Enterprise AI automation platform
Connect applications, APIs, databases and enterprise systems in natural language. The AI drafts and modifies the automation; BridgeComp's execution engine runs the approved logic only — deterministically, with full observability, in the cloud or inside your own network.
“Whenever an approved order is created in our ERP, send it to our warehouse system. Ignore cancelled orders, prevent duplicates, and notify operations if it keeps failing.”
flow draftedfor your review
dry run Validated against a real payload · nothing goes live without an audited, human flip
Built and run byPriotech
AI Builder
Describing the process is the interface. No canvas of boxes and arrows, and no integration developer needed for every change — you say what should happen, BridgeComp drafts the flow and shows you exactly what it will do before anything runs.
01
The AI drafts the flow from your description — or an admin configures it by hand. Either way it's the same reviewable configuration.
02
The mapping is rendered against a real payload before the flow can exist. Empty or unresolved output fails the gate.
03
The full pipeline runs — read, map, verify, record — without the final external write, for as long as you want to watch it.
04
An admin-only, audited flip. Who, when, which flow — and rolling back is configuration, not a deploy.
AI can build it. Your organization stays in control.
Enterprise-grade automation
BridgeComp pairs an AI-first building experience with the control, security and observability business-critical integrations require.
AI proposes; the engine executes only approved, versioned configuration. The model is never on the execution path.
Config changes, go-live flips, retries, support access — actor, target, time, append-only. Every job keeps its per-step requests and responses.
Viewer, operator or admin per group, plus company administrators. Watching the warehouse integration isn't editing the finance one.
Every flow configuration change is snapshotted. Diff versions, restore an old one, see what a flow looked like when a given job ran.
Dashboard, jobs, alerts and cutover across every integration in one place — not a log file per system.
Failures classified transient, permanent or business-rule. Backoff ladder, circuit breaker, deduplicated alerts by email, Slack or webhook — and a dead man's switch for silence.
Flows start in dry-run. Duplicate a connection for testing with credentials deliberately blank. Diff dry-run payloads before anything goes live.
75 connectors with databases and file interfaces included, internal systems reachable via on-premise deployment — and we build the connector when a system isn't in the catalogue.
How it works
A flow starts with an event — a webhook from the source system, or a call to the flow's own endpoint from a job you already run. What happens next is identical whether the document is a sales order or a service call, which is why a new integration is configuration rather than a project.
Deployment
Run BridgeComp in our cloud, in a dedicated private-cloud instance, or on your own infrastructure. The building experience — prompt-first, dry-run-first — is the same everywhere; what changes is where it runs and who controls the machines.
Fully managed. Start connecting systems without running infrastructure — we operate the platform, watch it with the same monitoring you see, and keep nightly database backups.
A dedicated single-tenant instance: hosted by us in a region you choose, or installed on a virtual machine in your own AWS, Azure or Google Cloud account. Your data shares nothing with other tenants.
Install BridgeComp inside your own network, on any physical or virtual machine running Ubuntu Server 24.04. Reach ERPs, databases and internal APIs that were never publicly exposed — and keep execution, credentials and job history on infrastructure you control.
On-premise architecture
The whole platform — AI builder, execution engine, management console and database — is one application. On-premise, all of it installs on machines you control, with a one-shot installer, nightly database backups and zero-downtime deploys.
Connectivity
Modern companies rarely run entirely in the cloud. BridgeComp connects SaaS applications with the databases, file interfaces and enterprise software inside private networks — the same flows, whichever side of the firewall each system lives on.
ERP to Mainfreight 3PL, through BridgeComp.
Sales orders, vendor returns and disposals reach the warehouse. Each confirmation is matched line by line against what was sent before anything is written back.
Shopify to SAP Business One, through BridgeComp.
A storefront order becomes an ERP sales order — one order per storefront reference, however many times the webhook fires.
SAP Business One to Shopify, through BridgeComp.
Inventory levels and fulfilment status follow the ERP document, so the shop stops selling what the warehouse no longer has.
NetSuite to 3PL / warehouse, through BridgeComp.
Fulfilment requests to the logistics provider, with shipment and units-sent data reconciled on the way back.
