Memory the human governs, on their own machine, plus what other coding agents here wrote.
Inferido de los transportes que declara este listado (stdio). Que un cliente no aparezca aquí no significa que se haya descartado: simplemente Forge no puede confirmarlo.
La verificación confirma la identidad del publicador (la propiedad del repo), no la seguridad del código. El análisis de seguridad cubre los CVE conocidos y los scripts de instalación sospechosos.
Leído del código que npm publica realmente, en el momento del análisis. El paquete nunca se ejecutó. Las herramientas registradas dinámicamente en tiempo de ejecución, o escondidas en código empaquetado o minificado, pueden pasarse por alto — así que esto es un mínimo de la superficie de herramientas, no un censo completo.
mnemosyne_aboutRead who Mnemosyne OS is and the rules you must honor when using it: its governance tenet, the vault protection model (NORMAL/MAXIMUM, mixableWith, isolated sandbox vaults), the spine model, and the do/don't behavior for an agent operating on a human's memory. The same briefing is delivered as the…Read who Mnemosyne OS is and the rules you must honor when using it: its governance tenet, the vault protection model (NORMAL/MAXIMUM, mixableWith, isolated sandbox vaults), the spine model, and the do/don't behavior for an agent operating on a human's memory. The same briefing is delivered as the…
No se publicó ningún esquema de entrada para esta herramienta.
mnemosyne_querySemantic search in the Mnemosyne OS vault. Returns the most relevant chronicles (architecture notes, code snippets, decisions, sessions, git history) for a given query, ranked by cosine similarity weighted by spineType under the SOURCE_CODE scope. Use this to recover past decisions, locate code, un…Semantic search in the Mnemosyne OS vault. Returns the most relevant chronicles (architecture notes, code snippets, decisions, sessions, git history) for a given query, ranked by cosine similarity weighted by spineType under the SOURCE_CODE scope. Use this to recover past decisions, locate code, un…
No se publicó ningún esquema de entrada para esta herramienta.
mnemosyne_askSin descripción publicadaEsta herramienta no publicó ninguna descripción. Forge no se la inventa.
mnemosyne_vaultsList the memory vaults this Mnemosyne OS exposes — each with its TOKEN, display name and chronicle count. Call this first when you are unsure which vault to query/ask/ingest against, or when the user refers to a memory store by a name you have not seen. Pass a returned **token** (bold, e.g. MNEMOSY…List the memory vaults this Mnemosyne OS exposes — each with its TOKEN, display name and chronicle count. Call this first when you are unsure which vault to query/ask/ingest against, or when the user refers to a memory store by a name you have not seen. Pass a returned **token** (bold, e.g. MNEMOSY…
No se publicó ningún esquema de entrada para esta herramienta.
mnemosyne_ingestPersist a memory into the Mnemosyne OS vault — a decision, an architecture note, a debug finding, or a session summary. Stored permanently and indexed for future semantic retrieval by any agent. Use this at the END of a meaningful work session, or whenever you reach a decision that future you (or o…Persist a memory into the Mnemosyne OS vault — a decision, an architecture note, a debug finding, or a session summary. Stored permanently and indexed for future semantic retrieval by any agent. Use this at the END of a meaningful work session, or whenever you reach a decision that future you (or o…
No se publicó ningún esquema de entrada para esta herramienta.
mnemosyne_resonancesList active Resonances — cognitive workspaces tracking ongoing projects. Each resonance has a name, status (active/paused), last position (phase), and last activity timestamp. Use this to understand what projects are currently active and where each one stands.List active Resonances — cognitive workspaces tracking ongoing projects. Each resonance has a name, status (active/paused), last position (phase), and last activity timestamp. Use this to understand what projects are currently active and where each one stands.
No se publicó ningún esquema de entrada para esta herramienta.
mnemosyne_get_positionGet the current position of a specific Resonance — the last known phase and description saved by an agent or the cockpit. Use this at the start of a session to know exactly where work left off.Get the current position of a specific Resonance — the last known phase and description saved by an agent or the cockpit. Use this at the start of a session to know exactly where work left off.
