., iBeacons= URLS
Time-Space Meter
.0001 .05 .01 .1 0 5 15 30 99
IDMaps scalable Internet-wide architecture measures, disseminates distance information
Higher-level services collect distance information to build a virtual distance map of Internet & estimates distance between any IP address pair
IDMaps provides distance information used by SONAR/HOPS query/reply service
NIST TIME BEACON
IDMaps assists Network Time Protocol (NTP) servers establish long term peering relationships
Distance Metrics: latency (e.g., round-trip delay) and, where possible, bandwidth.
MICRO-CYCLES HEARTBEAT SNAPSHOTS NTP
Distance information adjusts to “permanent” topology changes e.g., splits, joins, adds, moves, drops, merges in lieu of formal merger / acquisition Geodesic System
NDN: CONTENT ROUTING / <StratML> NDN INTEREST = Time / Distance
REACHABILITY
NDN NAMED DATA NETWORK RIB / FIB Datasets event notification
DataFRESH?
HO
PS
INTEREST in <URNs>
HO
PS
NDN STRATEGY CHOICE MANAGER – RIB Routing Information Base add-nexthop
HOP COUNTS
Datasets and Event Notification
NFD state NFD Intervals
NDN RIB
NDN_NAMES
Sync
Del
ta S
naps
<StratML>Strategic MarkupLanguage
TRIANGULATION
NDN INTEREST LIFETIME = TTL Time To Live
NDN INTEREST LENGTH = DISTANCE BY HOPS
TCP/IP HOP ByHOP COUNT
SonarHops
Name Prefix Trie (NPT)<Org_ID>
/localhost/nfd/fib/add-nexthop
NDN
NDN INTEREST
NDN INTERESTCloser = FasterCloser = Cheaper
GEO-SPATIAL TEMPORAL INTENSITY METRICS / METERS
IDMaps: Global Internet Host Distance Estimation Service
SonarHops
IDMaps
https://scribd.com/doc/252917347/IBM-ADEPT-Practictioner-Perspective-Pre-Publication-Draft-7-Jan-2015
IBM / SAMSUNG ADEPT Autonomous Decentralized Peer-to-Peer Telemetry
<UUID> <ORG_ID> <URN>
HBC PROCEDURAL TEMPLATE FRAMEWORK
FEDERATION
LDAP DIRECTORY
SonarHops
IDMaps
NIST TIME BEACON
NIST
TIME
/localhost/nfd/fib/add-nexthop
NDNNET CENTRIC WARFARE
FEDERATIONAGREEMENTSPROCEDURALTEMPLATE
MACRO/
MICROCYCLES
PAYMENTS BASED ON GEO-SPATIAL TEMPORAL METRICS / METERS<URN> DESCRIBES COMMODITIES ETC BY UNIFORM RESOURCE NAME BY </INTEREST>>
BUSINESS LOGIC = WORKFLOW <XML_Wf>
FILE SHARING = CYCLIC SYNC DELTA LEDGER / DOCUMENT REFRESH
ASSET SHARING WITHIN FEDERATION
OPEN SOURCE = HBC = PROTOCOL AGNOSTIC
DATA LAYER: STATE META DATA TIME STAMPEDBY <UUID><ORG_ID><URN> & DATA PREPPED &“DATA WRANGLED PRIOR TO FUSION CENTERENHANCED ANALYTICS / PROTECTS BANDWIDTH
<URN>
Situational Awareness Reference Architecture (SARA): Identity, Inventory, Activity, and Sharing http://ics-isac.org/sara/
IDENTITY: <UUID> = Devices, sensors <ORG_ID> Organizations
INVENTORY: Uniform Resource Name <URN> <COMMODITY><WATER><ENERGY><AVAILABLE UNITS>
ACTIVITY: <EVENT><ALERT> <TIME_STAMP><ORG_ID><URN> <GEO_LOC_GPS ><STATUS> <Halt><Moving><Stale><Ready>
SHARING:
STRATML/ IODEF RID CLASSES: <GLOBAL><JOINT><SHARED><DOMAIN><FEDERATION><CITY><STATE><PRIVATE>
<ELEMENTS>
StratML
WELCOME TO THE FS-ISAC SECURITY AUTOMATION GROUP. OUR VISION IS A FEDERATED NETWORK OF STIX-BASED REPOSITORIES SHARING INTELLIGENCE IN REAL-TIME. AVALANCHE: STRENGTH IN NUMBERS, SECURELY SHARE INTELLIGENCE
NIST CYBER SECURITY FRAMEWORK
INBOUND SHARING / MICRO-CYCLES
SYNCSEED_CLOUD
NIST RANDOMNESSBEACON
GEO-SPATIAL TEMPORAL INTENSITY METRICS / METERS
CONTENT LEXICONROSETTA STONE
CYBER SECURITY CONTENT LEXICON ROSETTA STONE
Industrial Control SystemInformation Sharing and
Analysis Center
NIST TIME BEACON
STRATEGICMARKUP
COMMON <TAGS><Organizational_ID>Resource Names <URN><Time_Stamps><State-Meta_Data<DATA_CLASS_TYPE><Heartbeat_snapshots>
LANGUAGE
GEO-SPATIAL TEMPORAL INTENSITY METRICSUNIFIED EVENT / ALERT TRIGGER / THRESHOLDS
<URN><URN><URN><URN><URN><URN>
USMTF / XML MTF FORMATTED MESSAGE CATALOG Catalog has over 300 messages to choose from have a wide number of information exchange requirements using common, CONSENSUS Message Text Formats MTFs. MTFs specify <CONTENT> / information agreed by group consensus presenting information in a logical, well specified and unambiguous layout i.e., templates
STRUCTURED<CONTENT> TEMPLATES
MIL-STD 2525A
<Content> Centric
<TAG>LIBRARY TEMPLATES
IODEF
<TAG>LIBRARY
NDN
<INTEREST>
<INTEREST>NDN
SonarHops
IDMaps
The term unicast is contrasted with the term broadcast which means transmitting the same data to all possible destinations. Another multi-destination distribution method, multicasting, sends data only to interested destinations by using special address assignments.
Unicast: private or unique resource requested.
Multicast supports larger audience serving content simultaneously to multiple users
SITUATION AWARENESS FILTERED BY ROLES
EVERYONE / ALL GROUPSNEED TO KNOW = “DUCK!”
