Should I use Kubernetes?
Open-source container orchestration, also known as K8s - kubernetes.io
Depends. Buy Kubernetes if you run many microservices across clouds and have engineers dedicated to operating clusters. Small teams with simple apps should use Docker Compose or a PaaS instead.
Confidence
High. Based on 40+ public sources: official docs, G2, Reddit, Hacker News, and security databases.
Ratings
- Value for money
- Ease of use
- Feature depth
- Support qualityCommunity project; no support-quality evidence found
- Security posture
Pricing
Free
Self-managed (open source)
ModelNot disclosed
Monthly feesNot disclosed
HardwareNot disclosed
Free tierYes
Managed (DigitalOcean Basic)$12/mo
Managed (EKS/GKE/AKS)Usage-based
Best for
- →Platform teams running many microservices
- →Multi-cloud and hybrid infrastructure
- →High-scale workloads needing autoscaling
- →Orgs with dedicated DevOps/SRE staff
Not for
- ×Solo founders and small startups — heavy overkill
- ×Teams without a dedicated ops engineer
- ×Simple apps that fit one server
- ×Anyone unwilling to learn YAML and cluster ops
Gotchas - check before you buy
high
The software is free; running it is not — nodes, load balancers, egress add up
high
RBAC misconfigurations have enabled real-world attacks; audit permissions early
medium
Some vulnerability classes are effectively unpatchable (CVE-2020-8562); plan compensating controls
medium
Control-plane and node prices differ sharply across EKS, GKE, AKS — compare before committing
Pros and cons
Pros
- +Portable, open-source orchestration that runs on every major cloud
- +Proven at extreme scale by OpenAI, CERN, and Spotify
- +Managed offerings from AWS, Azure, Google, Oracle, and DigitalOcean
- +Community-maintained public CVE feed gives transparent vulnerability tracking
- +Even critics concede it is 'a great tool' at the right scale
Cons
- −Famously steep learning curve; Reddit threads full of complexity complaints
- −Needs dedicated platform engineers to run safely in production
- −Cloud spend easily spirals; called 'a black hole of unpredictable spend'
- −Misconfigurations are a leading cause of real breaches
- −Serious overkill for small teams and simple applications
Sources & method
Analyzed 10/05/2026 - 12 sources - Mature RBAC and active security process, but a steady CVE stream and frequent misconfiguration-driven breaches.
official x2review x4security x3news x3
- CVE-2025-5187 — privilege escalation, Kubernetes privilege escalation vulnerability tracked in SentinelOne's database.
- CVE-2020-8562 — unpatchable vulnerability class, Datadog Security Labs documents Kubernetes flaws that cannot be fully patched.
- CVE-2025-9708, NVD-listed Kubernetes flaw published September 2025.
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