Cloud Security coverage from BlueTeam Insider holds 21 articles, 17 of them reference guides. The newest was published on October 21, 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 NIST Cybersecurity Framework and Cloud Security Alliance.
ConnectWise disabled services after attackers stole application credentials to access Microsoft 365 tenants, prompting an investigation into the breach.
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Dozens of Google Cloud products in the London region failed, causing Revolut to halt card payments and app access for millions of users across Europe.
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ConnectWise halted Cloud Backup, SaaS Security, and Cloud Management after detecting unauthorized access to application identities within its infrastructure.
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Scanning images reveals known code flaws but misses runtime attacks, meaning your security posture depends on how you handle what the scanner ignores.
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Code scanners miss runtime configuration drift, meaning your secure templates often produce insecure, vulnerable cloud environments that bypass initial security checks.
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Most cloud breaches persist because responders rely on manual logs instead of automated containment scripts that trigger within seconds.
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Treating all automated traffic as malicious creates blind spots that allow credential stuffing and data scraping to bypass standard security controls undetected.
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Sekoia launches a digital risk platform to monitor stolen credentials on dark web markets, aiming to detect identity exposure before attackers exploit it.
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Cloud detection tools often miss the real threat because they monitor infrastructure state rather than the identity actions that grant attackers persistent access.
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Orphaned cloud resources persist because deletion workflows fail silently, leaving active billing hooks and hidden attack surfaces that standard dashboards often miss entirely.
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Cloud audit logs record every action taken in your environment, but they cannot prove who held the keys when the action occurred or why it happened.
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Most cloud breaches fail not because of weak encryption, but because attackers exploit overly broad permissions that allow them to encrypt data without touching the underlying infrastructure.
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Most teams lose the attacker because they reset credentials before isolating the compromised account, allowing the intruder to maintain access through other channels.
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Holding your own encryption keys prevents cloud providers from accessing your data, even if their internal systems are compromised or subpoenaed.
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Managing hybrid cloud security requires treating your on-premises data center and public cloud accounts as a single, continuous perimeter rather than two separate fortresses.
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Most cloud audit logs record successful actions but fail to capture the specific configuration changes that lead to privilege escalation.
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Compliance frameworks measure your process maturity, not your actual security posture, creating a gap where you pass audits while remaining vulnerable to modern threats.
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A landing zone is not a template but a continuous enforcement loop that rewrites your cloud configuration to match policy every time it drifts.
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Cloud incident response fails when teams treat virtual assets like physical servers, ignoring the rapid speed of API-driven containment and the opacity of shared responsibility.
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Most cloud audits fail because they treat infrastructure as static, missing the dynamic risks created by automated deployment pipelines.
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Multi-factor authentication fails when you rely on convenience features like push notifications, which attackers exploit through fatigue attacks and sophisticated phishing proxies.
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