INTERNET / BLUE FORCE TRACKERBASICS: Unicast / Multicast & Workflow
“Supports huge fanout. With the only standardized reliable multicast protocol, Connext DDS can provide
updates to thousands of endpoints efficiently”
http://rti.com/whitepapers/RTI_Connext_WP.pdf
“The fundamental value driver is easy integration of applications into subsystems, of subsystems into systems, and of systems into larger SYSTEM OF SYSTEMS”
A workflow consists of an orchestrated, repeatable pattern of business activity enabled by the systematic organization of resources into processes that provide services, or process information. It can be depicted as a sequence of operations, declared as work of a person or GROUP, an organization of staff, or one or more simple or complex mechanisms. http://en.wikipedia.org/wiki/Workflow
BOOK: Large Scale Network-Centric Distributed Systems
WORKFLOWCONTENT<FILTERS>
WORKFLOWCONTENT<FILTERS>
NIST TIME BEACON
.0001 .05 .01 .1 0 5 15 30 99
IeT / Every-WHEREHEARTBEAT
STATE META DATA SNAPSHOTS
<ORG_ID> <URN>
INTEREST BY<ORG_ID><URN>
<ROLES><DATA_CLASS>
<DATA><CLASS_TYPES> <ROLE> <RULES>
SHARED SITUATION UNDERSTANDING: WHERE AM I, WHERE ARE MY FRIENDS?CYCLICAL REPORTING DURING MICRO-CYCLES AGGREGATED IN MACRO-CYCLESBEFOREDATAFUSION
NDN:“FRESH DATA” = TTL
NET FUNDAMENTALS USED BY MANY OTHER SYSTEMS / FRAMEWORKS
GPS
REACHBY HOPCOUNTS
CLOSER =CHEAPER
FASTERRESOURCE
TYPE <FILTERS>TIME
STAMP
Geo-Loc
TTL
StratML
<GLOBAL>
<PRIVATE>
<DOMAIN>
<SHARED>
<COMMUNITY>
<JOINT>
Network Enabled Operations NEO
NIST TIME BEACON
.0001 .05 .01 .1 0 5 15 30 99 MICRO CYCLESLOWER TACTICALINTERNET
UNICASTMULTI_CAST
TCP/IP WORKFLOW
HEARTBEATSTATE META DATA
SNAPSHOTS
SYNC DELTAHeartbeat Message (s)
Battlefield Digitization / Net Centric Warfare’s challenge: sync Upper Tactical Internet UPPER TI & Lower Tactical Internet LOWER TI plans, orders Sync matrix word files, Excel spread sheets among units with high band width to units with tactical links limited to +/- 225 Kilobit / second. Only SYNC DELTA changes sent given limited bandwidth
HEARTBEAT STATE META DATA SNAPSHOTS TIME STAMPED BY <ORG_ID> <URN> before DATA FUSION CENTER INSERTION
AGGREGATEFILTER
GEO-LOCATIONLAT / LONG TIME STAMP
+ / - 225 Kbps
AGGREGATE INTO SYNC DELTA ARTIFACT / MESSAGE
SIOP
TCP/IP UNASSIGNED FRAMES / INTERVALS IN TIME<GEO_LOC><ORG_ID><URN><TIME_STAMP>
RESERVEDFRAMES = TIME
SINGLE INTEGRATEDCOMMON OPERATIONSPICTURE - SIOP
<ORG_ID><URN>
DATAFUSION
UPPER TACTICAL INTERNETFIOPFAMILY OFINTEROPERABLECOMMONPICTURES
RESERVED
BLUE LIVE FEED TO APPLIQUE’ MAP OVERLAY DASHBOARDS FILTERS CONTENT <TAGS> IN NEAR REAL TIME USING TCP/IP UNICAST //MULTICAST e.g., VERIZON CONTENT BROADCAST
The 3 AMIGOsTEMPLATE SYSTEM IS WORKFLOWOVER UNICAST / MULTI-CAST TCP/IP
Network Enabled Operations NEO
NIST TIME BEACON
.0001 .05 .01 .1 0 5 15 30 99 MICRO CYCLESLOWER TACTICALINTERNET
IeT SENSORS
NEWSCAST BEACON BROADCAST SERVICES
HEARTBEATSTATE META DATA
SNAPSHOTS
K00.99 Heartbeat Messages
IODEF-RID StratML<Org_ID><Classes>
XML SCHEMA TAGS
PLANS
Anchor from E-Folder mapsFiles to TEAMS / GROUPS
Federated Active Directory.. Anywhere, any device file access syncing Across teams / groups rapid
collaboration Military Grade Security / Single Sign On Custom File Retention, Time Stamp Remove, De-Res
Users Not Reporting as stragglers
Battlefield Digitization / Network Centric Warfare’s 1st challenge: sync Upper Tactical Internet UPPER TI & Lower Tactical Internet LOWER TI e.g plans, ordersSync matrix word files, Excel spread sheets among units with high band width to units with tactical links limited to +/- 225 Kilobit / second. Only SYNC DELTA changes to plans sent from upper to lower TI
WORKFLOWHEARTBEAT STATE META DATA SNAPSHOTS
TIME STAMPED BY <ORG_ID> <URN> before DATA FUSION CENTER INSERTIONAGGREGATE
Active DirectoryGROOVE Engine
IoT Command & Control scenarios
EVENT HUB
REST APIs
NETWORK SPLIT / JOINS ADDS / MERGES / DELETE AGILE, ADHOC FEDERATION IN LIEU OF MERGERS BASED ON EVENTS / SITUATION / BUSINESS CONDITIONS TO SUPPORT THE CHANNEL
AD FOREST
Publish / SubscribeGEO-LOCATIONLAT / LONG TIME STAMP
+ / - 225 Kbps
AGGREGATE INTO SYNC DELTA ARTIFACT / MESSAGE
UPPER TACTICALINTERNET
SIOPFILTERS CONTENT <TAGS> IN NEAR REAL TIME BLUE LIVE FEED TO APPLIQUE’ OVERLAY DASHBOARDS
<STRAT_ML><IODEF_RID><CLASS_TYPE><GLOBAL>:<DOMAIN><SHARED>
STRUCTURED<CONTENT> EXCHANGE
MIL STD2525A
SYNC DELTAs
Time Synchronization: IEEE C37.118 Harmonization & Synchronization– heartbeat update Interval
Phase 2: Shared file must store data for five failover tags:
(1) Active ID (ORG ID / URN)(2) Heartbeat 1.(3) Heartbeat 2.(4) Device Status 1.(5) Device Status 2.
Tag ExDesc digitalset
UniInt does not examine the remaining attributes, but the pointsource and location1 must match
ActiveID [UFO2_ACTIVEID]
IF1_Heartbeat(IF-Node1) [UFO2_HEARTBEAT:#]
IF2_Heartbeat(IF-Node2) [UFO2_HEARTBEAT:#]
IF1_DeviceStatus(IF-Node1)
[UFO2_DEVICESTAT:#]
IF2_DeviceStatus(IF-Node2)
[UFO2_DEVICESTAT:#]
IF1_State(IF-Node1) [UFO2_STATE:#] IF_State
IF2_State(IF-Node2) [UFO2_STATE:#] IF_State
HeartbeatMessage asState meta Data snapshot
PMU measured data time-stamped IAW C37.118
SYNC DELTAHEARTBEAT
MESSAGEsIEC 61850 Objects logical nodes, data objects or data attributes resends the message with the heartbeat cycle to enable the.. Heartbeat Message Based Misbehavior Detection Scheme for Adhoc Networks by RP Barnwal - 2012 The paper proposes a heartbeat message based short-term misbehavior . Cooperative Recharge Method of Connected Electric Vehicles in Smart Grid.
