Honest, experience-based deployment & hosting comparison from engineers who have shipped production systems with both.
Vercel vs AWS: Vercel is the best developer experience for frontend and full-stack Next.js applications. AWS offers unlimited flexibility for complex backend infrastructure. Many teams use both. Need help choosing? Get a free consultation →
3
Vercel Wins
0
Ties
3
AWS Wins
| Criteria | Vercel | AWS | Winner |
|---|---|---|---|
| Developer Experience | 10/10 | 5/10 | Vercel |
WhyVercel: git push → live in seconds. Automatic preview deployments, zero config. AWS requires configuring VPCs, security groups, load balancers — or using higher-level abstractions. | |||
| Service Breadth | 3/10 | 10/10 | AWS |
WhyAWS has 200+ services for every workload imaginable. Vercel focuses on frontend hosting, serverless functions, and edge computing — a narrow but excellent scope. | |||
| Cost at Scale | 5/10 | 9/10 | AWS |
WhyVercel pricing scales with usage and can become expensive for high-traffic sites. AWS offers Reserved Instances, Savings Plans, and more granular cost control. | |||
| Frontend Performance | 10/10 | 7/10 | Vercel |
WhyVercel's Edge Network is optimized for frontend delivery: automatic CDN, edge middleware, ISR, and image optimization. AWS requires CloudFront configuration for similar results. | |||
| Backend Capabilities | 4/10 | 10/10 | AWS |
WhyAWS offers databases (RDS, DynamoDB), queues (SQS), containers (ECS/EKS), ML (SageMaker), and hundreds more. Vercel has serverless functions only. | |||
| Preview Deployments | 10/10 | 3/10 | Vercel |
WhyEvery git branch gets a unique preview URL on Vercel automatically. AWS requires custom CI/CD pipeline setup for similar functionality. | |||
Scores use a 1–10 scale anchored to production behavior, not vendor marketing. 10 = production-proven at scale across multiple ZTABS deliveries with no recurring failure modes; 8–9 = reliable with documented edge cases; 6–7 = workable but with caveats that affect specific workloads; 4–5 = prototype-grade or stable only in a narrow slice; below 4 = avoid for new work. Inputs: vendor docs, GitHub issue patterns over the last 12 months, our own deployments, and benchmark data cited in the table when applicable.
Vendor-documented numbers and published benchmarks. Sources cited inline.
| Metric | Vercel | AWS | Source |
|---|---|---|---|
| Global edge/POP footprint | ~119 edge POPs (Vercel Edge Network) | 34 geographic regions + 700+ CloudFront POPs | vercel.com/docs · aws.amazon.com/about-aws/global-infrastructure |
| Service catalog breadth | Hosting, Edge/Serverless Functions, KV, Postgres, Blob (focused) | 200+ services across compute, storage, DB, ML, analytics, networking | vercel.com/docs · aws.amazon.com/products |
| Entry paid plan (team) | Pro: $20/user/mo + usage | Pay-as-you-go only; no seat fee | vercel.com/pricing · aws.amazon.com/pricing |
| Free tier bandwidth | 100 GB/mo Hobby (free, non-commercial) | 100 GB/mo out to internet (free tier, 12 mo) | Vendor pricing pages |
| Serverless function max duration | 300s (Pro), 900s (Enterprise) — Node/Edge | 900s (AWS Lambda) | vercel.com/docs/functions · docs.aws.amazon.com/lambda |
| Lambda-class cold start (Node, typical) | Edge Functions: <50 ms (isolate) · Serverless: ~150-600 ms | Lambda Node cold start: ~150-800 ms (region-dependent) | Public cold-start benchmarks (mikhail.io, fillipvt) (indicative) |
| Preview deployment per branch | Automatic URL per git branch | Manual setup via Amplify, CodeDeploy, or custom CI | vercel.com/docs/deployments · aws.amazon.com/amplify |
| Compliance certifications | SOC 2 Type II, HIPAA (Enterprise), ISO 27001 | SOC 1/2/3, HIPAA, PCI-DSS, FedRAMP High, ISO 27001/17/18, IRAP, many more | vercel.com/security · aws.amazon.com/compliance |
Vercel built Next.js — deployment is zero-config with the best possible optimization.
