Welcome to the official public repository for Kronova's integration SDKs.
AetherNet is the Quantum-Universal Agentic Substrate (QUAS)—a sovereign, cloud-agnostic "new era mainframe" engineered to handle the complete lifecycle of autonomous machine-to-machine (M2M) commerce, AI token commoditization, and Real-World Asset (RWA) tokenization.
Working in tandem with the AetherNet KVS (Kinetic Vector Store), a proprietary, hardware-isolated vector database, this infrastructure equips autonomous networks with continuous semantic memory, dynamic risk modeling, and perpetual intelligence.
This monorepo provides the frictionless, open-source integration tools required for enterprise developers to securely bridge their frontends, IoT devices, and AI agents into the Kronova AetherNet ecosystem.
| Package | Ecosystem | Registry | Purpose |
|---|---|---|---|
aethernet-pqc-sdk |
Rust / WASM | crates.io & NPM | Bare-metal, FIPS-204 and FIPS-203 compliant ML-DSA/ML-KEM execution engine. |
kronova-sdk |
TypeScript | NPM | Enterprise wrapper abstracting complex cryptography into a unified Post-Quantum API. |
By integrating these SDKs, developers can plug into an infrastructure capable of securing highly complex, omni-modal networks—from algorithmic trading desks to autonomous vehicles, robotics, drones, and next-generation healthcare claims processing.
- Encrypted MCP Payloads & Agent Discovery: AetherNet natively encrypts AI Multi-Context Protocols (MCPs) and transmits them as secure payloads. This enables secure agent-to-agent networking, discovery, and the execution of highly complex operations that evolve in real-time.
- Military-Grade Cryptographic Airgap: Generate post-quantum keypairs and signatures locally using highly optimized WebAssembly or native Rust bindings. Seamlessly encapsulate data using ML-KEM and AES-GCM to guarantee mathematical immunity to "Harvest Now, Decrypt Later" vectors.
- Institutional AP2 Settlement & Escrow: Dispatch strictly typed Agent Payment Protocol (AP2) mandates directly to the AetherNet routing layer, interacting seamlessly with Institutional Escrow and privacy-preserving DAML smart contracts on the Canton Network.
- PQ-JWT Authentication: Issue SMART on FHIR compliant JSON Web Tokens secured by post-quantum signatures to support zero-trust compliance for highly secure applications in healthcare, health insurance, and defense.
"The Sovereign, Institutional Grade Substrate for the Autonomous Commerce"
Kronova utilizes a frictionless adoption model. The integration SDKs provided in this public repository (kronova-sdk, aethernet-pqc-sdk) are fully open-source and licensed under the MIT License to ensure zero-friction adoption for the global developer community without triggering enterprise patent retaliation clauses.
Note on Proprietary Security: While these SDKs provide the foundational routing and cryptographic tools, the underlying execution environment—the AetherNet Core Engine, the Rust Trusted Execution Environments (TEEs), the Kinetic Vector Store (KVS), and the Canton smart contracts—remain the proprietary, institutional-grade infrastructure of Kronova Intelligent Systems. To execute legally binding, post-quantum secure transactions with your agents, you must connect this platform to the AetherNet QUAS via our enterprise gateway.
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