Cloud Security coverage from TechSec Feed holds 12 articles, 11 of them reference guides. The newest was published on October 14, 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.
Cloud data exfiltration often hides in plain sight within standard API calls, requiring teams to look beyond volume metrics and analyze the semantic context of data movement.
Hybrid cloud security relies on identity as the perimeter, where access policies follow the user across distinct infrastructure boundaries without relying on network topology.
Most cloud security breaches go undetected because logging configurations exclude metadata needed to reconstruct attack paths across distributed services.
Data residency rules force you to treat server location as a security control, creating hidden friction in disaster recovery and compliance audits.
Physical attacks on Sasovo, Kaluga and Vladimir facilities disrupt Yandex Disk and Cloud services, prompting warnings about data access and stability.
Fixing flaws during code authoring costs less and prevents deployment, unlike scanning artifacts after they are built and stored.
Most organizations fail because they recover data but forget the network routes and identity permissions that make that data usable.
Just in time access control eliminates standing privileges, ensuring users hold zero permissions until the precise moment they need to perform a specific task.
Small firms often waste budget on idle standby servers while ignoring the silent cost of manual configuration drift that destroys recovery speed.
Excessive permissions often hide in dormant service accounts that bypass standard human-centric monitoring and alerting thresholds.
Cryptomining malware often hides in plain sight by mimicking legitimate container traffic and exploiting idle compute resources during off-hours.
Serverless architectures shift the attack surface from the operating system to the function configuration and event triggers, hiding threats in plain sight within standard cloud logs.