IEEE 802.1AG HOP BY HOP DETECTION IEEE 802.11 HbH HOP BY HOP CONTROL
CROSS LEVEL OVERAGES /SHORTAGES ADJUST FORTIME / DISTANCE BTW NODES
.0001 .05 .01 .1 0 5 15 30 99
FEWER HOPS ACROO NODES= CHEAPER RATES
Paul Revere meme = hop counts between nodesWATER DROP MEME
RADIUS DISTANCE FROM POWER STATION
SMART GRIDOVER UNITYTESLA ENERGY
COMMON METRICSCOMMON METER
DAO: Distributed Autonomous Organization. RAND Corporation first used in a military context in 2000 http://rand.org/pubs/documented_briefings/DB311.html
Ethereum: use of DAO in crypto coin sphereBitShares.org too
https://twitter.com/TheBitcoinArmy
THEBITCOIN
ARMY
Swarming and the Future of Conflict | RAND www.rand.org
Eris -- The Dawn of Distributed Autonomous Organizations and The Future of Governance
THE ADVENT
Of NETWAR
http://hplusmagazine.com/2014/06/17/eris-the-dawn-of-distributed-autonomous-organizations-and-the-future-of-governance/
http://cointelegraph.com/news/112077/the-new-frontier-after-cryptocurrency-cryptoequityERIS: GODDESS OF DISCORDDISRUPTIVE TECHNOLOGIES:
- BITCOIN ETHEREUM- BITCOIN STELLAR- BITCOIN NAMECOIN- BITCOIN RIPPLE
THE TERRA TRCTM WHITE PAPER “Many have a wait and see attitude to innovative proposals of this nature, but they shouldn’t with the Terra.. The TRC reduces risk, stabilizes the world economy, and is a more cost effective approach for international business..” Takashi Kiuchi Chairman, The Future 500
TERRA TRC: HTTP://TERRATRC.ORG
SYSTEM OF SYSTEMSNET ENABLED OPSSWORDS TO PLOWSHARES
http://ncoic.org
PROJECTSTELLAR
TERRA TRC
TRADE REFERENCE CURRENCY
MEDICI
http://hyperledger.com/posts/2015-01-12-block-chain-application-stack.html SEE HYPERLEDGER DOT COM BLOGThe Blockchain Application Stack maybe a good representation of a subset of the application space, but cannot be a representation of the architecture of internet applications in general.
NIST TIME BEACON
.0001 .05 .01 .1 0 5 15 30 99
IeT SENSORS
HEARTBEATSTATE META DATA
SNAPSHOTS
DATA PREPAGGREGATEDATA WRANGLING DATA PREPARATION: process of converting data into a machine-readable form before entered into a [data fusion] system. There is no interaction with the system in the course of preparation.
ALL INTERNET CONVENTIONS / MEMES THAT GATHER, GET / PUTDATA RELY ON WHAT HAS BEEN NAMED THE “HEARTBEAT”THE HEARTBEAT IS AN OPPORTUNITY IN TIME TO DO / NOT DOA COMPUTATIONAL TASK e.g.., GET / PUT INTO QUEUE / CACHE
AGENTS / BOTS / MOTES … & YES, EVEN THE BITCOIN BLOCKCHAIN
</URN></URN>
</Org_ID>TIME STAMP BEFORESYSTEM (S)
DATA FUSION INSERT
WORKFLOW<CONTENT>
<FILTERS>
<ORG_ID> <URN>
INTEREST BY<ORG_ID><URN>
<ROLES><DATA_CLASS>
<ROLE> <RULES>
REACHABILITYBY HOPCOUNTS
CLOSER =CHEAPER
FASTER<RESOURCE
TYPE><FILTERS><TIME
STAMP><TTL>
<StratML><IODEF_ RID>
<DATA><CLASS_TYPES>
MEDICI STOCK
EXCHANGE
HYPERLEDGER: A decentralised ledger platform for the real world.
</URN></URN>
INTEREST</Filters>
TRUTHCOIN Nullius in Verba: “On the word of no one” Three ideas combined
1) Tradable Reputation• Abstract Corp exists to prove consistency within / across TIME• Collects $ to power the mechanism.
2) SVD Cross-Validation• Statistical technique: seeks importance.• Gleans truth, measures conformity.
3) Strategic Use of TIME• Funds can be ‘locked’ across time.• Yet info-search-costs constantly fall.• Net effect: time penalizes attackers only.
EVENT DERIVATIVE
3. A software protocol
2. A kind of ‘Future Wikipedia’
A protocol is a set of rules that determine how something is performed or accomplished
HOW TRUTHCOIN WORKS: CORP = <Org_ID_1,2,3>
The most important equation in monetary economics, the equation of exchange: MV=PQ. The quantity of money (M) times the rate spent (V for velocity) equals the price of everything bought (P) times the amount bought (Q for quantity). In Bitcoin, M Money is on a predetermined path, converging to 21m bitcoins. In relation to the other variables, Bitcoin is fixed. V, P, & Q fluctuate
How 'Bitbanks' Could Solve Bitcoin's Volatility Problem
M = MONEY BITCOINs FIXED = FINITE # OF COINS 21 Million
V = VELOCITY = RATE SPENT P = PRICE of Everything Bought Q = QUANTITY
.0001 .05 .01 .1 5 15 30 99
<URN><URN><URN><URN><URN><URN><URN><URN>
STATE META DATA SNAPSHOTSMicro-Cycles
MICRO - ECONOMICS
TIME STAMP BEFORE FUSION
TERRA
CONSENSUS
NIST TIME BEACON
MACROECONOMIC CYCLES
NEWSCAST
Match to nearest statistical mean
AGGREGATOR
MV=PQ Money x Velocity = Price x Quantity
<ORG_ID><URN> <URN>
Sync Deltas
X = X
RATE / % MINED
Internet of EverythingEvery Where Value Index
MV=PQ
Demurrage Parking Fees
Land Survey Triangulation IDMaps / Sonar Hops
Bitcoin as property land use meme
< / = / >
TERRA TRC COMMODITY BASKET
SHARED COINS / SCHELLING MODEL
SCHELLINGPOINT AS“TRUTH”
Com
mod
ities
/localhost/nfd/fib-nexthop
NDN INTEREST
SonarHops
IDMaps
HEARTBEAT FLASH MSGS
Bitcoin FIAT Conversion
Gateway
COLOR
COINS
Process Color Coins by Precedence Block chain =container / transportCoin / Currency Type Mediation Services SUM / AGGREGATE
URN = Uniform Resource Name
GLOBAL COLLATERAL ACCOUNTS GLOBAL COALITIONS / FEDERATIONS
STOCHASTICALLY HARMONIZED PRICE INDEXES GEO-SPATIAL TEMPORAL INTENSITY METER IDMap / Sonar Hops
LOCAL MICRO CURRENCIES
MICRO ECONOMIC CYCLES
“The external environment could update resources at random…One solution is a heartbeat: defining a default lease duration and delaying updates until the next cycle”
Cloud Federation: unionization of infrastructure, platform etc. services from disparate networks. Resource mediation facilitated thru net gateways
.0001 .05 .01 .1 0 5 15 30 99
4 / 3 / 2 / 1 / NULL / 1 / 2 / 3 / 4TIERED SERVICES MODELSPROCESS BY PRECEDENCE
NIST TIME BEACON
Ever
y 30
Sec
onds
SPACESHIPEARTH
ECON-ECO SYSTEM OF SYSTEMS
Terra The Trade Reference Currency, TRC "world currency". Proposed by Belgian economist and expert on monetary systems Bernard A. Lietaer in 2001, based on a similar proposal from the 1930s. The currency is meant to be based on a basket of the 9-12 most important commodities (according to their importance in world wide trade). Terra = reference unit defined as standardized basket of key internationally traded commodities & services. Thomas Edison floated this idea circa 1921
Example: 100 Terra =+ 1 barrel of oil+ 10 bushels of wheat+ 20 kg of copper+ 1/10 of ounce of gold
Namecoin, based on bitcoin code source: <ORG_ID_COIN>- send / receive namecoins, digital currency used to buy and sell domains register, configure and transfer domains. Users of namecoin software share a common list of all domain names in the distributed database. Attach values to names, transact Namecoins, links stocks, bonds, tickets, file signatures, LINK TO COMMODITIES by <URN>
Credit union: member-owned financial cooperative, democratically controlled, operated to promote thrift, Provide services supporting SUSTAINABLE international development on a local, community level.
