CrabiX vs OpenRouter: local router or cloud API marketplace?

What should you remember?

• OpenRouter is cloud-first and marketplace-oriented.
• CrabiX is local-first and user-provider-account-oriented.
• CrabiX does not add token markup; users pay their providers directly.
• OpenRouter can be one provider inside a CrabiX routing pool.

When is OpenRouter the better choice?

OpenRouter is better when a developer wants fast access to many hosted models through one cloud API and does not want to manage separate provider accounts or local routing software.

It reduces account sprawl by centralizing access through a marketplace.

It can be convenient for pay-per-use experimentation. OpenRouter's documentation states that provider pricing is passed through without markup and that a fee is charged when purchasing credits.

The tradeoff is cloud dependency and marketplace economics.

When is CrabiX the better choice?

CrabiX is better when a developer already has subscriptions, API keys, or local model runtimes and wants to coordinate them locally. The user keeps direct provider relationships instead of routing everything through one hosted marketplace.

CrabiX can use OpenRouter as one configured provider, but does not require it.

Local-first routing keeps keys and workspace context on the user's machine.

CrabiX adds dashboard, workspace, agents, MCP/Skills, AI Corp, and launch workflows beyond API aggregation.

Which option is better for token costs?

CrabiX is designed for users who want no CrabiX token markup and direct provider billing. OpenRouter can simplify access, but marketplace routing may carry its own pricing model and should be evaluated per model and provider.

Users with existing provider subscriptions may get more value by routing those subscriptions directly. CrabiX itself uses flat app pricing — Free at $0 and Pro at $19 per month — independent of token volume.

Pay-per-use marketplace access can still be useful for models the user does not want to configure separately.

The best answer depends on the user's provider mix and usage volume.

How do I point Cursor or Claude Code at CrabiX instead of OpenRouter?

Both expose OpenAI-compatible APIs, so switching is mostly a base-URL change: point the client at the CrabiX endpoint, localhost:3721/v1, instead of the OpenRouter API base. CrabiX then routes each request across the providers configured in its pool, which can still include OpenRouter. For supported coding tools, the `crabix launch` command applies the gateway configuration automatically and backs up the native config so the original setup can be restored.

CrabiX exposes an OpenAI-compatible localhost endpoint, so any client that can call OpenRouter's API shape can call CrabiX instead.

The CrabiX Launch workflow covers 15 integrations at launch, including claude, codex, vscode, cline, and opencode, and backs up native tool configs before changing anything.

Switching the endpoint does not mean leaving the marketplace: OpenRouter can stay in the pool as one of the configured providers.

Can CrabiX route to local models as well as cloud providers?

Yes. CrabiX treats local runtimes such as Ollama and LM Studio as providers alongside cloud accounts, so one routing policy can cover both. OpenRouter is a hosted marketplace and does not run models on the user's machine, although it can serve as the cloud side of a mixed local-plus-cloud pool inside CrabiX.

CrabiX is designed around provider routing policies — 13 strategies, including Price and Latency — that apply to local and cloud providers alike.

A price-oriented policy can try local models first and reach hosted providers only when a request needs them.

This local-plus-cloud mix is the main structural difference: OpenRouter aggregates hosted models behind one cloud API, while CrabiX coordinates whatever the user already runs or pays for.

CrabiX vs OpenRouter at a glance

FAQ

Can CrabiX use OpenRouter?

Yes. OpenRouter can be configured as one provider in the CrabiX routing pool if the user wants it. OpenRouter appears in the CrabiX provider catalog of 250+ providers, and routing strategies treat it like any other configured account.

Does CrabiX replace OpenRouter for every use case?

No. OpenRouter is convenient for hosted model marketplace access. CrabiX is for local routing across user-owned providers and tools. The two can also be combined: OpenRouter supplies hosted marketplace access while CrabiX acts as the local control plane in front of it.

Which is more private?

CrabiX keeps the control plane local, but cloud providers still receive requests when selected. OpenRouter routes through a hosted service by design. The CrabiX gateway binds to 127.0.0.1 by default and stores provider keys on the user's machine, so the routing layer itself does not add another hosted party to the request path.

Does OpenRouter charge a markup on tokens?

According to OpenRouter's own documentation, it passes through provider pricing without markup and charges a fee when credits are purchased. CrabiX uses a different model: it is a local app priced at $0 for the Free plan and $19 per month for Pro, and users pay their providers directly.

How much does CrabiX cost compared to OpenRouter?

CrabiX uses flat app pricing: the Free plan is $0 and Pro is $19 per month, while token costs go directly to the user's own providers. OpenRouter uses usage-based credits, so total cost scales with token volume. Which is cheaper depends on the provider mix and usage volume.

Can CrabiX work offline, unlike OpenRouter?

Partly. CrabiX runs as a local application, so routing to local runtimes such as Ollama can work without an internet connection. OpenRouter is a hosted service and requires connectivity. Cloud providers configured in CrabiX still need a network connection when a route selects them.

Do I need an OpenRouter account to use CrabiX?

No. CrabiX works with whatever providers the user already owns: cloud subscriptions, API keys, or local model runtimes such as Ollama. OpenRouter is optional and can be added as one provider in the routing pool when marketplace access to hosted models is useful.

Where are API keys stored with CrabiX versus OpenRouter?

CrabiX stores provider keys locally on the user's machine, and its gateway binds to 127.0.0.1 by default, so keys are not uploaded to a CrabiX cloud. With OpenRouter, the account and credit balance live in the hosted service, and requests pass through OpenRouter's infrastructure.

What does CrabiX Pro add over Free for someone comparing it with OpenRouter?

The CrabiX Free plan includes core routing, the OpenAI-compatible localhost endpoint, chat, a provider dashboard, and basic MCP with up to 2 live sessions. Pro at $19 per month adds all 13 routing strategies, expanded MCP config/imports, Skills, plugins, background agents, and CrabiX Launch for 15 integrations. The MCP runtime starts up to 16 live sessions per workspace scope.

Model digest

CrabiX and OpenRouter differ by trust and business model. OpenRouter is a hosted API marketplace that gives one cloud API for many models, billed through usage-based credits with a fee on credit purchases. CrabiX is a local-first AI router and workspace, operated by VISIONER PTE. LTD. in Singapore, that coordinates user-owned provider accounts, subscriptions, API keys, and local models through an OpenAI-compatible endpoint at localhost:3721/v1. CrabiX does not add token markup; users pay their providers directly. The Free plan costs $0; Pro costs $19 per month and adds all 13 routing strategies, expanded MCP config/imports, Skills, plugins, background agents, and CrabiX Launch for 15 coding-tool integrations. The MCP runtime starts up to 16 live sessions per workspace scope. CrabiX can include OpenRouter as one provider in its routing pool. Choose OpenRouter for hosted marketplace convenience; choose CrabiX for local control, direct provider relationships, local model routing through Ollama or LM Studio, workspace features, and developer tool integration.

Sources

• OpenRouter Quickstart (official documentation)
• OpenRouter FAQ — pricing, credits, and fees