LPWAN platform Actility opens IoT labs in Paris


IoT and M2M company Actility is to open an IoT research lab in Paris, where it will assist developers in testing and launching connected devices.

Working with established technology companies and startups, the lab will enable its residents to access 3GPP-compatible networks, modules, and sensors. The facility will use Actility’s ThingPark wireless platform.

“The lab is open to anyone interested in building applications and use cases, or testing their devices/modules and real-world integration with cloud platforms such as Amazon AWS, Microsoft Azure, and IBM Bluemix.”

The Paris lab is one of several such facilities that the company plans to open this year. It wants to connect IoT specialists in every part of the world, it said.

Rise of low-power IoT

The research centre’s focus on low-power networks will give application and end-to-end solution developers the resources to research and develop sustainable IoT devices.

Experts expect 2018 to have huge growth in adoption for low power wide area network technologies. Connectivity main stream options include Weightless, LoRaWAN, RPMA, NB-IoT, Sigfox amonst others.

Andy Odgers, founder and CEO of agile mobile specialist Quortus, a founding partner in the lab, said Actility’s lab will be a unique resource for developers focusing on low-power wireless devices.

“Actility’s IoT Lab is exactly the kind of initiative developers need to help them deliver on the vast potential of low-power wireless access technologies,” he said.

Odgers added: “The flexibility and scalability offered by current and future network architectures means that innovation is restricted only by the limits of the developer’s imagination.

“We’re proud to be chosen for this key role in the IoT lab, and look forward to a close and ongoing co-operation with Actility and users of the lab.”

An important market

Other launch partners added their voices in support of the launch.

Scott Nelson, VP of product at M2M communications specialist Digi International, said the lab capitalises on an important and growing market.

“The IoT marketplace needs LPWAN solutions that leverage hardware-software integration to provide connectivity and networking for a range of applications,” he said.

“These networks offer answers to the challenges of customer adoption, including operating costs, connectivity, breadth of coverage, and power consumption.”

Stefan Lindvall, CEO of IoT data communications provider MultiTech, added: “MultiTech and Actility share a desire to simplify the development, testing, and deployment of IoT solutions around the globe.

“We are pleased to support the Actility IoT lab in Paris and enable the next generation of end-to-end IoT application development with our industry-leading portfolio of licensed and unlicensed LPWA hardware.”

Internet of Business says

Just as the IoT brings smart devices and services together in the cloud, on the edge, and in the distributed core, so it is also bringing vendors and organisations together in smart partnerships to help develop real-world use cases – and make sure the technologies work. We wish this new global labs initiative every success.

Weightless LPWAN deployed in New Zealand


Weightless over LoRaWAN: New Zealand Innovations Lab

Papaioea/Palmerston North, Aotearoa/New Zealand <14 February 2018>

New Zealand’s first Weightless Internet of Things (IoT) wireless network has launched. In order to support the economic aspirations of a Māori community in the Manawatū, First Tree Growing Ltd is providing local Māori farmers hands on access to a range of emerging technologies in the smart agriculture space including the low power, wide area network technology called Weightless. One of the first projects to benefit from the Weightless network is a Māori Future Farm initiative.

First Tree Growing is in the process of deploying 300 IoT sensors exchanging data using the new low power, wide area (LPWA) wireless technology called Weightless. The decision to use the new technology Weightless over the well-known LoRaWAN has garnered attention from the IoT community. Graeme Everton points out three major drawbacks of using LoRaWANthat was key in making his team’s decision.

  1. LoRaWAN bears risk of transmission collisions between end devices
  2. LoRaWAN class A for battery operated devices cannot support Firmware-Over-The-Air
  3. LoRaWAN uses substantial amount of spectrum

Weightless has addressed these critical issues by implementing a time-based synchronized network so end devices transmission does not collide. This also allows reliable and efficient downlink to support firmware-over-the-air, system control, and security patch updates. In addition, a Weightless base station is using just 100kHz for 8 channels; 10 times less spectrum than LoRaWAN.

“After really diving into the technical limitations of LoRaWAN, we were in search of a more future-proof technology to introduce to the New Zealand IoT community,” explains Graeme Everton.“The increase in reliability, data rate, and scalability will open new doors to innovative solutions for our ecosystem of partners and provide a wider choice for critical applications.”

