Cloud Optimization | Hokstad Consulting

Cloud Optimization

Blog posts in the Cloud Optimization category

Integrating FluxCD with CI/CD Pipelines: A Guide

Connect FluxCD to CI pipelines: bootstrap Flux, secure Git access, enable image automation, and validate GitOps deployments for Kubernetes.

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VPA Best Practices for Kubernetes Clusters

VPA best practices for Kubernetes: install, modes, resource policies, monitoring, and integrating with HPA/Cluster Autoscaler to reduce waste and stabilise workloads.

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AI in DevOps: Reducing Recurring Incidents

AI reduces recurring DevOps incidents with predictive alerts, automated root-cause analysis, alert deduplication and self-healing.

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AI in Multi-Cloud Resource Optimisation

AI reduces multi‑cloud costs, automates rightsizing and governance, and boosts performance with predictive scaling and unified workload orchestration.

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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.

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How to Monitor MFA for Compliance Standards

Continuous MFA monitoring with centralised logs, anomaly detection and phishing-resistant authenticators is essential to close compliance gaps and stop identity attacks.

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Behavioural Anomaly Detection: Use Cases in DevOps

Behavioural anomaly detection uses ML on logs, metrics and traces to detect infrastructure, performance and security issues in cloud-native DevOps.

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Cloud Cost Overruns: Prevention Tactics

Practical tactics—budgets, autoscaling caps, rightsizing, tagging and governance—to cut cloud costs 15–25%.

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Service Mesh vs. API Gateway: Cost Impacts

Compare API gateway and service mesh costs across infrastructure, scaling, licensing and operations to see which is more cost‑effective for your cloud setup.

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Why Energy Efficiency Matters in CI/CD Pipelines

CI/CD pipelines waste energy and money; optimise triggers, images, caching and scheduling to cut carbon emissions and cloud costs.

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How to Track Idle Cloud Resources

Practical steps to find and manage idle cloud resources — tagging, monitoring, automation and audits to reduce waste and lower cloud costs.

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Reducing Cloud Costs with KEDA Autoscaling

Save 25–40% on Kubernetes cloud spend with KEDA: event-driven autoscaling that scales to zero, integrates with HPA and cluster autoscalers to cut idle costs.

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