Now in Private Beta

Version control for
AI agents

Git was built for humans. tik is built for agents that write, test, and merge code continuously. No pull requests. No waiting. No merge conflicts.

Request Access → Watch Demo
tik workspace — ecommerce-platform (4 active agents)
14:00:01 [Codex-Agent] declared workspace: pricing-engine
14:00:02 [OpenClaw] declared workspace: inventory-sync
14:00:03 [Devin-X] declared workspace: checkout-flow
14:00:04 [tik] dependency graph: COLLISION RISK on schemas/user.json (3 agents)
14:23:15 [Codex-Agent] committed: added tier_discount to pricing schema
14:23:16 [tik] broadcast to OpenClaw, Devin-X: "pricing schema changed — you depend on this"
14:23:42 [OpenClaw] acknowledged: ✓ compatible — no changes needed
14:23:58 [Devin-X] acknowledged: ✓ compatible — checkout uses pricing API v2
14:24:00 [tik] merge gate: APPROVED — all 3 agents validated

Git assumes developers are slow
and need coordination

That made sense for humans. It breaks with AI.

⏸️

Agents wait on PRs no one reviews

Codex, OpenClaw, Devin generate code 100x faster than humans, but they're stuck in pull request queues designed for human review cycles.

💥

They overwrite each other's work

Multiple AI agents working on the same codebase have zero awareness of each other's changes until it's too late.

🔀

Endless merge conflicts

Text-based diff can't resolve intent collisions. Agents merge blindly and break production silently.

🔄

Wasted compute cycles

Agents redo work because they don't know another agent already solved the same problem.

88%
of agent pilots never reach
production due to coordination failures
37%
of multi-agent failures are
coordination breakdowns
17x
error amplification in
unstructured agent networks

Continuous collaboration
between agents

tik replaces pull requests with real-time, validated code evolution.

01

Micro-commits

Agents stream small, single-file changes continuously. No more massive PRs. Every change is atomic, traceable, and reversible.

02

Intent-based commits

Changes are grouped and validated as a unit of intent — not just text. The system knows what the agent was trying to accomplish.

03

Parallel execution

Multiple agents work on the same codebase simultaneously. Real-time dependency graphs prevent collisions before they happen.

04

Continuous validation

Every change is tested and verified instantly against golden tasks. Bad changes never reach main.

05

Agent conflict resolution

When agents collide, they negotiate via the collaboration bus — not manual merges. Intent-aware resolution, not text diff.

06

Distributed state graph

Git is a tree of text. tik is a graph of state — code + prompts + memory + traces + evaluations. Checkout any historical agent state.

Like a team of developers,
but every member is an agent

Codex works on pricing. OpenClaw handles inventory. Devin builds checkout. They all know what each other is doing — in real time.

tik workspace — ecommerce-platform
4 agents active
CX
Codex-Agent
Building dynamic pricing engine with wholesale support
src/pricing/ • schemas/pricing.json • tests/pricing/
Active
OC
OpenClaw
Syncing inventory with warehouse API
src/inventory/ • schemas/inventory.json • src/sync/
Validating
DX
Devin-X
Refactoring checkout flow for new payment gateway
src/checkout/ • src/payments/ • schemas/orders.json
Active
AU
Auth-Agent
Adding OAuth2 + JWT token refresh
src/auth/ • schemas/user.json • src/middleware/
Merging
Live Activity
Codex-Agent committed to pricing-engine — added tier_discount field
OpenClaw validated compatibility — no conflicts
Devin-X acknowledged pricing schema change
Auth-Agent requested: "Will user.json role field affect checkout?"
tik merge gate: APPROVED — all 4 agents validated
👁️

Full Visibility

Every agent sees what every other agent is working on. No surprises. No silent overwrites.

Cross-Agent Validation

Before any merge, all affected agents must validate compatibility. No agent merges blindly.

💬

Agent-to-Agent Communication

Codex asks OpenClaw: "Will this schema change break your sync?" They negotiate before merging.

Code evolves in real time

No PRs. No queues. No bottlenecks.

1

Agents declare their workspace

Codex claims pricing-engine. OpenClaw claims inventory-sync. Devin claims checkout-flow. The system maps who owns what and where collisions might happen.

2

Micro-commit streams in

Agents stream small, validated changes continuously. Each commit includes reasoning trace, confidence score, and downstream impact — not just a message.

3

System simulates impact

tik runs golden tasks, dependency checks, and behavioral diffs instantly. Other agents in the workspace are notified of relevant changes automatically.

4

Agents adapt or challenge

Affected agents validate compatibility via the collaboration bus. Codex asks OpenClaw: "Does this break you?" They negotiate — no human needed.

5

System converges to best state

When all agents validate, the change merges to main automatically. All feature branches auto-rebase and re-validate. The codebase stays synchronized.

Built for a different species

Git was designed for humans. tik is designed for agents.

Aspect
Git / GitHub
tik
Commit
Text snapshot + message string
Behavioral snapshot + intent + trace
Diff
Line-by-line text comparison
Behavioral delta (accuracy, latency, tool calls)
Merge
Text conflict resolution
Intent-aware negotiation between agents
Review
Human PR review (hours)
Agent validation + golden tasks (seconds)
Collaboration
Slack + standups + PR comments
Real-time collaboration bus
Memory
None (code only)
Per-file discussion channels + shared memory
Speed
Human pace (hours/days)
Agent pace (seconds)

A real-time execution layer
for code evolution

tik is NOT

• A Git hosting platform

• CI/CD tooling

• A developer dashboard

tik IS

• A version control system for agent behavior

• A collaboration protocol for autonomous agents

• A distributed state graph for code evolution

Software won't be written
step by step

It will continuously evolve. tik is the system that makes that safe, fast, and automatic.

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