Integration Layer

No agribusiness runs on one piece of software. A modern farm has weather data, IoT sensors, banking platforms, agronomy tools, third-party logistics, customs systems, and more. Each of them produces or consumes information that, on its own, is just noise. Together, they tell the story of what is happening on the operation, but only if they can talk to each other.

That is what the Integration Layer does. It is the part of AgriERP that listens to and speaks with every external system the business already uses, automatically and reliably, so that data flows in and out of the platform without anyone re-typing it, exporting it, or reconciling it manually.

The Integration Layer is built on enterprise-grade integration services, the same kind of infrastructure used by global banks, retailers, and government agencies. AgriERP adds a middleware orchestrator called BURQ on top, which packages and pre-configures these services for agriculture-specific scenarios.

What this section covers

The Integration Layer is built around two things: the things every connected enterprise system needs:

• APIs: the standardised, secure entry and exit points through which other systems exchange data with AgriERP.
• Middleware: the orchestration layer that decides what data goes where, when, and in what shape, so the right information reaches the right system, in the right format, automatically.

Most of what makes both possible is provided by enterprise cloud integration services. The agriculture-specific shaping is what AgriERP adds on top.

The enterprise foundation

Before going into APIs and BURQ specifically, it helps to understand the platform underneath. AgriERP’s Integration Layer is built on a collection of enterprise services for integrating applications, data, and processes across organisations.

Capability	What it provides to the Integration Layer
API gateway	A managed service for publishing catalogs of HTTP APIs. It acts as the gateway: every external system that wants to talk to AgriERP comes through here. It handles authentication, throttling, versioning, and developer-friendly documentation, all out of the box.
Workflow orchestration	A serverless workflow platform that is the engine that orchestrates how data moves between systems, with over 1,400 prebuilt connectors to common business applications. This is what AgriERP uses to build automated, reliable data flows without writing custom code.
Enterprise messaging	Reliable messaging and event services. They make sure that when one system needs to tell another that something has happened, the message is delivered reliably, in order, and only once, even when systems are temporarily offline.
Identity and secrets	Enterprise identity and secrets services. They control who is allowed to call which API, and they keep the credentials, certificates, and keys used by integrations safe and centrally managed.

Why this matters to you These are not custom-built components. They are mature, fully-managed enterprise services with documented uptime, security certifications (ISO, SOC, PCI DSS), and global scale. By building the Integration Layer on top of them, AgriERP inherits this reliability, scaling, and security automatically.Your IT team does not have to vouch for a custom-built integration platform. Your security team gets enterprise-grade protection. The AgriERP team focuses on the agriculture-specific orchestration on top.

1. APIs

In one line A secure, managed front door through which every other system, your weather service, your bank, your IoT sensors, your buyer’s ERP, can exchange data with AgriERP automatically.

What an API is, in plain terms

An API, application programming interface, is simply a controlled way for one piece of software to ask another for information, or to send it information. If a human were doing the work, they would log in, look up data, copy it, log into another system, and paste it. An API does the same thing, but software-to-software, in milliseconds, without typos, and without anyone needing to be involved.

The keyword is controlled. Good APIs are not open doors. They check who is asking, what they are allowed to see, and how often they can ask. AgriERP uses an enterprise API management platform for exactly this purpose.

How the API gateway works

Every external system that interacts with AgriERP comes through one place: the API gateway. It is a managed service for publishing catalogs of HTTP APIs, with a developer portal for discovery, and a gateway to proxy and secure requests.

API gateway capability	What it provides
Single managed entry point	All external systems connect through one cloud-hosted gateway. There is one place to monitor, secure, and update the way the outside world talks to AgriERP.
Authentication and authorisation	Every incoming request is checked against an enterprise identity service. If a system is not authorised, the request is rejected before it ever touches AgriERP. OAuth 2.0 is supported as standard.
Throttling and rate limiting	If a system tries to call AgriERP too aggressively, the gateway slows it down or stops it. AgriERP cannot be overwhelmed by a misbehaving partner system.
Versioning	When an API changes, both the old and new versions can run side by side. Existing integrations keep working while new ones adopt the latest version.
Developer portal	Partners and integrators get an automatically generated catalog of available APIs, with documentation and test interfaces. Onboarding a new integration is faster, with less back-and-forth.
Logging and monitoring	Every API call is logged. If a problem occurs, you can see exactly which system called which API, when, and what happened.

