How do you fix the problems when a site is unattended ?

How fast can an engineer be despatched ?

How are many configuration updates are performed on site?

How do you manage when you lose connectivity to the devices?

How do run your preventative maintenance and test schedules ?

How is your site security maintained and monitored ?

How do you know who accessed the site and what activity was performed ?

How are the power plans maintained and instigated ?

How are your generator parameters set and monitored ?

How do you check the tank refill levels of your backup generator ?

How do you record power usage, temperature changes ?

How do you exactly ‘attend’ to your un-manned and remote sites ?

If you have answered, ‘by site visit...’,

to any one(1) or more of these question...

Increase Your Responsiveness!

Save Time!

Reduce Cost!

Gain optimal control over your environments!

Increase awareness with timely alarms and notification!

Restore Proactive Actions!

Alarm Management

Proactive Maintenance

Remote Configuration

Security

Improved Responsiveness

Environment Monitoring

Building Management

Solution Systems

GSM Base Stations Cellular Base Stations

Power Transmission

Stations

Pipeline Pumping

Stations

Low

Q

oS

Hig

h Q

oS

Conventional Site Management Fail Safe Remote Site Management

User initiated problem discovery Automatic discovery of problems even before

users report it

Site visit is required for problem resolution / update / config change Most of the problems / updates can be solved

remotely, less site visit

Long MTTR Short MTTR

Availability issues High Availability

Key Functions & Features

• Multiple Data Link Connection Interfaces with auto switching capabilities

• Survivable connection to maintain continous accessibility

• Secure VPN and/or APN based connection

With a plethora of remote management products on the market, what makes Guardian the product of choice ?

The Technology

Linux based system, Python based embedded software

VIA 1.2 Ghz Fanless Processor

I/O and Connection Capabilities

16x digital inputs

16x digital outputs (4x relay outpus)

8x analog inputs

2x analog outputs

Port Expandability

Connections Capabilities

12x serial ports (10 RS-232 / 2 RS-485)

4x USB ports

2x Gigabit Ethernet Ports

2x 3G Modem

The Purchase Model Options

Service based OpEx option

CapEx based purchase option

Low Investment Value

Most featured appliance at this price point

No to Low Maintenance

Linux based appliance, Python based embedded software with Fanless, solid state technology

No to Low

Maintenance

Functions and

Features

The

Technology

Purchase

Models

Low

Investment

Value

Product

Capabilities

Motion Sensitive IP Camera Support Remote and Local Recording

Alarm to Camera Recording Association

Site Access Control System Site Access Report

Remote Grant/Revoke validation for Site Access

Door, Window Sensors Proximity Sensors

Audio Visual Alarm Systems Local/Remotely Triggerred

Temperature Humidity

Smoke

Detector

Flood

Detector

Gas Leakage

Detector

Air

Conditioner

Free Cooling

Fan

Generator

Fuel Level

Battery

Level Generator

Power

System Energy Meter

• Remote monitoring and recording the environmental status of your site

• Alarm generation when custom pre-defined conditions are met

• Automatic rules and actions can be set for a custom-situation

• Sends SMS notification of critical events (eg. open doors, smoke detection, temperature breach)

• Consolidated Alarm Management

• Collect all alarms from any sensor or device into one system

• Geographically Locate Alarms remotely

• Centralization of Your Topologies for Alarms and Configurations

• Correlated alarms with Access

• For any kind of device with any kind of interface

• Remote Configuration

• Remote Software Update

• Remote Hard/Soft Device Reset

• Remote Fault Diagnostics

• Run Any Vendor Specific Application Remotely

• Shorter MTTR

• Quick maintenance

• Dramatically lessens need to dispatch

• Dispatching the right team, less needless site visit

0% 5% 10% 15% 20% 25% 30% 35%

Travel

Troubleshooting

Preventive Maintenance

Restoration

Expansion

Other

Time Study* of Remote Field Technicians Before/After Remote Site Management Installation

After

Before

* According to a US study in 2011

Increased time to perform engineering activities in a

given timeframe

More time to perform other required activities

Increased no. of service restoration in a given

timeframe

Time to perform maintenance on site is

reduced

Decreased on site troubleshooting required

Decreased amount of travel and associated costs.

Resulting in considerable gain in efficiency and evident reduction in associated costs

VPN / APN

• Multiple Data Link Connection Interfaces for redundancy

• Auto switching to maintain continous accessibility

• Secure VPN and/or APN based connection

Future-proof, Steady State Architecture

• Linux based system, Python based embedded software

I/O Capabilities

• 16 x Digital inputs

• 16 x Digital outputs (4 x Relay outpus)

• 8 x Analog inputs

• 2 x Analog outputs

• Port Expandability

Connections Capabilities

• 12 x Serial ports (10 RS-232 / 2 RS-485)

• 4 x USB ports

• 7 x Ethernet ports for LAN devices

• 2 x 3G Modem

• Wired/Wireless internet connection support

• Port virtualization for Serial and USB ports

• 4 x USB ports

• 2 x Gigabit Ethernet Ports

Hardware Specifications

• VIA 1.2 Ghz Fanless Processor

• 1 GB RAM

• 8 GB SSD Harddisk

Form Factor

• Wall Mount: 25 x 29 x 8 cm

• 19” Rack Mount

o 1.5 U profile

o 25 cm depth

• Battery Backup Unit

o 1.5 U profile

o 25 cm depth

System Power Input

• 20-60V DC or 220V AC

• Power supply redundancy

Power Distribution

• 12V@3A through power distribution panel

Digital Outputs

• 0-5V max 800 mA for 8 dry contact outputs

• 220V max 10 A for 4 relay outputs

Analog Inputs

• Supports 0-10V or 4-20 mA inputs

Power Consumption

• 25-30W barebone system

• 35-40W with IP Camera, sensors and usb devices