
Cloud Shared Responsibility Model: Who Fixes What
The provider secures the cloud infrastructure itself, while you remain liable for every configuration error and data leak within your tenant.
Cloud Security coverage from Malware Brief holds 13 articles, 12 of them reference guides. The newest was published on October 9, 2026. New stories are added as soon as they are confirmed, from more than 50 sources checked as often as every 45 seconds. Each story lists its sources. Primary sources we follow for this section include CIS Benchmarks and Kubernetes: Security Concepts.

The provider secures the cloud infrastructure itself, while you remain liable for every configuration error and data leak within your tenant.

API security fails not because of weak encryption, but because developers assume the cloud provider handles logic flaws and identity verification.

Most cloud audit logs fail not because data is missing, but because noise drowns out the signal, rendering detection impossible without strict filtering.

Landing zones prevent configuration drift but introduce architectural complexity that slows initial deployment and masks underlying policy failures.

SaaS posture management exposes configuration drift and shadow IT by continuously mapping application settings against a defined security baseline.

Compliance fails when teams treat it as a static badge rather than a continuous verification of configuration drift and identity boundaries.

Service meshes automate traffic encryption and policy enforcement, but they introduce latency and obscure the underlying application logic from simple network tools.

The network boundary has dissolved, meaning your security posture now depends entirely on verifying who or what is making every single request.

Audit logs reveal who changed what, but they rarely explain why, leaving a gap between action and intent that attackers exploit.

Data leaves your cloud environment through legitimate application logic, not just broken firewalls, making traditional perimeter defence largely ineffective against modern theft.

Translating security rules into machine-readable scripts prevents configuration drift and removes human error from cloud deployments.

Missing logs destroy forensic timelines, forcing teams to reconstruct attacker movements from incomplete network traces and memory dumps rather than audit trails.

The updated platform introduces interactive maps and standardised components to help journalists access traffic metrics without deep technical expertise.