Reference Architecture
The Bita Transmission Framework: A Reference Architecture for Cross-Domain Interoperability
Automating Trust for the Data Economy through deterministic standards. This architectural specification establishes a structural bridge across heterogeneous operational domains, ensuring data propagates with mathematical integrity and absolute architectural coherence.
Core Architecture Overview
The foundational logic of the Bita Transmission Framework is built upon the kinematic physical fact of state evolution. Confronting the structural paradox between the absolute global demand for supply chain transparency and the industrial imperative for core data residency, this architecture entirely abandons high-risk centralized data aggregation models. By executing deterministic dimensional-reduction operators ( D = dS/dt ) at the physical boundary, we drive the irreversible evolution of high-entropy raw states ( S ) into low-entropy verifiable credentials at the source. This establishes an absolute dual-domain isolation mechanism: allowing only cryptographically validated compliance signals to flow across domains, while permanently sealing core underlying assets within the local node.
Semantic Data Harmonization
Dual-Domain Isolation Topology
Metadata-Driven Execution Kernel
Reliable routing demands absolute signal clarity. This framework defines the engineering standard for executing Semantic Normalization at the source. By algorithmically transforming high-entropy raw data streams into low-entropy Definition Metadata, it establishes the precise syntax required for global interoperability.
- Structural Domain Segmentation：Establishes a “State-Interface Decoupling” model. The “Residency Domain” is architecturally isolated from the “Transmission Domain,” rendering unauthorized exfiltration impossible at the substrate level.
- Zero-Trust Verification Tunneling：Cross-domain connectivity is restricted to whitelisted gateways. Only hash-verified, desensitized “Trust Credentials” are cryptographically authorized to traverse the tunnel.
Compliance is a dynamic function of time and domain. This architectural specification treats external regulatory requirements as “executable metadata objects,” allowing edge nodes to instantaneously adapt to international rule shifts via Over-the-Air (OTA) State Synchronization without altering underlying system code.
Adopt the Cross-Domain Transmission Reference Architecture
Abandon fragile defense lines reliant on manual verification. Embed the structural constraints of Data Physics into your underlying networks, executing a systemic leap from passive risk management to deterministic state synchronization.
