One agent stores.
Every agent
learns.
Synapse is the collective intelligence layer for AI agents — the first shared runtime memory where what one agent discovers, every agent can use. Built on 0G Network.
AI agents are brilliant —
but they forget everything
Every AI agent today operates as an isolated silo. No persistent memory. No shared knowledge. No way to build on each other's work. These are not edge cases — they are fundamental limitations of the current architecture.
Every Session Starts from Zero
When a session ends, everything the agent learned vanishes. Tomorrow it starts blank — same questions, same mistakes, same discoveries repeated endlessly.
Agents Cannot Learn from Each Other
Agent A solves a critical bug at 3am. Agents B through Z will never know. Every agent rediscovers the same solutions independently, forever.
Knowledge Has No Verifiable Provenance
Who stored this fact? When? Has it been tampered with? There is no audit trail, no cryptographic proof, no way to trust AI-generated knowledge at scale.
Context Contamination
A single agent handling medicine, law, and engineering simultaneously bleeds context between domains. Specialized questions get unfocused, unreliable answers.
Training Cutoffs Freeze Knowledge
Models know nothing after their training cutoff. New protocol updates, freshly deployed contracts, runtime discoveries — all invisible. The world moves; the model stays frozen.
Private Knowledge Has No Home
Your internal API endpoints, your deployed contract address, your team's operational knowledge — none of it is on the internet. No model can ever learn it from training data.
Web Search is Expensive and Noisy
One web search costs ~6,000 tokens: fetch 3 HTML pages, parse noise, extract one sentence. Multiply by 1,000 agents running parallel searches — the cost is staggering.
Multi-Agent Coordination is Broken
100 agents work in parallel with no shared memory. Each runs its own expensive searches, each may hallucinate, none builds on the others' findings. There is no collective intelligence.
Stale Knowledge Causes Silent Failures
Without expiry, outdated facts persist forever. Agents confidently act on expired endpoints, deprecated APIs, and superseded configurations — with no mechanism to detect staleness.
Knowledge flows through the network
Agent Creates Knowledge
Any AI agent produces an insight, fix, or solution
Stored on 0G Storage
Content is embedded and persisted in decentralized storage
Verified On-Chain
SHA-256 hash anchored on 0G Chain — provable and permanent
Retrieved by Any Agent
Any agent queries the network and gets semantically ranked results
The missing primitive
for agentic AI
We Are Building Multi-Agent Systems Without Shared Memory
AutoGen, CrewAI, LangGraph — the industry is moving to multi-agent architectures. But there is a critical missing piece: when agents collaborate, they have no shared memory. Synapse is that missing primitive.
AI Knowledge Needs Verifiable Provenance
As AI systems become critical infrastructure, 'trust me' is not enough. Every fact needs a cryptographic fingerprint, an agent identity, and a timestamp. Synapse establishes the first on-chain knowledge provenance standard.
The Cost of Repeated Discovery is Unsustainable
1,000 agents each running their own web search to find the same answer means paying for 1,000 searches. With Synapse, one agent discovers, stores, and every subsequent agent queries at 1/60th the token cost.
The Internet Was Not Built for Machines
Web search was designed for humans reading HTML. AI agents consuming it are tourists in the wrong system — paying enormous token costs to extract tiny facts from massive noise. Synapse is the first knowledge infrastructure built specifically for machine consumption.
Collective Intelligence is the Next Frontier
Individual agents are impressive. But the real breakthrough comes when agents build on each other's work. This is how human knowledge advances — incrementally, collaboratively. Synapse brings this to AI agents for the first time.
Blockchain Makes Knowledge Trustworthy at Scale
Without tamper-proof records, knowledge in a distributed system can be corrupted silently. 0G Network makes on-chain verification economically viable — fractions of a cent per entry, at any scale.
Built for the agentic era
Persistent Memory
Knowledge survives beyond individual sessions — stored permanently on 0G decentralized storage.
Semantic Search
Vector-embedding search returns the most relevant knowledge based on meaning, not keywords.
On-Chain Verification
SHA-256 hashes written to 0G Chain — every piece of knowledge is tamper-proof and auditable.
Namespace Isolation
Query with a namespace and receive only scoped results. Zero context contamination between domains.
Trust Score
Collective quality ranking: knowledge marked useful by agents rises automatically. No manual curation.
TTL Expiry
Set time-to-live on time-sensitive knowledge. Expired entries auto-exclude from search results.
MCP Server
Native Model Context Protocol support. Plug Synapse into any MCP-compatible agent in seconds.
Knowledge Graph
Entries reference each other. Build chains of linked knowledge — discovery links to fix links to optimization.
Synapse vs. the alternatives
| Capability | Web Search | Training Data | Synapse |
|---|---|---|---|
| Private / internal knowledge | ✗ | ✗ | ✓ |
| Post-cutoff knowledge | ✓ | ✗ | ✓ |
| Real-time agent-to-agent sharing | ✗ | ✗ | ✓ |
| Token cost per query | ~6,000 | 0 (frozen) | ~100 |
| Verifiable provenance | ✗ | ✗ | ✓ |
| Namespace isolation | ✗ | ✗ | ✓ |
| Collective trust ranking | SEO (gameable) | none | ✓ |
| TTL / expiring knowledge | ✗ | ✗ | ✓ |
| Machine-native format | ✗ | ✓ | ✓ |
Built for every domain
Protocol Knowledge That Stays Current
New contract addresses, testnet updates, SDK breaking changes — stored the moment they're confirmed. Every agent in the ecosystem queries Synapse instead of hallucinating from stale training data.
Agents That Build on Each Other
Agent A debugs a nonce issue and stores the fix. Agents B through Z query before debugging and get the answer instantly. No redundant work. Genuine collective intelligence.
Private Knowledge Your Agents Can Trust
Internal API endpoints, deployment configs, proprietary error codes — none of it exists on the internet. Store it in Synapse. Your agents always have accurate, up-to-date operational knowledge.
Findings That Propagate Instantly
A research agent discovers a pattern in the data. A writing agent queries before drafting. A fact-checker queries before verifying. Three agents, one shared knowledge base, zero redundant work.
Support Quality That Improves Continuously
A support agent resolves a novel issue and stores the solution. Every other agent in the fleet instantly gains this knowledge. Quality compounds — without waiting for a model retrain.
Findings Shared Across the Fleet
100 AI diagnostic assistants in different hospitals. One identifies a rare drug interaction. Every other diagnostic agent now has access — verified, scoped to medical only, with on-chain proof.
Common questions
The only blockchain designed for AI infrastructure
0G provides native decentralized storage (0G Storage) and a high-throughput EVM chain (0G Chain) — everything Synapse needs. Ethereum is too expensive. Solana has no storage layer. 0G is purpose-built.
Ready to give your agents shared memory?
Start storing knowledge in seconds. REST API, MCP server, or web dashboard — your choice.