Infra Snapshot
Broad public labels first. The Infra-specific folder owns the deeper readiness surface.
QUADPublic Accountability
Broad public labels first. The Infra-specific folder owns the deeper readiness surface.
Infra owns useful-work evidence. It can prove service events without becoming Core value or another chain's authority.
BIGHT-funded storage, upload, retrieval, receipt verification, retained memory, proof labels, balances, and ledger state.
Live product hardening is active with canonical app, CometBFT, public intake, external export receiver, Bridge export adapter, relayers, BIGHT purchase, paid upload, paid retrieval, receipt lookup, provider settlement labels, and proof routes running. Payment remains quote-first and proof-required.
Use infra.uquad.org for product state, balances, ledger, receipt lookup, proof, upload, retrieve, and endpoint contracts.
An Infra receipt proves bounded Infra work. It does not force Core admission, Bridge finality, Liquid settlement, or payload truth.
Infra should feel like paid, provable memory: quote the work, perform or refuse it, then leave a receipt.
Infra should feel simple at the front: buy BIGHT, submit work, get a receipt, verify later. The full label contract remains available for reviewers and operators.
This is the main-domain reading contract. Current service state belongs on Infra-owned routes such as upload, verify, retrieve, balances, and proof.
Infra is the verifiable-storage and memory surface. It lets a user buy BIGHT, upload work, receive a receipt, verify that receipt, and retrieve the result.
The product loop is simple: buy BIGHT, upload, pay the quoted BIGHT, keep the receipt, verify it, then download or restore by receipt when needed.
Use Infra when the question is whether a record can be stored, priced, receipted, verified, retrieved, and explained through public evidence labels without exposing private mechanics.
Infra exposes BIGHT buying as a quote-first purchase path with payment proof, recipient, and receipt gates.
Buying BIGHT is treated as a work-payment path, not an investment, allocation, or reward page. The owner route quotes first, gives the payment instruction, waits for accepted source payment evidence, and credits BIGHT only after receipt checks.
The public route returns requested BIGHT, required value, source denom, accepted source labels, payment reference, relayer intake details, and the next action.
BIGHT is credited only after outside value, recipient, source payment proof, value fact, and final accepted receipt are present.
Unquoted, unmatched, expired, quarantined, or unbound payments do not become automatic BIGHT credits. They remain pending, refused, returned, or review-bound until the owner route closes them.
Buying BIGHT pays for Infra work. It is not a sale claim, allocation, reward, governance right, fixed redemption value, or reserve backing by itself.
Infra details stay outcome-level on the main site. Upload, receipt verification, retrieval, BIGHT work-payment, reserve rail, readiness labels, and public evidence live on the Infra subdomain.
That keeps Infra proof separate from QUAD Core block telemetry.
Infra treats receipts as useful service evidence, not as universal truth or Core admission.
The first receipt belongs with the accepted work. Later lookup, reissue, reconstruction, retention proof, and bulk access are BIGHT-paid memory services when the lane is open.
The original receipt belongs with the accepted work so a tester can verify what was requested, stored, served, or returned.
Later lookup, certified reissue, evidence-bundle reconstruction, retention proof, host-chain linkage proof, challenge history, and bulk/API access are BIGHT-paid Infra services.
Public receipt metadata can be queryable when safe. Payload body, private contract terms, operator procedure, and sensitive verifier detail stay out of the public page.
Fast query lanes are for low-latency reads. Retention lanes preserve evidence for later restore, proof, or challenge work when paid and allowed.
Infra is being kept readable as a product, not exposed as an operations manual.
Infra can explain archive, query, retention, receipt economy, work payment, reserve posture, and evidence service without publishing operator procedure or private verifier detail.
Infra now frames storage as one lane inside a broader provable-memory surface: archive, query, retention, receipt economy, work payment, reserve posture, and evidence service.
BIGHT meters Infra work, service settlement, and memory-economy pressure. It is not admitted reserve value or its own backing merely because Infra uses it for work.
Infra public copy should not turn fake demand, circular reward loops, or inflation pretending to be revenue into product claims.
The current docs-meta index groups doctrine, checklists, authority maps, references, inventories, generated evidence, and archive material so public copy can stay outcome-level.
