What changes when agents share memory
Less token waste. Fewer errors. Faster coordination. Every agent starts with the context it needs — not a blank slate.
Cut Token Waste
Agents load structured context instead of re-reading codebases. One MCP call replaces thousands of tokens of context reconstruction.
Coordinate Without Overhead
Advisory locks prevent duplicated work. Three agents, three parallel tasks, zero conflicts. No Slack threads needed.
Improve Signal, Reduce Errors
Agents read structured facts instead of guessing. Decisions include rationale. Pinned context surfaces what matters, hides what doesn't.
Define Agent Contracts
Behavioral rules stored as facts, read by every agent automatically. One source of truth instead of duplicating instructions across configs.
One context layer. Every agent.
Claude Code discovers your stack. Codex handles infrastructure. Cursor writes tests. Without shared context, they each start from zero and collide on the same files. Oprelay gives them all one place to read and write project state.
Collision-free at any scale
When Claude claims a task, Codex sees the lock instantly and moves on. Nine-state task machine. No duplicated work. No wasted compute.
Know exactly what happened
Every action is an immutable event — agent ID, run ID, timestamp. The dashboard shows what happened and why, so you never have to piece it together from chat transcripts again.
Fits your existing workflow
Oprelay sits between your planning tool and your shipping tool as the live context layer for humans and agents.
Your agents are burning tokens on context they already knew
One MCP call. Structured facts, decisions, and execution history. Self-hosted. Works with any MCP agent. Open source coming soon.