TERRA Trade Reference Currency : complementary, publically issued, demurrage-charged, backed by inflation-resistant, standardized basket of dozen most important commodities, Operates synergetic ally with national currencies. Combine with NameCoin linked to Commodity basket by URN / Org_ID
<URN><URN><URN><URN><URN><URN><URN><URN>
TERRA
< / = / >
MACRO ECONOMICS
Sync
Del
taSn
apsh
ots
ETHEREUM: Bitcoin-like blockchains allows world to agree on state of public owned dbase for more than money. Ethereum = Next-generation distributed cryptographic ledger, advanced transaction types, smart contracts, decentralized apps for Decentralized Autonomous Organizations / Corporations
ETHEREUM
Internet of EverythingValue Index
Time-Space Meter
Distributed Global Ledgers
PROCESS<URN> BY PRECEDENCE
MICRO to MACRO CYCLE BEACON BROADCAST
NewscastBeacon BroadcastSync Deltas
SMART CONTRACTS
ETHER
SENDVALUE
THE TERRA Trade Reference Currency involves maintaining global ledgers as does ETHEREUM. Net Centric Warfare / Battlefield Digitization involves sync delta refresh Of ledgers among a distributed wide area system of systems / network of networks
THE TERRA (TRC) The Trade Reference Currency
Terra demurrage-charged currency applies parking fee to commodities incurring a cost over time estimated at 3.5%-4% per annum corresponding to costs incurred for storing physical commodities in Terra TRC baskets
COMMODITIESMICRO CYCLES = MICRO ECONOMICS
French newspaper "Le Fédériste“ "L'Europa monnaie de la paix" Money of peace" born January 1st 1933.
Sync Deltas
MEDIATIONCONVERSION
SUM / AGGREGATEMICRO - MACROCYCLE GATEWAY
PROCESS <URN> BY PRECEDENCE
COLORCOINS
<URN><URN><URN>
<Org_ID><Org) ID><Org>ID>
<URN><URN><URN>
- In the end-state the quantity of bitcoin will be fixed, just like land
- Bitcoin is not perfectly fungible and neither is land
- Bitcoins are transformed, transferred not ‘consumed’ through use
similar to land, dissimilar to many commodities consumed, degraded through use“Bitcoin is not a protocol of transfer, but a protocol of ownership.
Coins never travel, but simply switch owners”.
“What happens if we think about Bitcoin through the lens of land?”
Un-mined coins -- think of them as parcels of land on “Bitcoin Island” not yet released:
UXTO: unspent transaction output‘. bitcoins that have been sent somewhere but not yet themselves been spent. The set of all unspent transaction outputs (UTXOs) can be thought of as the latest STATE of every bitcoin that has ever been mined.
Holdings on Bitcoin Island:
Sync delta state meta-data Heartbeat snapshots
Plots A, B, C represent 3 unspent transaction outputs controlling N Bitcoins.
Time / Space meme
Step 1: prove coin ownership <Org_ID> Coin IssuerStep 2: # coins sent where, when Lat / Long, Time StampStep 3: specify ownership <Org_ID> issuing agent
http://coindesk.com/welcome-bitcoin-island/
CROWDFUNDING
assurance contracts
KickstarterFor BITCOIN
transfer property rightsdigital money, shares,
or any kind of certificate in an unforgeable, transparent, fast manner.
redefines trade role s:banks, governments, lawyers and notaries.
CONTRACTSDAO DISTRIBUTED AUTONOMOUS ORGANIZATIONS
CREATE A CURRENCYBUILD WALLETS STOCKS BONDS
FINANCIAL DERIVATIVES
Contracts live on the Ethereum block chainHave own Ethereum address and balanceCan send and receive transactions“Activated” when you send a transaction to it
COLOREDCOINS
SMART PROPERTY
DOMAINNAMES
Turing-complete programming language used to create "contracts" / encode arbitrary state transition functions
Ethereum State Transition Function Check if transaction is well-formed (right # of values), signature is valid, nonce matches & in sender's account. If not, return an error.
Calculate transaction fee as STARTGAS * GASPRICE, and determine sending address from the signature. Subtract fee from sender's account balance and increment the sender's nonce. If there is not enough balance to spend, return an error.
Initialize GAS = STARTGAS, take off a certain quantity of gas per byte to pay for bytes in transaction.
Transfer the transaction value from the sender's account to the receiving account. If the receiving account does not yet exist, create it. If the receiving account is a contract, run the contract's code either to completion or until the execution runs out of gas.
If value transfer failed because sender did not have enough money, or the code execution ran out of gas, revert all state changes except the payment of the fees, and add the fees to the miner's account. Else, refund fees for all remaining gas to the sender, and send the fees paid for gas consumed to the miner.
CURRENCIES
Ethereum Accounts:
State objects = "accounts"
Account has a 20-byte address
State transitions are direct transfers of value, information between accounts.
Ethereum account contains 4 fields:
(1) Nonce: counter used to make sure each transaction processed only once
(2) Account's current ether balance
(3) Account's contract code
(4) Account's storage
"Ether" used to pay transaction fees. Two types of accounts: externally owned accounts, controlled by private keys, and contract accounts, controlled by contract code. An externally owned account has no code, and one can send messages from an externally owned account by creating and signing a transaction; in a contract account, every time the contract account receives a message its code activates, allowing it to read / write to internal storage and send other messages or create contracts in turn.
MESSAGES "Messages" in Ethereum are somewhat similar to transactions in Bitcoin, but with three important differences. First, an Ethereum message can be created either by an external entity or a contract, whereas a Bitcoin transaction can only be created externally. Second, there is an explicit option for Ethereum messages to contain data. Finally, the recipient of an Ethereum message, if it is a contract account, has the option to return a response; this means that Ethereum messages also encompass the concept of functions.
TRANSACTION refers to the signed data package that stores a message to be sent from an externally owned account. Transactions contain the recipient of the message, a signature identifying the sender, the amount of ether and the data to send, as well as two values called STARTGAS and GASPRICE. To prevent exponential blowup and infinite loops in code, each transaction is required to set a limit to how many computational steps of code execution it can spawn, including both the initial message and any additional messages spawned during execution. STARTGAS is this limit, and GASPRICE is the fee to pay to the miner per computational step. If transaction execution "runs out of gas", all state changes revert - except for the payment of the fees, and if transaction execution halts with some gas remaining then the remaining portion of the fees is refunded to the sender. There is also a separate transaction type, and corresponding message type, for creating a contract; the address of a contract is calculated based on the hash of the account nonce and transaction data.
An important consequence of the message mechanism is the "first class citizen" property of Ethereum - the idea that contracts have equivalent powers to external accounts, including the ability to send message and create other contracts. This allows contracts to simultaneously serve many different roles: for example, one might have a member of a decentralized organization (a contract) be an escrow account (another contract) between an paranoid individual employing custom quantum-proof Lamport signatures (a third contract) and a co-signing entity which itself uses an account with five keys for security (a fourth contract). The strength of the Ethereum platform is that the decentralized organization and the escrow contract do not need to care about what kind of account each party to the contract is.
EMPOWERED FIRST CLASS CITIZENS BITCOIN MAN!
