01
Identity
XRPL wallet addresses provide portable identifiers for parties, profiles, agreements and payment activity.
Developer Overview
XRPL payment infrastructure developers can inspect before users depend on it.
Trustless Payments connects explicit contract state to XRP Ledger verification, settlement rules, timers and product-level automation.
Explicit contract state
XRPL verification
Rule-based settlement
Visible trust boundaries
System Model
The ledger moves value. The application explains why.
An XRP transaction proves that value moved between ledger addresses. It does not automatically explain which agreement it funded, which milestone it belongs to, what must happen next or whether a release or refund is valid.
Trustless Payments supplies that application layer by connecting transaction evidence to participants, contract state, deadlines and settlement rules.
02
Agreement
A contract defines the parties, XRP amount, deliverables, milestones, deadlines, review windows and available settlement paths.
03
Funding instructions
The application prepares the expected destination, amount, destination tag and memo context for the agreement.
04
Ledger verification
Transaction activity is compared with the payment details expected by the contract before funding state is accepted.
05
Contract state
Funding, work, review, revision and resolution states determine which actions are valid at a given point in the agreement.
06
Settlement
Release, refund and applicable fee-routing actions follow the product's contract rules and current agreement state.
Architecture
Six layers. Different responsibilities.
Keeping responsibilities separate makes it easier to understand what each layer can verify—and what it cannot.
Interface layer
Collects contract terms, displays agreement state and exposes actions available to each participant.
Identity layer
Associates wallet addresses with profiles, roles, referrals and contract participation.
Contract engine
Evaluates agreement state, milestone progression, timers, revisions, releases, refunds and terminal outcomes.
Verification layer
Matches submitted payment evidence with XRP Ledger transaction data and expected funding instructions.
Settlement layer
Connects valid contract decisions to XRP releases, refunds and documented fee-routing activity.
Evidence layer
Preserves contract terms, bulletin activity, transaction references and resolution history for later review.
State Machine
Valid actions depend on current state.
A newly created agreement should not expose the same actions as a funded contract under review. State controls what each party can do and which transitions are valid.
The exact lifecycle depends on product configuration, but the general path moves from creation and funding through performance, review and terminal settlement.
Simplified Flow
Created → Funded → Active → Resolved
Inside the active period, milestone state can move through work, review, revision and settlement-ready phases.
Completed, refunded, cancelled and expired agreements become terminal records rather than remaining active indefinitely.
Funding Verification
A transaction must match the agreement—not merely exist.
Reliable payment verification requires more context than a transaction hash pasted into a form.
Destination
Confirm that value reached the address specified by the funding workflow.
Amount
Compare the delivered XRP amount with the value expected by the agreement.
Destination tag
Use the required tag to route and associate funding correctly where applicable.
Memo context
Use expected memo data to help connect the ledger transaction with the intended contract.
Timers & Enforcement
Time changes which actions remain valid.
Delivery periods, review windows, revision windows and expiry conditions are part of contract logic—not decorative timestamps.
Delivery window
Defines the period in which the current work or condition is expected to be completed.
Review window
Defines how long the reviewing party has to approve or invoke an available revision path.
Revision window
Defines the time available to respond when revisions are valid under the agreement.
Expiry
Prevents unfunded or unresolved agreements from remaining open without a defined endpoint.
Extensions
Product rules can expose limited extension requests without turning deadlines into permanently moving targets.
Automated consequences
Time-dependent transitions can enable release, refund or expiration paths according to the configured workflow.
Trust Boundaries
Know what each layer can actually prove.
XRPL Can Prove
Transaction state
The ledger can provide evidence of addresses, amounts, tags, memos, transaction results and settlement history.
Application Can Record
Agreement state
The product can record terms, roles, milestone state, submitted actions, bulletin activity and resolution history.
Neither Can Guarantee
Real-world quality
Code cannot guarantee that subjective work is excellent, scope was wise or every participant interpreted the deliverable identically.
Product Implementations
One infrastructure philosophy. Two contract models.
Social Escrow Platform
Trustless Network
Combines wallet identity, contract creation, milestone payments, workrooms, bulletin evidence, review flows and participant history for internet work.
Explore Trustless Network →Conditional XRPL Escrow
Enforcer
Automates agreements where release or refund depends on predefined conditions, target outcomes and expiry logic.
Explore Enforcer →Solution Patterns
Follow the architecture into real payment problems.
Freelancer Payments
Fund internet work through deliverables, review periods and structured settlement.
Explore Freelancer Payments →Crypto Escrow
Reduce counterparty risk with verified funding and defined release or refund paths.
Explore Crypto Escrow →XRP Payments
Connect ledger payments to application state and commercial context.
Explore XRP Payments →Milestone Payments
Divide larger agreements into independently reviewable and payable stages.
Explore Milestone Payments →Economic Routing
Settlement logic includes the business model.
Applicable Trustless Network payments include a disclosed 5.89% platform fee. Collected fees are divided into four equal economic buckets supporting distribution, liquidity, LP participation and operations.
Ledger-visible economics
The economic layer includes published token allocations, issuer and operational wallets, fee documentation and direct ledger-explorer links.
Review Tokenomics & Wallets →Current Scope
Architecture documentation is not an API promise.
These pages document how Trustless payment workflows are designed and how the current products interact with XRPL.
Internal routes, schemas and implementation details can change as the products develop. An interface should not be treated as public, stable or supported unless it is explicitly documented that way.
Build from published guarantees.
Developers should distinguish ledger guarantees, documented product behavior and implementation details that remain subject to change.
Read the Operating Principles →Continue Through The System
Start with state. Follow the value.
Review the contract lifecycle, then follow XRP from funding instructions through verification, release, refund and fee routing.
Builder Access
Need context beyond the documentation?
Reach the official community for integration questions, technical discussion and potential collaboration.