"author:codesphere-u" matching MCP servers:

Enables MCP clients to compile multi-agent task lists into conflict-free parallel execution waves, detect write/write and read/write file-glob collisions, verify checkpoint journal hash chains for crash-safe resume, and run deterministic orchestration benchmarks. It exposes these capabilities as four JSON-RPC tools over stdio for integration with Claude Code, Cursor, and other MCP clients.

Enables deterministic auditing of agent responses against source documents, verification of workspace file paths, line ranges, and AST symbols, rule listing, and reproducible benchmark execution through MCP tools.

Enables MCP clients to route multi-model AI agent steps through cost-aware tier selection, confidence-gated cascade escalation, circuit-breaker failover, semantic caching, and tenant/workflow budget enforcement. Exposes tools for routing, task complexity classification, endpoint health inspection, and budget status checks.

Enables AI coding agents to keep persistent, bi-temporal knowledge graph memory across sessions and tools, automatically retiring superseded facts. It compiles provenance-cited, token-budgeted context bundles and supports point-in-time queries and integrity verification.

Enables autonomous coding agents to localize faults from tracebacks, verify candidate patches against deterministic anti-reward-hacking rules, apply transactional changes with automatic rollback, and inspect AST symbols through MCP tools.

Enables autonomous-agent runs to be verified through a deterministic seven-gate pipeline and cryptographically attested with RFC 6962 SHA-256 Merkle proofs, including selective-disclosure inclusion proofs and GitHub pull-request attestation cards.