Photo (Public domain) - KL Skyline
On August 23rd last year, Computerworld Malaysia reported tech hub enabler Cyberview's announcement, which said that Malaysia's Cyberjaya would be Southeast Asia's first LoRa powered smart city.
At the time, Cyberview's managing director Dato' Faris Yahaya's (pic below) comments on the memorandum of collaboration (MoC) with Yen Global subsidiary Atilze Digital (Atilze) included: "We are setting out to develop Cyberjaya into a model 'Smart and Safe City' through IoT [internet of things] strategies. [We] will be working together to elevate the city towards being a 'Living Lab' to nurture and grow IoT talents and businesses.
LoRa is a low power, long range, wide area network (LPWAN) technology designed for Internet of Things (IoT) applications and services.
The partnership also intended to build, operate and commercialise a city-wide long range (LoRa) network in Cyberjaya, Faris had added. "[One of the] most exciting things about this collaboration is the potential that the LoRa networks represent for developers and solution providers looking to test next generation applications that also generate open data in line with Cyberjaya being Malaysia's Capital of Creation."
Other local LoRA-linked announcements quickly followed through 2016, which include a regional LoRA telecoms syndicate with edotco, as well as one, involving Axiata and Atilze, to test the regional appetite for IoT.
Last year, aational ICT agency Malaysia Digital Economy Corporation (MDEC) chief executive officer Dato' Yasmin Mahmood announced that MDEC, together with Telekom Malaysia's (TM's) wholly owned VADS Lyfe, have joined a global LoRA alliance to promote the national IoT plan.
The state of IoT play in Cyberjaya
On 8 May 2017, Cyberview and Atilze's update confirmed that "Cyberjaya is now the first smart city in Southeast Asia to roll out a city-wide LoRa network to connect various IoT sensors."
Essentially, eight environmental sensors have been successfully installed in Cyberjaya with two more slated for installation by end May, said the partners.
This development will enable the provision of "detailed and reliable data on key environmental parameters, which include temperature, humidity, and air quality using PM2.5 sensors."
Atilze chief executive officer Gerard Lim said: "The installation of the environmental sensors improve and enhance the quality of living standards in Cyberjaya by providing accurate and detailed real-time data."
,The Air Quality Index (AQI) data provides localised and accurate AQI information to everyone, including schools, businesses, and governments," said Lim. "With this information, informed decisions can be made for the well-being of the people."
Measurements from these temperature and humidity sensors will better prepare the community from extreme weather conditions such as heat waves, which may potentially cause deaths. A study from Harvard and Columbia University has estimated that Southeast Asia's 2015 haze crisis may have caused 100,300 premature deaths.
The PM2.5 sensors installed in Cyberjaya also help to monitor and communicate Air Quality Index (AQI) readings in real-time. These alerts can help to allay certain medical problems such as asthma, chronic lung disease, chronic sinusitis and allergic skin conditions.
Users are now able to view the real-time data extracted from the environmental sensors from the public dashboard (see the CyberjayaMalaysia website).
Beginning of a Blue Ocean market
The environmental sensors are just the beginning and we are working very hard to deploy more IoT applications onto the Cyberjaya LoRa network and achieving our aim in positioning Cyberjaya as a living lab for smart city solutions," said Lim.
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