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Semiconductors for the Connected World –
Safe, Secure, Smart
- Lars Reger
CTO, NXP Automotive
Why we need the Charter of Trust –
- Wolfgang Steinbauer
Lead of Competence Center Crypto and Security
Operations across
33 CountriesHeadquartered in Eindhoven,
Netherlands
30,000+Employees
10,000+Engineers
9,000Patent Families
60+Year History
$10BApproaching $10B
Annual Revenue
A Position of Strength to Better
Serve Our Customers
PUBLIC 2
Automotive Industrial & IoT MobileCommunication,
Infrastructure & Other
Our Target Markets
Secure Connections for a Smarter World…is becoming
reality
Processing
(incl. AI/ ML)
Safety &
SecurityConnectivitySensing
NXP has
all Enabling
Technologies
Cloud Infrastructure
Machine
Learning Authentication
ServicesData
Analytics
Edge to Node
Smart Home
Smart
Infrastructure
Smart Health Smart
Assistant
Smart RetailSmart Manufacturing
& Robotics Wearables Smart Media &
Education
Smart
Transportation
Smart
City
NXP – The Edge Compute Company
Automotive
Industrial & IoT
Mobile
Communication &
Infrastructure
Processing
(incl. AI/ ML)
Safety &
SecurityConnectivitySensing
NXP has
all Enabling
Technologies
Edge to Node
Smart Home
Smart
Infrastructure
Smart Health Smart
Assistant
Smart RetailSmart Manufacturing
& Robotics Wearables Smart Media &
Education
Smart
Transportation
Smart
City
Waves of Innovation
10B -
100M -
1M -
0.01M -
1B -
10M -
0.1M -
19
50
-
19
70
-
19
90
-
2000 -
20
10
-
20
20
-
19
80
-
19
60
-
Units S
hip
pe
d
Bipolar ICs CMOS MPU
DRAM
Bipolar Fast Air Interface
Servers
Free Storage, Big Data
Neural Networks & Processing
Mainframe Mini-Computer PCs Cell Phones IoT/ AI
1 2 3 4 5
Source: Extracted from Jefferies Report
IoT/ AI the next innovation wave
Semiconductors for the Connected WorldSafe, Secure and Smart
IoT and AI – The Next Wave of Innovation
Four Technology Pillars Unlocking the IoT/AI Wave
Architecting Smart Devices
The Internet of Things is Transforming Our World
Connectivity Safety & Security(incl Privacy)
Processing (incl AI, ML)
Sensing
1B+ additional
consumers online,
30B+ connected devices
Physical and functional
safety & security to protect
the smarter world
40B+ devices with
intelligence shipped
in 2020
Precise perception
of the analog and
human environment
Smart
Transportation
Smart Cities
Smart Industry
Smart & green mobility
Autonomous transport
Traffic management
Infotainment
Smart retail
Public Safety
Secure identification
Smart access
Smart Infrastructure
Smart Hospital
Smart Transportation
Industry 4.0
Factory automation
Machine learning
Agriculture 3.0
Smart utilities
Major IoT Growth Markets
Smart Home
Connected
ConsumerMobile payment
Smart cards
Wearables
Healthcare
Smart appliances & Computing
Smart Metering
Home automation & surveillance
Entertainment & Gaming
Massive Growth in Smart Connected Devices Forecasted IoT market growth from 15 billion devices in 2015
to 31 billion devices in 2020 and 75 billion in 2025
2015 2016 2017 2018 2019 2020 2021 2022 2023 2024 2025
0
20
40
60
80
(Billions)
Install base
Smart Connected Devices,
global market
Source: IHS
15 18 20 2327
31 36
43
50
62
75
Semiconductors for the Connected WorldSafe, Secure and Smart
IoT and AI – The Next Wave of Innovation
Four Technology Pillars Unlocking the IoT/AI Wave
Architecting Smart Devices
High-Performance SensingPrecise recognition of the analog & human environment
Human
Contact
Beyond Line
of Sight
Line of
Sight
Mesh Networks (V2X, ZigBee)
Radar Laser Vision Ultrasound
Face & Gesture
Recognition
Biometrics
(Fingerprint & Iris)
Voice Recognition Motion, Pressure,
Temperature Sensing
1
WIDE AREA
SHORT
RANGE
ULTRA-SHORT
RANGE CAT-M1 NB-IoT
5G
Wireless ConnectivityConnectivity landscape with varying performance, energy, range
