PointPay API integration services (OpenData / OpenFinance)

Authorized protocol analysis and production-ready API source code for PointPay transaction data, balances, staking records, and account-linked workflows.

From $300 · Pay-per-call available
OpenData · OpenFinance · OpenBanking-style integration

Convert PointPay wallet and transaction activity into usable APIs for reporting, reconciliation, and risk operations.

PointPay clearly has OpenData value: it is account-based, stores server-side balances and transaction history, supports fiat-to-crypto purchase flows, and tracks earning modules such as daily interest and staking. For integration teams, this means there is structured data that can be extracted under authorization and mapped into financial systems.

Why this data matters: transaction records support accounting and compliance evidence, while per-asset balances support treasury monitoring and daily exposure checks.
Why this data matters: staking and reward logs help explain user yield, profitability, and retention for product and finance teams.
Why this data matters: payment and funding actions provide conversion analytics across cards, Apple Pay, Google Pay, and transfer methods described by the app.
Contact usDeliverables

Feature modules

1) Account authorization module

Implements authenticated account binding, refresh-token handling, and consent-state logging. Concrete use: daily sync jobs can continue without repeated manual login, while operations keeps an audit trail of access scope changes.

2) Transaction history API

Normalizes records such as deposits, withdrawals, transfers, exchange actions, and fees. Concrete use: month-end reconciliation and ledger matching between PointPay data and ERP/accounting entries.

3) Balance and portfolio snapshots

Collects per-asset balances into deterministic snapshots at fixed intervals. Concrete use: treasury teams compare intraday and close-of-day exposure for risk dashboards and board reporting.

4) Staking and interest events

Parses reward accrual and staking records into timeline events keyed by account, asset, and period. Concrete use: customer statements that explain yield components rather than showing only a final total.

5) Market context connector

Ingests market streams where available to associate wallet events with price context. Concrete use: slippage and execution-quality analysis when users fund and trade in the same session.

6) Reliability and replay controls

Adds idempotency keys, retry policies, and error classes for 401/429/5xx responses. Concrete use: resilient backfills after outages, without duplicate ledger records.

Screenshots

All provided screenshots are included below. Each thumbnail opens a larger preview via lightbox to keep the default page clean.

Data available for integration

This section frames PointPay data in an OpenData/OpenFinance model so teams can map extraction scope directly to business outcomes.

Data typeSourceGranularityTypical use
Asset balancesWallet / vault viewsPer account, per asset, timestampedTreasury monitoring and risk exposure
Transaction ledgerTransaction history / statement flowPer operation with status and feeAccounting reconciliation and audits
Funding and purchase recordsBuy-crypto flowPer payment attempt / orderConversion analytics and fraud screening
Staking/interest eventsEarning modulesPer reward cycleYield reporting and customer transparency
Market contextExchange API feedsTick/orderbook/interval levelExecution analysis and alerting
Profile/locale dataAccount settingsPer user profile stateLocalization and policy routing

Typical integration scenarios

Scenario 1: Multi-platform ledger reconciliation

Business context: finance teams close monthly books across several wallets/exchanges. Data/API: PointPay transaction exports, operation type, fee, and status fields. OpenData mapping: normalized ledger tables reduce manual matching and shorten close cycles.

Scenario 2: Real-time exposure dashboard

Business context: risk teams need near-real-time visibility of holdings by asset. Data/API: balance snapshots plus market prices. OpenFinance mapping: account-level records become monitored risk metrics with threshold alerts.

Scenario 3: Yield transparency reporting

Business context: support teams must explain earnings and staking outcomes. Data/API: reward events and staking balances. OpenData mapping: event-level timelines produce explainable customer statements.

Scenario 4: Conversion funnel analytics

Business context: product teams optimize from fiat deposit to first trade. Data/API: funding records, trade events, and timestamps. OpenFinance mapping: authorized user-level events become anonymized funnel metrics.

Scenario 5: Resilient sync under API instability

Business context: operators need reliable ingestion during rate-limit spikes. Data/API: retry telemetry, token refresh states, and idempotent pull jobs. OpenData mapping: operational logs become measurable SLA controls.

