new Advanced
Payload collector

Want to benchmark mioty to wireless M-Bus? Go challenge mioty indoor penetration in your lab and on your problem sites with the mioty Sniffer™.

- Runs on your laptop and tablet
- Collects mioty & OMS5 splitting mode datagrams
- Collects OMS4, C and T mode datagrams
- Advanced graphs for SNR, eqSNR, frequency offset, and RSSI
- Integrated encrypted key store
- Device error flag decoding
- Win11 app with GUI
- High performance 868 MHz USB receiver included
- Advanced digital defined radio (SDR) technology

Payload Extractor

On-prem decoding of your wM-Bus and OMS telegrams, ensuring unbroken data encryption from meter to server.

- Runs within your secure server environment
- Supports all wM-Bus and OMS compliant devices.
- 24/7 operation for fixed network AMR
- Integrated encrypted key store
- Device error flag decoding
- Interface to host via http requests

Laurent HAZARD
IT and Technical Product manager
TECHEM FRANCEAt Techem France, in search of a parser app to decode data from a wide range of wireless 3rd party meters, we installed the Payload Extractor on-premise server app from DeviceLab. Interface to our host system was reasonably easy, just a few http requests, allowing us to complete the project in a few weeks.
The Payload Extractor has been in operation for more than two years now without any problems. Support for new meters has been added by DeviceLab upon our request within a few weeks.

Payload collector

The Sniffer™ - the indispensable diagnostic tool when your wireless AMR system isn't behaving as expected.

- Runs on your laptop
- Supports all wM-Bus and OMS compliant devices.
- Ad-hoc operation for AMR diagnostics or walk-by reading
- Integrated encrypted key store
- Device error flag decoding
- Win11 app with GUI
- High performance 868 MHz USB receiver included

Ben Baack
Marketing & Sales Support Manager - Solution Management International.
Techem GmbH.At Techem we're using the Sniffer from DeviceLab ApS. to collect and analyse data from a wide range of wireless M-bus meters in the field and in the lab. The Sniffer collects, decrypts, and decodes the data instantaneously, perfectly suiting our needs.It is an ideal tool for wireless meter reading diagnostics and for securing field data for our R&D.

Despite wM-Bus and OMS device interoperability, AMR systems are traditionally built with all components from a single vendor to ensure compability.

The Payload Extractor Server App decrypts and decodes telegrams from all wM-Bus and OMS compliant devices, allowing you to:
- Freely mix meter types and brands in your AMR system.
- Send readings and data to the headend system(s) you prefer.
- Simplify your AMR - just collect and forward the device datagrams transparently.

THE wM-BUS AND OMS STANDARDS

We built the Payload Extractor Server App to:- Save you from digesting this 1.000+ page highly technical read.
- Fill the tricky gap between the AMR infrastructure and the main storage.
- To be fast and easy to implement.
- Raise only few and simple requirements to your AMR infrastructure.
- Ensure unbroken encryption all the way from the device to the server.
- Offer "out of the box" support for a wide (and growing) range of wM-bus and OMS compliant meters and sensors.
- Allow you to focus your resources on your headend services.

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Palle Haderslev
Founder

With a small team of experienced colleagues I founded DeviceLab ApS in 2019, dedicated to solve the time consuming task of decrypting and decoding the raw telegrams transmitted by wM-bus and OMS compliant meters and sensors.
We are offering server and desktop software for device payload extraction, allowing you to assign your R&D resources to features more urgently requested by your customers.

Jakob Skov-Pedersen
Co-founder & IoT Architecture Consultant

Through my long-standing commitment to automatic meter reading, I have developed a particular interest in decrypting and decoding data from meters and sensors. My experience and insights have now manifested in the Payload Extractor server and desktop apps, newly rebuilt on brand new technology stack, pushing the known limits for throughput and scalability.