Token Systems: On-blockchain token systems e.g., sub-currencies representing assets: USD, gold, company stocks.. Individual tokens may represent smart property, secure unforgeable coupons, and token systems with no ties to
conventional value at all, used as point systems for incentivization
COLOREDCOINS
SMART PROPERTY
COMMODITIESCURRENCY CONVERT
COMPANY STOCK<DOMAINS>
BANKING SYSTEM: state transition function distributing currency units function allow other contracts query for the balance of an address., Ethereum-based token systems acting as sub-currencies can potentially include another important feature that on-chain Bitcoin-based meta-currencies lack: the ability to pay transaction fees directly in that currency. The way this would be implemented is that the contract would maintain an ether balance with which it would refund ether used to pay fees to the sender, and it would refill this balance by collecting the internal currency units that it takes in fees and reselling them in a constant running auction. Users would thus need to "activate" their accounts with ether, but once the ether is there it would be reusable because the contract would refund it each time.Financial derivatives and Stable-Value Currencies: smart financial contracts require reference to an external price ticker; e.g., hedge against volatility of ether (or another cryptocurrency) with respect to the US dollar, requires contract to know what the value of ETH/USD is. Use a "data feed" contract maintained by a specific party (eg. NASDAQ) so that party has ability to update contract as needed providing an interface that allows other contracts to send a message to that contract and get back a response that provides price. HEDGING CONTRACT:
Wait for party A to input 1000 ether. Wait for party B to input 1000 ether. Record the USD value of 1000 ether, calculated by querying the data feed contract, in storage, say this is $x. After 30 days, allow A or B to "reactivate" the contract in order to send $x worth of ether (calculated by querying the data feed contract again to get the new price) to A and the rest to B.
Namecoin-like name registration system on Ethereum DNS system, mapping domain names like "bitcoin.org" (or, in Namecoin's case, "bitcoin.bit") to an IP address
DECENTRALIZEDFILE STORAGE
"decentralized Dropbox type
contract" BitTorrent-like swarm technology system whereby storage resources are compensated with “Internetcoin”. Auto-exchange digital assets through a Ripple-like network to Bitcoin or any preferred local currency. Static server resources can easily be distributed amongst peers who are economically incentivized to participate.
DNS 2.0
Decentralized Autonomous Organization" virtual entity with members or shareholders which for example, with a 67% majority, have the right to spend the entity's funds and modify its code. Members collectively decide on how the organization allocates funds. DAO's funds could range from bounties, salaries or internal currency to reward work e.g., Time Banking. Replicates the legal code of a traditional company or nonprofit using cryptographic blockchain technology for enforcement. “Capitalist" model of a "decentralized autonomous corporation" (DAC) has dividend-receiving shareholders and tradable shares
DECENTRALIZEDAUTONOMOUSORGANIZATION
DAO
DECENTRALIZEDAUTONOMOUSCOMMUNITY
DAC
DECENTRALIZEDAUTONOMOUSCORPORATION
DAC
Decentralized data feed in financial contracts for difference via a protocol called "SchellingCoin". SchellingCoin works as follows: N parties all put into the system the value of a given datum (e.g. the ETH/USD price), the values are sorted, and everyone between the 25th and 75th percentile gets one token as a reward. Everyone has the incentive to provide the answer that everyone else will provide, and the only value that a large number of players can realistically agree on is the obvious default: the truth. This creates a decentralized protocol that can theoretically provide any number of values, including the ETH/USD price, the temperature in Berlin or even the result of a particular hard computation.
Smart multi-signature escrow. Bitcoin multi-signature transaction contracts example: three out of five keys can spend funds. Ethereum allows for more granularity; for example, four out of five can spend everything, three out of five can spend up to 10% per day, and two out of five can spend up to 0.5% per day. Ethereum multi-signature is asynchronous - two parties can register their signatures on the blockchain at different times. The last signature will automatically send the transaction.
Cloud computing. EVM technology can also be used to create a verifiable computing environment, allowing users to ask others to carry out computations then optionally ask for proofs that computations at certain randomly selected checkpoints were done correctly. This allows for the creation of a cloud computing market where any user can participate with their desktop, laptop or specialized server, and spot-checking together with security deposits can be used to ensure that the system is trustworthy (i.e. nodes cannot profitably cheat).
EVM
CLOUDCOMPUTING_
LIQUID DEMOCRACY VOTING SYSTEM PREDICTION MARKETS GAMBLING
On-chain decentralized marketplaces, identity and reputation system as base.
Modified GHOST Implementation protocol. "Greedy Heavist Observed Subtree simplified version of GHOST which only goes down one level. Stale block can only be included as an uncle by the direct child of one of its direct siblings, and not any block with a more distant relation.
WHISPER: SECURE, PRIVATE MESSAGES
THE TERRA TRCTrade Reference Currency
HEART BEACON CYCLE TERRA / ETHEREUM / NCW
ETHEREUM / HBC / TERRA
.0001 .05 .01 .1 0 5 15 30 99NIST TIME BEACON
<ORG_ID><ORG_ID><ORG_:ID>
<GEO_LOC><ORG_ID><URN><UUID><UUID>
DECENTRALIZED AUTONOMOUS ORGANIZATIONS
FEDERATED ID IN CLOUDADHOC ORG- REORG VS MERGER, ACQUISTION
COMMODITIES / DEMIERGE CHARGES / PARKING FEES
Decentralized data feed in financial contracts differences / changes via protocol called "SchellingCoin"
FIX, SWIFT = HEARTBEAT / HEARTBEAT MESSAGES
PREDICTION MARKETSREAL TIME AUCTIONSGAMBLING SYSTEMS LIQUID DEMOCRACYVOTING SYSTEMS
<URN><URN><URN><URN><URN>URN>URN><URN><URN><URN><URN><URN>
TIME / SPACESTOCHASTIC
HARMONIZATION
TERRA TRC IS A DOCUMENT, RULE SET. TRC NEEDS TRANSPORT PROTOCOL
THE HEART BEACON CYCLE = PROCEDURAL TEMPLATE NEEDS TRANSACTION STATE / VALUE TRANSPORT
SYNC
CLOUD_
PROPERTY LAND MEME
Smart multi-signature escrow.
STATE META DATA SNAPS
INCENTIVES TIME BANKING..
ETHEREUM STATE TRANSITION FUNCTION
EVENT / ALERT PROCESS BY PRECEDENCE
2.0
SECURE, PRIVATE MESSAGES Bit Torrent like P2P file sharing
Color Coins
<URN><URN><URN><URN><URN><URN>
CURRENCY CONVERSION GATEWAY
ECONOMIC MICRO-CYCLES
ECONOMIC MACRO-CYCLES
CLOUD FEDERATIONNET ADD, MERGEJOIN, MOVE, DROP
STORMWORKER TASKHEARTBEATS
START / STOP / TTL UNMET NEEDS
UNUSED RESOURCES <URN>
$$$
ADDDROP
MOVEJOIN
<TOKENS>
Firefly / Heartbeat Sync
HBC STATE TRANSITION AMONG DISPARATE SYSTEM OF SYSTEMS NETWORK CHANGES, TRANSLATIONS OF LEADER”S INTENT, DECISIONS, ORDERS TO NETWORK EQUIVALENT
IDENTITY REPUTATION SYSTEM: USE <ORG_ID>
<ORG_ID><ORG_ID>
multi-signature transaction contracts
Systemic: system-wide, affecting groups or systems, such as economy, market or society as a whole
NDN <INTEREST>NDN <CONTENT>NDN <DOMAIN>
TERRA TRC = COMMODITY BASKET of <URNs>12 or more commodities <Bitcoin><Gold><Silver>
Land Use Meme
Survey Methods
MICRO / LOCAL CURRENCIES DOMAIN VALUES
REGULATIONFRAMEWORK
BITCOIN NDN / CCN NCW / NEO TERRA TRC
CONTENT COLOR COIN<TYPES><URN><Precedence>
</INTEREST></CONTENT><Precedence>
MACRO Econ cyclesMICRO state dataCyclical Reporting
CommodityType by <URN><Org_ID> tracking
LOGIC FILTER by <TYPE><TIME><Geo-Loc> <vectors> <thresholds> < = > <sum>
Closer = cheaper, faster
Closer = greater interest
Samples state meta data by <URN> <Org_ID>Time-stamp before data fusion live feed
Demiurge <URN> parking, handling fees by Time, distance, frequencyMicro-macro cycle
INFO / DATA Coin Types by <URN>
Content type <tags> telemetry, vectorsThreshold data
SonarHopIDMaps survey, triangulation methods, geo-spatial samples
Geo-spatial temporal intensity vectors, metrics, meters, OPTEMPORoles, Rules, filters
<URN> commodity status by region, scarcity<URN> type threshold monitor
USER / ORG <ORG_ID> Telemetry <ORG_ID> Micrro – Macro Cycles <Org_ID>
Choucri and Clark (2012) simplified “four-layered model essential features of interest”: internet’s physical foundations; link, IP and transport layers encapsulate logical functions of an application; information is stored and transmitted through programs in the application layer; users make decisions and carry out actions with information in the content layer.
