Asmawati Yusof

Chief, Network & IT Architecture

Telekom Malaysia Berhad

Developing Sustainable Infrastructure To

Support The Smart Nation

Stuck in City Traffic Jam?

Sounds familiar?

Searching for empty parking spot?

Couldn’t find public transport in time?

Supporting Smart Cities Initiative

The system was deployed along Persiaran Multimedia, Cyberjaya, a stretch of about 3.5km consist of eight (8) intersection of traffic light.

It able to save 65% reduction of travel time from 32 mins to 11 mins.

Smart Traffic Light

Client – Cyberview

ICC, the first ever in Malaysia, will serve as a centralised command centre for Internet of Things (IoT) operations of smart city services in Iskandar Puteri project owned by UEM

ICC provides 24/7 support throughout the year via Artificial Intelligence (AI) based proactive monitoring with services such as situational awareness, smart services analytics, emergency response as well as alarm management.

Integrated Command Center

Client – UEM Sunrise

How we do it Individual Controller –

Decide the timing based on current traffic condition.

Controller “talk” by sharing information with adjacent controllers

No central server to do traffic optimization – to avoid SPOF

Integrated to existing legacy traffic light controller

IoT using LTE – no fiber needed

Result It able to save 65% reduction of travel time from 32 mins to 11 mins.

Management Remotely monitored by STARS Monitor Traffic Condition Monitor Equipment

Condition Statistical Data Remote Management

Pain Point Long queue due to

inefficient traffic light signaling

Traffic light signal are set to manual timing

Lacks of connectivity infra along traffic light

New Smart Traffic Light System replacement costly

Smart Traffic Analytics & Recognition

(STAR)

AMSTERDAM SMART CITY

BARCELONA SMART CITY

SONG DO SMART CITY

Automated vacuum waste system

Conversion of waste to energy

Telepresence City sensors – for monitoring

of temperature, traffic, energy

Smart Bus Transit – eco-friendly buses, smart bus shelters

Bicing – Bicycle sharing Smart Parking Automated vacuum waste

system Intelligent street lighting Renewable energy & Smart Grid Citizen apps

Electric vehicles Car sharing Renewable energy Smart Grid Intelligent street lighting Citizen apps

Smart city around the world

Transforming to smart city to optimize the operation of the city for the better quality of life of the

citizen.

Intelligent Lifestyle Smart Cities, Industries

and Communities Digital Nation

Quality of Life

Economy

Able to thrive

financially, in

growth and

productivity

Governance

Able to be robust

to organize,

administer and

regulate policies

Environment

Sustainability for

future

generations

Society

Able to improve

well-being,

spiritual and

social

relationship

Broadband IoT Big Data

Analytics

Supporting Smart Cities

Fiber Suitable for Mission Critical

requirement Higher bandwidth and

lowest latency

Wireless

LTE o To cover area which have no

fiber infra o High bandwidth required

Internet of Things (IOT)

Suitable for non mission critical requirement. Eg Sensor.

Low powered. Battery can hold up to 20 years Wide Coverage LORAWAN

For Non-Frequent Connection Low Power

NB-IOT For minimal latency & frequent connection Higher bandwidth vs LoRa

TM joined the LoRa Alliance, an open non-profit association for driving the adoption of Internet of Things (IoT) on June 2016

Fiber is the cornerstone supporting multiple services

Fib

er

HSBB

SUBB

SME

Education Banking

Mobile Backhaul

Smart Cities

Fiber is the cornerstone in building high speed networks supporting multiple services

Enterprise

Digital TV USP

Broadband access In 50% of Suburban

and Rural Area by

2020

All Households In State Capitals and

selected high impact

growth areas

Broadband Coverage In Populated areas

by 2020

20 Mbps

100 Mbps

95%

Communications and Multimedia Action Plan (CMAP) 2020

Source : Strategy Paper 15, RMK 11

With low latency, Quality of Service is more certain

Fiberizing mobile backhaul is key for mobile wireless operators in delivering high speed internet to the population

Can offer higher speed over fiber network (>1Gbps)

Future proof network

The need to evolve to an all IP network

Not dependent on spectrum

More than 3,500 Mobile Backhaul installed

3,500 this year up to jul 2927 webe 50% from 908 other operator

IoT

What is IoT

Key Characteristic

Few emerging Standard

Typical Usage

Low Power Wide Area Network (LPWAN) intended for wireless battery operated Internet-of-Things in regional, national or global network.

Deep/Wide Coverage (up to 48KM per gateway)

Low Throughput Required (Less Than 50kbps)

Low Power Consumption (Battery life from 3 to 20 years)

Massive Number of Devices( 50K to 200K device/sensor per Gateway)

Secure encryption (end-to-end AES128 encryption)

Smart Light Smart Meter Smart Parking Geo-Location Smart Lock/Security

NB-IoT LoRa Weightless NB-Fi

Purpose-built trending Cloud DC

Network SLA of 99.999% Supports multiple Cloud platforms

and options (SaaS, PaaS, IaaS) for business customers .

Modular data centre capabilities to provide speed and scale.

Certified and assessed by industry standard

Uptime Institute Tier 3,

TIA-942 Target Securities - ISO/IEC

27001, ISO/IEC 20000, PCI DSS, TVRA

Redundancy & Resiliency

Dual redundant sub-stations connecting to separate upstream power grid

Multiple diverse fibre paths to separate cable landing stations and telco PoPs

Data Centre supporting Smart Cities Initiatives

Building cost effective and reliable network

Smart CRAN HSBB Ring Design Cascading Splitter Design SDN/NFV

Resiliency Cost effective Cost effective

Centralized RAN architecture - Cost effective solution to improve mobile coverage and provide reliable access for End Users within the city

Provide fiber protection to ensure resiliency in the event of breakdown. The same fiber can be used to offer next-gen GPON such as XGS-PON & NGPON-2 which can offer aggregated speed of 52.5Gbps per customer in the future

Key design on building HSBB network that are the fastest and lowest cost in the world while providing speed up to 1Gbps per customer

By implementing SDN/NFV, operators can increase business agility and improve network visibility, performance and management control. It also can liminate vendor lock-in which will reduce Cost

Cost effective

THANK YOU…

• Building a future proof network consisting of Wired,Mobile,WiFi & sensor network

• Choosing a technology that is scalable up to 2/3 decades

• Integration with various platform together

• Ensuring technology interoperability • Ensuring the security of data.

Challenges