CoreImport, Interop, DA, Fee invoices, Foundation, External Affairs, Mint, Reserve, Seller, Archive, Query, Provider, and Audit remain separate authority lanes.
The public site may explain product boundaries and evidence classes. Runtime wiring, fund movement, keeper authority, punishment logic, credentials, and SDK app readiness stay private until safe.
These are public local proof surfaces from the Infra folder. They may appear on the subdomain after export, not before.
Current Infra evidence covers product gates, quote-first BIGHT purchase, paid upload/download ledger labels, provider payout settlement posture, public intake, contract-work loops, Core-export receiver receipts, external-chain receiver receipts, and sent oracle/outbox records. Stronger public claims wait for the owning subdomain to export the relevant proof.
Those receipts remain Infra evidence without becoming Core truth.
Infra classifies memory, verification, query, repair, storage, paid BIGHT minting, reserve defense, work services, pricing, ledger, and cross-chain lanes by evidence class.
The local gate intentionally blocks whole-product or freeze claims until money-bearing and cross-chain lanes carry enough live proof.
The BIGHT purchase path is quote-first and owner-routed. It requires recipient, exact source payment, payment reference, source proof, reserve admission, and a credit or return receipt.
Local reserve evidence covers yield ingress and Bridge-bound remittance acknowledgement receipts for the approved yield-bearing paths before any reserve-productivity claim.
Local evidence covers upload, download, query, pricing, public-rented reads, private-handle safety, cold restore windows, and evidence-source labels.
Contract work is treated as paid intake, assignment, proof, verdict, settlement, dispute, slash or claim path, appeal, terminal receipt, and privacy-safe query metadata.
The live Infra box carries hundreds of Core-export receiver receipts, external-chain receiver receipts, and sent oracle/outbox records. These prove receiver and handoff activity, not Core admission or reward eligibility.
Infra separates normal product-contract receipt language from opt-in hook packet language without publishing private repository, operator, or verifier details.
Public product-contract vocabulary for archive anchors, retention proof records, query delivery receipts, and availability proof records.
Public packet envelopes for opt-in contract-work review where host chains apply their own local policy.
The receipt and packet boundaries can be reviewed without turning the website into private Infra documentation.
Private verifier logic, chain internals, operator procedure, production deployment detail, and provider backend internals stay out of public bundles.
Infra displays bounded work pricing as USD-equivalent target value first, with BIGHT converted at accepted quote-time value.
BIGHT due equals the USD-equivalent work target divided by the accepted BIGHT value at quote time.
Class A, B, and C examples show active, standard, and archive storage as usage units rather than yield or reserve assets.
The guide is a pricing explainer and reference input, not an allocation path, fixed redemption value, yield claim, or reward claim.
Infra is public when its outcome labels are readable, not when private mechanics are exposed.
Check witness freshness, storage labels, receipt lookup, BIGHT work intake, reserve separation, and effective capacity posture.
Whether public witness state is available and fresh enough to inspect.
Whether retained-state, upload, verification, and retrieval labels are staged, testing, live, or unavailable.
Whether public receipt verification, lookup, reissue, reconstruction, retention proof, and query labels exist without private procedure.
Whether wallet support, quote-first purchase, upload work, query/download work, balances, and ledger labels are public enough to inspect without implying rewards, custody, or fixed-value redemption.
Whether hard collateral is shown separately from BIGHT work payments, including PAX/UPAX as low-liquidity reserve ballast rather than normal spend liquidity.
Whether effective capacity is publishable: admitted capacity less committed or replica-reserved storage, not private module internals.
Public hosting posture only. No ports, credentials, private routes, or operator procedure are published here.
Infra uses dedicated chain-service hosting so behavior, logs, readiness, and load shape can be checked without exposing private operator procedure.
Public chain services, RPC, indexers, and Infra daemons require dedicated server-class hosting, not shared static web hosting.
The static website can remain separate while chain services and public status feeds run on their own host class.
The main site keeps Infra's role and public boundary readable when the Infra subdomain, upload path, receipt path, or BIGHT service is stale or offline.
Infra purpose, pricing guide, receipt-memory boundary, public scope, and verification links.
Upload, verify, retrieve, contract storage, balances, BIGHT purchase, provider settlement, and current receipt lookup.
Infra outage does not imply Core admission, Bridge failure, Liquid settlement failure, data loss, or live provider-payment state.