CONTENT LAYER: National Science Foundation NSF Named-Data Network a.k.a. Content Centric Networking CCN. Content <tags> routable by <type> precedence using Network Centric Warfare's DEFCON / INFOCON 5 layer model to facilitate M2M IeT Internet of Everything / Everywhere model where closer is of greater interest and closer is cheaper and faster combined with urgency of need criteria <flash>
LOGICAL LAYER: foundation for innovation where anyone can build on top of the Bitcoin protocol. Notably, the Bitcoin protocol contains the block chain, a transaction database shared by all nodes in the system. Based on the block chain, applications can be built on top and information flows can be reconstructed, as explained in the next section of the article.
IINFORMATION LAYER: Bitcoin exchanges offer services to non-miners to exchange between bitcoins and conventional currencies. Wallet and escrow services allow individuals to store bitcoins securely and conveniently. Payment processors provide integration services
USER LAYER: Bitcoin has attracted a wide range of users, from traders and speculators taking advantage of Bitcoin’s price volatility, individuals sending remittances, to consumers making real payments. On the other hand, criminals are attracted by Bitcoin’s pseudonymity to engage in illegal activities such as money laundering, terrorism financing, drug dealing, online gambling.
BITCOIN
12 Ways to Measure Bitcoin Network's Health1. The Bitnodes Project Bitnodes estimates size of bitcoin networks by finding all reachable nodes in the network. The current methodology involves ending getaddr message recursively to find all the reachable nodes in the network starting from a set of seed nodes. It performs this polling every 24 hours and displays the results on a world heat map of countries, including rankings and version of bitcoin reference client.
2. Data Propagation Maintained by BitcoinStats, propagation evolution chart shows the 50th percentile of inv-messages received by peers (ie: the plot shows the time since a transaction or block enters the network until a majority of nodes has received and processed it).3. DNS Bootstrap Servers DNS seeds are used by most bitcoin clients to identify a set of nodes to connect to when starting. The seeds are run by volunteers using a multitude of mechanisms to ensure the returned seeds represent a good sample of nodes currently online. Except for bitseed.xf2.org, the seeds aim to return nodes that are currently online and reachable. Also provided by BitcoinStats, the chart shows results from regular bootstrap attempts using the seeds with the plot representing the average hourly connection success rate for each of the seeds. The closer to 100%, the better the seed is. An auxiliary chart with response time of DNS seeds to queries is also provided, which indicates the response times in milliseconds (ms) elapsed between sending the query and receiving a response.
4. Network Hashing Rate Pieter Wuille’s series of graphs display hashing difficulty & estimated number of terahashes per second (computation speed) that the network is performing for various time windows (1 terahash equals 1,000 gigahashes). Calculated by dividing maximum target by current target where target is a 256-bit number, difficulty measures how difficult it is to find a new block compared to the easiest it can ever be. Difficulty adjusts every 2,016 blocks (or two weeks) and to find a block, the SHA-256 hash of a block’s header must be < or equal to the current target for the block to be accepted by the network.
5. Hash Rate Distribution A table of solved block statistics lists all statistics that can be derived from the number of blocks a hash rate contributor has solved for the past week. Block attributions are either from primary sources or secondary sources such as coinbase signatures, or known generation addresses.
HEART BEACON CYCLE METHOD: USE SURVEY TECHNIQUES E.G., SURVEY METHOD + TRIANGULATION TO DESCRIBE A SAMPLE POPULATION IN A SPECIFIC GEO-SPATIAL TEMPORAL AREA such as a TELCO MESH FABRIC
TELCO MESHFABRICAREA
TRIANGULATION
<Org_ID>
DNS
Mappings Protocols Identity
Providers
KEYSTONE
ROLES:<OPS><G2>
FEDERATION
<Org_ID><Org_ID><Org_ID><Org_ID>
12 Ways to Measure Bitcoin Network's Health6. Selfish Mining Indicator Since the bitcoin protocol relies on miners following the rules laid out by the software, as soon as miners have found a block they need to announce it to the network. Selfish mining defies this rule, because certain miners, once they have found a block, can withhold it from the network and start working on their next block. Once they have a number in their hidden chain, they can release them to invalidate the blocks that the network thought were part of the main chain. The lower the probability that at least k (actual distribution) blocks will be found in the time represented by the first bucket, the more likely that miners are engaging in quick succession behavior under the Selfish Mining strategy. "One way to estimate the likelihood of such a strategy being implemented is to measure the distribution of the time between blocks against the expected distribution. The rate of creation of bitcoin blocks is determined by how quickly the first miner solves for a hash meeting the difficulty requirements of the protocol. Every attempt to meet this difficulty has a set probability of being correct. The probability is independent between hashes. As a result the rate at which blocks are generated should follow an exponential distribution."
7. Orphaned Blocks Orphaned blocks are valid blocks not part of the main bitcoin block chain. They can occur when two miners produce blocks at similar times or they can be caused by an attacker with enough hashing power attempting to reverse transactions. Initially accepted by the majority of the network, orphaned blocks are those that are rejected after proof of a longer block chain is received that doesn't include that particular block. Users see transactions as having one confirmation and then revert to zero confirmations if a longer blockchain was received that didn't include the transaction.
8. Double Spends Monitor Blockchain maintains a real-time monitor for double spends detected in the last 500,000 transactions utilizing a 10-minute cache. Alert users to potentially malicious transactions
9. Unconfirmed Transactions The Bitcoin Blockchain maintains a live updating list of new bitcoin transactions waiting to be included in a block. The monitor displays total number of unconfirmed transactions, including total fees and total size in kilobytes.
10. Average Transaction Confirmation Time average (mean) amount of time in minutes that it takes for a transaction to be accepted into a block. Reasonable estimates differ on the amount of time and confirmations for a transaction to be considered cleared and ‘good’, but that appropriate risk level would be associated with the transaction’s value.
12 Ways to Measure Bitcoin Network's Health11. Block Chain Total Size The block chain total size is important because of the storage space considerations as it grows as well as the time it takes for initial synchronization after installing the reference client for the first time. This measurement shows total size of all block headers and transactions not including database indexes.
