May 17, 2020

GSMA: Why connected businesses work smarter with LPWA

GSMA
mobile IoT
Low Power Wide Area Networks
LPWA
Dr. Shane Rooney
5 min
mobile IoT
There’s been a lot of noise and discussion around the IoT market in recent years with the focus shifting more recently to the security and speed of Io...

There’s been a lot of noise and discussion around the IoT market in recent years with the focus shifting more recently to the security and speed of IoT applications as deployments grow around the world. However, a new area of the IoT that has come to the forefront is Low Power Wide Area Networks or LPWA. At the GSMA, we refer to this as Mobile IoT and worked to establish the Mobile IoT Initiative to ensure mobile operators and the wider mobile ecosystem could benefit from this burgeoning market.  

Mobile IoT or LPWA networks are an emerging, high-growth area of the IoT that complement and extend conventional wide area networks that make use of 2G and 4G cellular technologies. These types of networks are designed for low cost applications that have low data rates, long battery lives, long reach and operate in remote and hard to reach locations where existing mobile technologies are unable to penetrate. Consequently, they are perfect for services such as smart metering solutions, city lighting, asset tracking, safety monitoring, smart parking and vending machines amongst many others.  

However, as the specific network requirements of IoT applications are very diverse, there is no single technology capable of addressing every LPWA use case. For this reason, the GSMA has focused on two complementary technologies called Narrow-Band IoT (NB-IoT) and LTE-M (LTE-Machine), to cover the technology requirements of all potential use cases and ensure there is a choice for customers. Common standards also allow the market to develop in a consistent way. These technologies have been ratified and standardised by 3GPP, meaning they are the most secure technologies available on the market.

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Critical to all of this is the role of the mobile operator. Operators can integrate LPWA connectivity into their existing IoT platforms and achieve further economies of scale, lowering prices and enabling new IoT applications. Many mobile operators are already in the process of deploying them now. To date there have been 19 commercial launches by 14 operators worldwide. Vodafone is one example of an operator that’s currently utilising these technologies across a range of devices. According to analyst house IDC, Vodafone had 54 million M2M/IoT connections on its network at the end of March 2017, and it has recently undertaken a project that shows just what LPWA networks can do.  

Internet of the Seas  

Vodafone is currently working with the Sea Mammal Research Unit (SMRU) in Scotland to track the movements and health of harbour seals, which have seen a rapid decline in numbers in the UK over the last ten years. The research unit has been developing new smart tags integrated with NB-IoT technology.

Vodafone and the SMRU are exploring the use of LPWA connectivity to build a comprehensive picture of the seals’ behaviour, including their location, the depth they swim as well as the water temperature and salinity, which will help to understand why the population is in decline, and over time allow appropriate action to be taken. The monitors are attached directly onto the seals and use cellular networks to transmit data directly onto the SMRU scientists’ computer systems.

Connected deliveries

Vodafone believes newly-standardised LPWA technologies, such as NB-IoT, will enable a major expansion of the IoT. These technologies have the capacity to bring connectivity to a high number of devices that are spread out over large geographic areas, making them the ideal solution for tracking the harbour seals. The use of these technologies also minimises power consumption and the need to replace batteries, meaning they can remain operational for far longer than ever before.

It’s not just Vodafone that is using LPWA. AT&T is also active in the space with a number of solutions and pilots underway. It recently started to deploy LPWA with partner RM2, a sustainable composite pallet innovator. According to the global logistics industry, there are currently 15bn pallets in circulation worldwide. The majority of these pallets are made of wood, and therefore can only remain in circulation for a relatively short amount of time. However, RM2 has created a fiberglass composite pallet known as BLOCKPal, which is capable of making upward of 100 trips.

RM2 and AT&T are now securing cellular modules within these fiberglass pallets, which will enable customers to track the location of deliveries around the world. In order to allow for the most effective traffic, RM2 has selected LTE-M as the technology for these pallets as the signal is able to penetrate deep inside buildings, containers and refrigerated units – meaning the pallets can be tracked across the globe.

