Nordic extends remote Bluetooth debugging deal

Nordic extends remote Bluetooth debugging deal

Business news |
By Nick Flaherty

Nordic Semiconductor has extended its deal with US startup Memfault to give developer using its nRF52 and nRF53 Bluetooth Low Energy chips access to cloud-based remote debugging and device management.

The updated integration provides the same streamlined experience as nRF91 Series developers to accelerate product development and derisk product launches.

Memfault’s IoT reliability platform helps capture data on relevant metrics and issues remotely from the devices operating in development or production to develop fixes or improvements and monitor updates across hardware and software releases.

Development challenges include wireless range and communication stability in real-world environments, connection handshaking and performance with varied Bluetooth LE gateways and mobile devices as well as battery life optimization.

The latest nRF Connect SDK v2.1.0 enables rapid creation of a data pipeline for the nRF52 and nRF53 Series to the cloud and out-of-the-box device debugging and fault analysis capabilities. It includes Memfault SDK examples and template gateway applications for both Android and iOS developers so developers can get started in minutes.

With no cost for up to 100 devices, teams using Memfault and Nordic can begin using Memfault for small fleets of development devices for free. 

Once the Memfault SDK is deployed on the nRF52 or nRF53 Series, Memfault’s cloud portal alerts developers immediately when a bug occurs.

Developers can see the status of the device fleet and detailed reports with tailored diagnostic information for analysis at the time the fault occurred. The fault aggregation and deduplication techniques show the occurrence of a specific fault across the entire population of devices.

Available data includes the frequency of occurrence, number of affected devices, and fault occurrence timeline to assist users in identifying unique issues, such as whether a specific device type or software update could have resulted in a fault and the impact of the fault. With this information, developers can easily root cause the issue and publish a fix using Memfault’s OTA update capabilities. 

“Partnering with Memfault has enabled Nordic customers to maintain and improve their devices more efficiently with deep insights into deployed devices’ performance,” said Kjetil Holstad, EVP of Product Management at Nordic Semiconductor.

“Enhancing this partnership with a deeper Memfault integration into our Bluetooth Low Energy chipsets will make it easier than ever for developers to accelerate time-to-market and deliver feature-rich products at scale.”

“Integrating Memfault’s device reliability platform into our Nordic chipsets, which enabled Bluetooth LE communication for WHOOP 3.0 and 4.0, allowed our team to access high quality field diagnostics data from our wearable technology and improve product performance,” said Bill Diken, Director of Embedded Engineering at Whoop. 

“Memfault is excited to deepen our partnership with Nordic and give Bluetooth LE device developers easy access to our IoT reliability platform,” said Francois Baldassari, CEO of Memfault, which was founded by engineers with decades of experience from wearable firms Fitbit, Oculus and Pebble. It is  backed by Uncork Capital, Partech, S28 Capital, and Y Combinator.

“Nordic has always demonstrated its commitment to developers and has consistently encouraged regular improvement to the development process. Pairing Memfault’s capabilities with Nordic’s products will give Bluetooth LE developers the tools and support to build better products and the visibility crucial to delivering a quality connected product that today’s consumers expect.”   

Memfault recently joined Nordic Semiconductor as a member of the Bluetooth Special Interest Group (SIG), which has over 35,000 member companies that have collectively certified and deployed over 5 billion Bluetooth-enabled devices.

Memfault and Nordic are also both members of the Zephyr Project for an open source embedded real time operating system (RTOS), and the two share customers across many Bluetooth LE devices across industries and use cases, such as asset tracking, audio, wearables, and access control.;

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