12. Average Block Size Measured here in fractions of a megabyte, block size will become a heated debate once the bitcoin network approaches its current throughput limit of approximately seven transactions per second. Ultimately important for scalability, the stated block size limit will have to be increased, linked to another variable, or remain the same with more confirmations pushed off chain, each path having corresponding implications for system decentralization.
http://www.coindesk.com/12-ways-measure-bitcoin-networks-health/
SonarHops
IDMaps
ARTCLE: Welcome to Bitcoin Island: Bitcoin is not a protocol of transfer, but a protocol of ownership. Coins never travel, but simply switch owners. You could argue this is a trivial observation – "how else could it work?!" – but thinking in terms of ownership and protocols for transfer of ownership is a surprisingly helpful way to think about how the system works. That’s because the 'protocol of ownership' insight means there is a whole other world of history, tradition and precedent to learn from: land. Observations: · In the end-state the quantity of bitcoin will be fixed, just like land· Bitcoin is not perfectly fungible & norr is land· Bitcoin is not 'consumed' through use it is transformed and transferred similar to land and dissimilar to many commodities, which are consumed (or at least degraded) through use
/localhost/nfd/fib/add-nexthop
NDN INTEREST
Gamification is the use of game thinking and game mechanics in non-game contexts to engage users in solving problems. Gamification techniques strive to leverage people's natural desires for competition, achievement, status, self-expression, altruism, closure.
Cooperate and GraduateCooperate then Compete
<URN><URN><URN><URN><URN><URN><URN><URN>
TERRA
Goods, Servicesi..e TIME Banks
Internet of EverythingValue Index
Time-Space Meter
Stochastic Oscillator
ISO 4217
<GLOBAL><JOINT>
<DOMAIN> <SHARED<COMMUNITY>
<PRIVATE>
STRATML/ IODEF RID
CL
AS
SE
S
BITCOINHERO
DevOps a way to streamline processes to react quickly
Making processes, development etc CONSISTENT, PREDICTABLE, REPEATABLEHelps deploy NETWORK related functions in a software form very rapidlyOperational Process becoming seamless.
Infrastructure is becoming more programmable, allowing IT to automate, integrate and manage continuous delivery of applications within the context of an overarching operational framework
“To maintain the economy of scale necessary to keep up with the volatility of modern data center environments, operations is adopting modern development methodologies and practices”.
http://ncoic.org
DevOps practitioners know that these processes span the silos that exist in data centers today
“Dev Ops is not something you build, it’s something you do”.
Ecosystems are Always in Flux
PROCESS is KEY
PROCESS is KEY
PROCEDURAL TEMPLATES
NCOIC Develops an Open Process for
Multicloud Computing - Business Solutions
Magazine, June 23, 2014
Interface Name HEARTBEAT Administration Interface [SCOP]
DocumentationURL
http://scop.sourceforge.net/http://linuxvirtualserver.org/software/index.html
API Information Functionality Areas Cloud Interface Management, configuration, start, stop cloud services, edit configuration (heartbeat messages)
API Operation Count
Web service access type Web application, front end to [network, device, system] heartbeat]
LANGUAGE / PLATFORM BINDINGS PHP
Interface Characteristics
SCOP is a web application, PHP based, that is a front-end to heartbeat, IP Virtual Server ipvs and ldirectord [check interval e.g., every 5 seconds] software. With SCOP you can start/stop services, view/ edit configuration files e.g., heartbeat message state management snapshots, make backups, take a server online/offline, add/ remove virtual/real servers, etc.
QubitCoin Interval: Every 30 Seconds
NIST TIME BEACON
#Big
_Dat
a#IeT
MICRO ECONOMIC CYCLES
“The external environment could update resources at random… One solution is a heartbeat: defining a default lease duration and delaying updates until the next cycle”
SELECTED DATA IS GROUPED TOGETHERby FEDERATED<ORG_ID>{“Org_ID””URN”}{“RESOURCES”}
Open TIME SERIES DATABASE TSDB data, gets data from a set of metrics and plots the result <- tsd_get(metric, start, tags=c(site="*"), downsample="10m-avg") library(zoo) z <- with(result, zoo(value, timestamp)) filtered <- rollapply(z, width=7, FUN=median) plot(merge(z, filtered)) The first line reads the data, grouping by site downsampling to 10-minute intervals using an arithmetic average. The 2nd line converts to a time series data type & computes a rolling median version of the data. The last line filters / sorts. plots data
NIST TIME BEACON
.0001 .05 .01 .1 0 5 15 30 99
IeT / Every-WHEREHEARTBEAT
STATE META DATA SNAPSHOTS
NDN:“FRESH DATA” = TTLGeo-Loc
NEWSCAST
Match to nearest statistical mean
STOCHASTIC HARMONIZATIONSIOP SINGLE INTEGRATED COMMON PICTURE ACROSS TIME ZONES PROCESS / FILTER / SORT EVENTS by <PRECEDENCE>
Down SampleTo ClosestStatisticalMean
TYPE DATA BY <Org_ID><URN>TIME STAMP PRIOR TO DATAFUSION CENTER INSERTION
CONSISTENT RELIABLE SYNC DELTA STATE META DATA SNAPSHOTS
Geo-spatial temporal Intensity frequency State
meta-data heartbeat snapshots aggregated
From Telco Mesh Fabrics
SIOP
DATA LAYER: STATE META DATA TIME STAMPED BY <UUID><ORG_ID><URN> & DATA PREPPED & DATA WRANGLED PRIOR TO FUSION CENTER INSERTION
TIME SERIES DBASE TSD
AGGREGATOR
Select mean (value) from CPU group by time (5m)
Newscast across Time Zones
Across TimeZones
ITA International Time Authority
SIGNALING, TELEMETRY AMONG A SYSTEM OF SYSTEMSMICRO-SERVICESCHEDULING
AMONGSYS OF SYSTEMS
•START, STOP, TIME TO LIVE•AUTHENTICATION, TIME LOCK•CYBER BEACON NON-REPUDIATE
Group Agrees to Terms, Conditions
List of Shared Components,
Processes
•Sign Charter People join Group’s sub organizations {“OU”} </OU>•SLA ./ SMART CONTRACTS
Initiate Micro to Macro Cycle State Meta Data Gather
SCHEDULEMICRO-SERVICES
Schedule SLA Smart Contractchecks within a system of systems heartbeat sync deltas
SYNC DELTASNAPSHOTS
In computing, micros-services is a software architecture style, in which complex applications are composed of small, independent processes communicating with each other using language-agnostic APIs. These services are small, highly decoupled and focus on doing a small task
State meta-data snapshotsAmong system A, B, C, D, E Signaling, Telemetry updatesAmong Apps, API’s, messageMiddleware, Bots, Mots, Agents, Bitcoin block side chains
Heartbeat, Heartbeat Messages
System of systems is a collection of task-oriented or dedicated systems that pool their resources and capabilities together to create a new, more complex system which offers more functionality and performance than simply the sum of the constituent systems.
