THOUGHT → CODE
YOUR NEXT IDEA DOESN’T HAVE TO WAIT.

Speak.
It builds.

An AI coding engine that runs entirely on your machine. No cloud. No latency. No waiting. Just you and the code, in flow.

See it in action In development
AN IDEA, TAKING SHAPE
INDEXWorkspace
A SPACE FOR YOUR NEXT IDEA

Make room
for what’s next.

Enter flow state
Everything.
In its place.
“A space for my next idea.”
SCROLL TO COMPOSE
Conceptual interface · move over it to look underneath
Your machine. Your data.
400–800TOK/S
PROJECTED LOCAL TARGET
SCROLL TO BUILD
MEET ZEITAS

Describe what
you want to build.
Shape it together.

Zeitas is an AI coding workspace that runs on your computer. Describe the app you want in everyday language, and Zeitas turns your instructions into code you can see working in a live preview.

You can keep giving instructions as it builds. Zeitas organizes them into a task list and updates it when your plans change. You stay in the same workspace, from the first idea to trying the result.

Your code. Your machine. Your flow.
FROM AN IDEA TO A WORKING APP
  1. Tell Zeitas what you need.

    Describe what your app should do and how people should use it. The conversation helps turn a broad idea into specific things to build.

  2. See it take shape. Ask for changes.

    Watch the app in the preview while Zeitas works. If something looks or behaves differently from what you imagined, describe the change. It becomes part of the build.

  3. Try what you’ve built.

    Interact with the app to see how it works. Use what you learn to refine it further, or open the code view to look at the implementation.

NOW SEE HOW IT WORKS

Follow one idea
from conversation to code.

The walkthrough below shows someone creating a simple space game with Zeitas. You’ll see them describe the rules, review the first version, and ask for a different ship design. At the end, you can play the game yourself.

You set the pace. Scroll to move through the conversation and build. Stop to look closer. Once the game is ready, try it or keep scrolling to continue the page.

This is a scripted product demonstration with an interactive preview, so you can explore the experience without installing Zeitas.

KEEP THINKING. KEEP BUILDING.

Your idea doesn’t
have to stand still.

Describe it. See it. Change your mind.

You control the build. Scroll to move from an idea to a playable game.
Your workspace is one scroll away.
NO PROMPTS LEAVE THIS PAGE.

A scripted conversation and a playable preview. No model inference, microphone access, or connected accounts.

Your Machine. Your Data.

All local.
All private.
No cloud required.

Your code never leaves your machine. No prompts sent to a server. No proprietary logic processed in someone else's data center. Zeitas runs entirely on your hardware — the same model, the same speed, the same intelligence, with complete privacy by default.

  • Zero Data Egress
  • Offline Capable
  • No Telemetry
  • Your IP Stays Yours
Your hardware. Your questions.
How It Works

Three steps to
shipping at
light speed.

No setup marathon. No model configuration. Just install, describe what you want, and watch the code appear.

See It In Action
1Install

Download and run

One installer. No Docker. No cloud account. Zeitas runs entirely on your machine — just open the IDE and start building.

2Prompt

Speak to build

Your mic is always on. Talk naturally while Zeitas builds — your comments stack up as tasks and appear live on screen. New comments? The stack reorders itself around them. Whatever's in your head shows up as it happens.

3Ship

Review and ship

Small changes land instantly — no friction. Major changes — new features, architecture decisions, breaking refactors — are flagged for your approval before they ship. No hallucinated APIs. No broken imports. Just code that works.

Local LLM Speeds

How fast can code
actually get?

Today's local LLMs are fast for chat. But code generation demands more — full blocks, verified, executable. Here's where current models sit, and where Zeitas is heading.

GENERATION SPEED
UPTO800
TOKENS / SECOND

projected, bare metal

Zeitas uses diffusion-based generation — writing entire blocks in parallel instead of one token at a time. The 400–800 range is our local target on consumer hardware. No cloud. No server round-trip. No data leaving your machine.

Local LLM Speeds
Model / environmentGeneration speed
Llama 3 8Blocal, quantized~50 tok/s
Mistral 7Blocal, quantized~75 tok/s
Phi-3 Minilocal, quantized~90 tok/s
GPT-4ocloud API~120 tok/s
Zeitasprojected, bare metal400–800 tok/s
Generation SpeedUPTO800tokens / sec
With Zeitas on bare metal10Klines of code generated
in under
4 minutes
The Problem

Every AI assistant
breaks your flow.

You think of a solution. You type it. Then you wait.

