A user starts with one agent, runs out of credits or changes tools, and the next agent has to reconstruct intent from scraps.
The continuity layer for AI-built software
AI coding is no longer limited by code generation. It is limited by continuity. Projects lose context when users switch agents, pause work, or return later. BRB turns that fragmentation into a persistent, synced, recoverable system.
User keeps coding normally.
Remote agent mirrors live project state.
Conversation, commits, and restore points stay current.
/presentations/investor-deck.html
Positioning: infrastructure for agent-driven software work
AI coding is productive, but operationally fragile
The fastest-growing user base wants the benefits of history and safety without having to manage branches, commit discipline, or careful handoffs.
Valuable reasoning stays trapped inside local chat logs instead of becoming part of the project record.
Agent-generated work can move quickly, but rollback is often local, brittle, or too hidden for non-technical users.
The next major developer product is not another coding model
It is the system that preserves momentum when the human, the model, and the working context keep changing.
local repo stays the user’s natural workspace
remote agent becomes the durable project memory and sync target
conversation plus code plus recovery become one coherent system
BRB keeps AI-built projects continuously alive
Users work in a local git repo. BRB watches changes and mirrors them to a Cloudflare-hosted repo agent after a natural pause.
The remote agent creates commits automatically, with commit messages generated from code changes and conversation context.
When Codex is working in that repo, the project also receives the live conversation history that explains what was asked and what was done.
Every synced commit creates a restore point, giving non-technical users a safe way to reverse agent work.
Software creation is shifting from writing code to steering agents
New users want output, not process overhead.
Users already move between Codex, Claude, Cursor, and others.
The missing layer is not generation. It is state, memory, and recoverability.
The user experience is simple because the system underneath is not
- Connect a local repo once
- Keep coding locally
- Optionally run the watcher or background daemon
- Open the dashboard to see status, history, and recovery
- delta sync
- debounced batching
- remote commits
- conversation sync
- sync-state tracking
- restore checkpoints
Why this is more than a thin workflow wrapper
The repo agent becomes the durable operating model for each project.
The value compounds as more sessions, commits, and restores accumulate over time.
Once a user depends on live sync, recovery, and history, leaving becomes painful.
Built for a world where every project has an agent behind it
Each project maps to a durable Cloudflare agent that stores files, sync status, commit history, and restore points.
A lightweight local companion process watches repos, batches changes, and keeps the remote state current.
The product can grow from “sync and continuity” into a broader project operating layer for AI-native software teams.
The product is already working across the critical path
Changes are watched, batched, synced, and committed automatically.
Messages are tested across frontend, auth, API, database, tooling, and bug-fix scenarios.
Every synced commit creates a restore point that can be applied from the UI.
What this becomes if it wins
- more agent sources beyond Codex
- richer sync intelligence
- better recovery and activity analytics
- team coordination around agent-built projects
- project-level memory and workflow state
- the canonical continuity layer across coding agents
BRB is where AI coding turns into a durable product workflow
Every serious AI-built product will need a system that keeps code, context, recovery, and momentum alive between agent sessions. That is the category BRB is building.
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Companion technical deck: /presentations/how-it-works.html