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.
Gartner’s 2026 Planning Guide for Cybersecurity makes one message unmistakably clear: the center of gravity in cybersecurity is shifting toward identity, access, and data control. As geopolitical instability, AI-driven workflows, and hybrid infrastructures expand attack surfaces; organizations can no longer rely on perimeter defenses or fragmented tooling. Instead, resilience in 2026 will be determined by how well enterprises control privileged access and data usage across humans, machines, and AI systems. This is precisely where Privileged Access Management (PAM) and Database Activity Monitoring and Dynamic Data Masking (DAM / DDM) move from “important” to foundational.
In today’s interconnected digital world, IT and OT systems increasingly require seamless yet secure remote access solutions. Traditional VPN-based methods, while prevalent, often fall short in meeting modern security and operational demands. This blog explores how Privileged Access Management (PAM) solutions can address these challenges with innovative approaches tailored for hybrid IT and OT environments.
The Telecommunications Security Act (TSA) was established to strengthen the resilience and integrity of telecom networks. It mandates that service providers implement robust controls to prevent unauthorized access, safeguard customer data, and ensure operational continuity. For telcos, this means going beyond perimeter defenses — ensuring that every administrative and network access point is secured, monitored, and compliant with stringent standards. In essence, TSA shifts the focus from reactive security to proactive compliance, demanding greater visibility and accountability in how privileged access is managed.
Kubernetes is now the foundation of modern cloud-native platforms — microservices, CI/CD workflows, service meshes, API gateways, and distributed applications all run on it. But the more dynamic and scalable Kubernetes becomes, the more overwhelming its logs get. Every pod, container, sidecar, and node generates streams of data. Multiply this by autoscaling, rapid deployments, and distributed clusters, and organizations quickly find themselves drowning in logs they can’t efficiently store, analyze, or even route properly. This is exactly where Kron Telemetry Pipeline (Kron TLMP) brings clarity, cost control, and architectural simplicity.