LMT IoT

13/10/2026

Defence meets IoT: Connectivity under pressure

What do you need to know before choosing connectivity for a device in the field?

On 22 October, we’re bringing IoT hardware and defence perspectives together in an LMT IoT × LMT Defence webinar with Ritvars Vulis and Valters Skrastiņš.

📡 From public mobile networks to satellite links, we’ll explore:
• How do coverage, reporting frequency and battery life influence one another?
• What should a device do when connectivity is temporarily unavailable?
• When does another connection justify the added power consumption and design complexity?
• What can testing with actual users reveal?

We’ll also challenge common assumptions in “True, false, or it depends?” Does adding satellite mean a device can always communicate? Does a successful test mean it’s ready for deployment?

Join LMT IoT’s webinar with LMT Defence on 22 October to explore cellular and satellite connectivity, coverage, battery life and field testing.

05/10/2026

Our Aer devices are now available to buy in the UK 🇬🇧

Through our UK distributor, AER Safehouse Technology, customers can now purchase our Aer indoor air quality monitors on Detect Damp.

Developed by us, LMT IoT, Aer tracks temperature and humidity, helping people understand the conditions in their indoor spaces over time.

Built-in cellular connectivity sends readings without relying on household Wi-Fi, while battery-powered operation removes the need for wiring. 📡

Whether you’re monitoring your own home or managing properties, it starts with a clearer picture of what’s happening indoors.

Explore Aer and order in the UK here: https://detectdamp.co.uk/

29/09/2026

What does it take to turn a connected product idea into something you can test?

Early decisions shape the whole product: what should the device analyse locally, what needs to be sent over cellular, and how will those choices affect the hardware?

The LMT IoT × Infineon Technologies mentorship program helps teams work through these questions as they build a connected prototype. It brings together support for sensing and Edge AI from Infineon with cellular connectivity expertise from LMT IoT.

Swipe through to see who the program is for, what support is available, and how to apply.

Want to hear more about how Edge AI and cellular IoT can work together? Watch our webinar recording via the link in the comments. 🎥 ⬇️

IoTDevelopment

28/09/2026

The datasheet won’t tell you how an antenna performs inside your finished device.

It can show supported bands and a reference layout. But the PCB, ground plane, battery placement and enclosure all become part of the picture. A small design change can shift the result.

That’s why antenna design needs room in the development process: choose a starting point, integrate it, then measure and match it in the actual device. And when the design changes, measure again.

Swipe through to see why antenna work starts well before the final test. 📡

22/09/2026

What becomes possible when intelligence at the edge meets battery-powered cellular connectivity?
Join us for a practical conversation on how Edge AI and cellular IoT can work together to enable smarter, more autonomous connected products.
What We’ll Cover
What Edge AI enables in connected devices and how Infineon supports on-device intelligence
How LMT IoT Shortcut adds low-power cellular connectivity to embedded products
How Edge AI and cellular IoT can work together in the same product architecture
Practical use cases showing when local processing and cellular communication make sense
How the LMT IoT × Infineon Mentorship Program helps teams prototype and validate new product ideas
If you’re developing a connected product or exploring how Edge AI and cellular connectivity could create new capabilities, this webinar will give you a practical starting point.
Meet the Speakers
Andreas Muehlberger, Strategic Partner Manager, Infineon Technologies
Andreas brings extensive experience in embedded software, chip design and product development, having led interdisciplinary engineering teams and worked on innovative semiconductor-based products throughout his career.
Arturs Lalovs, Head of IoT Business Unit, LMT IoT
Arturs leads the development of modular cellular IoT solutions at LMT IoT, focusing on partnerships, go-to-market strategy and scalable connected products. In the webinar, he will introduce LMT IoT Shortcut and the connectivity perspective behind combining cellular IoT with Edge AI.
Moderated by Annija Frīdenberga, Head of Operations at LMT IoT.

07/09/2026

Smarter at the Edge: Combining Edge AI and Cellular IoT

What becomes possible when intelligence at the edge meets battery-powered cellular connectivity?

Join us for a practical webinar on building smarter, more autonomous connected products with Edge AI and cellular IoT.

We’ll cover:
- What Edge AI enables and how Infineon supports on-device intelligence
- How LMT IoT Shortcut adds low-power cellular connectivity to embedded products
- Combining local processing and cellular communication in one product
- Real-world use cases and when this approach makes sense
- How the LMT IoT × Infineon Mentorship Program helps teams prototype and validate new product ideas

Speakers:
Andreas Muehlberger, Strategic Partner Manager, Infineon Technologies AG
Arturs Lalovs, Head of IoT Business Unit, LMT IoT

Moderated by Annija Frīdenberga, Head of Operations at LMT IoT

A practical starting point for teams developing connected products or exploring new Edge AI and IoT capabilities.

Sign up to our webinar: https://lmt-iot.com/webinars/smarter-at-the-edge-combining-edge-ai-and-cellular-iot/?utm_source=facebook&utm_medium=social&utm_campaign=fb_posts&utm_content=post

Explore how Edge AI and low-power cellular IoT enable smarter connected products. Join LMT IoT and Infineon for practical insights and use cases.

25/08/2026

The goal: connectivity across terrestrial and satellite networks. 📡 🛰️
The reality is more complex.

Satellite IoT brings lower throughput, higher latency and much tighter data constraints. As Arturs Lalovs explains in this clip, every byte matters.

This is also where Edge AI becomes part of the connectivity architecture. By processing data locally, a device can identify what is relevant and transmit useful information instead of continuously sending raw data.

It is one of the challenges we are now exploring through our ESA-supported dual-mode IoT project: developing a prototype designed to support both LTE-M/NB-IoT and non-terrestrial network connectivity.

🎥 Find the link to the full webinar: https://lmt-iot.com/webinars/low-power-cellular-iot/

20/08/2026

What if every train journey could also help monitor the health of the tracks? 🚆

Epona AI Labs is developing acoustic sensing technology that listens for rail anomalies from beneath train carriages. Edge AI processes the sounds in real time, while cellular connectivity helps deliver relevant information for further investigation.

In this video, Alfredo Arreba, Co-founder and CEO of Epona AI Labs, explains how LMT IoT Shortcut provides the connectivity and cloud foundation, allowing their team to focus on its core acoustic algorithms.

Watch the video to see how edge intelligence and IoT connectivity come together for more continuous rail monitoring. 🚆

19/08/2026

What if railway faults could be heard before they become visible?

Epona AI Labs is developing an acoustic sensing solution that listens to the interaction between trains and tracks. Through RailSense Solutions Ltd, sensors installed beneath train carriages help identify unusual sounds, geolocate potential anomalies and flag them for further investigation. 🚆

Edge AI processes the acoustic signals close to where they are collected. LMT IoT Shortcut provides the cellular connectivity and cloud foundation needed to bring the relevant information from the moving train to the wider platform.

This allows the Epona AI Labs team to focus its development efforts on the acoustic algorithms at the heart of the solution.

In our latest article, Alfredo Arreba, Co-founder and CEO of Epona AI Labs, explains how the technology works and why finding the right IoT foundation matters.

Read the article and watch the full video here: https://lmt-iot.com/epona-ai-labs-rail-fault-detection/?utm_source=facebook&utm_medium=social&utm_campaign=fb_posts&utm_content=post

See how Epona AI Labs uses Edge AI and LMT IoT Shortcut connectivity to detect potential rail faults and support continuous railway monitoring.