Connect all sources—applications, APIs, IoT, files, databases, and streams—without imposing a single format. We design reliable, observable, and scalable ingestion that absorbs heterogeneity at the entry point. The goal: keep the data pipeline fed continuously, even when producers change pace or protocol.
We build connectors that can absorb structured, semi-structured, or unstructured data: business applications, APIs, industrial equipment, embedded systems, sensors, logs, messages, files, geospatial streams, audio, image, or video.
Ingestion is designed to hold in production: buffering, recovery, rate control, observability and producer decoupling. Each source is treated as an exchange contract, with schemas, technical SLAs and explicit recovery mechanisms.
On sites with intermittent connectivity, we favor edge gateways that can buffer, compress and resync without loss. Cloud, private and on-prem coexist based on sovereignty and latency.
The expected outcome is not a catalog of isolated connectors, but an industrialized, documented and monitored intake layer, ready to feed quality, processing and fusion.
Ingestion building blocks tailored to each source’s protocol, volume and criticality.
REST, GraphQL, WebSocket, SFTP, and partner / SaaS exchanges. We standardize authentication, versioning, and retries so every API remains a reliable producer.
MQTT, telemetry, edge gateways, and industrial protocols. We handle event density, sensor noise, and network outages without saturating the platform core.
SQL, NoSQL, CSV, JSON, periodic exports, and synchronizations. Batch extractions coexist with CDC to limit load on source systems.
Open data, geospatial, partners, and real-time sources. We define exchange contracts, formats, and responsibilities if a feed breaks.
Kafka and brokers for continuous high-volume events. Partitioning, retention and decoupled consumers absorb peaks.
Local buffer, retry, dead-letter and connector monitoring. Every failure is classified, replayable and visible to operations.
List your systems, protocols, and constraints (latency, sovereignty, intermittence): we propose a realistic, prioritized ingestion plan.