One integration
Connect the platform, PAM or wallet to one boundary instead of building a different operational model for every provider.
ALHICA is a platform-agnostic casino game aggregator connecting operator platforms, PAMs and wallets to game providers and external APIs. One integration for authentication, sessions, balances, transactions and reconciliation.
ALHICA reduces the complexity of integrating and operating multiple providers without hiding the transaction, session or source of a failure.
Connect the platform, PAM or wallet to one boundary instead of building a different operational model for every provider.
Normalise game launch, authentication, sessions, balances, transactions, game cycles, configurations and detailed game history.
Monitor integrations, investigate requests and reconcile operations in Aggregator Admin with end-to-end evidence.
The Hub separates the operational model from each platform, provider or API protocol. A new integration adds an isolated connector without spreading external rules across the wallet or operation.
Normalised, auditable internal contract.
Each component has an explicit operational responsibility and retains the evidence required for support and financial control.
Launcher, notify, complete, Detailed Game History and bet configurations through one operational boundary.
Normalised bet, win, refund, rollback, cancel and jackpot processing with duplicate protection.
Authentication, session lifecycle control, game cycles and their resolution.
Game catalogue, currencies, limits, bet values, free rounds, free spins and jackpots.
Integration-specific error mappings and controlled recovery of pending or incomplete operations.
End-to-end investigation through session IDs, round IDs and request IDs, with operational and technical metrics.
Session IDs, round IDs and request IDs allow an operation to be followed across the source system, Hub, wallet and external integration.
Investigate a transaction, understand a failure, monitor a queue and reconcile a cycle without jumping between provider consoles.
Protective mechanisms are part of the transaction flow and operational evidence, not a decorative layer on top of the product.
Stable keys and duplicate protection prevent legitimate retries from creating repeated financial effects.
Each connector translates a platform, provider or API protocol into a controlled internal model without leaking integration rules into the core.
Bounded timeouts, classified retries and reconciliation queues protect the system when an integration degrades or becomes unavailable.
Transactions, sessions, cycles and attempts retain technical identifiers for investigation and reconciliation.
The connector advances through discovery, implementation, validation and controlled activation. The actual certification scope depends on the platform, provider and market.
Map the protocol, requirements, authentication, network, errors and financial lifecycle.
Implement provider-specific translation without spreading its rules across the core.
Validate technical and financial flows, duplicates, timeouts and recovery.
Run the applicable process with the platform and provider.
Activate by environment and scope, with close observation and rollback prepared.
Follow metrics, alerts, reconciliation and connector evolution.
Technical dashboards, metrics, correlated logs and alerts connect availability, traffic and infrastructure to the requests and transaction effects the operation needs to explain.
Service state, requests per second and distribution by integration.
Response times, spikes, failures and patterns by provider and operation.
Pools, wait time, queues, saturation and pending effects.
CPU, memory, disk and network connected to observed operational impact.
Each summary explains the capability within the complete flow. Dedicated technical pages remain available when more depth is useful.
One normalised integration connects platforms, PAMs and wallets to multiple providers. The core coordinates launch, sessions, balances and the complete transaction lifecycle.
Each provider or API is isolated in a connector that translates protocols, authentication, errors and capabilities without changing the rest of the Hub.
A stable boundary exposes launch, notifications, completion, history and configuration while preserving identifiers and end-to-end evidence.
The operational and finance backoffice investigates requests, sessions and transactions, manages configuration, and follows reconciliation and recovery.
Idempotency, pending-state detection and controlled queues compare bets, wins, refunds and balances to resolve differences with an audit trail.
One timeline connects the session, game, round and every transaction movement for support, investigation and operational response.
Access boundaries, metrics, alerts, backpressure and independent services protect every integration and make production behaviour observable.
Platform and provider names shown describe a selection of implemented connectors. All trademarks belong to their respective owners.