Technical implementation (pseudo-code)

Auth

POST /api/v1/pointpay/auth/session { "grant_type":"authorization_code", "code":"AUTH_CODE" } => { "access_token":"...", "refresh_token":"...", "expires_in":3600 }

Statement query

GET /api/v1/pointpay/transactions?from=2025-01-01&to=2025-01-31&page=1 Authorization: Bearer <token> => { "items":[{"tx_id":"...","asset":"USDT","fee":"1.20"}],"next_page":2 }

Webhook + error handling

POST /api/v1/pointpay/webhook/transaction-updated { "event":"transaction.updated", "tx_id":"...", "new_status":"completed" } if (429 || >=500) retryWithBackoff(idempotencyKey) if (401) refreshTokenAndReplay()

These samples are intentionally implementation-focused and avoid speculative claims. They show the minimum contract shape needed for “PointPay API integration”, “transaction export API”, and “wallet balance sync OpenFinance” use cases.

Compliance & privacy

For EU-facing users, we map integration controls to GDPR principles: purpose limitation, data minimization, retention windows, and subject-request support. Because the app serves financial behavior data, we also apply OpenFinance-style consent traceability and least-privilege access tokens. Where your business touches EU crypto-asset services, we recommend reviewing MiCA-related obligations with local counsel and embedding resulting controls in API logs and retention policies.

Data flow / architecture

Typical pipeline: Client authorized sessionIngestion APIRaw + normalized storageOutputs (dashboard, statement export, webhook). This keeps original payload traceability while enabling faster downstream reporting queries.

Market positioning & user profile

PointPay is positioned for retail crypto users who want wallet, buy/sell, and earning tools in one app. The product description and store positioning indicate global mobile usage (Android and iOS) with multilingual support; primary users are beginners and intermediate investors moving between funding, trading, and yield features.

Similar apps & integration landscape

Coinbase: custodial balances and fiat on-ramp data often need consolidation with PointPay exports for unified reporting.

KuCoin: high-volume trade and transfer records frequently appear in the same multi-exchange reconciliation projects.

PrimeXBT: account movement and position data complements PointPay records for broader exposure analytics.

CoinW: similar exchange-driven data structures make cross-provider normalization practical.

Trust Wallet: wallet-centric records pair with PointPay account data when teams need a wider custody picture.

MetaMask: on-chain activity context is commonly joined with account-level wallet records for investigation workflows.

Exodus: portfolio and transaction exports align with the same reconciliation and reporting goals.

Revolut X: fintech-oriented crypto users create overlap in compliance-tagged transaction pipelines.

SwissBorg: yield and wealth-style user behavior resembles PointPay earning-related integrations.

SimpleSwap: swap-level records broaden conversion-path analytics when combined with wallet histories.

About us

We are a technical studio focused on app interface integration and authorized API integration for global clients. Our team has deep mobile and fintech experience, covering protocol analysis, interface refactoring, OpenData integration, third-party API connectors, automation scripts, and documentation delivery.

Deliverables

  • Runnable API source code and endpoint documentation
  • Auth/protocol analysis report and field mapping
  • Automated data scripts plus test plan
  • Two pricing models: source-code delivery from $300, or pay-per-call hosted API billing

Workflow

  1. Confirm scope and required data outputs
  2. Run protocol and schema analysis
  3. Build and validate integration modules
  4. Deliver code, docs, and handover support

FAQ

What do you need first? The target app name and required outcomes (already provided here).

How long is delivery? Typical first delivery is 5-15 business days depending on scope.

Can this support both iOS and Android products? Yes, via one backend integration layer.

Contact information

For quotations and requirements intake, use the link below.

Open contact page

Send target module list, required fields, expected throughput, and timeline.

Original App introduction (collapsed by default)

PointPay: Crypto Wallet App is presented as a secure crypto wallet and exchange environment where users can register quickly, fund an account using several payment methods, buy or trade major assets, and monitor holdings. The app description emphasizes beginner accessibility, educational resources, and multilingual support.

From an integration perspective, the app exposes meaningful data domains: account-level balances, transaction history, buy/sell records, staking and reward events, and profile settings. These domains map directly to common OpenData/OpenFinance business needs such as statement export, analytics, reconciliation, and user-level reporting.

The platform’s recent 2024-2025 communications suggest ongoing product evolution. Integration projects should therefore prioritize versioned schemas, explicit error handling, and replay-safe ingestion so reporting remains stable while upstream features change.