Interactive causal webs
Watch consequences branch, converge, and feed back into themselves. Every node and edge is first-class: relabel, reweight, connect, delete, with full undo/redo.
Riak is an AI software and research studio. We build open-source tools that model, simulate, and measure complex systems.
Riak exists to build those instruments: AI-driven software for prediction, simulation, and causal reasoning, developed entirely in the open.
We are a studio, not a single product. Every project is an experiment in making complex systems legible, testable, and honest about uncertainty.
riak /ri·ak/ n. ripple: a small disturbance that travels far from where it began.
Riak works across connected fronts in AI, computation, and modeling. Everything is shipped in the open as working software, not slide decks.
Software that reasons about cause and effect: causal graphs, counterfactual scenarios, and predictions that ship with quantified uncertainty instead of false confidence.
Modeling systems that branch, loop, and adapt. Tools for exploring what-if worlds rather than single-point forecasts.
Predictions graded against real historical outcomes using hit-rate and Brier metrics. Methods documented, results reproducible, no cherry-picking.
Every method ships as runnable, inspectable code. Research you can clone, audit, extend, and disagree with.
Active development, including the full roadmap, lives in our public repository.
The first flagship project from Riak: an open-source causal prediction and simulation platform, and a working demonstration of how the studio builds. Paste a scenario: a news story, a policy draft, a “what if”. Causeron grows a branching web of causes and effects, then computes the most likely outcome chain through it.
Watch consequences branch, converge, and feed back into themselves. Every node and edge is first-class: relabel, reweight, connect, delete, with full undo/redo.
Compare up to four counterfactual scenarios side by side, or reason backward from a desired outcome to the prerequisite paths that could make it happen.
Monte-Carlo ensembles report P10–P90 confidence intervals, sensitivity sweeps expose every causal link, and predictions ship with step-by-step derivations.
Riak develops and releases software under permissive licenses. Our software is free to run, study, modify, and redistribute: no accounts, no lock-in.
One repository, full source, no hidden components. Clone it, read every line, and run it on your own machine.
Recent activity from our public work, straight from the repository. Pulled live at build time.
Full history and open issues live in the repository.
Riak is an independent AI software and research studio. We build tools for exploring complex systems: prediction, simulation, causality, and intelligent computation.
We build in the open: open-source software, documented methods, and predictions scored against real historical outcomes. No black boxes, no inflated claims, just careful engineering applied to hard reasoning problems.
Riak doubles as a research portfolio in applied AI and computational systems, founded and maintained by @irwanformal-cmd.
Operating principles
Source, methods, and roadmaps are public by default. If it matters, it is inspectable.
A forecast without a scorecard is marketing. Outputs are measured against real historical outcomes.
Every result traces back to steps you can read, replay, and challenge.
Tools that do one verifiable thing beat demos that promise everything.
The flagship project is live as open source. Clone it and run it locally in seconds, no API keys required.