From 4 to 7 May, Zenner International GmbH & Co. KG showcased solutions for the Smart Water Rollout at IFAT 2026 in Munich, demonstrating how the digitalisation of water networks is already being implemented in practice today.

 

 

Together with ZENNER, Stadtwerke Bonn has established a comprehensive LoRaWAN® network across the city. In doing so, they have laid the strategic foundation for the city’s digital transformation.

 

 

Climate neutrality, resource conservation, and livable cities are among the key challenges of our time. At the same time, climate change, urbanization, and increasing challenges of our time. At the same time, climate change, urbanization, and increasing demands on infrastructure and energy supply are creating new challenges for business and society. What is needed are intelligent, flexible solutions that can dynamically adapt to changing conditions.With its new solution ecosystem B.One, the Minol-ZENNER Group presents a holistic response to these challenges. 

 

 

A few months back, when all eyes were on Davos, Switzerland, and the outcomes from the World Economic Forum meetings on global topics of high interest, this article came out covering what CEOs (were) talking about from Arjun Kharpal, CNBC’s senior technology correspondent.

One particular section caught my eye that was unexpected:

“Expect physical AI to be on the tech buzzword list this year. The term refers to applications where AI takes on a physical form, from robotics to driverless cars. My own experience at Davos highlighted just how real this push has become: one evening at dinner, a robot was sitting right at the table.

• LoRa Alliance CEO Alper Yegin says LoRaWAN can bridge AI to the physical world via massive, low-power sensor networks
• The alliance highlights three AI layers: edge (on-device processing), core (network automation) and apps (smart cities, asset tracking)
• They’re positioning LoRaWAN as a complement to cellular, Wi-Fi and Bluetooth – not a competitor

It might sound strange that a low-power IoT technology like LoRaWAN is angling to become the perfect partner for power-hungry AI, but that’s exactly how the LoRaWAN Alliance is framing it. 

It has been a long, hard road, but LoRaWAN is finally standing tall as a protocol of choice for smart buildings, smart cities and utilities. 

At the start of this year, LoRa Alliance CEO Alper Yegin wrote that LoRaWAN was like Lego, with use cases ‘limited only by the imagination.’  With global adoption and robust standards now in place, ABI Research’s prediction that LoRa would be the leading non-cellular LPWA (low power wide area) network technology by 2026 is starting to bear fruit. Yet it is vitally important for businesses to get the big deployment decisions right.

Steven Drewett is CEO of Concept13, which combines consultancy with being Europe’s leading supplier of LoRaWAN hardware. Having ‘been around since the outset’, as Drewett puts it, there is a wealth of experience on which to draw. Drewett estimates that in around 30% of cases, he advises potential clients that LoRaWAN isn’t the right fit for their project; but for those which are, his goal is to make the most of it. The first question one multi-million-pound company asked was whether LoRaWAN was the right fit. It evidently was: they are now deploying to more than 90 countries.

In the latest Counterpoint Conversations, we explore the innovations and strategies propelling the LoRa Alliance and its flagship LoRaWAN technology to the forefront of IoT solutions. Alper Yegin, the recently appointed CEO of the LoRa Alliance, shared his vision for the organization, and highlighted the transformative potential in a rapidly evolving tech landscape, in conversation with Mohit Agrawal, a Research Director at Counterpoint.

In this episode of the IoT For All Podcast, Alper Yegin, President and CEO of the LoRa Alliance, joins Ryan Chacon to discuss the state of LoRaWAN in 2025. The conversation covers LoRaWAN adoption, LoRaWAN use cases, the role of satellite IoT, edge, and AI, LoRaWAN certification and interoperability, misconceptions about LoRaWAN, and the future of LoRaWAN.

At the LoRa Alliance, there’s a new sheriff in town. Alper Yegin is the group’s new CEO.

LoRaWAN, which stands for long range wide-area network, allows transmissions to occur at very low power, sometimes lasting many years without changing batteries.

Yegin believes the LoRaWAN spec is quite solid, but there’s always room for it to evolve. He feels that one of his primary tasks is increasing awareness and education around the standard. This can (and will) happen by increasing partnerships with complementary organizations, having more activity at industry events, and holding local meetups.

In this week’s Embedded Executives podcast, we also discuss how the spec competes in a crowded space and what the future holds.

With several shakeups over the past few years, the state of the low power wide area networking (LPWAN) market is not always clear. However, the reality is that all the pieces are in place, and market demand paired with continuous technology evolution is fueling a rapid shift to massive IoT. LoRaWAN remains the clear choice for IoT projects where cost-effective, low-bandwidth, low-power connectivity is needed – which is approximately 90 percent of the total IoT market. Which is what the LoRa Alliance would say, of course; but there are good reasons to say it, as well.

