VIA Solutions for the Public Sector

Built for the Front Line of Digital Warfare
Secure. Quantum-Resistant. Ready to Deploy.

Modern conflict is connected. Drones, autonomous systems, and AI-driven platforms are rewriting the rules of engagement. But communication infrastructure hasn’t kept up. Outdated, siloed, and vulnerable systems put missions, and lives, at risk.

VIA Zero Trust Fabric (ZTF) is a secure communications solution tested and endorsed by the U.S. Department of Defense for the battlefield. It enables fast, encrypted, quantum-resistant communication across complex systems, from warfighters on the ground to autonomous systems in the sky.

No overhauls. No fragile integrations. Just secure, resilient, point-to-point connectivity across legacy infrastructure, cloud environments, and coalition networks.

Protect Each Link in the Intelligence Chain

With 19 issued patents, VIA ZTF provides the essential security that government and regulated industries require. In addition, VIA ZTF is engineered for seamless integration into complex enterprise systems, while saving time for both users and administrators.

• Quantum-resistant encryption that future-proofs mission communications
• Passwordless, decentralized architecture that eliminates single points of failure
• Instant interoperability with legacy systems, drones, vehicles, and C2 networks
• Combat-ready deployment at any scale

Proven Scale and Reliability in Contested Environments

VIA is already operational with the U.S. Air Force and has completed zero trust security testing with the U.S. Navy. It connects permanent and expeditionary units with civilian suppliers, other branches, and soon allied partners. No lag. No gaps. No compromise.

VIA ZTF provides nine layers of user authentication and access control, and data integrity and protection:

1. Passwordless - No passwords to share, forget, or steal
2. Decentralized - Each user holds their own keys and credentials on their smartphone - no central database of personal information reduces the risk of large-scale data breaches
3. Existing hardware - Uses the specialized security hardware already built into every smartphone
4. Biometrics- Individual app login through built-in smartphone facial recognition / fingerprint scan
5. Permissions - Users are requested to swipe their approvals after biometric login
6. Quantum resistant - Uses the latest quantum-resistant digital signatures and encryption
7. Tamper recognition - Data is checked for manipulation after each transfer
8. Immutable logs - Rogue administrators can’t hide or change transactions or transaction logs
9. Anti-phishing - Only legitimate users are authorized through an enterprise registry

VIA ZTF is compliant with the latest NIST quantum-resistant standards, and DoD zero trust and NSA security recommendations.

Experience the simplicity of VIA ZTF yourself. Demo the free document sharing application here.

Securing Persistent Intelligence Data Transfers

Gathering persistent, real-time intelligence from a constellation of platforms is paramount for maintaining tactical advantage.

Increasingly sophisticated adversaries compromise sensor integrity, defeat data security, and disrupt communications.

Denied, degraded, intermittent, or latent connectivity further obstructs the seamless flow of critical data among warfighters, field assets, and cloud-based resources.

Overcome Adversaries and the Battlefield

• VIA’s QT software capability secures data transfers among intelligence platforms, warfighters, and command networks against peer adversaries in DDIL environments.

Protect Each Link in the Intelligence Chain

• Secure each data payload, not just the communication network
• Transfer TB-scale data at high-speed with post-quantum hybrid encryption
• Harden intercepted communications against peer adversary decryption
• Continuously reauthenticate each warfighter and device using non-transferrable credentials
• Detect and isolate devices compromised during manufacturing, installation, or deployment
• Operate consistently across a range of DDIL scenarios
• Simplify adoption through extreme automation

Move to DoD’s Leading Edge

• DON PEO Digital and DIU partnered with VIA to develop QT to secure a variety of DDIL data transfer use cases. QT is deployed on Flank Speed at IL5 and approved for deployment on Nimitz-class vessels.
• The Air Force has adopted QT at the Assistant Secretary level to secure data transfers from sensors over wireless networks to a cloud-based application with ATO at IL5.

How it works

• QT is a software-only solution that uses decentralized methods of authentication, authorization, encryption, signature, and auditing to secure data against peer adversaries in DDIL scenarios.
• Each warfighter, device, or cloud-based resource independently verifies itself to another using QT protocols. Once mutually authenticated and authorized, they securely transfer data between them using one-time hybrid classical and post quantum encryption keys. All of this is highly automated to streamline deployment and simplify operational use.
• A series of these secure transfers ensures critical intelligence travels only from trusted sources to authorized destinations. QT’s distributed architecture makes compromise by adversaries impractical while providing reseilince against DDIL challenges.

Why Use QT

• Zero Trust approach complies with DoD directives to minimize attack surfaces if adversaries compromise U.S. military networks
• Hybrid post-quantum and classical encryption reflects latest NIST standards and NSA guidance
• Active on DON Flank Speed at IL5 and approved for operational deployment in DDIL environments
• Adaptable to data transfers among a wide variety of devices, personnel, and cloud resources
• Ease-of-use for warfighters thanks to automation, biometrics, interoperability, and minimalist interfaces

Getting started

QT is accessible through VIA’s OTA with DON PEO Digital.
VIA is glad to connect interested parties with DON PEO Digital POCs for further discussions and to arrange capability demonstrations.

Description SLAM AI (Share Less, Ask More Artificial Intelligence) resolves the critical conflict between the need for rapid, AI-driven insights and the mandate to protect sensitive data. It eliminates the "Black Box" dilemma of Generative AI through Architectural Containment, a design that physically isolates the AI model from the underlying data source. Rather than exposing raw data to an opaque model, SLAM AI utilizes the Large Language Model (LLM) solely as a translation engine—converting natural language questions into SQL code. This code acts as a verifiable "recipe" that can be inspected, audited, and executed against the database without the AI ever seeing the actual records. This approach transforms GenAI from a potential security liability into a trustworthy tactical asset capable of operating from the enterprise cloud to the tactical edge.

Core Capabilities

• Zero-Exposure Data Privacy: The system employs a unique workflow where the AI model receives only rewritten prompts—never the raw data—and returns only SQL code to retrieve and visualize that data, ensuring sensitive IP and classified information remain unexposed.
• Verifiable & Auditable Accuracy: Unlike standard "black box" LLMs, SLAM AI provides procedural transparency. Every step, from the initial user prompt to the final SQL query, is logged and human-verifiable, ensuring policy compliance and eliminating "hallucinations" regarding data facts.
• Rapid Decision Superiority: Users can bypass inflexible, pre-built dashboards to ask urgent, unforeseen questions (e.g., cross-referencing threat activity with logistics data) and receive visualized, actionable insights in minutes rather than weeks.
• Operational Readiness: SLAM AI is a TRL-9 capability currently in daily use by DoD personnel, holding a cATO at IL4 (with IL5 pending).
• Edge-Native Efficiency: The highly efficient architecture is designed to run on low-power CPUs, making it deployable on laptops or isolated servers in air-gapped and DDIL (Denied, Degraded, Intermittent, Limited) environments.