What APIs cover in AgriERP

On top of the gateway, AgriERP exposes a set of agriculture-specific APIs that other systems can call to read or write farm data. These cover the major data domains of the platform.

Domain	What can be exchanged
Master data APIs	Read or update farms, blocks, crops, varieties, growers, employees, equipment, and other reference data.
Operational APIs	Receive or send work orders, harvest records, activity logs, time entries, and inventory movements.
Financial APIs	Exchange data with banking, tax, and accounting systems for payments, invoices, and reconciliation.
Sensor and IoT APIs	Receive readings from soil sensors, weather stations, irrigation controllers, and machinery telematics.
Commercial APIs	Connect with buyer ERPs, marketplaces, and logistics platforms for orders, deliveries, and shipment tracking.
Document APIs	Send and receive contracts, certificates, settlement statements, and other documents.

Two directions, both supported

AgriERP APIs work both ways. Other systems can pull data from AgriERP, and AgriERP can pull or receive data from them. This is a bidirectional integration pattern, and the workflow orchestration engine handles both directions reliably.

• Inbound: another system sends data to AgriERP. Examples: a soil sensor sends a reading, a buyer’s ERP sends a purchase order, a bank sends a payment confirmation.
• Outbound: AgriERP sends data out. Examples: a settlement statement to a grower’s accounting system, a shipment update to a logistics platform, a compliance record to a regulator.

2. Middleware (BURQ)

In one line An orchestration layer that decides what data needs to move, when, in what shape, and to which system, so the integrations actually deliver business value, not just data exchange.

Why APIs alone are not enough

APIs let two systems talk. Middleware decides what they should say. The two are different jobs. An API can deliver a sensor reading from a moisture probe to AgriERP. But what should AgriERP do with it? Write it to inventory? Trigger an irrigation alert? Update a dashboard? Notify a supervisor? Match it against a planned spray window?

That is the work of the middleware. It is the difference between a system that is connected and a system that is intelligent about what flows through those connections.

What BURQ does

BURQ is AgriERP’s middleware orchestrator. It sits between the API gateway and the rest of AgriERP, using an enterprise serverless workflow engine underneath. The workflow engine is a serverless platform for building enterprise workflows that integrate applications, data, and services, and that is precisely what BURQ uses.

What BURQ does	How it works
Routing	When data arrives, BURQ decides where it should go. A sensor reading goes to monitoring. A purchase order goes to procurement. A payment confirmation goes to finance. The right destination, automatically.
Transformation	Different systems use different data formats. BURQ translates between them, so AgriERP and external systems do not need to speak the same language exactly. This is the EAI / EDI capability built into the workflow engine.
Orchestration	Some data flows are not single steps. A new harvest record might need to update inventory, deduct chemicals, calculate cost, notify dispatch, and update the buyer’s portal, in sequence. BURQ runs that whole choreography.
Validation	Before data enters AgriERP, BURQ checks it. Is the grower registered? Is the block real? Is the date valid? Bad data is caught at the door, not after it has corrupted the system.
Reliability	When external systems are slow or temporarily offline, BURQ queues the messages, retries automatically, and only marks a flow complete when both sides have confirmed. This uses the enterprise messaging service underneath.
Monitoring and alerts	Every flow is logged and monitored. If something fails repeatedly, the right person is notified. There is no silent integration failure that surfaces a week later.

Real-time, bidirectional, by design

BURQ is built for real-time data flow. The underlying workflow and messaging services support both event-driven (something happens, the message is sent immediately) and scheduled (the system checks every few minutes for changes) integration patterns. AgriERP uses both, depending on the scenario.

