Fee Attribution Logic
Attribution rules classify each fee event by market, venue, account, and strategy dimension. This prevents double counting and keeps payout eligibility mathematically deterministic.
Technical Architecture
Infrastructure Designed For Precision And Scale
Pump Cashback System is engineered as a resilient trading-data and reward-distribution stack. The architecture is optimized for deterministic fee attribution, high-volume event processing, and auditable cashback outcomes.
Data Pipeline
Deterministic Logic
Secure Connectivity
Scalable Settlement
Section 01
Trading Data Engine
A high-throughput ingestion layer captures execution events from exchange APIs and on-chain activity. Data is normalized into a canonical structure to keep analytics and reward calculations consistent across markets.
Collectors
Exchange connectors and chain listeners pull events continuously.
Validation
Schema checks prevent malformed trading and fee records.
Normalization
Symbols, wallet identities, and fee units become standardized.
Ledgering
Events are written into immutable reward-relevant ledgers.
Serving
Low-latency reads for dashboards, APIs, and reports.
Reward Calculation System
A rules engine applies volume tiers, referral splits, and eligibility windows to generate exact cashback values. Calculations are versioned for traceability and audit comparisons.
Secure Wallet Connectivity
Connectivity modules isolate credentials, enforce scoped permissions, and support secure key handling practices. Wallet verification and account binding prevent unauthorized reward routing.
Rebate Distribution Layer
Settlement workers process approved cashback queues into batched or scheduled payouts. Distribution is event-logged with states for pending, processed, completed, and exception handling.
- Policy-based payout cadence
- Atomic ledger updates before transfer execution
- Webhooks for external accounting systems
- Retry controls and reconciliation loops
Scalable Infrastructure Design
The platform is partitioned into stateless API surfaces and stateful ledger services, enabling horizontal scaling for ingestion spikes and payout cycles.
- Queue-driven processing architecture
- Cache-aware API serving for real-time dashboards
- Separation of compute and settlement workloads
- Operational observability across core services
Section 07
Security And Reliability
Cashback infrastructure only works if trust and uptime are absolute. We design security and reliability controls directly into the processing path rather than as external add-ons.
Access Controls
Scoped credentials, permission boundaries, and environment isolation for sensitive operations.
Integrity Checks
Cross-ledger consistency verification before and after reward settlement events.
Operational Resilience
Fallback queues, idempotent processing, and rollback-safe distribution procedures.
Engineering Access