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Thai start-up ‘DRVR’ partners with Tata Communications to revolutionise Asia’s smart fleet network

By Zenobia Hegde

International fleet management application provider, DRVR has selected Tata Communications as its global IoT connectivity partner to help achieve its objective of making Asia’s vehicle fleets the smartest and most cost-efficient in the world.

Leveraging Tata Communications’ mobility solution- MOVE™, DRVR can convert information collected from vehicles across Thailand, Myanmar, Philippines and Indonesia into actionable insights to help drive efficiencies and improve cost savings through smarter fleet management.

The advent of connected vehicles has led to an exponential increase in consumption and creation of human to machine interface applications and solutions. A Forrester report on the Internet of Things states that fleet management and its applications in transportation and logistics across retail and wholesale will be the hottest areas for IoT growth. The Asia Pacific automotive telematics market is expected to reach a value of US$ 15,248 million by 2020 at an estimated CAGR of 11.6% during the forecast period.

Vehicles in fleets using DRVR technology have been fitted with Tata Communications’ MOVE-IOT Connect™ SIM technology. The sensors transmit data collected in real-time using Tata Communications’ MOVE, which seamlessly connects services using the best available local cellular network. The DRVR application then processes and analyses this data, turning it into actionable intelligence further illustrating fleet performance metrics on any device, mobile or laptop.

This means that faster and better informed decisions can be made as fleet managers have a more holistic view of everything that is happening across the fleet, communicating updates in real time; on a highly secure infrastructure ultimately leading to more effective and robust operations on the ground.

David Henderson, co-founder and CEO, DRVR said: “Our partnership with Tata Communications enables us to overcome two major challenges in our quest to create smarter fleets across our entire geographical footprint. First, rather than negotiate multiple contracts with individual service providers, our entire international IoT network is managed through Tata Communications.

As a result, we get valuable visibility of data collected across borders so that we can realise the benefits of smarter fleet management. Second, it allows us a holistic view on a singular dashboard allowing us to respond with improved accuracy and eliminating downtime almost entirely.”

Tata Communications’ MOVE service will be rolled out to DRVR customers through its smart fleet management applications. Tata Communications MOVE is part of the company’s long-term strategy for its mobility services portfolio and its vision of creating an access and usage agnostic, cross-border mobile experience for people and things.

The platform is underpinned by Tata Communications’ global network and partnerships with several hundred mobile communications service providers globally. The service enables DRVR to roam across different service providers in any of its covered regions without having to negotiate agreements with multiple providers or pay extra fees.

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Wi-Fi hacking will move to Zigbee, Bluetooth and Sigfox says WatchGuard

By Zenobia Hegde

The commoditisation of wireless attack tools is driving Wi-Fi hackers to focus their attention on intercepting and decoding traffic from wireless devices based on protocols such as Zigbee, Sigfox and Bluetooth along with RFID, LoRa, and 802.11 variations, according to researchers at WatchGuard Technologies.

WatchGuard believes that the same trends that spurred the expansion of Wi-Fi hacking are now beginning to impact criminal activities involving other wireless standards and products, ranging from cars to gas and water meters, personal health devices and alarm systems.

“Wi-Fi attack tools with simple user interfaces such as the Wi-Fi Pineapple by Hack5 made it possible for amateurs to perform advanced Wi-Fi attacks and there are now some 3 million ‘how to’ videos online for performing man-in-the-middle attacks on 802.11 networks,” said Corey Nachreiner, CTO at WatchGuard. “These new attack trends focused on the likes of Zigbee, Bluetooth and Sigfox are possible due to the affordability and availability of software defined radios (SDRs), which allow a device to talk and listen to a very broad range of wireless frequencies.”

SDR-based attack tools such as the HackRF One by Great Scott Gadgets have already been introduced to the market and there is a growing community of YouTube videos, with ‘how to’ topics ranging from unlocking luxury car doors to spoofing GPS signals.

“With demand for wirelessly connected devices continuing to grow sharply and equipment vendors incorporating wireless connectivity into a variety of products we can expect to see new attacks leveraging SDR technology in 2018,” says Nachreiner.

See the WatchGuard prediction videos here.

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Wi-Fi standards and speeds explained, compared

By Keith Shaw

In the world of wireless, the term Wi-Fi is synonymous with wireless access, even though the term Wi-Fi itself (and the Wi-Fi Alliance) is a group dedicated to interoperability between different wireless LAN products and technologies.

The standards themselves are part of the 802.11 family of standards, courtesy of the IEEE. With terms such as “802.11b” (pronounced “Eight-O-Two-Eleven-Bee”, ignore the “dot”) and “802.11ac”, the alphabet soup of standards that began in the late 1990s continues to see improvements in throughput and range as we race to the future to get faster network access.

Along the way, improvements are being made by adopting new frequencies for wireless data delivery, as well as range improvements and reduced power consumption, to help support initiatives like “The Internet of Things” and virtual reality.

To read this article in full, please click here

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New Report Outlines How Businesses Can Benefit from the Internet of…

Softtek Defines Three Keys to Driving Results with Internet of Things in latest white paper

(PRWeb November 27, 2017)

Read the full story at http://www.prweb.com/releases/2017/11/prweb14953284.htm

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Launch of £5 million UK hardware security Institute at Queen’s University Belfast

By Zenobia Hegde

What:

A £5 million (€5.62 million) multi-university Research Institute to improve hardware security and reduce vulnerability to cyber threats will be launched at the Centre for Secure Information Technologies, Queen’s University.
Where:

Centre for Secure Information Technologies,
ECIT,

Queen’s University Belfast,
Northern Ireland Science Park,
Queen’s Road,
Queen’s Island,
Belfast,
BT3 9DT

When:

Wednesday 22 November
Key media opportunity 11am – 11.30am
Event runs from 9am – 3pm (full itinerary attached)

Media opportunities:

Media are welcome to attend the full event but there will be a key media opportunity between 11am – 11.30am.

From 11am – 11.10am there will be a photo opportunity and from 11.10am there will be media interviews with professor Máire O’Neill and Dr Mathias Wagner, chief security technologist, NXP.

Bids should be forwarded to Emma Gallagher in the Communications Office by Tuesday 21 November.

Attachments:

Event itinerary

Media inquiries to Emma Gallagher at Queen’s Communications Office on Tel: (028) 9097 5384 or email emma.gallagher@qub.ac.uk

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