• Event-driven flows: for time-sensitive events. A sensor crosses a threshold, a delivery is rejected, a payment fails. BURQ acts on it within seconds.
• Scheduled flows: for periodic data syncs. End-of-day inventory reconciliation with the warehouse, weekly settlement files with a bank, monthly compliance reports to a regulator.

3. What the Integration Layer connects to

The underlying workflow engine offers more than 1,400 prebuilt connectors to common business systems. AgriERP draws on this library, plus its own agriculture-specific connectors, to integrate with the systems an agribusiness actually uses.

Category	Examples of what AgriERP integrates with
Field hardware	IoT soil and weather sensors, irrigation controllers, machinery telematics, GPS trackers.
Agronomy and weather	Third-party agronomy platforms, satellite imagery providers, weather forecasting services.
Buyer and supplier systems	Customer ERPs, vendor portals, marketplaces, EDI partners.
Logistics and transport	Third-party logistics providers, freight platforms, route optimisation tools, customs systems.
Banking and finance	Banks (for payments and reconciliation), tax authorities, payment processors, third-party accounting platforms.
Compliance and regulatory	Government agricultural agencies, certification bodies (organic, GAP), traceability systems, food safety registries.
Productivity and collaboration	Email, spreadsheets, document libraries, team chat, and meeting platforms. These connect natively, not through external integrations.

4. Security and reliability

Integrations are often where enterprises are most exposed. A poorly secured API can be the door an attacker walks through. A flaky integration can corrupt data quietly for weeks. The Integration Layer addresses both, by relying on enterprise-grade security and reliability services.

Security

• Enterprise identity: every API call is authenticated against an enterprise identity service, the same kind that protects productivity software across millions of organisations.
• Centralised secrets store: secrets, certificates, and keys used by integrations are stored centrally in a managed key vault, not embedded in code or configuration files.
• OAuth 2.0 standard: the industry-standard authorisation protocol, enforced at the API gateway.
• Encryption everywhere: all data exchanged through the Integration Layer is encrypted in transit (TLS) and at rest, in line with enterprise cloud security standards.

Reliability

• Guaranteed message delivery: messages between systems are guaranteed to be delivered, in order, even if one side is temporarily down.
• Retry logic: if a partner system is unavailable, BURQ retries automatically using built-in retry policies, with exponential back-off.
• Audit trail: every integration call is logged. If a question arises about what was sent or received, the answer is in the system.
• Monitoring and alerting: if integrations start failing, the right person is notified before users notice.

One example of the Integration Layer in action: It is harvest day. A truck of citrus arrives at the packhouse weighbridge.
API call: the weighbridge software sends the load weight to AgriERP through the inbound API gateway. The call is authenticated through the enterprise identity service.
Validation (BURQ): BURQ checks: is the truck registered, is the grower in the right contract, is the harvest window open, is the variety expected?
Routing and orchestration: BURQ updates inventory, allocates the load against the grower’s contract, calculates a provisional cost, and notifies the packhouse system to expect a quality inspection.
Outbound notification: BURQ sends an event to the grower’s portal account: “Delivery received, 12.4 tonnes, contract 2027-CITRUS-014, awaiting QC.” The grower sees it within seconds.
Bank integration (scheduled): at the end of the week, all settled deliveries are bundled into a payment file and sent to the bank through a scheduled integration. Confirmations come back through the same gateway and reconcile automatically.
One agriculture-shaped orchestration. One truckload of fruit, processed end to end with no manual data entry.

In summary

The Integration Layer is what stops AgriERP from being an island. APIs, powered by an enterprise API management gateway, give every external system a secure, managed way to exchange data with AgriERP. Middleware, called BURQ, decides what flows where, in what shape, and when. Together they let an agribusiness keep using the sensors, banks, buyers, and partners it already works with, while letting AgriERP be the system of record at the centre.

The cloud services underneath bring enterprise-grade security, reliability, and scale by default. AgriERP shapes them around the realities of agriculture, so the integrations that matter to a farm, sensors, weather, growers, buyers, banks, regulators, are first-class, supported, and reliable.

The next section moves to the Analytics Layer, where all the data flowing through the Integration Layer becomes the dashboards, reports, and AI-driven insights that drive decisions.