In the ever-evolving landscape of network operations, the role of Network Operations Centers (NOCs) has become increasingly complex and demanding. Traditional monitoring and observability tools have been crucial in identifying and alerting teams to potential issues. However, as networks grow in complexity with the advent of IoT, 5G, and other digital advancements, the sheer volume of data and incidents can overwhelm even the most robust monitoring systems.

RapidSpike, an industry leader in Synthetic User Journey website monitoring, is proud to announce that it has been awarded the highly esteemed Innovate UK Smart grant. Innovate UK, part of UK Research and Innovation, has allocated up to £25 million to support groundbreaking innovations with exceptional potential for commercial success. RapidSpike’s plans for its AI website monitoring platform has been recognised as a responsible and standout project in this regard.

In my last blog post, I explained why we decided to destroy one third of our infrastructure in production just to see what would happen. This is part two, where I go over the big day. How did our chaos engineering experiment go? Find out below!

Effective security and vulnerability management is crucial to safeguard organizations from ever-evolving cyber threats. At the core of these practices lies the Configuration Management Database (CMDB), a powerful resource that offers a centralized view of an organization's IT infrastructure. The CMDB plays a pivotal role in upholding robust security and vulnerability management strategies – empowering organizations to proactively identify, evaluate and address risks to their IT systems and data.

Uptime.com’s Private Location monitoring tools offer a powerful solution for keeping an eye on internal endpoints. Though these services and their importance aren’t visible to the public, internal teams and customers may still rely heavily on internal services in their day-to-day functions and downtime can disrupt operations just as much as public-facing incidents.

The rapid rise of generative AI and large language models is revolutionizing industries and transforming how we interact with technology. However, developing and deploying these cutting-edge AI models and applications at scale in the cloud comes with a unique set of operational challenges. In this article, we’ll explore the key pain points teams face when building generative AI and how Kubernetes and FinOps practices can help overcome them.

Automated event payloads come in many shapes and sizes. These infinitely different event structures pose a problem for users who want to send them all to the same place to page on-call staff. Unless that on-call solution supports the schema directly, you’re out of luck. While we’re proud of the number of integrations we support today for event sources into on-call, we also think the best number that we should support is infinity.

If your company is a big Azure spender, you should use Azure Hybrid Benefit. If not, you’re leaving money on the table. But how much money? If eligible, your company can save up to 40% on Azure Virtual Machines, up to 55% on Azure SQL databases, and, if you combine that with Azure Reserved Instances, you can even save up to 80%. Source: Azure Azure Hybrid Benefit is the perfect way to cut costs while migrating to the cloud.

The FinOps Open Cost and Usage Specification (FOCUS) 1.0 was officially launched on June 20, 2024, marking a revolutionary shift in Cloud Cost Management (CCM). Long awaited by MSPs and FinOps, this framework now aligns data sharing among vendors, FinOps tools, and users in a simple manner. It’s an exciting new era for shaking up business strategies in cloud cost analysis. But let’s take a step back and refocus on what FOCUS 1.0 is.

In the past, IT was viewed primarily as a facilitator for business operations, overseeing systems, software, and applications essential to technology-driven enterprises. However, a new strategic approach has emerged that has transformed how organizations manage their IT services.