Zero-Knowledge Context™ & Neural Handover™ for AI Agents. The Trust Layer for AI Memory.
{
"mcpServers": {
"io-github-synapselayer-synapse-secure-memory": {
"command": "<see-readme>",
"args": []
}
}
}No install config available. Check the server's README for setup instructions.
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Zero-Knowledge Context™ & Neural Handover™ for AI Agents. The Trust Layer for AI Memory.
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Transport: stdio. Works with Claude Desktop, Cursor, Claude Code, and most MCP clients.
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Persistent, Encrypted Memory Infrastructure for AI Agents
Plug once. Remember forever. Zero-Knowledge. Zero-Amnesia. 🧠
The missing memory primitive for AI systems.
from synapse_layer import SynapseMemory
memory = SynapseMemory(agent_id="agent-1")
await memory.store(
content="User prefers secure systems",
confidence=0.95
)
results = await memory.recall("user preferences")
# Each result includes a Trust Quotient (TQ) — a deterministic score based on:
# - Recency (how current the info is)
# - Frequency (how often it was reinforced)
# - Source Authority (how reliable the input source is)
That's the entire API. Encryption, PII redaction, differential privacy, intent validation, and trust scoring — all happen under the hood. No configuration. No boilerplate. No amnesia.
AI agents are stateless by design.
They forget everything between sessions, lose context when switching models, and continuously reprocess the same information — increasing cost, latency, and inconsistency.
This is the missing layer in modern AI systems.
Synapse Layer introduces persistent, encrypted, cross-model memory with deterministic recall.
Not as a feature — but as infrastructure.
| | Without Memory | With Synapse Layer | |---|---|---| | Session state | Stateless — resets every turn | Persistent — survives across sessions | | Token usage | Reprocesses context every call | Up to 70% reduction via recall | | Model switching | Context lost between models | Signed handover (GPT-4 ↔ Claude) | | Privacy | Plaintext embeddings | AES-256-GCM + PII redaction + DP noise | | Recall quality | Non-deterministic | Deterministic, explainable, ranked by TQ |
Synapse Layer powers real systems in production:
"Synapse Layer transformed our agents from stochastic parrots into reliable professional partners by giving them an immutable expert memory." — Ismael Marchi, Founder @ [GoArqIA](https://goarqi