UnityGrid offers a quantum-native artificial general intelligence platform that runs autonomous agents on an E8 quantum pulse lattice, delivering real-time threat identification and mitigation for defense applications. The system continuously self‑updates via meta‑learning, records all actions cryptographically, and supports zero‑state, air‑gapped deployment with NIST 800‑171, SOC 2 Type II, and ITAR compliance.
Funding
Funding not disclosed
Founders
Product
Problem
Current defense AI deployments depend on static machine‑learning models that require extensive compute infrastructure and manual updates, limiting their ability to respond to rapidly evolving threats and making them vulnerable to adversarial manipulation.
Solution
UnityGrid provides a quantum‑native artificial general intelligence platform that runs autonomous agents on an E8 quantum pulse lattice. The system employs self‑reflective meta‑learning to continuously evolve its cognitive models without human intervention, delivering real‑time threat identification and mitigation. All agent actions and model updates are cryptographically recorded, ensuring full auditability for classified operations. The architecture supports zero‑state, air‑gapped deployment, allowing mission‑critical workloads to launch instantly in isolated environments. Integrated compliance controls meet NIST 800‑171, SOC 2 Type II, and ITAR requirements, making the platform suitable for high‑security defense applications.
Target Audience
Primary customers are defense departments, classified intelligence units, and contractors developing mission‑critical security systems that require autonomous, adaptive AI capabilities under stringent compliance regimes.
Features
- E8 quantum pulse lattice architecture delivering parallel processing across quantum dimensions for high‑throughput inference
- Self‑reflective meta‑learning agents that autonomously adapt and improve under operational pressure
- Agent‑embedded executables with instant zero‑state deployment, eliminating infrastructure dependencies
- Cryptographic audit trail for every decision, inference, and model evolution, supporting immutable traceability
- Antifragile resilience mechanisms that strengthen system performance when exposed to adversarial attacks
- Air‑gapped deployment mode with full NIST 800‑171, SOC 2 Type II, and ITAR compliance for classified environments
- Blockchain‑backed audit layer providing transparent, tamper‑evident logs of all operational activities