TROUVE LABS PORTFOLIO

TROUVE LABS PORTFOLIO

TROUVE LABS PORTFOLIO

Global Transport

System

(GTS)

A real-time, multi-modal transport intelligence system built for city-scale and national-scale operations.

Designed to outperform conventional routing and mapping systems under real-world constraints.

Simulation Controls

High Congestion

Critical Incident

System State

LEGACY ROUTING

GTS OPTIMIZED

HUB

AIRPORT

HUB

HUB

PORT

HUB

HUB

NODES: 7 | EDGES: 11 | AGENTS: 1,402

Representative simulation. Deployed systems operate at larger scale.

Simulation Controls

High Congestion

Critical Incident

System State

LEGACY ROUTING

GTS OPTIMIZED

HUB

AIRPORT

HUB

HUB

PORT

HUB

HUB

NODES: 7 | EDGES: 11 | AGENTS: 1,402

Representative simulation. Deployed systems operate at larger scale.

Simulation Controls

High Congestion

Critical Incident

System State

LEGACY ROUTING

GTS OPTIMIZED

HUB

AIRPORT

HUB

HUB

PORT

HUB

HUB

NODES: 7 | EDGES: 11 | AGENTS: 1,402

Representative simulation. Deployed systems operate at larger scale.

Why Transport Systems Fail at Scale

Benchmarks assume perfect data and infinite time. Reality offers neither. We optimize for the messy, adversarial, constraint-heavy world of operations.

Fragmented Modes

Road, air, rail, and logistics operate in silos, creating blind spots in national infrastructure visibility.

Static Routing

Traditional mapping relies on historical averages, failing to adapt to real-time incidents or sudden demand spikes.

Live Constraints

Standard systems cannot reason about complex physical constraints like vehicle size, hazmat restrictions, or security zones.

Sovereignty Gaps

Reliance on cloud-tethered API services creates vulnerability during outages or disconnected operations.

System Definition

System Definition

System Definition

What GTS is

GTS is a real-time transport intelligence system that models, predicts, and optimizes movement across complex environments. Unlike static maps, it treats the world as a dynamic graph of constraints and flows.

Traffic Networks

Logistics Flows

Aviation Ground Operations

Emergency & Exception Scenarios

FIG 2.1: CROSS-DOMAIN ORCHESTRATION LAYER

FIG 2.1: CROSS-DOMAIN ORCHESTRATION LAYER

FIG 2.1: CROSS-DOMAIN ORCHESTRATION LAYER

Core Capabilities

GTS Operated Data

Unified representation of road, air, logistics, and assets. GTS ingests data from disparate sources to create a single, coherent operational picture.

GTS Operated Data

Unified representation of road, air, logistics, and assets. GTS ingests data from disparate sources to create a single, coherent operational picture.

GTS Operated Data

Unified representation of road, air, logistics, and assets. GTS ingests data from disparate sources to create a single, coherent operational picture.

Dynamic Re-Routing

Dynamic re-routing based on live conditions. Instant adaptation to blocked routes or new priorities.

Dynamic Re-Routing

Dynamic re-routing based on live conditions. Instant adaptation to blocked routes or new priorities.

Dynamic Re-Routing

Dynamic re-routing based on live conditions. Instant adaptation to blocked routes or new priorities.

Model Training

Decentralized model training with verifiable updates, preserving data sovereignty.

Model Training

Decentralized model training with verifiable updates, preserving data sovereignty.

Model Training

Decentralized model training with verifiable updates, preserving data sovereignty.

Offline & Sovereign Operation

Fully functional without cloud dependency. The entire GTS engine can be deployed on-premise, air-gapped, or at the tactical edge.

Offline & Sovereign Operation

Fully functional without cloud dependency. The entire GTS engine can be deployed on-premise, air-gapped, or at the tactical edge.

Offline & Sovereign Operation

Fully functional without cloud dependency. The entire GTS engine can be deployed on-premise, air-gapped, or at the tactical edge.

Beyond Maps and Heuristics

Routing Logic

Heuristic Routing

Constraint-Aware
Optimization

Constraint-Aware Optimization

Update Frequency

Static Updates (Daily/Weekly)

Continuous
Recomputation (Ms)

Continuous Recomputation (Ms)

Infrastructure

Cloud Dependency

Local-First / Sovereign

Local-First / Sovereign

Goal

Navigation

Orchestration

Orchestration

VISUAL EVIDENCE

Complex scenario resolution in high-density environments.

VISUAL EVIDENCE

Complex scenario resolution in high-density environments.

VISUAL EVIDENCE

Complex scenario resolution in high-density environments.

GTS Functioning

GTS Functioning

GTS Functioning

How GTS Fits into the AHOY Platform

Orchestration Engine

Secure AI

Global Transport System (GTS)

Global Transport System (GTS)

Raw Sensors

Map Data

Asset Telemetry

Why Partners Use GTS

Differentiation in RFPs through superior technical compliance.

Proven system depth that reduces integration risk.

Real-world deployment credibility with government clients.

Faster path to operational outcomes for end-customers.

40%

Faster Deployment Time

40%

Faster Deployment Time

40%

Faster Deployment Time

100%

Sovereign Compliant

100%

Sovereign Compliant

100%

Sovereign Compliant

Ready to deploy next-gen transport intelligence?

AI and Advanced Algorithms for Complex Problems.

Research-driven systems powering orchestration, logistics, and critical infrastructure.

AI and Advanced Algorithms for Complex Problems.

Research-driven systems powering orchestration, logistics, and critical infrastructure.

AI and Advanced Algorithms for Complex Problems.

Research-driven systems powering orchestration, logistics, and critical infrastructure.