Publish with Power

Create papers with embedded, executable proof. Move beyond describing your work and start proving it with a single, shareable link.

The Problem: The "Reproducibility Crisis"

You want your work to be trusted, cited, and built upon, but sharing your methods is fraught with complexity.

How can you prove your results are correct without forcing your readers to navigate complex READMEs, resolve dependency hell, and manually install dozens of tools? The burden of reproducibility is often too high for others to attempt.

The Attestation ID is the Ultimate Citation

Instead of just citing a paper, you can now cite the proof. A single Composable Science attestation ID, embedded in your report, acts as an instantaneous, one-click authentication link. It cryptographically proves data ownership and provides an unbreakable chain of evidence connecting the final figure or statistical artifact back to the exact data and code that produced it.

Example: Embedding Proof in a Publication

"...our analysis, detailed in Figure 2, demonstrates a statistically significant correlation. The entire computational workflow, including the specific software versions and input data, is verifiably reproducible. The complete methodology and results can be inspected and re-executed from the following Composable Science attestation:"

The Researcher's Workflow: From Idea to Proof

A step-by-step guide to how Composable Science transforms the research process.

  1. Single-Click Science

    One click → Anywhere

    VS Code • Firebase Studio • Jupyter • Anaconda • Python • R

    Launch your environment of choice instantly. Composable Science seeds each workspace with reproducible configs, so every run starts from the same ground truth.

  2. Researching ≙ Developing

    Your analysis *is* code

    Statistical notebooks become version-controlled programs

    Modern analysis is software engineering. We give you the DX—dependency graphs, reproducible builds, and CLI superpowers—without the yak-shaving.

  3. Publish & Prove

    Share data, code, results

    Attest BEFORE you collect data

    Push your repo. Our attestation bot signs the exact commit and derivation, proving the methods existed prior to data capture—protecting priority and integrity.

  4. Continuous Verification

    Trust that evolves

    Fork • Rebuild • Review • Merge

    Each new attestation slots into the public ledger, refreshing confidence over time and weaving your work into the scientific Git tree of the universe.

Beyond Reproducibility: Instant Dev Environments

Because a Composable Science attestation captures the *entire* computational environment, it becomes a universal key to any developer setup.

One-Click Onboarding for Any Tool

A single Nix Flake reference allows any researcher to instantly launch a perfectly configured, byte-for-byte identical development environment.

Your Favorite Editor, Perfected

Instantly launch a fully-configured environment in VSCode, Firebase Studio, Sublime Text, or any other editor with all plugins, extensions, and dependencies pre-installed and ready to go.

Data Science, Ready to Run

Open a JupyterLab or Anaconda environment where the exact versions of Python, R, and all required libraries are already installed and configured, eliminating setup friction entirely.

Bring-Your-Own-AI Workflows

The reproducible environment seamlessly integrates with your existing tools. Use GitHub Copilot, Google Gemini, or other developer agents with the confidence that the AI is operating in the exact same context as the original research.

Any Nix-Enabled Workflow

The power of Nix means any tool or workflow that can be defined in a configuration file can be embedded, shared, and launched with a single command, ensuring universal compatibility.