How Amazee Is Building Secure Infrastructure for AI Apps
Enterprise AI adoption introduces severe compliance risks around data sovereignty, privacy, and shadow IT. Discover how Amazee addresses this tension by applying its open-source Kubernetes expertise to build region-aware secure AI infrastructure, leveraging centralized AI gateways to enforce strict governance, regional data containment, and granular spend limits without stalling engineering velocity.
How Solo.io Is Building AI-Native API Gateways for Enterprises
As enterprises transition from basic chatbots to complex, multi-model AI workflows, traditional network routing architecture falls short. Solo.io addresses this fragmentation directly with its Gloo AI Gateway, introducing token-aware rate limiting, unified LLM API abstraction layers, and automated prompt-injection guardrails to govern AI traffic at scale.
PerfectScale’s Approach to Autonomous Kubernetes Optimization
Over-provisioning containers to prevent downtime is a broken operational strategy. Discover how PerfectScale by DoiT bridges the engineering-to-finance divide by delivering continuous, autonomous, in-place resource optimization that safeguards workload SLAs without relying on destructive pod restarts.
Shift-Down Security: How Native Replaces Detection with Prevention at the Infrastructure Level
Gal Ordo, co-founder and CPO at Native Security, argues that the era of detection-based cloud security is over. In a world where AI models like
Why Kubernetes Runtime Security Needs Real-Time Defense
Pre-deployment safety is an illusion. In 2026, data reveals that 78% of image scanner alerts can be safely deprioritized because the vulnerable code path is never actually executed. Meanwhile, severe threats like ptrace-based container escapes and RBAC privilege hijacking happen entirely out-of-sight of static tools. Discover why enterprise teams are using eBPF-driven runtime security platforms like Falco, Sysdig, and Tetragon to build continuous behavioral baselines and intercept automated zero-day exploits directly within the Linux kernel layer.
Pay2Key’s Linux Ransomware Shifts Focus to Enterprise Infrastructure
Your Linux backend is no longer a safe haven. In 2026, the Iran-attributed Pay2Key group is proving that ransomware has evolved past Windows endpoints to target the core infrastructure of modern enterprise workloads. This deep dive analyzes the architecture of the new Pay2Key.I2 Linux variant—including its strict root privilege execution gate, custom /proc/mounts parsing engine, and high-velocity ChaCha20 encryption loop. Discover how to defend your enterprise cloud workloads and virtualization hosts from targeted infrastructure sabotage.
Headless Cloud Security, How Sysdig Cut Incident Response From $400 to $3.75 With AI Agents
In this episode of the SoftwarePlaza podcast, we’re joined by Emanuela Zaccone, AI and Cybersecurity Product Strategist at Sysdig, and Eric Carter, Director of Product
Why Rubrik Uses AI Gateways and Policies to Secure Agentic AI
AI agents change the security scenario because they do more than answer questions. Unlike chatbots, AI agents take action. They can search records, call tools,
Kubescape 4.0 Released with Enhanced Enterprise Kubernetes Security Features
Your Kubernetes cluster just went from complex to ridiculously complex. Now add AI agents into the mix, and you’ve got a security headache that traditional
GitHub Security Incident Hits Internal Repositories
GitHub sits at the center of modern software development. That’s why a breach affecting thousands of its internal repositories immediately became everyone’s problem. This event
How OX Security is making autonomous AppSec a reality
Boaz Barzel, Field CTO at OX Security, breaks down how AI-accelerated development is quietly multiplying vulnerabilities at scale — and what OX is doing about
How Xygeni uses AI Agents to auto remediate vulnerabilities before they become breaches
Xygeni Co-Founder & Chief Security Research Officer Luis Rodriguez joins us to unpack the growing threat of AI-powered supply chain attacks and why traditional appsec
