Data breaches don't always make it clear when they happen. Instead, they start out as small things like strange login activity, small changes to settings, strange outbound traffic, and so on. The companies that do the best job of limiting the damage from a breach are not the ones that didn't have one in the first place, but the ones that find it quickly and deal with it well. This blog is a practical, operations-focused framework your security team can follow.
For MSPs and MSSPs, privileged access management is no longer just an internal security control - it is a regulatory requirement, a contractual expectation, and a trust differentiator. Frameworks such as NIS2, DORA, the Cyber Resilience Act, SOC 2, and the UK Cyber Security and Resilience Bill increasingly hold service providers accountable not only for their own access controls, but for how privileged access is governed across every customer environment they touch. Meeting these requirements with enterprise-centric PAM platforms often introduces the very risks MSPs and MSSPs are trying to avoid: shared infrastructure, weak tenant isolation, operational sprawl, and high cost-to-serve per customer.
Why has cyber insecurity become a top global risk? Learn how rising cyber insecurity, geopolitics, and emerging technologies intersect in the World Economic Forum’s Global Risks outlook—read the blog now.
In modern Kubernetes environments, observability pipelines rarely follow a single, uniform pattern. Teams evolve at different speeds, workloads come with diverse performance requirements, and telemetry collectors mature at varying stages across the ecosystem. As a result, organizations often find themselves managing multiple telemetry agents across their clusters. Why does this happen, and what does it mean for scalability, performance, and operational efficiency? Discover the answers in our blog post.