Performs cognitive memory maintenance by synthesizing progress, archiving obsolete notes, and updating the project dashboard. Use at session close or after major milestones to get a triage summary.
MIT
730,682 tools. Updated 2026-10-31 22:13
"Techniques for Enhancing Memory and Augmenting Cognitive Thinking" matching MCP tools:
- Retrieve saved techniques from the TDPilot memory system, filterable by scope, tags, and favorites.MIT
- Retrieve a meta-view of your engagement with a domain over time: total conversations, thinking stage distribution, importance peaks, and cognitive patterns.MIT
- Process complex problems through multi-modal reasoning, collaborative AI personas, and dynamic knowledge graphs. Supports analytical, creative, and critical thinking modes to generate well-reasoned solutions.MIT
- Switch to a different cognitive room, saving current context and loading new room configuration with memory palace anchor and identity rules.MIT
- Retrieve all MITRE ATT&CK techniques for enterprise, mobile, or ICS domains. Optionally exclude revoked techniques or include descriptions for comprehensive threat intelligence.Apache 2.0
Matching MCP Servers
- AlicenseNot gradedqualityBmaintenanceEnables AI agents with persistent, multi-layer memory, multi-agent collaboration rooms, and video generation, all accessible via MCP tools.1MIT
- AlicenseNot gradedqualityAmaintenanceTurns a codebase into a persistent knowledge graph so AI coding agents can answer structural questions about functions, call chains, routes, and cross-service links through graph queries instead of reading files one by one.MIT
Matching MCP Connectors
- Pryzm MemoryOAuth
Encrypted long-term memory shared across your AI assistants (Claude, ChatGPT, Perplexity).
Find relevant Smart‑Thinking memories fast. Fetch full entries by ID to get complete context. Spee…
- Audit content for cognitive accessibility by evaluating plain language, reading level, structure, and clarity. Get actionable recommendations to reduce cognitive load.MIT
- Retrieve current cognitive room status including identity rules, memory palace anchor, recent switches, and terminal mapping for AI verification.MIT
- Map CWE weakness IDs to MITRE ATT&CK techniques to identify attack techniques enabled by vulnerabilities. Supports threat modeling and detection engineering.MIT
- Rank AI models by Cognum score across 10 cognitive dimensions. Retrieve top models with scores and cognitive types to compare cognitive performance.MIT
- Retrieve the final cognitive profile for a completed AI profiling run using its run ID. Access the outcome of KALEI's cognitive profiling process.MIT
- Perform complex reasoning with meta-cognitive reflection, hypothesis testing, and memory integration to systematically analyze problems and track confidence.MIT
- Search memory by semantic similarity to surface prior decisions, context, and evolved thinking for topic-specific conversations.MIT
- Identify credential access techniques such as file harvesting, memory dumps, keychain access, registry credentials, token theft, and cached credentials.MIT
- Retrieve any AI model's cognitive profile, including Cognum score, 10-dimension breakdown, cognitive type, and volatility index.MIT
- Reconstruct your cognitive state for any domain: retrieve where you left off, including thinking stage, open questions, decisions, concepts, and emotional tone to resume your train of thought.MIT
- Retrieve techniques mitigated by a specific mitigation. Provide the mitigation name and domain to get a paginated list of techniques.MIT
- Transforms user requests into optimized prompts using advanced prompt engineering techniques like chain-of-thought and role-based prompting.MIT
- Analyze thinking process statistics to track cognitive patterns and reasoning performance within memory management systems.MIT
- Request cognitive enhancement for a specific domain and task to boost reasoning and domain expertise.GPL 2.0
- Change thinking processes between analytical, intuitive, creative, critical, or meta-cognitive modes to adapt reasoning approaches for different tasks.MIT