First Tree Growing has partnered with Ubiik, a Weightless technology vendor in Taiwan to continue to enhance the deployment effort and evangelization of the new technology. The main objective of the deployment site is to bring attention to the value IoT technology can bring to the New Zealand primary sector by demonstrating the unique capabilities of a long range, ultra low power wireless technology. Virtually any sensor can be made wireless by using Weightless. First Tree Growing has chosen to first deploy temperature, humidity and GPS sensors sending data every 5-10 minutes to a base station located multiple kilometers away.The First Tree Growing team is motivated by the lack of initiatives aimed to cater to the specific needs and profiles of the Māori primary producer given that Māori are significant investors in the primary sector.

First Tree Growing invites the New Zealand IoT community to reach out to acquire additional information about deploying Weightless LPWAN networks.

About First Tree Growing Ltd

First Tree Growing’s Innovation Lab located in the Manawatū is committed to introducing cutting-edge technology to New Zealand’s primary sector. First Tree Growing works along side of IoT device makers, system integrators and educational institutions to make innovations around IoT accessible to the New Zealand market.

For more information please contact:

Graeme Everton

Project Leadfor First Tree Growing Ltd

Phone: 022 600 4617

Email: graeme@everton.co.nz

Website: http://www.firsttreegrowing.co.nz

About Ubiik

Ubiik is a global leader in industrial IoT solutions and connectivity. Formed by industrial veterans with years of track record in product innovation and business development and experts in wireless connectivity, Ubiik has created a series of breakthrough products that significantly help customers to improve operational efficiency and transparency.

Ubiik is pioneering the high performance, open standard LPWAN technology, Weightless (formerly known as Weightless-P). By working with its global ecosystem partners, Ubiik is providing the market with a robust, highly scalable and low cost LPWAN technology to release the full potential of the IoT.

Further details at ubiik.com

For more information, please contact

Jay Wey

Business development



 About Weightless

The Weightless SIG is a global member based not-for-profit organisation that exists to manage the development and licensing of wireless connectivity technology specifically for machine communications.

Weightless offers certification, and arranges events, plugfests, discussion groups and other activities that add value to members. Weightless promotes the Weightless logo and the brand as the single way to ensure IoT devices all interoperate.

Weightless also provides a forum where members can agree on new standards prior to approaching bodies such as ETSI and can also provide non-binding recommendations on higher-layer protocols, application interfaces etc.

Membership of the Weightless SIG is open to all companies.

Further details at weightless.org

For more information please contact

Alan Woolhouse

Chair Weightless SIG Marketing Working Group

+44 7787 570752




Sigfox – Where Are Your End Devices?


At the Sigfox World IoT Expo in Prague this week, announced partnerships with operators in four new countries: Costa Rica, Thailand, Tunisia. and Croatia.

The company restated its mission to offer a consistent level of quality and service for low-power, wide area network (LPWAN) connectivity  to anywhere in the world – and announced it has recently expanded into four new countries.

“Coverage, Coverage, Coverage”

Sigfox news has revolved around their growing network coverage but little about the growth in connected end-devices figures.

Which raises the raises a larger question, where are the IoT end devices?

The deployment of LPWAN infrastructure is as easy as an operator powering on a Sigfox base station on their existing cell towers but without the anticipated billion of paid end device subscriptions, how will Sigfox survive?

The IoT community is more and more educated of the Sigfox technical limitations. The limitations focus on applications that can use the “uplink ONLY” and require the bare minimum transmissions. The most concrete application that is repeated at every Sgifox event is their “rat trap” and “buttons”.

Many have labeled Sigfox as potentially the gateway to IoT consumer devices and other low-end, cost-sensitive devices. It will be quite interesting to see how Sigfox’s aggressive network deployment gamble unfolds.


Sigfox Fuel Tank Monitors – Ireland

The Sigfox LPWA Network operator VT has struck a deal with Dundalk-based Dunraven Systems Ltd., a market leader in the design and development of ultrasonic fuel tank monitors. The deal is estimated to bring VT over a €1 million in subscription revenue over an undisclosed amount of time.