— Barcelona. During the recent IoT Solutions World Congress (IOTSWC), Wienke Giezeman, CEO and co-founder of The Things Industries, a leading figure in the low-power wide-area network (LPWAN) space, offered a refreshing perspective on the current state of the market.

The Things Industries, with over 1,000 client companies globally, has seen a 100% year-on-year growth in deployments and a 60% year-on-year growth in revenue. This success hinges on the company’s customers’ profitability.

During the conference, EE Times had the opportunity to talk to Giezeman. He acknowledged how the initial hype surrounding IoT led to inflated expectations. He pointed to several companies scaling back or exiting the market entirely. However, he emphasized a positive underlying trend: steady growth in practical applications. This growth is driven by solutions that solve real problems and reduce operational costs.

Read more: https://www.eetimes.com/wienke-giezeman-shares-vision-on-low-power-networks/

By Donna Moore, CEO and Chairwoman, LoRa Alliance

2022 was truly a transformative year for IoT, yielding major shifts in perception and execution, and surpassing milestones of massive deployments. At the LoRa Alliance, our experience was that people moved away from asking about “what” LoRaWAN is, to asking about “how” to deploy, how to find devices, how to partner, how to achieve ROI. IoT clearly has moved into a new stage of mass adoption.

The execution and results of LoRaWAN proof of concepts (PoCs) provide evidence of this market shift. Previously, deploying a PoC took an average of 12 to 18 months. Now, it averages about 6 months. Even better, the ROI on LoRaWAN projects is usually higher than what was originally estimated. Organizations that complete these PoCs quickly realize that the fastest way to compound value is to add new use cases and optimize their operations to benefit from the efficiencies that the solution is providing.

Read more: https://www10.edacafe.com/blogs/guest/2023/01/04/lorawan-no-longer-just-for-early-adopters/

Le smart metering continue d’interroger en interne au sein des collectivités. “Qu’est-ce qui se fait sur le marché en matière de smart metering, quelle technologie choisir pour déployer de la télérelève et en obtenir le meilleur rendement, quel rôle la collectivité doit-elle jouer dans ces projets, comment valoriser les réseaux IoT au-delà de l’usage du télérelevé. Voilà les principales questions que se posent les élus”, constate Guillaume Soulères, directeur de projet chez Tactis. Pour y répondre, le cabinet d’études a réalisé une étude comparative dans le secteur de l’eau, présentée ce mardi 21 novembre à l’occasion du Salon des maires et des collectivités locales, se déroulant du 21 au 23 novembre à Paris.

https://www.journaldunet.com/iot/1526387-le-reseau-lorawan-s-impose-dans-le-smart-metering-en-france-selon-une-etude-de-tactis/

The Internet of Things is experiencing a pivotal moment today, and to drive the mass deployment of low-power, wide-area networks (LPWANs), standards and a robust and growing ecosystem are critical. These LPWANs are expected to connect 50% of the expected IoT volumes.

Since its founding in March 2015, the LoRa Alliance® has become the fastest growing and most influential technology alliance with more than 500 members supporting the LoRaWAN® open standard for LPWAN networks. The organization has taken a leading role in standardizing these networks through the LoRaWAN® specification. In addition, it has created a certification and conformance program to ensure interoperability. This allows LoRaWAN® end devices to be deployed in multiple networks and to roam from one network to another regardless of network infrastructure or carrier.

Read more: https://internetdelascosas.xyz/articulo.php?id=3527

LoRa (Long Range) and LoRaWAN (Long Range Wide Area Network) technologies are at the forefront of the IoT revolution. They are delivering the connectivity needed for IOT deployments and are creating a world where everyday objects and industrial machines can connect and communicate over long distances with minimal power consumption. The impact is far-reaching, with the potential to drastically improve efficiency, safety, and sustainability in nearly every business sector.

Internet of Things (IoT) represents a huge set of products, technologies and use cases. Knowing how to start is a challenge that can seem insurmountable. It’s useful to examine smart cities, smart buildings and smart utilities as these markets represent a diverse set of applications but face many of the same challenges.

In cities, buildings and utilities, physical environment can create the biggest challenge: any network that connects sensors to the internet must pass through steel, concrete and even underground in the case of utilities. These deployments are known to be difficult for many networking technologies, so it is important to choose a technology that can meet the needs of your environment. Another consideration is how much data you need to transmit. This is critical because it has a significant impact on project cost. Sensor readings are very small data transmissions, cost-effective, low power wide area networking (LPWAN) is the right approach. Power is another consideration since most end-devices need to be deployed for many years, using networking technologies that can run on very low power reduces costs (fewer batteries are needed) and maintenance requirements to change the batteries.

Read more: https://telconews.co.uk/story/internet-of-things-doesn-t-have-to-be-overwhelming