Comparisons
Feature matrix

Architectural & Feature Breakdown

A transparent look at latency, pricing, privacy, and infrastructure across modern link shorteners.

Capability Shaf Bitly Dub Short.io
Global Edge Network
300+ Anycast cities (Cloudflare)
Centralized US cloud Vercel Serverless edge AWS centralized clusters
Average Redirect Latency
Sub-15ms worldwide
150ms – 350ms 45ms – 90ms 120ms – 200ms
Branded Custom Domains
Unlimited + Free TLS 1.3
From $35/mo (tier-locked) 3 included (tiered) 5 included (tiered)
Monthly Redirect Quotas
Unlimited (no shutoffs)
Strict limits + overages Tiered quotas Tiered quotas
Click Tracking Privacy
Zero cookies (server-side edge)
Tracking cookies & pixels Client-side cookies Cookie-based tracking
1-Command Self-Hosting
Yes (Cloudflare / Docker)
No (closed proprietary) Partial / complex setup No (closed proprietary)
Official Developer SDKs
TS, Python, Rust, Go, Kotlin, C++
Legacy REST only TypeScript / Python Basic REST API
FAQ

Frequently Asked Questions

Why do marketing and engineering teams choose Shaf over legacy shorteners?

Shaf delivers sub-15ms global redirects using Cloudflare Anycast edge routing, includes unlimited custom domains with automated TLS 1.3 for free, and provides zero-cookie click analytics compliant with GDPR and CCPA without tiered paywalls.

How does Shaf compare to Bitly on pricing and custom domains?

While Bitly locks custom domains behind expensive tiers ($35/mo to $300/mo) and imposes strict monthly click quotas with overages, Shaf includes unlimited custom domains, automated certificates, and unlimited link redirects at transparent, predictable pricing.

Can I self-host Shaf on my own infrastructure?

Yes. Shaf is fully open source and supports 1-command deployment onto your own Cloudflare account (Workers + D1 + KV) or standard Docker containers with full telemetry ownership.

Can I migrate my existing short links from Bitly, Dub, or Short.io?

Yes. Shaf provides CSV import tools to bulk migrate short codes, destinations, tags, and custom domain routing without losing existing link equity or breaking redirects.