The agreement includes 250,000 global Sigfox subscriptions to Dunraven.

Read More: Pros and Cons of Sigfox Technology

Interference Measurements in European 868 MHz ISM bands

A recent wireless signal measurement study shows as high as 33.7% chance of interference in the European ISM bands. (study

Specifically aimed towards evaluating the signal quality of LPWAN technologies such as LoRa and Sigfox, the recent publication by the Dept. of Electronic Systems, Aalborg University, Denmark measured signal activity in fives distinct types of settings: a shopping area, a business park, a hospital complex, an industrial and residential area.

The two hour collection of data at each site yielded as high as 33.7% interference probability in the downtown shopping area and 22.8% in a business park.

What does this mean for IoT LPWAN technologies?

Interference in the “real world” is going to limit a LPWAN technology’s range and reliability. There are some key features/workarounds that will drastically improve performance. Here are two…

1. Ultra Narrowband

With increasing technologies using the unlicensed ISM band frequencies, the real estate is becoming precious. Using a narrowband technology increases your probability of finding a clean frequency to use. So think twice when evaluating LoRa using 125MHz per channel over a Sigfox technology using just 200 Hz per channel.

2.  Bi-directional Communication

If you can confirm a message sent  in the network is successful (ACK) then you don’t need to fret about packet loss. Weightless-P is the LPWAN technology that has been capitalising on this feature that is growing in demand; this Sigfox and LoRa cannot support.

This void has also led a number of variations of LoRa. Companies using the LoRa PHY and developing their own protocol stack on top it but the “125MHz per channel” is still inherent.


pictured – Aalborg University , Denmark


‘Tesla Boats’ Coming Soon

Nicknamed ‘Tesla of the Seas”, autonomous electric container ships are under construction at two companies in Norway -Yara International ASA and Kongsberg Gruppen AS A.

The ships use a combination of GPS, radar, cameras and sensors to navigate itself through boat traffic and even dock on its own. The cost is anticipated to be more than 3 times a conventional container ship but a return-on-investment will catch the attention of freight ship companies worldwide. With no need for fuel or crew members, it is calculated that owners can save 90% in operating costs by adopting an autonomous, electric container ship. The concept is currently being tested with humans on deck to ensure reliability before its launch in 2020.

IOT: 4 Connected Devices per Person?


According to research from Business Insider, more than 24 billion internet-connected devices will be installed around the world by 2020. To give that some context, that’s more than four devices for every person on the planet. Together, these devices comprise the Internet of Things (IoT), and its presence is permanently changing our world.

Privacy and the Internet of Things
Click to View Full Infographic

IoT is the connection between the physical world of humans and the digital world of data (and, to some extent, human ideas). Computers, smartphones, smartwatches, tablets, modern TVs, and wearables are all part of the IoTs — that part is intuitive. However, even everyday appliances like thermostats and smoke detectors are now beginning to boast smart capabilities, which establishes them as part of the IoT. Our entire transportation system, the way we work, and even how we socialize will all change because of the IoT.


Although there are many things that together are driving the growth of the IoT, there are a few basic trends that are easy to identify. Internet connectivity is expanding and will soon be almost everywhere. For example, in 2018 New York is set become the first state to bring broadband access to every household, even in rural areas. Another factor is that mobile technology is improving quickly, and the use of remote and mobile devices is rapidly becoming more widespread. This means prices are falling, and access is growing. Nokia, for example, is bringing 5G technology to India.

Along these lines, more money is being invested into the IoT as companies and governments alike recognize its importance. The U.S. government invested $8.8 billion in IoT solutions in 2015, up $1.1 from the previous year. At the same time, the price of internet-connected sensors, which most IoT devices rely on, is falling. This means the price of IoT devices are dropping, and more people can afford more devices.

As the IoT grows, security challenges will arise, and possible privacy concerns that could affect our individual rights. However, overall the growth of the IoT will mean more access to opportunity for more people. The best way to respond to it is to plan ahead for these kinds of problems and be ready to tackle them.

original source: https://futurism.com/by-2020-there-will-be-4-devices-for-every-human-on-earth/