CHLOM TLaaS – UI Wireframe Outline
UI Wireframe Outline for CHLOM TLaaS (Tokenized Licensing as a Service). This will map all key screens, navigation flows, and user interactions so a designer or developer can build the Figma prototype without ambiguity.
CHLOM – TLaaS Functional Specification
Functional Specification for TLaaS (Tokenized Licensing as a Service) at a very high level but with enough detail for a dev partner to scope it without guesswork.
CHLOM™ Phase 1 Master Document — Core Blockchain & TLaaS MVP
Deploy the foundational blockchain infrastructure and deliver the first operational version of Tokenized Licensing as a Service (TLaaS), integrating with the AI/ML compliance layer from Phase 0.
CHLOM™ TLaaS (LEX) Master Technical Document
LEX market designers, exchange ops, product engineers, compliance leads, oracle agents, integrators, and Help Center editors curating the TLaaS for LEX category.
TLaaS (DLA) — Purpose, Scope & Economic Model
The Tokenized Licensing as a Service (TLaaS) model within the Decentralized Licensing Authority (DLA) is designed to digitize, automate, and enforce licensing agreements on-chain
TLaaS (LEX) — CI/CD Pipeline: Automating Compilation, Testing & Deployment
Establish a cryptographically verifiable, reproducible CI/CD pipeline for TLaaS (LEX) smart contracts, DApp, and supporting services.
TLaaS (LEX) — Compliance & Audit Logging: Building Automated Event Logging and AI Fraud Detection
Compliance and audit logging in TLaaS (LEX) ensures that all license-related activities are recorded, verifiable, and easily accessible for governance, regulatory, and dispute resolution purposes.
TLaaS (LEX) — DAO Escalation & Dispute Hierarchy: Tiered Appeal Processes
The DAO Escalation & Dispute Hierarchy in TLaaS (LEX) defines how conflicts, appeals, and governance overrides are processed across the ecosystem.
TLaaS (LEX) — DLA Dashboard Design: Front-End Components for Issuers, Holders, and Validators
The DLA Dashboard serves as the user-facing interface for license lifecycle management, validation, and governance participation.
TLaaS (LEX) — Decentralized License Revocation & Dispute Resolution Protocol
Design a decentralized, tamper-resistant mechanism for license revocation and dispute resolution within TLaaS (LEX).
TLaaS (LEX) — Deployment Scripts (Testnet & Mainnet): Environment Management
Deployment scripts in TLaaS (LEX) automate the rollout of smart contracts to both testnet and mainnet environments.
TLaaS (LEX) — Designing a License Schema: Fields, Rights, Expiry & Metadata
A well‑structured license schema defines what rights are granted, for how long, and under what conditions.
TLaaS (LEX) — Event‑Driven License Lifecycle Management
Establish the event-driven architecture for managing the full lifecycle of licenses in TLaaS (LEX).
TLaaS (LEX) — Fingerprint ID Integration: Linking Biometric Identities to Licenses
Fingerprint ID integration in TLaaS (LEX) ensures that licenses are bound to verified, unique individuals while preserving privacy.
TLaaS (LEX) — Grant & Subsidy Mechanics: Rewarding Early Adopters and Ecosystem Growth
Grant and subsidy mechanisms in TLaaS (LEX) incentivize early adopters, strategic partners, and ecosystem contributors.
TLaaS (LEX) — License Cryptographic Proof Anchoring & Audit Trail Mechanism
Implement a verifiable cryptographic proof system for TLaaS (LEX) licenses, ensuring each license record is anchored to an immutable ledger and fully auditable.
TLaaS (LEX) — License Issuance & Renewal Functions: Solidity Code, Validations, and Events
The License Issuance & Renewal functions are core components of TLaaS (LEX), enabling secure creation and controlled lifecycle management of tokenized licenses.
TLaaS (LEX) — License Marketplace DApp: Escrow & Trading Interface Architecture
Design and implement a non-custodial, upgradeable marketplace for tokenized licenses (ERC-721/1155) with escrowed settlement, sublicensing flows, and governance-aware dispute hooks.
TLaaS (LEX) — License Metadata & Schema Registry Architecture
Define a robust metadata and schema registry framework for TLaaS (LEX) licenses, enabling standardized, version-controlled, and machine-readable license data.
