Key Infrastructure Elements

A layered approach to enable new enterprises to thrive.

Smart Trade Networks is a blockchain-based ecosystem, comprising the following key elements:

  1. The Foundational Technical Consensus Proof of Authority Blockchain. Applications and Smart Contracts are deployed to and run on the POA. The hardware and software comprises:

    1. Sealer Nodes; and

    2. Archive Nodes.

  2. Common Services Smart Contract (SC) Modules. At present, the following SC Modules can be accessed to support Project DApps:

    1. RFID to POA Network App interface, deployable to Android-enabled RFID hand-held scanners.

    2. Asset Tracker, incorporating base REA schema.

    3. ERC271 minting and grouping functionality.

    4. Escrow deal rooms (ERC20 <-> ERC721).

    5. Organic multisig primitives.

    6. Attestation (Schelling Vote) module.

    7. Multi-token (multi-chain) Wallet.

      1. Cross Chain functionality in development.

    8. KYC and White Listing Management.

    9. Document Verification (Veridoc Global workflow integration).

    10. Supply chain product ontologies.

  3. Project DApps. These include:

    1. BeefLedger beef supply chain platform.

      1. One Platform Beef Industry Document Management (Australia only)

      2. Central Carbon Beef Supply Chain Environmental and Carbon Derivatives (Australia only)

      3. BeefLedger South Africa

      4. BeefLedger South America

  4. STN Marketplace, enabling digital assets tracked on the POA blockchain via different Project DApps to be traded.

  5. Veridoc Global - patented document verification solution tracked to the POA network.

Project DApps are developed by Smart Trade Networks in partnership with project leaders. We have a number of projects in development in food and related sectors, the creative industries sector and the legal sector.

Who's doing what?

The POA Network and Smart Contracts Modules are developed and maintained by Smart Trade Networks, a business unit of SCP Capital Pty Ltd, with leading edge R&D undertaken in collaboration with researchers at Queensland University of Technology.

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