↻ ricursor

elastic memory for agents

Ricursor Elastic memory for AI.

Store corrections as constraints and share targeted context across connected agents. Explore preemptive guarding in the live simulator; savings depend on your agent integration.

Context
before execution
Memory
stored constraints
MCP
+ context API

before / after

Hallucination loops vs. elastic memory

Illustrative simulation: compare repeated stale assumptions with a stored correction.

agent — stateless
▋
agent — ricursor elastic memory
▋

credit savings

Serve targeted context, not your whole repo

Estimate potential savings using your own token volume, price and assumed context reduction. This is not a measured result.

current spend / mo

$3,200

estimated spend / mo

$1,760

estimated savings / year

$17,280

autonomous intent

Architecture intent, enforced from day one

Illustrative scenarios show architectural constraints. Automatic repository indexing and enforcement are not connected yet.

intent.enforce() / simulation

✗ drift detected: components/Cart.tsx → infra/db.ts

◆ intent: UI never imports from /infra

✓ routed through domains/cart/service.ts

illustrative result — no agent wrote to disk.

multi-model accord

Many models. One memory.

Connected agents can read the same constraint ledger. Automatic model-output arbitration is not connected yet.

ricursor ledger
ClaudeGPTGeminiLlamaRobotics VLA
  1. 01

    Shared constraint ledger

    Store constraints once; connected agents request the same project context.

  2. 02

    Drift arbitration

    Planned: check competing outputs against the ledger before they land.

  3. 03

    One accord

    Reuse stored rules across integrations; each agent must request and apply its context.

Stop paying for the same mistake twice.

MCP and context API setup are available in Console → Connections.