Operations | Monitoring | ITSM | DevOps | Cloud

In Q1, we introduced API v3 as an upcoming release. In Q2, while the full release is still in progress, parts of the new StatusHub API V3 are available and ready for use. We are also highlighting a small but useful improvement: embedded analytics dashboards in the control panel can now be restricted to owners only.

Managing multiple vendor dependencies has become a critical challenge for modern businesses. When your operations rely on dozens of third-party services, tracking their status individually becomes inefficient and risky. A status page aggregator solves this problem by consolidating all vendor status information into a single dashboard.

Modern businesses rely on dozens of third-party services to operate effectively. When AWS goes down, your application might crash. When Stripe has issues, payments fail. When Slack experiences an outage, team communication grinds to a halt. Vendor monitoring platforms help you track the health of these critical dependencies before they impact your operations. But with numerous options available, selecting the right platform requires careful evaluation of your team's specific needs and workflows.

Cloud Observability’s curated Application Monitoring dashboards improve troubleshooting with best practices from Google SREs.

Security breaches rarely begin with a hidden zero-day exploit or a complex web of escalated hacks. They often start in very simple ways – an internal team member is breached, a permission is misconfigured, an overly permissive API endpoint is overlooked, or a JWT simply doesn’t expire. An API, or application programming interface, is a set of protocols and tools that enable different software systems to communicate and exchange data, making them essential in modern software development.

Containers and serverless computing are two of the most popular methods for deploying applications. With the rise of microservices and modern DevOps, teams need faster, leaner ways to build and release software. However, selecting the wrong architecture can slow down delivery, increase cloud costs, or lock you into tools that don’t scale with your business. Both methods have their advantages and disadvantages.

Application Performance Monitoring (APM) refers to the practice of tracking, analyzing, and optimizing the performance and availability of software applications. When it comes to Go (Golang), a language known for its concurrency, speed, and efficiency, APM becomes crucial to ensure that your applications stay fast, reliable, and scalable under real-world loads. APM in Go involves monitoring the runtime behavior, request response times, system resource usage, and error patterns across your application.