Mattermost v7.7 is generally available today. With this latest release, we’ve added new functionality to help teams accelerate productivity while ensuring data and infrastructure control to reduce security and compliance risk. The following new features are included (see changelog for more details).

Why Remote IT Support: Many businesses across a variety of different sectors are choosing to outsource their technology needs through remote IT support. As a result, you tend to get quicker response times and sector-specific help when you work with remote teams. Additionally, remote work is highly attractive to a lot of skilled professionals, so you are much more likely to work with an expert in the field.

We are delighted to share the news that our integration with leading, real-time Application Performance Monitoring (APM) vendor Cisco AppDynamics is now listed on the AppDynamics Marketplace.

Combining AWS Outposts Rack with Direct Connect optimizes performance for demanding enterprise workloads. Megaport’s Outposts Ready Direct Connect solution simplifies the networking side.

Adopting Kubernetes has introduced several new complications on how to verify and validate all the manifests that describe your application. There are several tools out there for checking the syntax of manifests, scanning them for security issues, enforcing policies etc. But at the most basic case one of the major challenges is to actually understand what each change means for your application (and optionally approve/reject the pull request that contains that change).

It’s a new year, and an especially great time to reflect on the security of your robots. After all, those interested in breaching it are probably doing the same. In previous articles, we discussed ROS security by detailing practical steps for securing your robots on Ubuntu and the challenges the community faces. In this blog post, I’ll give you some strategies, tips and open-source tools you can integrate into your development process today to ramp up the security of your project.

Cloud optimisation enables organisations to significantly lower their cloud spending while ensuring the desired performance and necessary compliance. It’s a process that every business should adopt when choosing cloud infrastructure as a foundation for their applications. It’s been proven that applying cloud optimisation best practices leads to a total cost of ownership (TCO) reduction of two-thirds under certain circumstances. But let’s step back for a second.

The conflict between engineers and finance is notorious. Finance thinks engineers just want to build cool products regardless of the cost. Likewise, engineers often feel their every move gets monitored by hawkish finance employees who seem to only care about costs. How can you, as a leader, encourage both teams to work together harmoniously? And what can you do to diffuse the situation when engineers feel attacked for their infrastructure choices?

Success in this modern age of digital services and operations is found when businesses are able to prioritize effective digital processes. Because of this, IT teams are constantly looking for ways to improve their IT operations by making them efficient, reliable, and scalable. One way this is accomplished is through site reliability engineering (SRE). LinkedIn listed SRE as the 21st fastest growing job in the U.S. in January 2022. What is SRE, and why is it in such high demand?

With costs rising across the board, business leaders are seeking to become more savvy about their tech expenditure. It’s now well recognised that without proper oversight, cloud costs can easily spiral out of control, but reducing spend isn’t always easy. Understanding when and where to make changes to your infrastructure is what is key to maximising productivity and ROI from cloud infrastructure investments.