No se publicó ningún esquema de entrada para esta herramienta.
mnemosyne_update_positionUpdate the current position of a Resonance. Call this at the end of a session to record where you left off — phase, current state, next steps. This is persisted as a DECISION chronicle in the vault.Update the current position of a Resonance. Call this at the end of a session to record where you left off — phase, current state, next steps. This is persisted as a DECISION chronicle in the vault.
No se publicó ningún esquema de entrada para esta herramienta.
mnemosyne_git_logGet recent git commits from the Mnemosyne OS monorepo. Use this to understand what changed recently, which phase is active, and what features were shipped.Get recent git commits from the Mnemosyne OS monorepo. Use this to understand what changed recently, which phase is active, and what features were shipped.
No se publicó ningún esquema de entrada para esta herramienta.
mnemosyne_dream_bridgesSin descripción publicadaEsta herramienta no publicó ninguna descripción. Forge no se la inventa.
mnemosyne_spine_assignmentsInspect how Mnemosyne classified its memories: chronicle → spine assignments for a vault (newest first), whole-vault per-spine counts, and optionally the global spine taxonomy tree. Use it to audit auto-classification quality ("did memories land in the RIGHT spines?"), to see a vault's composition…Inspect how Mnemosyne classified its memories: chronicle → spine assignments for a vault (newest first), whole-vault per-spine counts, and optionally the global spine taxonomy tree. Use it to audit auto-classification quality ("did memories land in the RIGHT spines?"), to see a vault's composition…
No se publicó ningún esquema de entrada para esta herramienta.
mnemosyne_voicesList what can SPEAK on this machine: the local TTS engines (installed or not), the reference voices available for cloning, and where rendered files are written. ALWAYS call this before mnemosyne_speak — it tells you which engine to ask for, which clone names exist (an invented name is refused, neve…List what can SPEAK on this machine: the local TTS engines (installed or not), the reference voices available for cloning, and where rendered files are written. ALWAYS call this before mnemosyne_speak — it tells you which engine to ask for, which clone names exist (an invented name is refused, neve…
No se publicó ningún esquema de entrada para esta herramienta.
mnemosyne_speakSin descripción publicadaEsta herramienta no publicó ninguna descripción. Forge no se la inventa.
mnemosyne_speak_statusCheck a voice render started by mnemosyne_speak: how many segments are done, the estimated time left, and — once finished — the path of the WAV file. Call it with no job id to list every render of this session. A render can also be stopped here (it halts at the next segment boundary and leaves no f…Check a voice render started by mnemosyne_speak: how many segments are done, the estimated time left, and — once finished — the path of the WAV file. Call it with no job id to list every render of this session. A render can also be stopped here (it halts at the next segment boundary and leaves no f…
No se publicó ningún esquema de entrada para esta herramienta.
11 de 14 herramientas publicaron una descripción.
Los nombres y descripciones de las herramientas los escribe el publicador y se muestran literalmente como texto inerte. Son las cadenas que un cliente MCP pasa al modelo, así que Forge las analiza en busca de patrones de inyección de prompts — cualquier hallazgo aparece junto al análisis de seguridad de arriba. «Privilegiada» es una coincidencia de palabra clave en el nombre de la herramienta, no una auditoría de lo que hace: un nombre inofensivo puede hacer cualquier cosa.
Memory the human governs, on their own machine, plus what other coding agents here wrote.
Los nombres enlazados abren el índice de Forge con todas las entradas que se observó que exponen esa herramienta. Ver todas las herramientas indexadas.
El rastreo se detuvo en el límite de profundidad 4. Nada por debajo de ese nivel llegó a resolverse.
El rastreo se detuvo en el límite de 60 paquetes. El resto del árbol nunca se resolvió.
Hay 36 paquetes resueltos más que no se dibujan aquí (límite de visualización: 24). Toda dependencia con avisos de seguridad se dibuja aunque se supere el límite. Inventario completo (SBOM CycloneDX)
54 dependencias declaradas nunca llegaron al árbol. Faltan en la resolución de Forge, no en el paquete.
+42 más sin listar. Los recuentos por motivo de arriba las incluyen todas.
No se siguen: peerDependencies. Este árbol cubre solo dependencias en tiempo de ejecución, así que lo que estas arrastren nunca se resolvió.