Typical integration problems
How often do you run into this?
As long as every link lives on its own, it’s costly and unreliable.
A project every time
Each new system is connected from scratch, its own way. There’s no shared approach.
Breaks on change
A provider changes a format — and the exchange stops. You find out from the failure.
No idea where it broke
No exchange log: on failure you can’t see what was sent, what came back and why.
Slow and expensive
Integrations eat weeks of developer time and stay the most fragile part of the system.
Solution
How the platform solves it
A single integration layer built on Relay closes each of the problems above.
We solve: A project every time
One layer, not point-to-point links
Every system is connected the same way and reused — no reinventing the integration each time.
We solve: Breaks on change
Changes live in the description, not code
A format changed — you edit the connection description; the emulator catches it before live exchange.
We solve: No idea where it broke
A full exchange log
Every request and response is stored; on failure the cause is visible and the step retries with no lost message.
We solve: Slow and expensive
Connect from a description, no code
From WSDL/OpenAPI the platform builds operations itself; delivery, docs and logging come out of the box.
What we connect
Any system — in one format
Relay brings heterogeneous systems to a single interface — as both consumer and provider.
1C & accounting
Exchange documents and data with 1C and accounting systems.
Government & SMEV
SMEV 3 and agency systems, with a GOST electronic signature.
CRM & ERP
Customers, orders and reference data across corporate systems.
Banks & payments
Payment gateways, statements and banking APIs.
Web & mobile
Sites, portals and apps over REST and GraphQL.
Industry systems
MES, billing, logistics and other domain systems.
Any protocol
SOAPREST / OpenAPIODataGraphQLgRPCSMEV 3
Capabilities
What a single integration layer gives you
The Relay module’s capabilities — in terms of business value.
01
One format, not a zoo
Different provider protocols are normalized to one shape — the consumer works the same with all of them.
02
Guaranteed delivery
Queues, auto-retries and a dead-letter desk — messages aren’t lost even during failures.
03
Connect from a description
Upload a provider’s WSDL or OpenAPI — the platform builds operations and data models itself.
04
Data transformation
Field and format mapping between systems — no hand-coded exchange.
05
Exchange log & triage
Who sent what and when; on error the cause is visible — fast triage and step retry.
06
Test on the emulator
A connection is tested on a built-in emulator — before the provider grants access.
Artificial intelligence
AI speeds up connections
Normalized descriptions and the emulator make integrations legible to AI agents — under human control.
AI reads a foreign API
The agent reads an external system’s description and presents its operations and data legibly.
AI proposes the mapping
The agent drafts field mapping between systems — you review and confirm.
Safe and controlled
The agent works with limited rights; changes are validated before they’re applied.
How it works
A ready connector in three steps
The same principle as the Relay module: connect without learning standards or long development.
1
Upload the spec
We import the external API description (WSDL, OpenAPI, schema) — the platform parses resources and methods itself.
2
Test on the emulator
We run test scenarios on the built-in emulator, without waiting for access to the live backend.
3
Ready connector
You get a single connector with REST/GraphQL, documentation and logging out of the box.
Let’s connect your systems
Tell us what needs integrating — we’ll propose the exchange design, connectors and timeline.