2
UWB
DSRC (V2X)
Enable Real-Time Analytics and ActuationTime sensitive applications not hampered by network latency
On-Board Machine Learning Precise & fast detection, classification, adaptation
Reduce Data Center TrafficData centers only process & store relevant data
Reduce Network CostLocal processing shields Cloud from large part of raw data
Safeguard PrivacyTransmit semantic data rather than raw data
Increase SecurityResilience to offline conditions
Robustness & SafetyLatency & availability
EconomicsPerformance & efficiency
Less bandwidth & storage
Data Protection Privacy & security
Moving from Cloud to edge: Edge ComputingEfficient, High-Performance Processing
3
Machine Learning/AISuperior recognition & digital modelling enabling new applications
SecurityAutomatically detecting
attacks or strange user
behavior
Personal Health52% breast cancers detected
on mammography scans one year
before officially diagnosed
(computer-assisted diagnosis) 1
Autonomous
DrivingCould reduce road
fatalities by 90%2
Voice
AssistantsTop benefits seen
by U.S. consumers:3
- Better purchasing guidance
- Less time in front of screens
- Convenience in daily life
- Less waiting time in hotlines
1) Gartner Predicts 2017 2) McKinsey & Company, 2015 3) Statista: Opinion of the benefits of virtual assistants among U.S. residents 2017
3
Semiconductors for the Connected WorldSafe, Secure and Smart
IoT and AI – The Next Wave of Innovation
Four Technology Pillars Unlocking the IoT/AI Wave
Architecting Smart Devices
Domain-based Architectures
3 Examples
T O D A Y T O M O R R O W
Distributed Flat Architecture• Low bandwidth network
• One MCU per application
Gateway
Connectivity
Powertrain & Vehicle
Dynamics
Connected
Infotainment
Body & Comfort ADAS Autonomy
Domain ControllerDomain Controller
Domain Controller
Domain Controller Domain Controller
Domain Architecture• High performance domain MPUs
• Edge nodes & sensors
• High bandwidth
• Gateway
• Safety & security
Vehicle Architecture Transformation
Secure
Gate
ways &
Netw
ork
s
Smart VehiclesDomain-based Architecture
Connectivity
Driver Replacement
Powertrain &
Vehicle Dynamics
Body & Comfort
In-Vehicle Experience
Connectivity
DC In-Vehicle
Experience
Powertrain &
Vehicle
Dynamics
DC DC
DC DC
Body &
Comfort
Driver
Replacement
Gateway
20
Domain
Architecture
• Domain MPUs
• Edge Nodes & Sensors
• High Bandwidth
• Gateway
• Safety & Security
SENSE THINK ACT
Connectivity Domain
Controller
Connectivity
Connected
Infotainment
ADAS Autonomy
Body & Comfort
Powertrain &
Vehicle Dynamics
Camera
Lidar
Ultrasonic
Cockpit Domain
Controller
PowertrainDomain
Controller
Touch Displays
BodyDomain
Controller
Voice Recognition
Radar
HVAC, Interior Lighting
Doors, seats, steering wheel,
mirrors, wipers, sunroof
eCockpit
Amplifiers
Switch Panels
Motion & Pressure
Speed
Steering
Airbag
Suspension
Cellular
WiFi, BT, GNSS, NFC
V2X
Radio & Audio
Smart Car Access
Sensor Fusion& Planning
Domain Controller
PowertrainDomain
Controller
BodyDomain
Controller
eCockpitDomain
Controller
Ne
two
rk G
ate
wa
y
Engine
Transmission
Brake
Battery Cell Management
Temp, Light, Humidity
Connectivity
Autonomy
Energy Management
& Motion
Body Electronics
& Controls
Human Machine
Interface
Secure
Gate
ways &
Netw
ork
s
Smart Appliances – Example Cleaning RobotDomain-based Architecture
Secure connectivity (Contactless [NFC], wired or wireless [narrow band, cellular, BT, WiFi])
Gesture and speech recognition
Smart (wireless) charging
Highly efficient power management
Self-driving and self-management, machine learning
capability on highly efficient µc and sensor architecture,
Connectivity
Autonomy
Energy Management
Environment & Facility
Information Management,
