Cloud Security coverage from Vuln Post holds 20 articles, 16 of them reference guides. The newest was published on October 16, 2026. New stories are added as soon as they are confirmed, from more than 150 sources checked as often as every 45 seconds. Each story lists its sources. Primary sources we follow for this section include Kubernetes: Security Concepts and NIST Cybersecurity Framework.
Horizon3.ai details how its NodeZero platform helps banks meet European Central Bank cybersecurity guidelines through autonomous penetration testing and attack path validation.
Microsoft shares technical specifics on how the Maia 300 platform supports large-scale autonomous agent workloads within its cloud infrastructure.
Key management services separate cryptographic logic from application code, reducing the attack surface while introducing new dependencies that require strict access controls.
Unchecked identity growth creates invisible attack paths that bypass network controls and standard access reviews.
Misconfigured token scopes and silent replay attacks allow attackers to pivot through your cloud without triggering standard identity alerts or requiring credentials.
Default Kubernetes configurations expose your entire cluster to public internet attacks because the control plane assumes a trusted, isolated network environment that rarely exists in reality.
Static scanning misses runtime drift, so you must combine configuration checks with live workload telemetry to catch ephemeral risks.
Ukrainian drone strikes on three Russian facilities have forced Yandex into emergency mode, affecting cloud clients and consumer apps.
Cloud workload protection shifts defense from the network perimeter to the application itself, neutralizing threats that bypass traditional firewalls.
Specialized AI cloud providers saw revenues surge 223% last quarter, yet confusing messaging may stall enterprise adoption.
Landing zones fail when teams treat them as static infrastructure rather than dynamic policy engines that enforce guardrails across every workload.
Most container breaches occur not by breaking the kernel, but by exploiting misconfigured host mounts and privileged runtime flags that grant unintended access.
Private endpoints move traffic off the public internet, but they shift the attack surface to your internal network and require stricter segmentation controls.
Serverless security risks stem from misplaced trust in the provider, where configuration errors and code flaws bypass traditional perimeter defenses entirely.
An unauthenticated Docker API endpoint grants full control over the host operating system, allowing attackers to execute commands, steal data and pivot to other systems without user interaction.
Micro-segmentation isolates workloads at the instance level, rendering lateral movement impossible even if the perimeter is breached.
Temporary access eliminates the persistent attack surface created by standing privileges, forcing attackers to breach active sessions rather than dormant accounts.
Binding the Docker daemon to a Unix socket removes the network attack surface entirely, forcing all management traffic through local authentication and audit logs.
Treating infrastructure rules as version-controlled software catches configuration drift before it becomes a security incident, shifting enforcement from manual audits to automated gates.
Security responsibility shifts from infrastructure management to application configuration as you move up the service stack.