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Blockchain, Web3 y activos digitales

Integración con blockchain

Conexión de blockchains con sistemas empresariales como ERP, CRM, plataformas de datos e identidad, mediante servicios orientados a eventos, oráculos y datos indexados en los que los equipos de operaciones pueden confiar.

Visión general

A ledger that cannot talk to the rest of the business is an expensive island. Much of the value in an enterprise blockchain program comes from integration: getting trusted data on-chain, getting on-chain events into the systems people actually use, and keeping both sides consistent.

We build that connective layer with the same disciplines as any enterprise integration, including idempotent processing, schema contracts, retries and observability, plus the chain-specific concerns of finality, reorganizations and key-secured writes.

Aplicaciones de negocio

  1. 01

    ERP and finance system sync

    On-chain transfers, settlements and token events mapped into SAP, Oracle NetSuite or Microsoft Dynamics as journal entries or documents, with reconciliation that tolerates block reorganizations and delayed confirmations.

  2. 02

    Oracles and external data

    Bringing verified off-chain data such as prices, reserve attestations, IoT readings and API responses onto the chain through Chainlink services or purpose-built oracles with signed reports and staleness checks.

  3. 03

    Event-driven automation

    Contract events that trigger downstream workflows in CRM, ticketing or notification systems through message brokers, so business teams can act on on-chain activity without watching block explorers.

  4. 04

    Analytics and reporting

    Indexed on-chain data joined with operational data in warehouses such as Snowflake, BigQuery or Databricks, so finance, risk and product teams can report on blockchain activity with standard BI tools.

Enfoque de ingeniería

  1. 01

    Integration inventory

    We catalog systems, data owners, event types and latency requirements, then decide which direction each flow runs and which system is authoritative for each record.

  2. 02

    Contract and schema design

    Event schemas, API contracts and data mappings are agreed and versioned before build, so changes on either side are deliberate and do not break downstream consumers.

  3. 03

    Integration services build

    Indexers, listeners, oracles and adapters are implemented with idempotency, confirmation thresholds and dead-letter handling, on the client's existing integration platform where one exists.

  4. 04

    Reconciliation and testing

    Automated reconciliation compares on-chain and off-chain records, and integration tests replay historical blocks, simulate reorganizations and inject provider failures to confirm clean recovery.

  5. 05

    Operational handover

    Dashboards, alerting and runbooks give operations teams visibility into lag, errors and reconciliation breaks, with clear ownership assigned for every integration point.

Tecnologías y plataformas

Oracles and data feeds

  • Chainlink Data Feeds
  • Chainlink Functions
  • Chainlink Proof of Reserve
  • Pyth Network

Indexing

  • The Graph
  • Substreams
  • Ponder
  • Goldsky

Enterprise integration

  • Apache Kafka
  • MuleSoft
  • SAP Integration Suite
  • Azure Service Bus
  • REST and GraphQL APIs

Data platforms

  • Snowflake
  • Google BigQuery
  • Databricks
  • dbt
  • PostgreSQL

Los nombres de tecnologías son marcas registradas de sus respectivos titulares y no implican asociación ni respaldo.

Qué recibirá

  • Integration inventory and data ownership map
  • Versioned event schemas and API contracts
  • Indexers, listeners and oracle adapters
  • Connectors to enterprise systems
  • Automated reconciliation service
  • Monitoring dashboards and operational runbooks

Lo que preguntan los directivos

How do you handle blockchain reorganizations in integrations?

We wait for chain-appropriate confirmation depths before treating events as final, record block hashes alongside every processed event, and design downstream updates to be reversible or compensating. Reconciliation jobs then confirm that enterprise records match canonical chain state.

Can we write to the blockchain from our ERP?

Yes, through a signing service that enforces policies before any transaction is submitted. The ERP never holds private keys directly. It requests an action, and the service validates the request, signs with managed keys and reports the result back.

Do we need to replace our existing integration platform?

No. We prefer to extend what you already run, whether Kafka, MuleSoft, Azure Integration Services or similar, and add blockchain-specific components alongside it. That keeps support, monitoring and governance consistent with the rest of your estate.

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