SAP Business One to External REST API, through BridgeComp.
Documents pushed to a partner API — including one we build for you when the system isn't in the catalogue.
ERP to Salesforce, through BridgeComp.
Customers, orders and service calls kept aligned between the system of record and the system your revenue team lives in.
SQL Server / PostgreSQL to ERP, through BridgeComp.
Rows from a shop-floor or legacy database become ERP records, triggered by the job you already run against that database.
ERP to BigQuery / BI, through BridgeComp.
Operational documents land in the warehouse your BI stack already reads, without a nightly export nobody owns.
If a system isn't among the 75 in the catalogue, we build the connector — one is included from Professional up. The flow patterns don't change.
Reliability & monitoring
Generic automation tools treat an ERP order like any other webhook. BridgeComp treats it like money, because it is — so the interesting part of the product is what happens on a bad day.
transient · HTTP 503 from target · retry 3 of 5 scheduled in 2m
Duplicate protection
The one integration failure you can't quietly fix is the order that shipped twice. This isn't a promise in a datasheet — it's four mechanisms in the execution engine.
Correlation ledger · SO-24188
line 1 · 24 units sent
matched
line 2 · 6 units sent
matched
line 3 · 12 units sent, 9 confirmed
discrepancy
Operations
Flows, executions, connections, alerts and the audit trail — every integration in the organization on one screen, the same for the person who built it and the person on call.
sale-orders-outbound · Finance integrations group created by A. Levi · last modified today · taken live by the company administrator — audited
Sample data — a mid-size deployment
Migration
You already have an integration in production. It mostly works, and nobody wants to be the person who broke order flow. Your existing integration stays live and stays the system of record until BridgeComp has proven itself against it, document by document.
01
Systems and credentials go in encrypted, and each connection is tested before a flow references it.
02
The flow's mapping is rendered against a real payload before it can be saved — an empty or unresolved mapping fails the gate.
03
New flows default to dry-run: the full pipeline runs except the final write, in parallel with your legacy integration.
04
Export the dry-run payloads and diff them against what the old integration sent. In-flight orders are seeded into the ledger so their confirmations still match.
05
Turning dry-run off is an audited action — who, when, which flow. Rolling back is configuration, and takes about thirty seconds.
One flow at a time. The bar for going live is zero unexplained differences, not "mostly matches".
Connectors
Every connector speaks the same four verbs internally — test connection, read, create, update — so a flow never cares which system sits on either side, and adding one doesn't change the engine.
ERP integrations
Priotech has spent 15+ years delivering ERP projects. BridgeComp is what that experience looks like as a product — the ERP is a first-class system here, not just an entry in a connector list.
Security
No trust badges doing the work of engineering. These are the mechanisms, and the security overview names every one we don't have yet.
Encrypted with AES-256-GCM under a key held outside the database. No API — internal or external — returns a stored credential.
TOTP with one-time recovery codes, enforced for administrator roles. Sessions are revocable individually or all at once.
Company scope is applied at the repository layer, and an architecture test fails the build if a route bypasses it.
Systems, flows and jobs are grouped; users hold viewer, operator or admin per group. Seeing one integration isn't touching another.
Every change recorded with actor, target and time — including vendor support access, which is banner-marked while it's happening.
Each flow's endpoint carries its own scoped bearer token, shown once at minting and stored only as a hash.
Cloud applications, internal systems, databases and APIs — described in natural language, executed by one controlled platform, deployed where your architecture needs it.
Pricing
Your growth is not our billing event. Every plan includes the full engine — monitoring, retries, duplicate protection, audit trail and the dry-run migration path.
For a first integration or a small environment.
$2,990/year if you pay annually $2,990 billed annually — 2 months free
Most popular
For most ERP integration deployments.
$5,990/year if you pay annually $5,990 billed annually — 2 months free
For multi-system operations.
$9,990/year if you pay annually $9,990 billed annually — 2 months free
For advanced deployment, security and infrastructure requirements.
Cloud, private cloud or on-premise
Describe it. Connect it. Automate it.
Tell us which systems you're connecting and what breaks today. We'll show you the jobs view, the failure path and the dry-run migration — with your document types on screen, not a generic tour.