Mender blog

We are happy to announce the production release of Mender 1.1!

A big thanks to everyone who have tested the 1.1 beta to ensure the production release is well tested. For example, an issue relating to certain Mender upgrades was fixed due to feedback from testing.

We will cover some of the major new features requested by users below, and you can see the detailed items in the release notes in...

We're excited to have our team member, Eystein Stenberg, providing two talks this April and we encourage you to join him!

He will be at the Embedded Linux Conference and OpenIoT Summit from April 4th to 6th in San Diego, and then speaking at the Embedded Systems Conference in Boston from April 13th to 14th.

He will be presenting two tracks:

Software updates for embedded devices are typically deployed as full image updates. There are many design considerations take into account in the partition table layout to enable full image updates, including

In our previous post, we discussed the need to check compatibility for software and devices when designing a solution to deploy software updates. We also saw that this entails discovering the hardware device type and the supported device type by the software update.

In this post we will look at how Yocto and OpenEmbedded can be used to obtain this information for builds relying on them.

When designing an embedded or IoT product, the problem of deploying software updates to the devices in the field quickly becomes a problem. The main drivers for having the ability to deploy updates are to fix bugs, security issues and add new features after the devices have left manufacturing. Not having a way to update the software or firmware puts companies at significant risk and competitive disadvantage.

In this post, we will look at some of the basic device information that needs to be in place to enable software updates.