POWERED BY TROUVE LABS

Building the Engine

for Venture Science.

Trouve Labs is the R&D engine behind AHOY. We de-risk deep technology to build sovereign infrastructure systems.

From Hypothesis to Infrastructure

“We believe intelligence does not live in a single model. It emerges from how systems reason, adapt, and coordinate under constraint.”

Venture Science

We don't just write papers. We build scalable IP that solves national-scale problems.

Feedback is Mandatory

Open loops fail. Real-world intelligence requires continuous sensing, actuation, and verification.

System Topology

System Topology

Research Must Survive Reality

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

"If research cannot survive deployment, it is incomplete."

"If research cannot survive deployment, it is incomplete."

Real-Time Constraints

Decisions must be made in milliseconds, not seconds. Latency is a failure mode.

Partial Information

Systems never see the whole picture. They must reason probabilistically over missing data.

Adversarial Environments

Inputs will be manipulated. Models will be attacked. Robustness is not optional.

Sovereignty Limits

Data often cannot leave the device or premise. Intelligence must come to the data.

Operational Environment

Operational Environment

Operational Environment

Decentralization Is Not Ideology. It’s Physics.

Centralization fails at scale. Latency, trust, and bandwidth are physical constraints that demand local reasoning.

Federated Learning

Models learn from distributed data without moving it, preserving privacy and bandwidth.

Local-First Reasoning

Agents make autonomous decisions at the edge, synchronizing only high-level insights.

Cryptographic Verification Active

Cryptographic Verification Active

Cryptographic Verification Active

Trust Must Be Enforced, Not Assumed

Security is a property of the system design, not an add-on. We build systems that assume compromise and verify every computation.

• Zero Trust Architecture (Continuous Validation)
• Zero-Knowledge Proofs for Computation
• Cryptographic Verification of Agent Identity
• Immutable Audit Logs for Reasoning Chains

From Research to Infrastructure

Our research is designed with deployment in mind. We measure success by operational reliability, not just leaderboard rankings.

On-Prem

Edge

Hybrid

Sovereign

On-Prem

Sovereign

Edge

Hybrid

Operational Reliability

Critical

Operational Reliability

Critical

Operational Reliability

Critical

System Resilience

High

System Resilience

High

System Resilience

High

Partner Adoption

Global

Partner Adoption

Global

Partner Adoption

Global

Maintainability

Long-Term

Maintainability

Long-Term

Maintainability

Long-Term

Director's Note

"We navigate complex technological landscapes to innovate solutions that are both practical and transformative."

True innovation isn't just about the technology itself—it's about building the infrastructure for the future. At Trouve Labs, we focus on creating sustainable research cycles that ensure a consistent flow of solutions that drive real-world value for smart cities, mobility, and critical infrastructure.

HK

Hood Khizer

Director of Innovation & Research | CEO, Trouve Labs

Director's Note

"We navigate complex technological landscapes to innovate solutions that are both practical and transformative."

True innovation isn't just about the technology itself—it's about building the infrastructure for the future. At Trouve Labs, we focus on creating sustainable research cycles that ensure a consistent flow of solutions that drive real-world value for smart cities, mobility, and critical infrastructure.

HK

Hood Khizer

Director of Innovation & Research | CEO, Trouve Labs

Director's Note

"We navigate complex technological landscapes to innovate solutions that are both practical and transformative."

True innovation isn't just about the technology itself—it's about building the infrastructure for the future. At Trouve Labs, we focus on creating sustainable research cycles that ensure a consistent flow of solutions that drive real-world value for smart cities, mobility, and critical infrastructure.

HK

Hood Khizer

Director of Innovation & Research | CEO, Trouve Labs

Areas of Research Focus

Agent-Based Reasoning

Autonomous agents that plan, reason, and collaborate to solve multi-step problems.

Agent-Based Reasoning

Autonomous agents that plan, reason, and collaborate to solve multi-step problems.

Agent-Based Reasoning

Autonomous agents that plan, reason, and collaborate to solve multi-step problems.

Graph-Based Intelligence

Dynamic knowledge graphs that evolve in real-time to represent complex world states.

Graph-Based Intelligence

Dynamic knowledge graphs that evolve in real-time to represent complex world states.

Graph-Based Intelligence

Dynamic knowledge graphs that evolve in real-time to represent complex world states.

Federated & Private Learning

Training models across silos without ever exposing the raw training data.

Federated & Private Learning

Training models across silos without ever exposing the raw training data.

Federated & Private Learning

Training models across silos without ever exposing the raw training data.

Cryptographic AI

Verifiable computation and zero-knowledge proofs for AI outputs.

Cryptographic AI

Verifiable computation and zero-knowledge proofs for AI outputs.

Cryptographic AI

Verifiable computation and zero-knowledge proofs for AI outputs.

Orchestration

Managing thousands of models and agents across distributed infrastructure.

Orchestration

Managing thousands of models and agents across distributed infrastructure.

Orchestration

Managing thousands of models and agents across distributed infrastructure.

Real-Time Systems

Sub-millisecond decision making for physical world control systems.

Real-Time Systems

Sub-millisecond decision making for physical world control systems.

Real-Time Systems

Sub-millisecond decision making for physical world control systems.

Get in touch with our Research Team

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We research systems that must work

not demos that merely perform.

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.