LTE-M provides the perfect solution for these devices as they consume very little power; this allows the technology to match the lifespan of the pallet, approximately 10 years, providing a simple long term solution.

By integrating these low power technologies into their devices, AT&T and RM2 have overcome a significant financial hurdle, which will open the door for cost effective pallet tracking for customers.

For the whole of their 40-year history, mobile networks have been designed mainly to connect phones and while there is still growth left in mobile phone connectivity particularly in emerging markets, during the next decade, most of the growth in mobile connectivity will come not from phones, but from the sensors, controllers and other devices that make up the IoT.

With the LPWA, mobile operators have the opportunity to give IoT developers the connectivity they need, without needing to build new, specialised networks. These upgrades will enable operators to build the foundation of the coming digital society, by connecting tens of billions of devices securely and efficiently to their mobile networks.

By Dr. Shane Rooney, Executive Director, GSMA

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Jun 10, 2021

The Talent War for Skilled Tech Workers

CIO
Technology
HR
covid-19
Elise Leise
3 min
CIOs and recruiters battle over programmers, cybersecurity professionals, and cloud architects, as the need for skilled tech workers hits an all-time high

Post-pandemic, our biggest problem might be a lack of skilled tech talent. As companies move forward with their digital transformation plans, they aim to hire new staff and train their current employees. Out of 750 UK companies polled in a Studio Graphene digital report, 45% plan to hire new tech staff in the next 12 months and more than half (53%) intend to invest in training for their current workers. 

 

Companies are realising that their survival now depends on a limited pool of qualified technology workers. Among the hardest-hit economies are those in Brazil, Indonesia, and Japan, but even the United States and the UK will experience the squeeze. “It’s pure supply and demand”, said Alan Guarino, a Korn Ferry vice-chairman. “Companies are paying more...but there’s still a shortage of high-skilled workers. Technology is the thread that runs across every aspect of business”. 

 

Which Jobs Are In Demand? 

According to a 2021 IT salary report by Robert Half Technology, the most in-demand tech jobs of the year include information security professionals, cloud architects, database administrators, systems analysts, and DevOps engineers, among others. But in those fields, it’s difficult to find hires with significant experience, multiple specialisations, and a high level of expertise. And multinationals such as Google, Apple, and IBM usually scoop them up. 

 

Regardless of the exact role, companies need workers who can implement advanced security systems, target cloud and network vulnerabilities, document risk points and failures, and abide by new industry tech regulations. This will likely mean that companies start to take certifications like the ones pioneered by Google and Amazon, instead of insisting on four-year undergraduate degrees. 

 

But even as coding boot camps and year-long certification programmes have ramped up to try to close the gap, smaller tech firms and startups struggle to compete with their bigger counterparts. Remote work doesn’t help matters. “Hire-from-anywhere policies will only heat up a tight candidate market”, said Ryan Sutton, a district president of technology staffing services at Robert Half. “Companies who were already having a hard time recruiting are no longer just working against local competitors, but potentially desirable companies across the country”.

 

How Can CIOs Solve the Crisis? 

As governments try to do their part—Poland offers residency and potential citizenship to skilled tech workers, India offers broad IT, telecommunications, and cybersecurity programmes, and the Netherlands lets its foreign employees earn 30% tax-free income—company executives must take measures of their own. 

 

Some CIOs have started looking to other countries to source expert talent. In the United States, where 80% of U.S. employers state that tech recruiting is a significant challenge, some firms are looking to Mexico, where 20% of college graduates have engineering degrees. As a result, tech companies such as Cisco and Intel have sourced labour from both the U.S. and Mexico. 

 

To compete, here are some first steps: 

 

  • Invest in cybersecurity and cloud development training programmes 
  • Hire based on skills and expertise, not necessarily degrees
  • Outsource to other countries with high percentages of skilled engineers and programmers


Overall, companies that broaden their search for talent and upskill their current employees will be best equipped for digital transformation. As Ritam Gandhi, founder and director of Studio Graphene, said: “Our research shows that, on the whole, UK businesses have adopted a long-term mindset [towards] technology and innovation”.

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