Actix Web
Powerful, pragmatic, and extremely fast web framework
Quick Verdict
Score Breakdown
6 dimensions evaluated with transparent methodology
Consistently top benchmarks across frameworks
- Consistently #1 in TechEmpower benchmarks
- Actor-based architecture for concurrency
- Zero-copy where possible
- −1 Complex apps may not see benchmark gains
- −1 Compile times for large projects
Pragmatic API with good documentation
- Comprehensive documentation
- Request guards and extractors
- Middleware support
- −11 Actor model adds complexity
- −11 Macro-heavy API
- −11 Steeper learning curve than Axum
Mature ecosystem with many integrations
- actix-web-actors for actor patterns
- SQLx, Diesel, SeaORM integrations
- OpenAPI with paperclip
- −12 Some packages outdated
- −12 Smaller than JS ecosystems
- −12 Community fragmented across frameworks
Stable with long history in Rust ecosystem
- Active maintenance since 2017
- Stable API
- Good release notes
- −9 Actix-rt runtime dependency
- −9 Historical controversies resolved
Maximum efficiency, minimal infrastructure
- MIT/Apache licensed
- Minimal cloud resource usage
- Single binary deployment
- −2 Rust expertise cost
- −2 Slower initial development
Memory-safe with mature security practices
- Memory safety from Rust
- CORS middleware
- Rate limiting available
- −6 Security audit documentation limited
- −6 Manual CSRF setup
Compare Alternatives
How Actix Web stacks up against similar technologies
Sources & Methodology
How we calculate these scores: transparent and reproducible
GitHub
Repository activity, stars, contributors, issue resolution time
Crates.io
Rust package downloads, dependencies, version history
OSV Database
Known vulnerabilities, security advisories, CVE tracking
Community Signals
Stack Overflow activity, Discord engagement, developer surveys
2.5.0 Last updated: 2026-01-27 Confidence: 88%