SYSTEM OF SYSTEMS
NET
WO
RKO
F N
ETW
ORK
SNIST TIME BEACON
FIREFLY ALGORITHMSPECIES STRIVES TOSYNC WITH OTHERSFIREFLY SYNC PULSEMATCHED TO CLOSEST HEARTBEATCYCLE SYNC PULSE
RESTARRESTEDSYNERGY
</EVENTS></ALERTS>
BUILDING
B1: BUILDING BLOCK: TCP/IP HEARTBEAT TIME STAMP & DATA GET / PUT OF <ORG_ ID> / <URN> DURING MICRO CYCLES PRIOR TO DATA FUSION CENTER INSERTION
B2: BUILDING BLOCK: ADAPTIVE, CYCLIC, ITERATIVE PROCEDURAL TEMPLATES: XML ARTIFACTS i.e., <ORG_ID> TASK ORDER & K00.99 HEARTBEAT SYNC DELTA MESSAGES / STATE META DATA SNAPSHOTS IN NETWORK EXECUTION MANAGEMENT / NEO NET ENABLED OPERATIONS, MISSION AWARE NETOPS
LEADER’S INTENTDECISIONS
ADHOC / AGILE FEDERATED <ORG_ID> GROUPS VS MERGER, ACQUISITION SUPPORT CHANNELJOIN, MERGE, ADD, DROP, SPLIT, MOVE SUBNETSBUSINESS COURSE OF ACTIONS <ORG_ID1><ORG_ID2)
B3: BUILDING BLOCK: PAUL REVERE LINEAR, SEQUENTIAL HOP COUNT MEME
B4: BUILDING BLOCK: WATER DROP IN POND RADIUS MEME, GEO-SPATIAL TEMPORAL INTENSITY
PLANS
TIME / DISTANCE, VECTORS, THRESHOLD, INTENSITY, DURATION
TASK ON / OFF
S.O.S
CLOUD, ENERGY NODE HOP COUNT METRICS, METERS SLA CLAUSES MOE, MOP METER IN TAX CODES, TRANCHE CLASSES / EVENT, ALERT TRIGGERS
MAP VIEWS GEO-LOCATION SPECIFICSHOW <URN> RESOURCES BY <ORG_ID>
<GROUP> / RESOURCE TYPE, EVENT, ALERT / NEWSCAST BY TRANCHE
<CLASSES>
UTO
TASK FORCE BIZ
APPLIQUE’ OVERLAYS
< o >
FEDERATED GROUP JOINS, MERGE, ADDS, DROPS
SEARCH BY <UUID><ORG_ID><URN>, REAL TIME AUCTION, CROWD SOURCING INVITES NEWSCASTS
BLOCKS
BEACON BROADCAST, NEWSCAST
.0001 .05 .01 .1 5 15 30 99
MICRO-CYCLE STATE META DATA CYCLIC SNAPSHOTS
Process by Precedence
MICRO CYCLES
MACRO CYCLES
.0001
SYNCSEED_CLOUD
CONSISTENTMETRICS / METERING
<ORG_ID>
<URN><URN><URN><URN>
<URN><URN><URN><URN>
SYNC DELTAHEARTBEAT SNAPSHOTS
#IeT / IoT
#BIG_DATA
M2MSENSOR NETS
MCS: MANEUVERCONTROL SYSTEM
HEART BEACON TEMPLATE: DERIVED FROM DARPA SITUATIONAL AWARENESS SYSTEM COMMON BUILDING BLOCKS DESCRIBED IN PROCEDURAL TEMPLATE
TEMPLATESYSTEM
COMMONBUILDING BLOCKS
B2: TEMPLATES
B1: HEARTBEATHEARTBEAT MESSAGES
SYNC DELTA / HEARTBEAT MESSAGES
STATE META DATA SNAPSHOTSNET OPS / NET MANAGEMENT
NET MARKUP NETWORK SERVICE INTERFACE
B3 PAUL REVERE MEME
NODE TO NODE HOPCOUNTLINEAR, SEQUENTIAL
0-1- 2- 3- 4 1 2 3 4
0TIMS: TACTICALINTERNET MANAGEMENTSERVER
ALL FBCB2’SON CURRENT HEARTBEAT
12
4 5
3
FBCB2 / TIMSON SAME PLATFORM
C2RMCG
MULTICAST GROUP MCGUPDATE TOOL
C2RSERVER
AIS6
LDAPSERVER
ARMY INFORMATIONSERVER AIS STATE
MANAGER
4A
GTCSGROUND TACTICAL COMMS SERVER GOTS GOVERNMENT STRUCTURED MILITARY MESSAGING
GTCS
C2RSERVER
LDAP
AIS
8
9WEB APPLICATION SERVER W/BUSINESS
LOGIC EQUIVALENT TO MILITARY
MISSION THREADS
.0001 .05 .01 0 .1 5 15 30 99
B4 WATER DROP IN PONDAREA / RADIUS MEMEGEO-SPATIAL TEMPORALINTENSITY
IEEE 802.1AG HOP BY HOP DETECTION IEEE 802.11 HbH HOP BY HOP CONTROL
NEWSCAST BEACON BROADCAST
<XML>
NETWORK INITIALIZATION DATA:NETWORK CONFIGURATION DATA
STOCHASTICHARMONIZATION
NETOPS / NEO:JOIN / MOVESPLIT/ MERGEADD / DROP
STATISTICAL MEANSUM / AVERAGE
SURVEY REFERENCE POINT
CLOSER TO SOURCE / DESTINATION = CHEAPER, FASTER DELIVERY
#IeT / IoT
Project Lead: Great Deer Qualities: gentleness in word, thought and touch. Ability to listen, grace,
appreciation for the beauty of balance.
Understanding of what's necessary for survival, power of gratitude and giving, ability to sacrifice for the higher
good, alternative paths to a goal
Project Deputy: Buffalo Qualities:Rumbling like thunder o'er the prairie, great herds of abundance, sharing
with man, I need your knowledge to meet life's challenges, to survive and move on with my plans.
Buffalo/Bison's medicine includes manifestation, protection, earth creativity, feminine courage, abundance, knowledge, generosity, hospitality, sharing work, courage, strength, challenge, survival, giving for the greater good, formulating beneficial plans.
Buffalo teaches us that true prosperity comes when we are grateful for what we have and when we live in harmony and love with every body and being contained within the universe. Both Celtic and Native American hunters prayed to the deer to give them a good hunt, and in return promised to take no more than was essential for the survival of the tribe. This helps remind us that our spirit of gentleness and unconditional love should extend to all species, not only our own.
Eiteljorg Museum of American Indians
URISA conference Heartland 2011• Totem pole: dragon
chasing whale vortex spiral pattern in nature
• “May the heart of Earth flow to the heart of heaven through my heart and through all hearts together. And, may our hearts be the heart of every being in all the starry sky, And, may the heart of the heavens flow to the heart of the earth through my heart and though all of our hearts together. May our hearts be the heart of every earthly creature”
• Chichicastenango Guatemala from “Stargate 2012: Surfing the tides of the Milky Way as drawn from ancient Mayan prophecies. http://thrivemovement.com/the_code-fundamental_pattern
Phi Double Spiral.
“Give me a place to stand and with a lever I will move the whole world.” Archimedes
UNUSEDRESOURCES
UNMETNEEDS
TERRATRC
“The secret of change is to focus all of your energy, not on fighting the old, but on building the new.” Dan Millman Way of the Peaceful Warrior
MEDICI STOCK EXCHANGE
Currency Wars
FIREFLY-HEARTBEATALGORITHM
FEDERATION: Latin: foedus, foederis, 1. covenant, union of partially self-governing states or regions under a central (federal) government2. League or confederacy. People, groups retain autonomy3. A federated body formed by a number of nations, states, societies, unions, etc., each retaining control of its own internal affairs
ALGORITHMIC REGULATION
STATISTICAL MEANVALUE INDEX
