GEOMETRIC
NAVIGATION
INFRASTRUCTURE
ARBITER computes optimal positions in constraint space. 26MB deterministic engine. No training data. No statistical models. Pure geometric coherence. Navigation substrate for reality under maximum constraint.
26MB
TOTAL ENGINE SIZE
<1s
DECISION LATENCY
72
CONSTRAINT DIMENSIONS
∞
DOMAIN APPLICABILITY
MEASURE
COHERENCE
TEST THE GEOMETRY YOURSELF
Submit any decision problem. ARBITER computes geometric coherence for each option. Higher coherence = better constraint alignment. Deterministic. Reproducible. Verifiable.
CROSS-DOMAIN EXAMPLES
Same 26MB engine. Different domains. Zero domain-specific training. Pure geometric coherence.
MEASURED CONSTRAINT ALIGNMENT
Same query will always produce same scores. Deterministic geometry. Reproducible measurement. Try again.
This is the same primitive used in Ukrainian air defense, pharmaceutical discovery, and autonomous systems coordination. Different domains. Same geometry.
API ENDPOINT
https://api.arbiter.traut.ai/v1/compare
First 1000 queries free. No signup required. No data collected. Test the geometry. Verify the mathematics. See for yourself.
WHAT THIS ACTUALLY IS
ARBITER measures distance to optimal configuration in possibility space. Every problem has geometric structure. Every solution has coordinates. Navigation is computation.
Not pattern matching from training data. ARBITER computes coherence through constraint satisfaction across 72 dimensions. It doesn't learn your problem. It measures geometric alignment between query context and candidate solutions. Same mathematics whether analyzing molecular structures, military tactics, or autonomous vehicle decisions.
Universal substrate. Constraint geometry is invariant across domains. The same engine that optimizes pharmaceutical compounds optimizes air defense targeting. This isn't versatility through retraining. This is fundamental computational primitive that operates on reality's actual structure.
ONE
ENGINE
ALL
DOMAINS
AIR DEFENSE COORDINATION
OMIN system processing 9+ tactical constraints across 8 weapon systems. Sub-2-second recommendations under combat conditions. Currently deployed for Ukrainian air defense operations. Hardest possible testing environment.
COMBAT VALIDATED • $500K DEPLOYMENT
MOLECULAR OPTIMIZATION
Pharmaceutical discovery through SMILES notation analysis. Identified Celebrex sulfonamide modification pathway with zero domain-specific training. Same geometric coherence primitive applied to molecular constraint spaces.
RESEARCH VALIDATED • LICENSING AVAILABLE
AUTONOMOUS SYSTEMS
Real-time decision optimization for robotics and vehicles. Processes sensor fusion data, environmental constraints, objective hierarchies. Sub-second responses for dynamic constraint environments.
TESTING PHASE • PARTNER DEPLOYMENTS
STRATEGIC INTELLIGENCE
Multi-constraint analysis for complex decision environments. Geopolitical modeling, resource allocation, scenario planning. Built during Pentagon DDS deployment supporting NATO coordination.
CLASSIFIED APPLICATIONS • CLEARED ACCESS
INDUSTRIAL COORDINATION
Manufacturing optimization, supply chain navigation, quality control. Geometric coherence for systems with hundreds of interdependent constraints. Factory floor to global logistics.
DEVELOPMENT • PILOT PROGRAMS
WHY THIS WORKS
01
Constraint Geometry Is Universal
Every decision problem is constraint satisfaction. Air defense: weapon range, intercept windows, threat priorities. Drug design: binding affinity, toxicity, synthesis feasibility. Autonomous vehicles: physics, regulations, objectives. Different domains. Same geometric structure.
02
Coherence Measures Alignment
ARBITER computes how well a solution satisfies constraint geometry. High coherence = constraints aligned. Low coherence = constraints violated. This isn't subjective scoring. This is measurable distance in 72-dimensional semantic space. Deterministic. Reproducible.
03
More Constraints = Clearer Solution
Unlike ML systems that degrade with complexity, ARBITER improves. More constraints = more geometric structure = sharper coherence differentiation. Combat scenarios with 9+ constraints produce cleaner rankings than simple 3-constraint problems. Complexity is signal, not noise.
CURRENT DEPLOYMENTS
PRIMARY APPLICATION
OMIN
Air defense optimization for Ukrainian forces. Processes real-time tactical scenarios under combat conditions. Integration with NATO weapons systems. Sub-2-second decision recommendations across 8 weapon types with 9+ simultaneous constraints.
Decision Latency < 2 seconds
Constraint Processing 9+ simultaneous
Weapon Systems 8 integrated
Status Combat Ready
Deployment Cost $500K
RESEARCH APPLICATIONS
ARBITER CORE
General-purpose constraint optimization engine. Applied across molecular design, autonomous systems, strategic planning. 26MB deterministic primitive. No domain-specific training required. Direct geometric coherence computation.
Engine Size 26 MB
Training Data None Required
Domain Transfer Zero-shot
Compute Requirements Standard CPU
Licensing $100K
Decision Infrastructure For Civilization Under Stress
Systems fail when constraints multiply beyond human processing capacity. Air defense operators managing 9 simultaneous threat vectors. Pharmaceutical researchers navigating 15 molecular optimization trade-offs. Autonomous vehicles processing 30+ sensor inputs with split-second latency requirements.
Traditional approaches: decompose problems, process sequentially, accept suboptimal solutions. ARBITER approach: maintain full constraint geometry, compute coherence across entire space simultaneously, identify globally optimal configurations.
This matters when everything breaks. When alliances need coordination without compromising sovereignty. When tactical decisions determine survival. When technology must work under conditions that destroy everything else.
ARBITER was built for when constraint geometry becomes the only thing that works.
DEPLOY OR LICENSE
founder@traut.ai
OMIN DEPLOYMENT
$500K
Full air defense system integration. Training, deployment, ongoing support. Combat-ready decision infrastructure.
ARBITER LICENSING
$100K
Core engine license. Apply to your domain. Technical documentation, integration support, updates.
CUSTOM APPLICATIONS
CONTACT
Novel domain applications. Research partnerships. Strategic deployments. Requirements-based pricing.