Operations | Monitoring | ITSM | DevOps | Cloud

On March 6, 2026, SharePoint Online experienced a disruption that prevented some users from loading sites, accessing files, or authenticating successfully. The incident did not affect every user, but reports came in from multiple regions including North America and Europe. StatusGator detected the problem early through user outage reports and triggered an Early Warning Signal before Microsoft officially acknowledged the issue.

Your WireMock stubs are lying to you. They were accurate when someone wrote them six months ago, but the payment API added a metadata field in January, the inventory service switched from REST to gRPC in February, and nobody updated the stubs because the tests still pass. Meanwhile, production is breaking in ways your mocks will never catch. This is not a WireMock problem. It is a hand-written mock problem.

Amazon Web Services (AWS) has been the leader in cloud computing for more than 10 years. Despite a decade of innovation, no AWS service encapsulates cloud computing principles better than Elastic Compute Cloud (EC2). Through EC2, AWS can offer flexible and scalable virtual infrastructure that can be ‘rented’ to run applications and workloads.

Over the past year, the term Internal Developer Platform has appeared everywhere in engineering discussions. At first glance, it might sound like another buzzword for a fancy dashboard. But the growing interest reflects a real shift in how organizations manage developer productivity and infrastructure. In this post, we will unpack Internal Developer Platforms (IDP), why they exist, what problem they solve, and whether it is worth considering adopting one.

On May 21, 2019, LinkedIn’s URL shortener went down. The certificate had expired. Millions of people cried out in terror when they couldn’t click on AI link bait. The interesting part: LinkedIn had renewed the certificate ten days earlier. The renewal succeeded. The certificate just never made it to the server. The renewed cert existed somewhere, but the server still served the old one. Most certificate automation is built to prevent the “I forgot to renew” problem.

Your software is sending data to Honeycomb. Now where is the dashboard you want? The best dashboard is one created just for your application, or your service, or your team. You can get that in minutes with the Honeycomb MCP. Open your coding agent in your IDE, or on the command line in your code repository. Configure the Honeycomb MCP and authenticate with Read and Write permissions. Now tell it what you want. You can be high-level: Make me a service health board for the frontend service.

This major update has a wealth of new features.

It's 2 AM. The Network Is Down. Where Do You Start? You get the call. Users can't connect. VoIP is choppy. Something is broken somewhere between your office and the cloud. You open your monitoring dashboard and it says something is wrong, but not where. Not why. Not since when? So you do what IT teams have done for decades. You open a terminal, run a traceroute, SSH into the router, pull up SNMP, check the firewall logs.

In today’s world, even a missed call can cause concern. Was it important? Who was trying to reach you? Or was it just another spammer? The question who called me from this phone number has become extremely relevant. Not only ordinary users feel this relevance, but also small businesses, security services, and companies that strive to maintain accurate contact databases. In response to this increase in unwanted calls and fraud, specialized web applications have emerged.

Competitor monitoring reports often end up as data graveyards, filled with information nobody acts on. The difference between reports that gather dust and reports that drive decisions comes down to design choices made before the first data point gets collected. To get the most from your competitor monitoring, building a comprehensive and actionable report is key.