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Simulate Any Moment in Time

AI-powered temporal simulations with causally coherent characters, dialog, and scenes — rendered from primary sources.

SEE YOURSELF AT THE PITCH BEFORE THE PITCH

Series A negotiation — rendered by Timepoint
Rendered by Timepoint See It Before It Happens Series A Negotiation · SoMa, SF
2,700+ Historical Moments
177K+ Causal Edges
526 Users in Alpha
94 Generations & Counting
What You Can Do

Four ways to explore time

Synthetic Time Travel

Describe any moment in history and watch it render in real-time. Characters speak, act, and reason based on historical context. A 14-agent pipeline verifies every detail against primary sources.

Start rendering →

Clockchain

Explore a growing temporal graph of 2,700+ historical moments and 177K+ causal connections. Every moment is content-addressed and verifiable. The graph grows autonomously 24/7.

Explore the graph →

Chat with History

Talk to historical figures rendered from primary sources. Ask Julius Caesar about crossing the Rubicon. Each character's voice emerges from verified historical context — not a generic persona.

Start a conversation →

Pro Simulations

Run multi-agent simulations with 21 behavioral templates, custom parameters, and AI-assisted prompt expansion. Social network analysis meets temporal intelligence. Five temporal modes including backward causal discovery.

Run a simulation →


From the Clockchain

Every moment tells a story

Click through real moments from the Clockchain — each one rendered by Flash with period-accurate characters, dialog, and AI-generated imagery.

clockchain:// · loading...
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Source
Year
Layer
Path


The Compounding Advantage

The Clockchain

Every query strengthens every future query. The Clockchain is a live, autonomously growing temporal causal graph. An AI graph expander discovers and links related events around the clock. The more you use it, the smarter it gets.

2,700+
Timepoint Nodes
177,000+
Causal Edges
2,675
Edges per Node
How the Graph Compounds
Flash
Renders past
Clockchain
Stores + compounds
Pro
Simulates futures
The graph expander discovers related events and links them automatically. Every new node enriches the context available to every future rendering.


How It Works

Describe a moment. Get a simulation.

Type any scenario in plain language. Flash renders historical moments against live sources. Pro stress-tests future scenarios through a social graph. You describe the situation. The engines handle the complexity.

"AlphaGo plays Move 37. Seoul, March 2016."
Flash grounds the scene against multiple sources — match transcripts, commentary, technical papers — then renders Fan Hui's shock, Lee Sedol's twelve-minute silence, Hassabis watching remotely.
Source-verified scene with dialog Provenance for every claim AI-generated period imagery
"Our Series A negotiation. Three VCs, two competing term sheets."
Pro simulates investor dynamics across branching paths — who allies, who blocks, which strategy survives contact with the room. PORTAL mode reasons backward from your target outcome.
Branching causal futures Per-path confidence scoring Exportable causal graph
"The assassination of Julius Caesar. Rome, 44 BC."
Flash reconstructs the Ides of March from Suetonius, Plutarch, and Appian. 23 stab wounds. Brutus's hesitation. The Senate scattering. Every detail verified against primary sources.
Multi-character dialog Historical source verification Confidence-scored causal edges


Join the TestFlight

Timepoint is coming to iPhone. Render historical moments, chat with characters, and explore the Clockchain — all from your pocket. Submit your email to get early access via Apple TestFlight.

Timepoint
Apollo 11 Moon Landing
July 20, 1969
Neil Armstrong and Buzz Aldrin become the first humans to walk on the Moon...
Explore Render Chat


Open Source Foundation

Built for developers

Every engine is Apache 2.0. Fork it, audit it, run it locally. The MCP server connects any AI agent to the temporal graph. Full API documentation available.

TDF Spec
Timepoint Data Format — the JSON-LD interchange connecting every service
Open Source
Clockchain
Temporal causal graph with REST API and MCP server for AI agents
Open Source
API Docs
Full API documentation for Flash, Clockchain, and Pro
Mintlify
GitHub
10 public repos — Flash, Pro, Clockchain, TDF, SNAG-Bench, and more
timepointai
MCP Server — connect your AI agent in one line
{
  "mcpServers": {
    "timepoint-clockchain": {
      "url": "https://clockchain.timepointai.com/mcp/"
    }
  }
}

Works with Claude Desktop, Cursor, Windsurf, or any MCP-compatible agent. Read operations are public.

Full Developer Profile →


The Ecosystem

Five products. One temporal intelligence platform.

From the simulation engine to the causal graph to the developer API — every product in the Timepoint ecosystem compounds into a single, growing advantage.

Flash
The temporal simulation engine. A 14-agent pipeline renders any moment in history with causally coherent characters, dialog, and AI-generated imagery — grounded in primary sources.
Open Source
Clockchain
Historical knowledge graph with 2,700+ verified moments and 177K+ causal edges. Grows autonomously 24/7. Every render strengthens every future query.
Live Graph
Pro
Enterprise temporal intelligence. 19 composable SNAG mechanisms, 5 temporal modes including PORTAL (backward causal discovery), and TDF export for AI training pipelines.
Enterprise
MCP
Model Context Protocol server for AI agents. Connect Claude Desktop, Cursor, or any MCP-compatible agent to the full temporal graph in one config block. Read tools are public.
Developer API
SkipMeetings
AI meeting preview powered by Flash. Preview the outcome of any meeting before it happens — agenda, attendee dynamics, likely outcomes. See it before it happens.
SaaS
API Access
Manage your API keys, MCP tokens, and integrations from the settings dashboard. Flash, Clockchain, and Pro all accessible via the unified Gateway API.
Dashboard


Causal Decision Graph

See the future tree before you climb it.

Every decision branches into a tree of consequences. Timepoint renders that tree — who invested, who passed, what follows each path — before you commit to any of them. The TWGF (Time Wave Graph Field) visualization shows causal futures in real time.

Causal decision graph · TWGF scroll to zoom · drag to pan
Series A Decision Term sheet signed invested in series A Counter-offer negotiation revised terms Walk away passed on series A Board seat + pro rata strong alignment Strategic investor enters co-lead round Revised valuation accepted lower cap, more equity Founder walks, bridge round bridge to reassess Series B in 14mo invested in series B Pivot required, flat round pivot, flat round
Try a Free Simulation →


Who This Is For

What your agent helps you see

VC Due Diligence
See which term sheet survives contact with the room before you walk in. PORTAL mode reasons backward from your target exit. Pro simulates investor dynamics across branching paths — who allies, who blocks, which path closes. Every path is confidence-scored.
Run a scenario →
AI Agent Grounding
Your agent answers questions. With Timepoint, it answers the right ones. The Clockchain is a structured causal graph with confidence-scored edges — not flat vector embeddings. Query by spatiotemporal URL. MCP server live at clockchain.timepointai.com/mcp/.
View API docs →
Corporate Strategy & Crisis
Know who will ally and who will block before the meeting happens. 19 composable SNAG mechanisms model how real groups behave under pressure — coalitions forming, trust eroding, information cascading. SkipMeetings gives you the outcome before the meeting starts.
Try SkipMeetings →
Meeting Intelligence
SkipMeetings uses Flash to simulate your meeting before it happens. Upload the agenda, add attendees, and get a preview of outcomes, objections, and decision paths — all before anyone shows up. See it before it happens.
Preview a meeting →
From the Journal

Recent moments from the Clockchain

AI-rendered historical moments — each one grounded in primary sources with period-accurate characters, dialog, and imagery.



The past is renderable.
The future is simulatable.
Begin.

Try It Free Read the Docs Talk to Us →