Unbounded effective memory
Store grows forever. Model context stays bounded. Retrieval, ranking, and consolidation decide what enters working context.
memory runtime for ai agents
Infinicon is a memory SDK and reference server. Persist knowledge across sessions, recall what matters, assemble bounded context from an ever-growing store.
quick start
import { openMemory } from "@infinicon/sdk"
const memory = openMemory()
await memory.remember("user prefers dark mode")
const prior = await memory.recall("theme")not a chatbot · not a vector db · the memory layer
Store grows forever. Model context stays bounded. Retrieval, ranking, and consolidation decide what enters working context.
Episodes, atoms, consolidations, provenance, tombstones. Real memory primitives — not raw similarity search.
npm install @infinicon/sdk. npx @infinicon/server. recall, remember, assemble-context — three lines to start.
Normative v0 specs, OpenAPI contracts, ADRs. Swap storage, embedders, rankers without rewriting agent logic.
Storage adapters, embedders, rankers, consolidators. Extend without forking the runtime.
Not a chatbot framework. Not orchestration. The memory layer your agent plugs into.
agent (client)
npm install @infinicon/sdk
memory server
npx @infinicon/server
→ http://localhost:8787
Run the server separately. Point the SDK at it via INFINICON_BASE_URL. Optional Postgres via DATABASE_URL.
Stable HTTP contract. Ingest episodes, query by scope, hydrate refs, assemble bounded working context for any agent task.
Read specdocumentation
Vision, architecture, v0 specifications, ADRs, deployment guides — everything your team needs to build on Infinicon.
Open docsInfinicon is a production-grade memory runtime for AI agents — a TypeScript SDK plus reference HTTP server.
Agents need memory semantics, not just storage. Infinicon defines episodes, atoms, consolidations, provenance, tombstones, and bounded context assembly.
Unbounded effective memory: the store grows without a fixed app limit; the model still receives a caller-bounded working context assembled via retrieval, ranking, and consolidation.