MystoraX MCP Server
Provides raw HTTP API access to the MystoraX Conductor using curl or any HTTP client, enabling direct calls to endpoints like manifest, routing guide, and goal submission.
Integrates with Perplexity UI through Space instructions and companion HTTP/MCP, allowing access to MystoraX surfaces and goal submission with file and text operations.
Click on "Deploy Server".
Wait a few minutes for the server to deploy. Once ready, it will show a "Started" state.
In the chat, type
@followed by the MCP server name and your instructions, e.g., "@MystoraX MCP Server show me the routing guide"
That's it! The server will respond to your query, and you can continue using it as needed.
Here is a step-by-step guide with screenshots.
mystorax-host
The front-neutral distribution package for MystoraX.
For Claude Science, import this GitHub repository once. It intentionally publishes exactly two skills:
use-mystorax— universal provider/CLI accessuse-mystorax-science— the single consolidated Science capability
The skills contain no duplicated model, connector, tool, or specialist lists. They discover the current catalog from MystoraX at execution time.
The NVIDIA BioNeMo Agent Toolkit remains a separate imported scientific-model
toolkit. Codex Delegate also remains separate because it is a narrow handoff
helper, not a duplicate Science product.
Retired names such as Axiom, CompBio, and Science OS are not separate products or skills.
Available Tools
10 toolsmystorax_axiom_tool_callC
Call one allowlisted Axiom tool via Conductor. Fail-closed without MYSTORAX_AXIOM_MCP_TOKEN on the Conductor side.
Inputs: tool (required), arguments, timeout_s.
mystorax_axiom_tool_searchA
Search allowlisted Axiom MCP tools (meta-proxy). Does not dump the full bio catalog.
Inputs: query.
mystorax_capability_lookupC
Lookup surfaces/capabilities by id substring or keyword.
Inputs: query (required).
mystorax_job_statusC
Poll durable job status by job_id / wait_id.
Inputs: job_id (required).
mystorax_routing_guideA
Fetch MystoraX routing doctrine (authors, Hands, Science OS, refusals). Call this before inventing routes.
Inputs: no named parameters.
mystorax_science_resumeC
Resume a Science OS campaign (max_phases budget; auto-stop at EVIDENCE; never auto-CERTIFY).
Inputs: goal (required), campaign_id (required), via, phase, +3 more.
mystorax_science_statusB
Science OS / Axiom readiness + MCP proxy status.
Inputs: no named parameters.
mystorax_submit_goalC
Submit a goal to Conductor POST /v1/goal. Prefer this over talking to bridges or CLIs directly. job_class may be research|coding|planning|science|ops|voice_frontdoor.
Inputs: text (required), host, mode, model, +4 more.
mystorax_surfacesC
List MystoraX capability surfaces with status (wired|guided|inventory|refused|deferred). Optional status filter.
Inputs: status.
mystorax_wait_stream_hintC
Return the SSE wait-wake recipe so Hands do not burn CLI tokens waiting.
Inputs: wait_id.
Tool Schema Changelog
Recent tool additions, removals, and schema changes observed during successful MCP inspections.
Loading tool schema changelog…
TDQS
Scored across 10 tools
Most tools target clearly distinct concerns: routing guide vs surfaces vs goal/job lifecycle vs science/axiom operations. However, some boundary overlap exists between mystorax_surfaces, mystorax_capability_lookup, and mystorax_axiom_tool_search—all three concern lookup/discovery of capabilities, and an agent could easily confuse which returns what. mystorax_axiom_tool_search vs mystorax_axiom_tool_call are distinct but could be misselected at the edge.
All tool names follow a consistent mystorax_ snake_case prefix pattern. However, the post-prefix names mix conventions: some are verb_noun (submit_goal, call_tool, search), some are noun-oriented (surfaces, job_status, science_status, routing_guide), and 'wait_stream_hint' and 'capability_lookup' vary in style. There's no consistent verb-first pattern across the set, making it less predictable.
10 tools is a well-scoped count for a platform orchestration server covering routing doctrine, capability discovery, goal/job submission, and science operations. Each tool serves a distinct functional area and the count feels appropriate—not bloated, not thin.
The surface covers the core lifecycle: routing doctrine, capability discovery, goal submission, job status polling, wait-stream handling, science readiness, and tool execution. The main gap is the absence of any cancellation, update, or error-recovery tool for submitted goals/jobs, so agents cannot abort or modify a running job. Minor gaps for resume campaign control, but core workflows are covered.
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