Zero Context Loss Between Coding Agents
Switch effortlessly from terminal agents to IDE assistants. Relay persists architectural decisions, failed attempts, and execution state across your entire toolchain
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Engineering Hours Saved / Week
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Token Cost Reduction
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Agent Setup Latency
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Supported Agent Platforms
Persistent State for the Autonomous Stack
Stop re-explaining your codebase architecture every time your terminal session restarts
Cross-Agent Handoffs
Seamless Tool Transition
Halt a task in Claude Code and resume in Cursor without re-prompting
Carries over active variable states, architectural choices, and pending test fixtures
Universal context protocol compatible with all modern CLI and IDE agents
Dead-End Prevention
Zero Repeat Mistakes
Automatically flags previously failed refactoring approaches to new agents
Saves hundreds of dollars in looping API token expenditures per repository
Preserves why specific libraries or patterns were rejected during prototyping
Team State Synchronization
Instant Teammate Onboarding
Branches carry their own reasoning ledger for immediate peer review comprehension
New developers jump into complex tasks with full historical agent context intact
Local-first zero-knowledge encryption ensures proprietary IP never leaks
Use Cases
For High-Velocity Startups
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For Software Consultancies
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For Enterprise Engineering Teams
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Frictionless Integration in Minutes
No complex configuration files or workflow disruption required
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Step 1: Install the Relay Daemon
Run our single-binary installer via Homebrew or curl to start local state monitoring.
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Step 2: Connect Your Coding Assistants
Relay automatically discovers your local Cursor, VS Code, Claude Code, and terminal environments.
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Step 3: Code Without Interruption
Switch tools, close laptops, and assign tasks across agents with complete context continuity.
FAQ
No. Relay uses a local-first architecture. Context graphs and decision state are indexed locally on your machine with optional end-to-end encrypted team syncing.
Relay injects lightweight summary pointers in under 10ms, actually speeding up completions by eliminating bloated re-prompting token loads.
Our open protocol layer isolates your workflow from vendor breaking changes, maintaining uninterrupted backward compatibility.