Event-driven Java you can trust.
Predictable.
Auditable.
Replayable.

Write your logic in Java. Fluxtion turns it into a single file that runs the same way every time — read it like ordinary source, replay it like a recording. Built for systems where the answer has to be defensible — from AI agents to regulated decisioning.

Fluxtion in 60 seconds — what it does and why it matters.

Inferred orchestration programming for Java

You write ordinary Java components and dependencies. Fluxtion infers the event orchestration and emits the dispatcher.

  • Dispatch order, trigger propagation, lifecycle calls and audit hooks become generated source you can read, test and replay.
  • The graph you review is the graph that executes.
  • Most event-driven systems pay coordination cost at runtime. Fluxtion pays it at compile time.
What is inferred orchestration programming?
Why now

AI agents have hit the regulated-industry wall. Compliance functions reject non-deterministic systems. Fluxtion is the logic substrate that makes AI-authored logic enterprise-deployable.

Read the full story — Lack of trust kills adoption
Performance

Server performance on a phone

A Java event processor compiled and run in a phone's browser — zero garbage collection on the event path. Real measurement, not a projection.

Live AOT — iPhone capture
2.75 M events / sec
Watch the 30-second demo
For compliance

AI-authored logic your auditor can read.

Four properties, all guaranteed at compile time, all readable from a single artefact:

  • Compile-time reachability. The graph the auditor reviews is the graph the runtime executes — proven structurally, not by inspection.
  • Per-event audit. Every event produces a structured record — node lifecycle, decision, output.
  • Structural policy enforcement. Forbidden tool-call paths cannot fire — gates are part of the topology, not runtime checks.
  • Byte-equal replay. Same input, same output. Always.
For architects

Compile your logic to an artefact that runs across JVM, server, edge and WASM.

Fluxtion is the logic layer above your messaging substrate. Mongoose, Kafka, Flink, Chronicle, Aeron are wires; Fluxtion is the logic the wires carry. Your business graph compiles ahead-of-time to a flat dispatcher with structural audit and deterministic replay built in. The artefact is a single, portable Java class that runs in any JVM.

Decoupling logic from runtime, runtime from transport, gives you permission to swap any layer without retraining the others. The cleavage is real and largely unowned: nobody else sells the deterministic logic layer above your messaging substrate, audited by construction.

For developers

Build a rule in 90 seconds.

Open the playground. Pick an example. Edit Java. Click Run. Click Audit — every event has a structured record. Click Replay — feed the captured events back through, get the same outputs from the same inputs. The audit and the replay are not features you wire up. They are properties the substrate guarantees.

Java you recognise. Compile-time graph analysis stays out of the way until you ask for it. JUnit tests run in the browser; the per-row run arrows and sentinel-driven status colours are the same surfaces you'd see locally — there is no second tool to learn.

Proof
Pharma dashboard

Four regulator-grade properties, one compiled artefact.

See it live
JUnit replay-equivalence

In-browser test suite proves byte-equal output across passes.

Run the test
Agent-governance capstone

Determinism, audit, structural policy, byte-equal replay — proven on a sample agent topology.

Open the example
How it works
Outcome
↑ Trustable, well-understood business logic
Surface
↑ Fluxtion playground + AI/human collaboration
Substrate
↑ Fluxtion logic substrate
Wires
Mongoose / Kafka / Flink / Chronicle / Aeron

Most event systems pay coordination cost at runtime. Fluxtion pays it at compile time. Your business logic compiles to a flat dispatcher with structural audit and deterministic replay built in. The artefact is the audit.

Read the technical documentation