AWS provides the databases, queues, containers, and networking that microservices require.
Vercel's Edge Network delivers the fastest frontend experience with minimal setup.
AWS provides the compliance certifications, service breadth, and infrastructure control that enterprises need.
The best technology choice depends on your specific context: team skills, project timeline, scaling requirements, and budget. We have built production systems with both Vercel and AWS — talk to us before committing to a stack.
We do not believe in one-size-fits-all technology recommendations. Every project we take on starts with understanding the client's constraints and goals, then recommending the technology that minimizes risk and maximizes delivery speed.
Based on 500+ migration projects ZTABS has delivered. Ranges include engineering time, QA, and a typical 15% contingency.
| Project Size | Typical Cost & Timeline |
|---|---|
| Small (MVP / single service) | $4K–$15K, 1–4 weeks. Marketing site or hobby app: replace Vercel auto-detect with Amplify or S3 + CloudFront + Lambda@Edge. Biggest cost is recreating preview-deployment parity in GitHub Actions ($2K–$5K of ops work). |
| Medium (multi-feature product) | $25K–$110K, 8–18 weeks. Production Next.js app: ISR/SSR behavior on Vercel does not map 1:1 to Lambda + CloudFront — OpenNext or SST re-implementation dominates ~40% of spend. Image optimization and edge middleware each need a replacement service (Lambda@Edge, CloudFront Functions). |
| Large (enterprise / multi-tenant) | $120K–$400K+, 4–10 months. Multi-region Next.js platform: VPC + IAM + WAF + CloudFront + Lambda + S3 wiring, plus Terraform/CDK for infrastructure-as-code. Plan a 45–90 day parallel-run with DNS-weighted cutover. |
Under ~500K function invocations/mo and typical Next.js traffic, Vercel saves 1-2 engineer-weeks of DevOps setup. Past ~10M invocations or sustained traffic, AWS Lambda + CloudFront can run 40-60% cheaper — with the ops cost traded for spend.
Specific production failures we have seen during cross-stack migrations.
Free tier hides bandwidth costs until a spike. Read the pricing page before you go viral — unexpected $500-5,000 bills follow organic traffic surges.
Features like ISR, middleware, and RSC ship on Vercel first and lag on AWS OpenNext/Amplify integrations by weeks to months. Audit feature support before planning a move.
Third-way tools and approaches teams evaluate when neither side of the main comparison fits.
| Alternative | Best For | Pricing | Biggest Gotcha |
|---|---|---|---|
| Netlify | JAMstack sites, static-first workloads, and teams wanting simple forms/functions. | Free tier; Pro $19/mo/user. | Functions runtime limits narrower than Vercel; less optimized for Next.js. |
| Cloudflare (Pages + Workers) | Global edge compute, zero-egress R2 storage, and very low-cost bandwidth. | Free tier; Workers Paid $5/mo (10M req). | Workers memory/CPU limits stricter than Lambda; framework adapters still maturing. |
| Railway | Small/medium teams deploying Dockerfiles, Postgres, and background workers simply. | Hobby from $5/mo resource credit; usage-based. | Cost scaling less predictable at high traffic; no edge CDN. |
| Fly.io | Full-stack apps wanting multi-region Docker deploys with Postgres clusters. | Pay-as-you-go; shared-cpu-1x from ~$1.94/mo. | Occasional platform incidents; less polished UI than Vercel. |
Sometimes the honest answer is that this is the wrong comparison.
Vercel's serverless model is tuned for stateless functions. Long-running jobs, databases, and GPU workloads belong on AWS, GCP, or specialized hosts.
Vercel has enterprise tiers, but AWS' compliance portfolio is wider and deeper. Tightly regulated industries usually land on AWS.
Our senior architects have shipped 500+ projects with both technologies. Get a free consultation — we will recommend the best fit for your specific project.