mission critical flood monitoring & communications

Radio Data NetworksCopyright Radio Data Networks Limited 2018

Mission Critical Flood Monitoring &

Communications

Presented By:

Brian M Back BEng(Hons) CEng FIET

Radio Data NetworksCopyright Radio Data Networks Limited 2018

Topics:

What do we Mean by Mission Critical?

Essentials for Mission Critical Communication Networks

IoT and Mission Critical IoT

Mission Critical Hardware/Devices

Mission Critical Data and Real-Time Control

Why Mission Critical?

Radio Data NetworksCopyright Radio Data Networks Limited 2018

Why Mission Critical?

Failure is not an Option: Peoples Lives, Property,

Communities and the Economy is at Stake

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4 - Communication Modes

Voice:

Commands and Assistance

Information

Human to Human Data:

Messages – SMS & SDS, etc

Machine to Human Data

Automated SMS/SDS and Voice

Machine to Machine M2M

Measurement Data - Telemetry

Real-Time Control

Automated Staff Gauge

Radio Data NetworksCopyright Radio Data Networks Limited 2018

Essentials for Mission Critical

Communications?

Triple Nines Reliability – 99.9% Up-Time

Capacity to Cope With Incidents

Rapid Dispatch – Peer to Peer, Groups

Work Everywhere, Indoors and Out

Radio Data NetworksCopyright Radio Data Networks Limited 2018

Additional Attributes Associated with

Mission Critical Communications?

Automatic Fault Reporting to Users (Bleep when out of Range)

Provided with Service Level Agreements

Ability to Remove Rogue Users

Ability to Prioritise Traffic

Constant Self Testing – Heart Beats

Carry Data and Voice

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Which Hardware is Mission Critical?

A B C

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Mission Critical Handset Features

Group Call PTT (Push to Talk)

Encrypted & Cyber Secure

Ability to Kill / Disable Handsets

Restrict Call Length / Panic Callers

Keypad to Work when Wet

Instant Unlock – Fingerprints readers don’t

work with Gloves or in the Rain/wet Screen

Know Instantly When Out of Range

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Mission Critical Hardware Feature

Robustness:

100% Submersible IP67/IP68

Man Down Lone Worker Functions

Long Battery Life

Drop Proof IK Standards

Radio Data Networks – Introduction 2017Copyright Radio Data Networks Limited 2017

Voice / Message Network Categories

Type Voice Data PTT Mission Critical

Cellular Yes Yes No* No

Tetra Yes Yes Yes Yes

DMR Tier 3 Yes Yes Yes Yes

Mobitex No Yes Yes Yes

Satellite Yes Yes Yes Yes

Paging No Yes NA Yes

PMR Yes No Yes Yes

* Software PTT available via remote data server as special service

Radio Data Networks – Introduction 2017Copyright Radio Data Networks Limited 2017

Why Cellular Falls Short of Being Mission Critical

Base stations have typically only 4-

hours backup when power is lost

Limited Capacity in Rural Locations

unable to cope with Emergency

Traffic

Coverage Optimised for Population

rather the Land Mass – Revenue

Driven

Software PTT exists but requires a

remote data servers – therefore

delays and Less reliable

Radio Data Networks – Introduction 2017Copyright Radio Data Networks Limited 2017

Mission Critical Data, Radio Telemetry

& Real-Time Control

Type Real-Time

Control

Heart

Beat

Legally

Protected

Mission

Critical

Cellular No No Yes No

Tetra SDS/Data Yes Yes Yes Yes

DMR Tier 3 Data Yes Yes Yes Yes

Mobitex Yes Yes Yes Yes

Satellite SBD Yes Yes Yes Yes

Paging No No Yes Yes

PMR Data Yes No Yes Yes

Radio Data Networks – Introduction 2017Copyright Radio Data Networks Limited 2017

Shortfalls of Cellular Telemetry & Data

Obsolescence Threatens Asset Life and

Investment 2G & 3G to 4G > 5G Migration

No Heart Beat

Poor Penetration into Buildings Basements,

Culverts, River Banks, Through Forests, in

Cuttings

SIM Cards prevent devices from being

100% sealed

Wakeup and Registration can take 2-

Minutes before data can be sent – eats

batteries and can be too late!

Radio Data Networks – Introduction 2017Copyright Radio Data Networks Limited 2017

Mission Criticality of Standard IoT

Radio Data Networks – Introduction 2017Copyright Radio Data Networks Limited 2017

Mission Criticality of Standard IoT

Licence Free Radio – sharing same spectrum

No SLA – No assurance of data delivery.

Responsibility Chain – Who to blame

Minimal Testability – if it doesn’t work what do you do?

No Support for Real-Time Control – Data must go via Internet

Data Ownership / Legal Status Unresolved !

Denial of Service / Jamming not Illegal – Jammers Available

Limited messages – LoRa, Sigfox as little as 84 messages per day

Open Standards – Make Hacking Easier

Low Cost (KPN) €5 per year = Low level of service - Low Valve

Radio Data Networks – Introduction 2017Copyright Radio Data Networks Limited 2017

Government Concerns over IoT

Dutch Government Report Extract

Radio Data Networks – Introduction 2017Copyright Radio Data Networks Limited 2017

Licenced Telemetry / Mission Critical IoT

Cyber Secure – Private Licenced Radio – Non-IP Based

Legally Protected Service - Wireless & Telegraphy Act

Battery Efficient Communication Protocols

One Way or Two Way Control Networks

2 to 5 - Minute Health Messages

Broadcast Mode Operation – Multiple Receivers

Direct Interface with 3rd Party Networks

Tetra SDS, Satellite SBD, IP, Relays, 4-20mA

No SIM Cards to de-register or Get Stolen

SIM Free

Real-Time Data

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Dual Redundant Telemetry/ IoT System

Licenced Radio

COMBUS

Real-Time

Control

SatelliteCustomer

Database

River Level SensorIncident

Reduction

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Thank You