Make high-load web hosting easier to deploy and evaluate.
Package one auditable web runtime for reference deployments while keeping marketplace operations and customer isolation explicit.
Explore this use caseWebship 1.5.3 · AI-native edge infrastructure
Replace a fragmented web stack with one auditable Webship web server — prove the gain on your own traffic.
HTTP/1.1 through HTTP/3, WebTransport, reverse proxy, protection, and observability in one server. Design a side-by-side pilot, measure your own traffic, and migrate only when the evidence meets your gates.
- HTTP/1.1
- HTTP/2
- HTTP/3
- WebTransport
Workload-specific evaluation
Prove the fit for your infrastructure
Prove edge capacity without adding another control plane.
Validate origin protection, cache behavior, tail latency, and operational control on traffic representative of your edge network.
Explore this use caseMeasure streaming capacity before changing the delivery path.
Test HLS delivery, WebTransport paths, sustained connections, and origin pressure with traffic that reflects real viewers.
Explore this use casePut API performance and security under one reviewed operating model.
Assess predictable latency, API protection, and auditable configuration changes against your own security and compliance controls.
Explore this use caseGive distributed web traffic a measurable operating boundary.
Validate distributed web and network API delivery with explicit control-plane isolation and operational boundaries.
Explore this use caseReplace the web server only after your workload passes.
Move one route at a time, compare behavior under load, and keep the existing server ready for rollback.
Explore this use caseOne auditable Rust binaryProtection without extra network hopsAI-ready isolated control plane
Model Context Protocol infrastructure built in
An AI-native web server that automates the work around every request.
Consolidate protocol termination, routing, application protection, observability, and AI-assisted operations. Fewer edge services mean fewer invoices, fewer network hops, and less configuration drift.
AI-native MCP operations
Connect Claude Code, OpenAI, or DeepSeek through the authenticated Model Context Protocol control plane. Agents can inspect health and apply validated runtime-safe configuration changes without interrupting traffic.
Security without another service bill
Built-in WAF, DDoS controls, API Shield, security headers, and per-client budgets can replace expensive external protection hops while keeping latency inside one process.
One process instead of an edge stack
Serve static assets and proxy application traffic with bounded pools, backpressure, health checks, and explicit timeouts in one compact Rust runtime.
Modern protocols without add-ons
Negotiate HTTP/1.1, HTTP/2, and HTTP/3 over TLS 1.3, with native WebTransport when applications need bidirectional transport.
Higher density, fewer servers
Use four efficient workers to serve high-load HTTP traffic, consolidate edge hosts, and reserve more of your cloud budget for application workloads.
First-party observability
Keep metrics, request IDs, access evidence, cache status, and upstream health in-house. No third-party analytics bill and no operational data leaving your infrastructure.
Two planes, one operational boundary
Let AI operate the edge without exposing the edge to AI traffic.
Public requests stay on the high-throughput data plane. AI agents use a separate, authenticated MCP listener on a dedicated private TLS port, so autonomous operations never need access to the public traffic path.
- The MCP listener is isolated from public HTTP traffic.
- AI agents can apply validated, runtime-safe configuration changes without downtime.
- WAF, API Shield, and per-client budgets protect every configured host.
Public traffic plane
Internet
WebshipPublic data plane
StaticApp APIsMail
Isolated control plane
AI agentsClaude Code · OpenAI · DeepSeek
Dedicated TLS portLoopback or private network only
MCP control planeAuthenticated control surface
Rust reverse proxy benchmark and edge throughput
More throughput per server. More budget left for the product.
Webship reached 1,662,142 req/s on h2c in the published same-host comparison. Every chart uses identical hardware, worker count, and acceptance gates for Webship and its competitors.
Direct · HTTP/3 TLS
+86.6% · HAProxy450,558 req/s
Webship
450,558 req/s
HAProxy
241,471 req/s
Direct · h2c
+78.4% · Lighttpd1,662,142 req/s
Webship
1,662,142 req/s
Lighttpd
931,845 req/s
Comparable, reproducible evidence
Debian GNU/Linux 12 · Intel Xeon Gold 5115
5 × at least 20 seconds · 2026-09-21
Every accepted sample passed zero-error correctness gates and the published stability limits. Failed samples are never silently included.
Open the complete competitor benchmarkWebship engineering
Engineering a faster, simpler web infrastructure layer.
Practical engineering notes on high-load web delivery, Rust performance, AI-operated infrastructure, migration, and production security.
TLS Certificates in Webship: The Embedded ACME CA
See how Webship 1.4.0 issues and rotates private per-site TLS certificates with its embedded CA, how client trust works, and how embedded identities coexist with public ACME and manual certificates.
Read articleWebship: The Most RFC-Compatible Web Server in the World
Webship turns RFC requirements into explicit behavior across HTTP/1.1, HTTP/2, HTTP/3, QUIC, TLS, caching, reverse proxying, WebTransport, ACME, and the new QUERY method. Explore the complete 52-RFC standards map.
Read articleStreaming with Webship: High Throughput Without Trading Away Correctness
Learn how Webship serves and proxies large media files over HTTP/1.1, HTTP/2, and HTTP/3 using adaptive kTLS, BBR pacing, bounded buffers, and zero-error integrity gates.
Read articlePredictable licenses, not traffic tax
Evaluate Webship without a trial deadline.
Start free, move to a predictable per-server license, and keep every request and gigabyte outside a usage-based tax.
Commercial production use, updates, security patches, and unlimited requests and bandwidth.
Compare every planPriority support and configuration guidance for infrastructure your business depends on.
Contact salesCorporate payments: USD/EUR fiat invoices · Web3 payments: USDT/USDC stablecoins.
Evaluate a high-load Nginx alternative on your own traffic.
Run the signed Webship binary beside your existing edge, replay production-like traffic, and compare throughput, latency, operational effort, and server cost before moving a single request.