OmniRoute / Documented comparison

Compare the controls that matter.

Review common gateway failure modes and a dated comparison sourced from public project documentation.

Common failure modes

Match each failure to a specific control.

See which control addresses each common failure mode.

Without routing

With OmniRoute

Quota expires unused

Track and drain the allowance you already have

Rate limits stop you mid-task

4-tier auto-fallback in milliseconds

Tool output burns tokens

12-engine compression, 15–95% on eligible content

Expensive APIs add up

Cost-optimized routing can pick the cheapest eligible target

Each tool needs its own setup

One endpoint and one dashboard

A provider is unavailable from your network

Proxy scopes and client-fingerprint controls

One dead key breaks a provider

Breaker, cooldown and lockout isolate the failure

A team shares one subscription

Key pools and fair-share quotas

You need local control of routing data

Local-first storage with encrypted credentials

No spend or health visibility

Usage, quota, savings and latency analytics

Documentation snapshot

Trade-offs — How the gateways compare
CapabilityTrade-offs	OmniRouteLocal AI gateway (opens in a new tab)	9RouterCoding subscription router (opens in a new tab)	LiteLLMSDK and team gateway (opens in a new tab)	CLIProxyAPICLI account proxy (opens in a new tab)
Best fit	Local routing and agent toolsCompression, fallback and account management.	Pool coding subscriptionsSwitch to cheap or free models when quotas run out.	Team keys and budgetsShared provider access with spend controls.	CLI accounts over HTTPUse Codex, Claude and Gemini accounts through an API.
What to consider	Larger app to runDashboard and agent features add configuration.	Account quotas still applyFallback needs another account or provider.	Extra services at scaleProduction deployments can add Postgres & Redis.	Separate analytics toolsUsage history and dashboards come from companion projects.
Deployment model	Node.js / Docker / desktop	Node.js / Docker	Python SDK / proxy / Docker	Go binary / Docker / SDK
License	MIT	MIT	MIT core + commercial features	MIT

Routing — How the gateways compare
CapabilityRouting	OmniRouteLocal AI gateway (opens in a new tab)	9RouterCoding subscription router (opens in a new tab)	LiteLLMSDK and team gateway (opens in a new tab)	CLIProxyAPICLI account proxy (opens in a new tab)
ProvidersPublished coverage; counting methods differ.	375 registered providersIncludes chat, media, local & system collections.	40+ README / 60+ websitePublished sources differ; verify needed models.	100+ LLM integrationsProvider abstraction through SDK & proxy.	CLI accounts + compatible APIsCodex, Claude, Gemini, Grok & custom upstreams.
Routing strategiesHow an eligible upstream is selected.	Cost, quota & task-aware	Round-robin / priority	Cost, latency & usage-aware	Round-robin / weighted / fill-first
Fallback & recoveryWhat happens when an upstream fails.	4-tier fallbackSubscription → API → cheap → free.	3-tier fallbackSubscription → cheap → free; account rotation.	Retries, priorities & fallbacksPolicies and cooldowns per deployment.	Credential failover & retriesSession affinity and account cooldowns.
Token compressionPrompt reduction, separate from caching.	12-engine pipelineRTK, Caveman, Headroom & more.	RTK & CavemanOptional external Headroom service.	No pipeline documented	No pipeline documented

Protocols — How the gateways compare
CapabilityProtocols	OmniRouteLocal AI gateway (opens in a new tab)	9RouterCoding subscription router (opens in a new tab)	LiteLLMSDK and team gateway (opens in a new tab)	CLIProxyAPICLI account proxy (opens in a new tab)
Client API compatibilitySupported client request formats.	OpenAI / Claude / GeminiIncludes Responses API translation.	OpenAI / Claude / GeminiIncludes Responses & Ollama translation.	Unified OpenAI-style APISDK and proxy normalize provider formats.	OpenAI / Gemini / Claude / Codex
Built-in MCP serverGateway tools versus proxying MCP servers.	110 gateway toolsstdio, HTTP & SSE transports.	Not documented	MCP gatewayConnect and govern external MCP servers.	Companion projectsMCP tools are described in ecosystem projects.
A2A protocolAgent-to-agent protocol support.	A2A server & agent skills	Not documented	A2A agent gateway	Not documented
Upstream authenticationProvider accounts, separate from dashboard SSO.	OAuth & API keys	OAuth & API keys	API keys & subscription sign-inClaude, Codex & Copilot flows differ by client.	CLI OAuth & API keys

Resilience & security — How the gateways compare
CapabilityResilience & security	OmniRouteLocal AI gateway (opens in a new tab)	9RouterCoding subscription router (opens in a new tab)	LiteLLMSDK and team gateway (opens in a new tab)	CLIProxyAPICLI account proxy (opens in a new tab)
Failure-isolation layersThe scope of a failure or cooldown.	Provider / account / modelCircuit breakers, cooldowns & model lockout.	Account backoff & fallback	Deployment cooldowns & retries	Credential / model cooldowns
GuardrailsContent safety controls in the request path.	PII & prompt-injection controls	Not documented	Guardrail framework & integrations	No framework documented
Persistent memoryStored context for later conversations.	FTS5 + vector retrievalOpt-in memory with retention controls.	Not documented	User / team memory APIPostgres-backed; clients retrieve & inject context.	Not documented
Response cachingReuse responses; distinct from agent memory.	Semantic response cache	Not documented	Response & semantic caching	Session affinity for upstream reuseAccount stickiness, not a response cache.

Operations — How the gateways compare
CapabilityOperations	OmniRouteLocal AI gateway (opens in a new tab)	9RouterCoding subscription router (opens in a new tab)	LiteLLMSDK and team gateway (opens in a new tab)	CLIProxyAPICLI account proxy (opens in a new tab)
Dashboard & observabilityHow operators inspect gateway activity.	Built-in dashboardUsage, quotas, savings & latency.	Built-in dashboardUsage tracking and optional request logs.	Admin UI & spend tracking	Management API + companion UIsCore usage statistics removed since v6.10.0.
Spend & quota controlsUsage visibility versus policy enforcement.	Key quotas & routing budgets	Usage tracking & tiered fallback	Key / user / team budgets	Account quota recoveryBroader spend analytics use companions.
Self-hostableRun the gateway on infrastructure you control.	Yes	Yes	Yes	Yes
Commercial boundaryPaid features and companion licenses.	MIT projectYou operate your deployment and providers.	MIT projectYou operate your deployment and accounts.	Some features require a licenseReview the current enterprise feature list.	MIT core; check companion licenses

Built inNeeds setupSeparate integrationNot documentedDetails