01 · Library
80+ Pre-Built Connectors
Ready-made connectors for ERP, WMS, MES, SCADA, BMS, EAM, CRM, identity, GIS, IoT and operational systems — deployed in days, not quarters.
80+ pre-built connectors for ERP, WMS, MES, SCADA, BMS, EAM, CRM, identity, GIS, IoT, databases and legacy systems. INNFINI sits at the center of the operational ecosystem — connecting people, assets, devices, workflows and business systems into one intelligent platform.
Six stages. INNFINI sits between every system you already run — translating, validating, orchestrating and syncing the transactions that keep operations and the enterprise in lockstep.
REST, SOAP, MQTT, webhooks, message queues, DB, SFTP, event streams, SDKs and middleware — pick what fits your stack.
Translate fields, records, IDs, statuses, locations and transaction formats between every system — no glue code required.
Verify permissions, approvals, quantities, item records and workflow status — before a transaction ever leaves the platform.
Coordinate multi-system transactions, approvals, retries and exception routing — across users, queues and timeouts.
Push operational events out. Pull master records, work orders, schedules and roles back in — in real time or scheduled batches.
Track delivery, retries, latency, failures and exceptions across every connector — with audit logs and dashboards out of the box.
API-first where you can. Legacy adapters where you must. Validation, orchestration and monitoring baked into every transaction by default.
Ready-made connectors for ERP, WMS, MES, SCADA, BMS, EAM, CRM, identity, GIS, IoT and operational systems — deployed in days, not quarters.
REST, SOAP, MQTT, webhooks, message queues, event streams and DB-level integration — modern protocols for modern systems.
Translate data formats, IDs, fields, statuses and business objects between systems automatically — visual mapping, no code.
Receive master data from enterprise systems. Push operational updates, events and transaction confirmations back — automatically, continuously.
Validate, enrich, approve, route, retry and audit every transaction before it reaches a business system — no garbage gets through.
Monitor API health, failed messages, retries, latency, exceptions and sync status from one place — with full audit logs.
Automate updates between physical operations and business applications. Operators stop re-typing data into 4 different systems.
Validation, normalization and idempotency catch errors before they reach ERP, WMS or EAM — no more silent reconciliation drift.
Trigger workflows, work orders, alerts and transactions directly from real-time events instead of overnight batch jobs.
Leverage existing ERP, WMS, SCADA, BMS, identity, GIS and legacy systems — INNFINI sits between, not on top of.
Certified connectors are versioned, regression-tested against each vendor release, and shipped with the platform — not built per project. Anything outside the catalogue is reachable through the generic protocol adapters.
| Domain | Representative systems | Protocols | Certified |
|---|---|---|---|
| Enterprise resource | SAP S/4HANA and ECC, Oracle EBS, Microsoft Dynamics 365 | OData, IDoc, BAPI, SOAP | 11 |
| Asset & maintenance | IBM Maximo, Infor EAM, SAP PM, Fiix | REST, MIF, JDBC | 8 |
| Warehouse & logistics | Manhattan, Blue Yonder, Körber, SAP EWM | REST, EDI 856/940, AS2 | 9 |
| Geospatial | Esri ArcGIS, QGIS Server, HERE, Mapbox | OGC WFS/WMS, REST, GeoJSON | 6 |
| Industrial control | OSIsoft PI, Ignition, Siemens WinCC, Honeywell | OPC-UA, OPC-DA, Modbus TCP | 12 |
| Building systems | Johnson Controls, Siemens Desigo, Schneider EcoStruxure | BACnet/IP, KNX, LonWorks | 7 |
| Identity & access | Okta, Microsoft Entra ID, Ping, Keycloak | SCIM 2.0, OIDC, SAML 2.0, LDAP | 6 |
| Video & sensing | Genetec, Milestone, Axis, generic ONVIF estates | ONVIF S/T, RTSP, MQTT | 14 |
| Communications | P25 and TETRA gateways, Twilio, Everbridge | MCPTT, SMPP, REST | 9 |
Integration failures are rarely dramatic — they are a duplicate work order, an out-of-order status, a silently dropped reading. Each guarantee below is configured per connector, not assumed globally.
