We operate your integrations. You can still inspect every line.

Handing an integration to a managed service usually means trading control for relief. Beetl does not ask for that trade. The source access, the mappings, and the business rules stay explicit SQL you can review, version, and hand to somebody else. The scheduling, the retries, and the recovery stop being yours to carry.

The product model

One path, from source system to accepted record.

The same runtime handles scheduling, state, deployment, and recovery across the whole path. Nothing here is a separate service somebody has to remember to operate.

One path, from source system to accepted record.Data moves left to right. Source systems, grouped by how they are reached, cover on-premise systems behind your firewall, cloud APIs, databases, and files over SFTP. They feed the connect stage, which handles authentication and token refresh, pagination and rate limits, and schema changes, and keeps a source-faithful copy of what it received. The transform stage runs explicit, versioned SQL that joins across sources and maps them into your business terms. The deliver stage publishes validated output on your cadence, surfaces failures rather than hiding them, and is reused by the next question. It lands in chat, BI dashboards, a data warehouse, or files over SFTP.Source SystemsOn-premise systemsCloud APIsDatabaseFiles & SFTPBeetl 01 → Connect Reads, never writes Authentication & tokens Pagination, rate limits Schema changes Source-faithful copy 02 → Transform Explicit, versioned SQL SQL you can read Joins across sources Mapped to your terms Versioned, not hidden 03 → Deliver Validated output On your cadence Failures always visible Reusable, not rebuilt Where it landsChatBI dashboardsData warehouseFiles & SFTP
  1. Source Systems: On-premise systems, Cloud APIs, Database, Files & SFTP.
  2. Beetl Connect, reads, never writes: Authentication & tokens, Pagination, rate limits, Schema changes, Source-faithful copy.
  3. Beetl Transform, explicit, versioned sql: SQL you can read, Joins across sources, Mapped to your terms, Versioned, not hidden.
  4. Beetl Deliver, validated output: On your cadence, Failures always visible, Reusable, not rebuilt.
  5. Where it lands: Chat, BI dashboards, Data warehouse, Files & SFTP.
Why it compounds

Every system you connect can be combined with every one already there.

Point to point, each integration answers one question for one team and connects to nothing else. Build ten and you have ten answers. Connect them through one layer instead and they compose. Any system can be read alongside any other, so a question that crosses three of them stops being a new project and becomes a query. Three systems make seven possible combinations. Five make thirty-one. That is why the tenth connection is worth more than the first, not merely cheaper than it.

Every system you connect can be combined with every one already there.On the left, ten systems are wired directly to one another in an irregular mesh. The connections vary in weight, some are dotted or dashed, one has snapped and is marked with a cross, and one system is wired to nothing at all. An arrow marks new connections being added. On the right, five systems sit along the bottom and each connects up into a single managed Beetl layer that handles credentials, scheduling, state and recovery for all of them. The layer starts with three systems and grows leftward as a fourth and fifth are connected, its readout counting three systems and seven combinations, then four and fifteen, then five and thirty-one. Above the layer, four destinations draw from it: dashboards, analytics, applications, and agents. The systems themselves are not moved or replaced; only the connections run through Beetl.Point to pointEach connection built, owned and maintained on its own.Different weights, different failure modes, one already broken.Add connectionsDashboardsAnalyticsAppsAgentsOne layer on BeetlOne managed Beetl layerCredentials, scheduling, state, recovery3 systems7 combinations4 systems15 combinations5 systems31 combinationsOne connection per system, not one per pair of systems.Any two can be combined, and every destination reaches all of them.
On the left, ten systems are wired directly to one another in an irregular mesh. The connections vary in weight, some are dotted or dashed, one has snapped and is marked with a cross, and one system is wired to nothing at all. An arrow marks new connections being added. On the right, five systems sit along the bottom and each connects up into a single managed Beetl layer that handles credentials, scheduling, state and recovery for all of them. The layer starts with three systems and grows leftward as a fourth and fifth are connected, its readout counting three systems and seven combinations, then four and fifteen, then five and thirty-one. Above the layer, four destinations draw from it: dashboards, analytics, applications, and agents. The systems themselves are not moved or replaced; only the connections run through Beetl.

Your systems stay exactly where they are. Nothing is migrated and nothing is replaced: Beetl reads from what you already run, and what moves onto the platform is the connection, not the system. The first one might answer a single business case, and the platform is already running when the second arrives.

How the connection actually works

Most integration vendors describe this in a sentence. It is the part your IT reviewer will ask about first, so here it is in full.

Connection method. Cloud systems connect through the vendor's own API. Systems that cannot be reached from outside your network use a connector deployed locally, inside your perimeter.

Network requirements. The local connector opens an outbound tunnel. No inbound firewall rules, no open ports, and nothing leaves your network until you have reviewed and approved what the flow reads.

Access level. Read-only by default, scoped to the specific tables a flow actually needs. Writes go only to destinations you have explicitly approved, and a generated definition needs a person's approval before it runs on a schedule.

What we do not claim yet. We are not SOC 2 or ISO 27001 certified, we do not offer self-hosting, and we do not promise real-time behaviour. Refresh cadence is configured per integration. We would rather you find that out here than in a security review.

Start with the one that costs you the most.

Tell us the source system, where the data has to land, and what goes wrong today. We will scope the source, the target contract, and the smallest production data flow.

Talk to us