Human Machine
Interaction
Secure
Gate
ways &
Netw
ork
s
Secure broadband connectivity (wired [optical fibres] or wireless [5G])
Noise cancellation
Smart information for staff (warnings, real time performance & quality data)
Smart training (maintenance manuals etc)
Light, Temperature, Humidity, Room Occupancy & Smart Access
Smart Metering, Seamless supply of energy & water, Smart Charging,
Management of renewable energy generation (solar, wind)
Self management function of the manufacturing line – ordering
material, individualization of processes, surveillance, maintenance &
cleaning, moving of production parts & smart logistics, warehousing
Industry 4.0 – Smart FactoryDomain-based Architecture
• Scalable System Solutions
• Software / Hardware re-use across platforms
• Know-how transfer on critical competencies:
functional safety, data privacy & security, quality
Efficiency and Simplifcation through:
Great Potential for Broad-Based Semiconductor CompaniesCustomer Pain Points
Rising Cost of IoT
Solutions
System Complexity Data Privacy &
Security
Functional Safety Quality &
Robustness
Safety & Security – Basis of User AcceptanceNo Safety Without Security & Privacy Protection
4
Security 2.0 Built Into Everything We Do
CONNECTED THINGS
LIFE CYCLE
MANAGEMENTInteroperability
Authenticity
Device Integrity
SW Management
Secure Access
Credential
Management
Data Integrity
& Privacy
Security & Privacy by Design
4
26
Ubiquitous Security in an Insecure World
Protect the System over Lifetime
Secure encrypted
Communication
Cloud Services
Prevent Security Attacks
Recover from Attacks
Learn from
Attacks
Trusted Execution and Authentication
Tamper resistant storage
Hardware Root of Trust
Defense in depth with adaptive learning
27
Ubiquitous Security in an Insecure World
Protect the System over Lifetime
Secure encrypted
Communication
Cloud Services
Prevent Security Attacks
Recover from Attacks
Learn from
Attacks
Trusted Execution and Authentication
Tamper resistant storage
Hardware Root of Trust
Defense in depth with adaptive learning MCU / AP + Isolated Secure Sub-
System
Secure Sub-
System
SecureOS
User
Application
Space
Isolation
The Charter of Trust
PUBLIC 28
PUBLIC 29
Charter of Trust addressing G7
PUBLIC 29
CoT is addressing the Group of Seven (G7 - Canada, France, Germany, Italy, Japan, the United Kingdom, United States) plus the European Union.
These countries represent more than 46% of the global gross domestic product (GDP) and more than 32% of the global GDP It is vital that these countries jointly address the cybersecurity and generate trust on connected devices, services and infrastructure.
CoT members are asking G7 to support the 10 Principles.
The 10 Principles
PUBLIC 30
The Charter of Trust
Industry led initiative to ensure that cybersecurity and trust is implicit in the connected world.
NXP and the Charter of Trust
Key organisations agreed on 10 principles to follow when developing products and services.
Founding members are leaders in their domain.
Lead security in the connected world and show by example that cybersecurity must be paramount.
NXP: “Cybersecurity and the protection of our
technological and societal assets becomes a global
challenge. Strengthening collaboration with partners
from industry, governments and society is essential in
developing new means and technologies that will
protect our future information systems and networks.”
NXP and the NXP logo are trademarks of NXP B.V. All other product or service names are the property of their respective owners. © 2018 NXP B.V.NXP, the NXP logo, NXP SECURE CONNECTIONS FOR A SMARTER WORLD and UCODE are trademarks of NXP B.V. All other
product or service names are the property of their respective owners. © 2018 NXP B.V.