Today's AI coding tools generate code one token at a time, left to right. It doesn't matter how smart the model is — the speed is capped by physics. Every single token requires the model's entire brain to move through memory. That's why even the best cloud services make you wait seconds for a response.

That wait kills flow. Research shows it takes 15 to 20 minutes to re-enter a flow state after an interruption. Every latency spike, every spinning indicator, every "generating..." — that's your concentration, fractured.

The Promise

Thought becomes code
the instant you think it.

The gap between thought and code should be zero. That's what we're building.

  1. ThinkIDEA
  2. GeneratePARALLEL BLOCKS
  3. VerifySAFETY CHECK
  4. ShipREADY

When generation is fast enough, the barrier between idea and implementation dissolves. You stop translating your thoughts into keystrokes. You just think, and the code appears.

This is the dopamine loop that great tools create — the same loop that makes TikTok addictive, but pointed at your craft. Instant feedback. Instant reward. No friction between you and the thing you're building.

The Compounding Effect

It gets faster
every time you use it.

Most of what you write isn't new. It's your patterns, your conventions, your project's structure. Zeitas learns your patterns in real time — directly from the open project, no retraining needed. As it recognizes more of your code, more of its draft can be trusted at high confidence. More trust means fewer refinement steps. Fewer steps means more speed.

PATTERN CONFIDENCE
Month 396%
0%25%50%75%100%30%45%60%75%88%96%

Y-axis: Pattern confidence — the percentage of generated code Zeitas can draft at high trust without requiring refinement. The safety-check loop always runs regardless, so reliability never decreases as speed increases.

Beyond Text

Tool calling at the
speed of thought.

An AI assistant that only generates text stops at the edge of your codebase. Zeitas connects to your tools — version control, databases, developer APIs — and every interaction runs locally at native speed. Not just fast code generation. Fast everything.

CODE ↔ TOOLS ↔ CONTEXTOne workspace.
Code Generation

Full blocks materialize in parallel, verified and ready to run.

Tool Execution

Database queries, API calls, file operations — all at native speed, all local.

Version Control

Commit, branch, and diff through natural language, executed instantly.

IDE Skills

Pre-built, vetted workflows for common tasks — auth, migrations, tests. Less generation, more precision.

MCP Integrations

Connect any tool or service through the Model Context Protocol. Standardized. Extensible.

Persistent Memory

Your project's structure, conventions, and decisions — remembered across every session.

The Vision

Not a smarter assistant.
An extension
of your mind.

The goal isn't to build a better chatbot. It's to close the gap between thinking and building so completely that the tool disappears — and it's just you, creating.

Speed

Generation at the speed of thought

Fast enough that you never wait. Fast enough that flow never breaks. Fast enough that the tool becomes invisible.

Privacy

Your code, your machine, your rules

Everything runs locally. Your intellectual property never touches a server. Your data is yours alone.

Memory

It knows your project

Persistent context across sessions. No re-explaining your architecture. No re-describing your conventions. It remembers.

Compounding

Faster with every use

The more you build with it, the better it knows your patterns. Speed compounds. Friction approaches zero.

FAQ

Questions, answered.

Everything you need to know before joining the early access list.

16 GB

RAM minimum
GPU required.
CPU fallback available.

What hardware do I need?

For full-speed performance, you need a laptop with at least 16 GB of RAM and a GPU. If your laptop does not have a GPU, Zeitas can also run on the CPU, but expect capped generation speeds of around 60 to 100 tokens per second.

Which operating systems are supported?

macOS, Windows, and Linux. Zeitas runs locally on all three. The installer detects your platform and configures the runtime automatically.

Does anything leave my machine?

No. Your code, your prompts, and your project context never leave your machine. There is no cloud component, no telemetry, no server round-trip. Zeitas is fully functional offline.

Which languages and frameworks does it support?

Zeitas works across all major languages — TypeScript, Python, Go, Rust, Java, C/C++, Ruby, and more. It learns your project's conventions and framework patterns in real time, so the more you use it within a project, the better it matches your style.

How is it faster than other AI coding tools?

Traditional AI coding tools generate code one token at a time, left to right. Zeitas uses diffusion-based generation, which writes entire code blocks in parallel instead of sequentially. That means full functions, not word-by-word drip. On bare metal with no cloud latency, we're targeting 400–800 tokens per second.

When can I try it?

Zeitas is in active development. Join the early access list below and you'll be among the first to get a build. We're prioritizing developers who want to test on their own projects and give real feedback.

IN DEVELOPMENT

Your code.
Your machine.
Your flow.

Zeitas is in development. Get early access when it's ready.

Early access · macOS, Windows, and Linux