TLaaS (LEX) — License Proof Generation & Zero‑Knowledge Verification
Define the architecture, cryptographic primitives, and development patterns for generating verifiable proofs of license authenticity and compliance in TLaaS (LEX).
TLaaS (LEX) — License Registry Smart Contract: ERC‑721/1155 Implementation Guide
The License Registry smart contract is the on-chain source of truth for all tokenized licenses within TLaaS (LEX).
TLaaS (LEX) — License State Machine Specification with Formal Verification
Define a mathematically verifiable finite state machine (FSM) for license lifecycle management in TLaaS (LEX).
TLaaS (LEX) — Multi-Sig & Key Management: Securing Critical Admin Functions
Multi-signature (multi-sig) and key management frameworks in TLaaS (LEX) ensure that critical administrative functions—such as updating royalty percentages, adding issuers, or modifying contract parameters
TLaaS (LEX) — Off‑Chain Compute Oracles for Advanced Compliance Checking
Define the architecture, execution model, and integration flows for off‑chain compute oracles in TLaaS (LEX)
TLaaS (LEX) — On‑Chain vs IPFS/Arweave Storage: Data Storage Strategies
Define secure, scalable, and cost‑optimized data storage strategies for TLaaS (LEX) license metadata, proofs, and associated assets
TLaaS (LEX) — Oracle & KYC Integration: Off-Chain Data Verification Patterns
Oracle and KYC integration in TLaaS (LEX) enables the secure validation of off-chain data—such as identity documents, compliance checks, and market prices—while ensuring on-chain license transactions remain trustworthy.
TLaaS (LEX) — Override Router & Voting Logic: Council Voting and Dispute Resolution Patterns
The Override Router & Voting Logic within TLaaS (LEX) defines how marketplace-level disputes and governance actions are escalated to and resolved by the DAL (Decentralized Arbitration Layer) and validated via TLAAS (DLA).
TLaaS (LEX) — Payment Gateways & Fee Logic: Handling Crypto and Fiat Payments
The payment gateway and fee logic in TLaaS (LEX) manage the secure collection, processing, and distribution of payments for license issuance, renewal, and transactions.
TLaaS (LEX) — Payment Gateways & Fee Logic: Technical Architecture & Development Blueprint with Implementation Code
This subsystem is a mission-critical financial infrastructure layer within TLaaS (LEX) that governs the ingestion, validation, settlement, and distribution of multi-asset payments for license lifecycle events.
TLaaS (LEX) — Proxy Upgradability Patterns: Delegate-Call Proxies for Contract Upgrades
Define safe, governance‑controlled contract upgrade mechanisms for TLaaS (LEX) components (e.g., LicenseMarketplace, PaymentOrchestrator, RoyaltyRoutingEngine).
TLaaS (LEX) — REST/GraphQL APIs for TLaaS: Querying License Status and Metadata
The REST and GraphQL APIs in TLaaS (LEX) provide developers, applications, and ecosystem participants with reliable access to license data.
TLaaS (LEX) — Royalty Routing Engine: Splitting Revenues Among Treasury, Validators, and Auditors
The Royalty Routing Engine in TLaaS (LEX) ensures that revenue from license transactions is distributed automatically and transparently among ecosystem participants
TLaaS (LEX) — Staking, Slashing & Governance: Defining Validator Participation Parameters
.Staking, slashing, and governance mechanisms in TLaaS (LEX) define how validators—operating under TLAAS (DLA)
TLaaS (LEX) — Unit Test Suite with Hardhat: Writing Thorough Test Coverage
A robust unit test suite ensures that TLaaS (LEX) smart contracts perform as intended across all license lifecycle operations.
📜 TLaaS: Tokenized Licensing-as-a-Service
TLaaS (Tokenized Licensing-as-a-Service) is the smart contract infrastructure behind CHLOM™ — enabling any asset, product, service, or participant to be licensed, tracked, and rewarded at the protocol level.
CHLOM.io – TLaaS Launch Structure
TLaaS is the engine that issues, tracks, and enforces CHLOM smart licenses on-chain, with tokenized metadata for portability across ecosystems. Every CHLOM license sold, leased, or sublicensed flows through TLaaS.