assess_coverage — VaultCrux Memory Core MCP Tool
assess_coverage
(assess coverage) is one of 75 tools on the
VaultCrux Memory Core
MCP server. Connect the server and your client discovers it on the handshake.
by client
How to call assess_coverage from your client
- Claude Code VaultCrux Memory Core assess_coverage run in your project directory
- Claude Desktop VaultCrux Memory Core assess_coverage ~/Library/Application Support/Claude/claude_desktop_config.json
- Cursor VaultCrux Memory Core assess_coverage ~/.cursor/mcp.json
- VS Code VaultCrux Memory Core assess_coverage .vscode/mcp.json
- Zed VaultCrux Memory Core assess_coverage ~/.config/zed/settings.json
- Windsurf VaultCrux Memory Core assess_coverage ~/.codeium/windsurf/mcp_config.json
- Cline VaultCrux Memory Core assess_coverage ~/Library/Application Support/Code/User/globalStorage/saoudrizwan.claude-dev/settings/cline_mcp_settings.json
- Gemini CLI VaultCrux Memory Core assess_coverage ~/.gemini/settings.json
- Grok VaultCrux Memory Core assess_coverage .mcp.json (in your project root)
- ChatGPT VaultCrux Memory Core assess_coverage Settings → Connectors → Advanced → Developer mode
- Claude.ai VaultCrux Memory Core assess_coverage Settings → Connectors → Add custom connector
- LangChain VaultCrux Memory Core assess_coverage pip install langchain-mcp-adapters
Fastest route
claude mcp add --transport http vaultcrux-memory-core https://api.vaultcrux.com/memory-core/mcpOther tools on this server
- query_memory
- list_topics
- get_versioned_snapshot
- get_audit_trail
- check_claim
- memory_claim_check
- get_freshness_report
- memory_freshness_report
- get_contradictions
- get_decision_context
- get_causal_chain
- reconstruct_knowledge_state
- get_correction_chain
- get_decisions_on_stale_context
- record_decision_context
- get_pressure_status
- get_active_alerts
- get_signals_feed
- declare_constraint
- update_constraint
- get_constraints
- check_constraints
- verify_before_acting
- suggest_constraint
- checkpoint_decision_state
- get_checkpoints
- get_relevant_context
- escalate_with_context
- get_platform_capabilities
- admit_character_kernel_entry
- get_character_kernel
- assess_character_drift
- issue_passport
- get_passport
- sync_pull
- sync_push
- submit_skill
- promote_skill
- dismiss_skill
- retract_skill
- session_debrief
- get_domain_changelog
- get_my_tasks
- get_task_context
- log_progress
- register_external_service
- request_credentialed_call
- list_external_services
- enumerate_memory_facts
- build_timeline
- expand_hit_context
- assess_answerability
- derive_from_facts
- extract_facts_from_sessions
- compare_versions
- get_session_dossiers
- investigate_question
- submit_correction
- get_enrichment_status
- get_knowledge_gaps
- fill_gap
- declare_available_models
- get_escalation_recommendation
- get_incident_context
- get_architecture_rationale
- check_deploy_readiness
- get_operator_profile
- update_operator_profile
- run_elicitation
- answer_elicitation
- get_operating_rhythms
- assess_delegation_readiness
- provision_agent_context
- decompose_expertise
This list was read from the server itself, by connecting to it and calling tools/list on 24 September 2026. It is what
the server actually exposes, not what its listing claims.
Mutating and Read-only are read off each tool's name, not its schema — a hint, not a guarantee. The registry stores tool names only; connect the server for its live schemas.