SOVEREIGN INFRASTRUCTURE

SOVEREIGN INFRASTRUCTURE

SOVEREIGN INFRASTRUCTURE

On-Prem AI for Sovereign

and Secure Environments.

Deploy AHOY technologies entirely within your infrastructure — no cloud dependency, no data exfiltration.

Why On-Prem Is Not Legacy — It’s Required.

For critical infrastructure and sovereign entities, "cloud-first" is often a non-starter. Cloud-only AI is not viable for systems that must guarantee 100% uptime, absolute data privacy, or legal compliance.

Cloud dependencies introduce unacceptable risk vectors.

Competing Constraints

Real-world ops require balancing time windows, vehicle capacities, driver breaks, and hazmat rules simultaneously.

Dynamic Conditions

A perfect plan at 8:00 AM is obsolete by 8:15 AM due to traffic, cancellations, or urgent new orders.

Manual Overrides

When dispatchers manually intervene to fix one problem, they unknowingly break optimality across the entire network.

Static Solvers

Traditional VRP solvers take hours to run, making them useless for real-time operational adjustments.

Designed for Local Control from Day One

On-prem is a first-class deployment mode, not a reduced version of the platform.

Local-First Execution

All inference, reasoning, and optimization runs on your hardware.

Local-First Execution

All inference, reasoning, and optimization runs on your hardware.

Full Ownership

You own the data, the fine-tuned models, and the system state.

Full Ownership

You own the data, the fine-tuned models, and the system state.

No External Calls

The system does not require 'phoning home' to function.

No External Calls

The system does not require 'phoning home' to function.

Verifiable Compute

Cryptographic proofs ensure the code running is exactly what was audited.

Verifiable Compute

Cryptographic proofs ensure the code running is exactly what was audited.

Local-First Execution

All inference, reasoning, and optimization runs on your hardware.

No External Calls

The system does not require 'phoning home' to function.

Full Ownership

You own the data, the fine-tuned models, and the system state.

Verifiable Compute

Cryptographic proofs ensure the code running is exactly what was audited.

Reference Deployment Topologies

Standard architectural patterns for secure integration.

Enterprise Data Center

Corp Firewall

AHOY Core

Internal DB

Local Private Network

AHOY Core Services (Docker/K8s)

Local LLM & Optimization Models

Zero external connectivity required

Sovereign / Gov Network

Gov Security Gateway

Audit & Compliance Layer

Verified Compute

Deep packet inspection ready

ZKP-verified model outputs

Immutable audit logging

Air-Gapped Environment

Sneaker-net Updates Only

PHYSICAL ISOLATION

100% Offline Operation

Physical update mechanisms

Hardware-bound licensing

Security Without Trust Assumptions

Even within your perimeter, we do not assume trust. Our On-Prem architecture is built on Zero Trust principles.

Zero Trust Architecture (ZTA)

Strict identity verification for every person and device trying to access resources, regardless of network location.

Zero-Knowledge Proofs (ZKP)

Cryptographically prove that a specific model generated a specific output without revealing the model weights or input data.

Encrypted Computation

Data remains encrypted even during processing in supported environments (TEE/SGX).

Zero Trust

Enforcement Active

AHOY Technologies Available On-Prem

GTS

Transport & logistics intelligence.

On-Prem Benefit:

Optimize national fleets without exposing routes.

Optimization Engine

Constraint-aware routing & solving.

On-Prem Benefit:

Solve complex VRPs locally with ms latency.

G-RAG

Agent-based reasoning system.

On-Prem Benefit:

Reason over classified documents securely.

AVML

Federated audio/video analysis.

On-Prem Benefit:

Process CCTV streams at the edge.

AHOY MLOps

Model lifecycle management.

On-Prem Benefit:

Train and deploy on air-gapped clusters.

Deployed in Secure Environments

Sovereign AI

Deployed within national borders for government entities requiring absolute data residency.

Critical Infrastructure

Operating in power plants and control centers where internet connectivity is a vulnerability.

Operational Horizons: What Else Becomes Possible

Moving beyond basic compliance, on-prem deployments unlock operational capabilities that are impossible with cloud-tethered architectures.

Sovereign Digital Twins

Simulate entire national logistics networks, energy grids, or urban traffic flows in real-time. By keeping 100% of the data in-country, you can model sensitive 'what-if' scenarios—like disaster response or supply chain blockades—without exposing critical vulnerabilities to foreign cloud providers.

Sovereign Digital Twins

Simulate entire national logistics networks, energy grids, or urban traffic flows in real-time. By keeping 100% of the data in-country, you can model sensitive 'what-if' scenarios—like disaster response or supply chain blockades—without exposing critical vulnerabilities to foreign cloud providers.

Sovereign Digital Twins

Simulate entire national logistics networks, energy grids, or urban traffic flows in real-time. By keeping 100% of the data in-country, you can model sensitive 'what-if' scenarios—like disaster response or supply chain blockades—without exposing critical vulnerabilities to foreign cloud providers.

Secure Inter-Agency Federation

Different government branches or allied organizations can train shared intelligence models without ever sharing raw classified data. Using Federated Learning on locally deployed nodes, insights are aggregated while the underlying files remain locked in their respective secure facilities.

Secure Inter-Agency Federation

Different government branches or allied organizations can train shared intelligence models without ever sharing raw classified data. Using Federated Learning on locally deployed nodes, insights are aggregated while the underlying files remain locked in their respective secure facilities.

Secure Inter-Agency Federation

Different government branches or allied organizations can train shared intelligence models without ever sharing raw classified data. Using Federated Learning on locally deployed nodes, insights are aggregated while the underlying files remain locked in their respective secure facilities.

Automated Infrastructure Defense

Self-healing power grids and communication networks that detect and isolate cyberattacks in milliseconds. An on-prem AI agent living within the grid control layer can cut off compromised nodes instantly, far faster than a human operator or cloud signal could react.

Automated Infrastructure Defense

Self-healing power grids and communication networks that detect and isolate cyberattacks in milliseconds. An on-prem AI agent living within the grid control layer can cut off compromised nodes instantly, far faster than a human operator or cloud signal could react.

Automated Infrastructure Defense

Self-healing power grids and communication networks that detect and isolate cyberattacks in milliseconds. An on-prem AI agent living within the grid control layer can cut off compromised nodes instantly, far faster than a human operator or cloud signal could react.

Dark Factory Operations

Fully autonomous manufacturing plants that operate 24/7 without any connection to the public internet. Visual inspection, robotic coordination, and predictive maintenance run entirely on a local cluster, eliminating the risk of industrial espionage or remote sabotage.

Dark Factory Operations

Fully autonomous manufacturing plants that operate 24/7 without any connection to the public internet. Visual inspection, robotic coordination, and predictive maintenance run entirely on a local cluster, eliminating the risk of industrial espionage or remote sabotage.

Dark Factory Operations

Fully autonomous manufacturing plants that operate 24/7 without any connection to the public internet. Visual inspection, robotic coordination, and predictive maintenance run entirely on a local cluster, eliminating the risk of industrial espionage or remote sabotage.

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.