▤
1. GameplayIRStructured world rules, phases, thresholds and lineage.
DESIGN → IREngineering a higher class of games
Games as compilable, testable, self-repairing software.
Titan Game Compiler turns game design into a closed engineering loop: compile a game, run autonomous playtests, diagnose issues from telemetry, repair the structured game logic, and rebuild with evidence.
Working vertical sliceCompiler → playtest → repair → recompileEvidence-drivenRuntime telemetry drives diagnosisDeterministic gatesBuild and simulation validation
The closed engineering loop
From intent to verified improvement.
Generation is only step one. Titan treats interactive software as something that can be compiled, executed, measured, diagnosed, repaired and verified repeatedly.
◇
2. CompileValidate the IR and compile an executable runtime graph.
IR → BUILD⚙
3. RuntimeInstrumented state machine produces observable behavior.
BUILD → RUN◉
4. PlaytestAutonomous players generate repeatable behavioral evidence.
RUN → DATA▥
5. DiagnoseTelemetry is evaluated against explicit acceptance thresholds.
DATA → FINDINGS⌁
6. RepairTargeted IR changes are recorded, recompiled and verified.
FIX → NEXT GENProduct proof
What exists now.
No invented user counts or fake revenue. These are the capabilities present in the reviewed working vertical slice.
GameplayIRStructured compiler input boundary.PRESENT
CompilationSupports the closed-loop demo path.IMPLEMENTED
Build + simulation gatesValidation in typecheck, deterministic simulation and build flow.PRESENT
Autonomous playtestBehavioral runs generate evaluation evidence.PRESENT
Targeted repairTelemetry evaluation is tied to repair and recompilation.PRESENT
Working product
Run the compiler lab.
This is the existing Titan Game Compiler deployment embedded directly into the product site. The underlying build contains GameplayIR validation, compiler, runtime state machine, autonomous player, telemetry aggregation and evaluator logic.
Investor view
The wedge, proof and next milestone.
A specific product with a finite de-risking plan—not a generic “AI for games” story.
Problem
Generated games still need an engineering loop.
Bugs, balance failures and regressions only become visible when generated interactive software is actually executed and measured.
Titan's wedgeClose the loop between generation and verified gameplay behavior.
Current proof
Working closed-loop vertical slice.
The implementation connects structured game representation, compilation, autonomous playtesting, telemetry/evaluation, targeted repair and recompilation.
Next technical proofBroaden the defect corpus and publish reproducible repair benchmarks.
Pre-seed target
$500K
Capital is for de-risking generality and demand—not inventing another product.
Benchmark corpusMultiple defect classes, fixed seeds, acceptance metrics.
Buyer-grade measurementsRepair success, cycle time, intervention and deterministic replay.
Commercial validationDesign partners, production integration and paid pilots.
Titan Universal Advanced Intelligence
Games should not merely be generated. They should be verified.
Titan Game Compiler puts compilation, autonomous playtesting, telemetry and targeted repair inside one closed engineering loop.