AI in Multi-Cloud Risk Mitigation
AI monitors, detects and automates security, compliance and FinOps across multiple cloud providers to reduce risks and cut costs.
Read moreBlog posts in the Automation category
AI monitors, detects and automates security, compliance and FinOps across multiple cloud providers to reduce risks and cut costs.
Read moreBehavioural anomaly detection uses ML on logs, metrics and traces to detect infrastructure, performance and security issues in cloud-native DevOps.
Read moreAI secures CI/CD pipelines with real-time code and log analysis, automated vulnerability scanning and remediation, fewer false positives and automated compliance.
Read moreEmbed automated compliance scans into CI/CD to find issues early—shift-left checks, policy-as-code, SBOMs and layered SAST/DAST/SCA for UK regulatory readiness.
Read moreActionable CI/CD guidance on automating tests, monitoring pipelines, shifting security left and improving collaboration to speed delivery and reduce failures.
Read morePractical steps to find and manage idle cloud resources — tagging, monitoring, automation and audits to reduce waste and lower cloud costs.
Read moreAutomate IAM evidence collection with Audit Manager, CloudTrail and AWS Config; organise S3 storage, enable full logging and stay audit-ready.
Read moreStep-by-step guidance to build GDPR-compliant IAM: RBAC/ABAC choices, MFA, automated provisioning, audits and data minimisation to reduce risk.
Read moreUnify patching for Windows, macOS, Linux and third-party apps: maintain an asset inventory, prioritise by CVSS, and automate testing and deployment for security and compliance.
Read morePractical IAM checklist to meet HIPAA Privacy, Security and Breach Notification rules — MFA, RBAC, encryption, audit logging, BAAs and six-year records.
Read morePractical steps to cut energy use in hybrid cloud: audit resources, right-size workloads, use efficient hardware and cooling, and automate monitoring and scaling.
Read moreAI shifts Kubernetes monitoring from reactive noise to proactive, predictive observability—improving detection and efficiency but requiring extra compute and specialist skills.
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