| Guarantee | Mechanism | Cost when enabled |
|---|---|---|
| Exactly-once delivery | Idempotency key derived from the source record and revision; the fabric deduplicates on write rather than trusting the sender. | +6 ms p95 |
| Ordered per entity | Partitioned by entity identity, so two updates to the same asset can never overtake each other while unrelated traffic stays parallel. | Throughput bounded per key |
| At-least-once fallback | For sources with no stable identity, delivery retries with exponential backoff and the consumer is declared idempotent by contract. | Duplicates possible downstream |
| Transactional outbox | Outbound writes commit to the ledger and the queue in one transaction, so a crash cannot acknowledge work that was never sent. | +4 ms p95 |
| Replay | Any window inside seven days can be re-driven to one connector without re-driving the rest, using the original payloads. | Storage only |
Every connector declares a contract against the canonical model. Drift is detected at the boundary, before it reaches the graph.
Sources map to shared object types rather than to each other, so adding the ninth system does not mean writing eight more mappings.
Each mapping is versioned and diffable. A vendor upgrade produces a reviewed change, not a surprise at 3 a.m.
Unexpected fields, type changes and disappearing attributes raise an incident on the connector — additive drift passes, breaking drift quarantines.
Records that fail validation are held with their rejection reason and can be replayed once the mapping is corrected. Nothing is discarded.
In an estate of eighty-two systems, at any moment one of them is patching, throttling or unreachable. The fabric treats that as normal operation rather than an exception.
| Condition | Behaviour |
|---|---|
| Source throttles reads | Backpressure propagates upstream and the connector slows to the permitted rate. Lag is surfaced explicitly rather than hidden by dropping records. |
| Destination unavailable | Traffic buffers to the replay log and drains on recovery, in order. Other connectors are unaffected — there is no shared blocking queue. |
| Repeated delivery failure | After the retry budget the record moves to dead-letter with its full context and the failing payload, and an incident is raised against the connector. |
| Malformed payload | Quarantined at validation with the offending field named. The rest of the batch continues — one bad record never stalls a stream. |
| Credential expiry | Detected before failure from token lifetime, raising a maintenance task ahead of the outage rather than an incident after it. |
| Network partition | Edge connectors continue collecting locally and reconcile on reconnect, with the gap visible in the timeline rather than silently absent. |
Indicative durations from delivered projects, assuming credentials and a non-production endpoint are available on day one. The long pole is almost never the software.
| Stage | Catalogue connector | Bespoke connector | Owned by |
|---|---|---|---|
| Access and credentials | 1–3 days | 1–3 days | Customer |
| Field mapping to canonical model | 0.5 day | 3–5 days | Joint |
| Validation rules and contract | 0.5 day | 2–3 days | Innovent |
| Shadow run against production traffic | 3–5 days | 5–10 days | Innovent |
| Cutover and monitoring handover | 1 day | 1–2 days | Joint |
| Typical total | 6–10 days | 3–5 weeks | — |
An integration layer is the largest attack surface in an operational platform. It is treated as such.
| Control | Implementation |
|---|---|
| Least-privilege credentials | Each connector holds its own scoped service account. No shared credentials, no estate-wide administrator account behind the fabric. |
| Secrets custody | Credentials live in your vault (HashiCorp, Azure Key Vault, AWS Secrets Manager). The platform holds references, never plaintext, and rotation needs no redeploy. |
| Outbound-only where required | OT and industrial connectors can run outbound-only through a data diode or one-way gateway, so no inbound path into the control network exists. |
| Payload minimisation | Connectors pull only the fields their contract declares. Unmapped source fields are never transported, so they cannot be stored or leaked. |
| Transport | TLS 1.3 with certificate pinning where the vendor supports it; mutual TLS for machine-to-machine paths. |
| Full transaction audit | Every transaction records source, contract version, transformation applied, destination and outcome — including rejections and dead-lettered records. |
INNFINI Connectors & Integrations transform disconnected systems into one connected operational ecosystem — enabling real-time visibility, automated workflows, accurate transactions and enterprise-wide intelligence.
A 60-minute architecture review with our solutions team. We map your sensors, your systems, and the workflows where this capability moves the needle.