Benchmarking Containers and VMs for Applications
Compare containers and virtual machines by startup speed, memory/CPU overhead, application performance, density and isolation to inform deployment choices.
Read moreBlog posts in the Resource Allocation category
Compare containers and virtual machines by startup speed, memory/CPU overhead, application performance, density and isolation to inform deployment choices.
Read moreCompare HPA and Cluster Autoscaler to reduce Kubernetes costs: when to use each, how they interact, and best practices to maximise savings.
Read moreCompare seven rate-limiting algorithms—token/leaky buckets, fixed and sliding windows, and GCRA—to weigh memory, accuracy and burst handling for APIs and distributed systems.
Read moreClear breakdown of vertical scaling in the cloud: when it’s effective, how hardware limits and licensing inflate costs, and practical steps to optimise performance and spend.
Read moreA step-by-step guide to prioritise workloads for cloud migration: assess readiness, map dependencies, size resources and plan phased migration waves.
Read moreCompare PAYG and reserved cloud pricing to learn savings, risks and when to reserve versus use on‑demand for lower, more predictable costs.
Read moreHow to diagnose and fix performance, resource and configuration issues in multi-cluster CI/CD using metrics, logs and traces.
Read moreMonitoring event-driven systems demands measuring latency, traffic, errors and saturation — plus MELT and tracing — to avoid silent failures.
Read moreAutomating private cloud scaling with monitoring, IaC and Kubernetes ensures predictable performance and efficient use of limited hardware resources.
Read moreCompare Prometheus, Argo CD and CI/CD tools with security scanners and best practices for observability, cost control and multi‑cluster monitoring.
Read morePrepare and negotiate cloud commitment renewals: forecast demand, identify idle resources, choose the right commitment type and avoid costly auto‑renewals.
Read moreHow unified monitoring, traffic prioritisation and AI maintain consistent QoS across on‑premises and cloud networks.
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