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Architecture Overview
A shared architecture connects venture workflows, evidence and AI with ALPHA’s smart contracts and omnichain rails, through defined application, data and security boundaries.
The target architecture separates the participant experience, application rules, evidence records, AI services and blockchain operations. Each layer has a defined responsibility and exchanges information through controlled interfaces. This structure connects the work people perform with the evidence and transaction records needed to review it.
Next.js applications present role-based workspaces. A modular NestJS backend coordinates identities, venture journeys, specialist work, investor diligence and integrations, applying permissions to each requested action.
PostgreSQL holds structured application records through Prisma, while private object storage holds supporting files. Exact versions, sources and review states connect through the Evidence Model. Search indexes and caches derive from these records.
Alpha AI Engine retrieves permitted evidence for a defined task and returns source-linked explanations. Deterministic services perform calculations and requirement checks; authorized people and services retain decision and execution authority.
The Launch Operating System (Launch OS) captures a deliberate submission and its structured values. The Evidence Model preserves the source version and relationships. Required reviews and gate evaluations record their basis. Alpha AI Engine can then explain the permitted evidence to a reviewer. Subsequent submissions and observations extend the record while preserving its history.
A deliberate Launch OS submission becomes a versioned Evidence Model record for reviews and permitted AI explanation.
The on-chain architecture covers ALPHA token operations, vesting and cross-chain movement across Solana and selected EVM networks. The ALPHA Omnichain Bridge uses LayerZero’s Omnichain Fungible Token (OFT) standard. Its native transfer design burns the bridged amount on the source chain and mints it on the destination through a configured route.
Each route defines its permitted counterparts, message verification, amount precision and operating controls. Availability is established for the specific direction and deployments.
A separate integration layer connects authorized actions with transaction references and observed chain state. Receipts and finality information support reconciliation with the platform’s evidence and accounting records.
Apply current permissions to application actions, background work, evidence retrieval and delivery. Protect private records through organizational and purpose-specific access.
Separate AI interpretation, participant signing and privileged contract actions. Contract implementations include pause functions and configurable transfer controls; production authority arrangements require their own validation.
Preserve audit records and durable task tracking for external actions. Test recovery and release controls against the deployed system, with independent review of the applicable scope.
The architecture gives technical reviewers a path from participant action to evidence, decision authority and any authorized blockchain effect.
Component implementation, integration tests and deployment configuration each contribute to release acceptance.
Questions & context
Application services manage identity, permissions and workflows. Structured records and private files preserve submitted work and its versions. Reviews and gates refer to that evidence, and Alpha AI Engine uses the permitted records for explanation. This separation gives each stage a defined responsibility and a traceable handoff.
A recorded observation can identify activity on a named network and contract, with its transaction reference, time and confirmation state. The integration must reconcile that observation with the relevant application record. Management statements, professional deliverables and other business claims retain their own evidence and review requirements.
Alpha AI Engine can explain the evidence relevant to a proposed action. The authorized application service applies the required checks, and the appropriate person or signing authority controls execution. External outcomes return through observation and reconciliation, preserving a record of what was requested and what actually occurred.
The ALPHA Omnichain Bridge is designed to move ALPHA between Solana and selected EVM networks using LayerZero V2’s Omnichain Fungible Token (OFT) standard. Each transfer burns the amount on the source network and mints the corresponding amount on the destination, so the design conserves the global supply. Each route requires its own validated configuration and operating controls before it opens; cross-chain transfer is currently exercised on public test networks. The bridge carries ALPHA; a venture’s own token architecture and cross-chain requirements receive a dedicated specification and review.
A technical review needs evidence for the exact release and intended use: implemented behavior, integration tests, permission controls, deployment configuration, recovery procedures and applicable independent assurance. Production acceptance depends on that combined record. Selected code, historical test results and design documents each establish only their documented scope.
The capabilities described reflect the platform’s design. Release availability follows implementation, validation and approval. View Progress & Roadmap
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