Technology

Technology Architecture

How QIST's six technology programs compose into a post-quantum trust stack across security, connectivity, runtime, and frontier cognitive layers.

QIST Technology Portfolio

You can think of the portfolio in three broad bands:

Security & Trust Layer

QSIG (Quantum Secure Interoperable Grid) — Multi-chain security and interoperability fabric
QNSP (Quantum-Native Security Platform) — security platform for AI, documents, storage, and secrets
Tunnel (Quantum-Safe Connectivity Fabric (QSCF)) — quantum-safe connectivity fabric for sovereign, verifiable networks

Autonomy, OS & Intelligence Layer

AIOS — Autonomous interoperable OS for agent-based workloads
NIOS (Neural-Interface Operating System) — frontier cognitive OS reference for human–machine intelligence boundaries (per published technology classification)
DDIP Platform — Deterministic development intelligence for governed engineering teams

Application & integration context

Standards pilots, institutional testbeds, and sovereign deployments that compose the stacks above — not separate product SKUs in the QIST catalog.

Layered Program Map

A textual view of how QIST technology programs align to the post-quantum trust stack layers.

┌───────────────────────────────────────────────────────────────┐
│        L4 — Application & integration context (non-catalog)    │
│   Standards pilots · Institutional testbeds · Sovereign ops   │
├───────────────────────────────────────────────────────────────┤
│                L3 — Runtime & OS / Tooling                     │
│   AIOS — Autonomous Interoperable Operating System             │
│   NIOS — Neural-Interface Operating System (frontier cognitive)│
│   DDIP — Deterministic Development Intelligence Platform       │
├───────────────────────────────────────────────────────────────┤
│           L2 — Quantum-Safe Connectivity Fabric               │
│   Tunnel (Quantum-Safe Connectivity Fabric (QSCF))             │
├───────────────────────────────────────────────────────────────┤
│   L1 — Identity, Security & Cryptographic Foundations          │
│   QSIG — Quantum Secure Interoperable Grid                     │
│   QNSP — Quantum-Native Security Platform                      │
│   PQC — Post-Quantum Cryptography (research foundation)        │
└───────────────────────────────────────────────────────────────┘

Shared Architectural Doctrine

Across all technology programs, QIST emphasizes:

Quantum-aware and post-quantum security — Architectures are designed or road-mapped around NIST-standardized PQC families (e.g. Kyber, Dilithium, SPHINCS+, Classic McEliece) and hybrid deployment paths for long-lived secrets and infrastructure.
Zero-trust, policy-driven operation — Every program assumes adversarial environments and enforces policy-as-code for access, execution, and change management.
Deterministic telemetry and governance — Systems emit structured, verifiable events suitable for audit, simulation, and regulator-grade evidence.
Agent- and event-native design — Architectures treat agents, events, and workflows as first-class primitives across OS, development, industrial, and financial domains.
Composable adoption — Each stack can be adopted independently or as part of a unified post-quantum trust stack, depending on sector, risk posture, and regulatory constraints.