Capability
When systems cannot share data, staff fill the gap: copying figures between screens, exporting and re-importing files, reconciling totals at month end. Next Orbit connects business, industrial and third-party systems so that each record is entered once and reaches every place it is needed.
Quick answer
Systems integration links separate software and hardware so they exchange data automatically and dependably. Next Orbit integrates ERP and accounting platforms, SCADA and IoT equipment, payment gateways, courier services, identity providers and older databases. We work for organisations in Dubai, Abu Dhabi, Sharjah, the entire UAE, the GCC and globally where staff re-key data between systems or where every report needs manual consolidation.
Every engagement is architecture-led, delivered by an innovative, R&D-backed team of security-first engineers and quality-controlled before each release, for clients across Sharjah, Dubai, Abu Dhabi and the entire UAE, the GCC and globally.
Integration map
Click a system on the map to see how we connect it: the protocol, which way data flows and what a record looks like on the wire. Legacy systems get an adapter, not a rewrite.
ProtocolREST · SAP, Oracle, Odoo, Zoho, QuickBooks
DirectionTwo-way
{ "invoice": "INV-2041", "amount": 18400, "vat": 920, "status": "posted" } ProtocolOPC UA · Modbus · MQTT
DirectionInbound
{ "tag": "FT-101", "flow": 42.6, "unit": "m3/h", "quality": "good" } ProtocolGateway APIs · webhooks
DirectionTwo-way
{ "ref": "NO-9F2A", "captured": true, "currency": "AED" } ProtocolOIDC · SAML · Azure AD
DirectionInbound
{ "sub": "u-318", "roles": ["approver"], "mfa": true } ProtocolCarrier APIs · tracking webhooks
DirectionTwo-way
{ "awb": "772-55", "eta": "14:20", "lat": 25.27, "lng": 55.30 } ProtocolDB views · file drops · screen adapters
DirectionOutbound
CSV 02:00 nightly → parsed, validated, loaded What you get
ERP, SCADA, payment, courier, identity and legacy systems connected so data is entered once and reused.
Deliverable 01 · Systems integration
REST and SOAP APIs and webhooks connect modern platforms in real time, with authentication, rate limits and version changes handled properly.
Deliverable 02 · Systems integration
Orders, invoices, stock movements and payments flow between operational systems and the ledger, so finance closes the month on complete data.
Deliverable 03 · Systems integration
Sensors, PLCs and gateways are connected to SCADA and cloud platforms over MQTT, Modbus or OPC UA. Next Orbit designs the hardware side and the software side as one system.
Deliverable 04 · Systems integration
Payment gateways, shipping carriers and messaging services are wired into checkout and fulfilment, with each status update returned to the customer.
Deliverable 05 · Systems integration
Users sign in with the corporate or national identity provider you specify, and roles are mapped once instead of in every system.
Deliverable 06 · Systems integration
When an older system has no API, we connect through its database, its file exports or a small adapter service, without disturbing what already works.
Need systems integration for a project that does not fit a template? Tell us the problem and one of our expert engineers will map it to an architecture.
Discovery CallSystems integration is the engineering of dependable connections between systems that were never designed to work together.
It is needed when the same data is typed into more than one place, when one report requires exports from several systems, when the website and the warehouse give a customer different answers, or when a new platform must run alongside an old one.
Moving data is only part of the job.
The harder decision is which system is the master for each kind of record, such as customers, products, prices and stock, and making every other system follow it. We settle that during solution architecture, before a single connector is written. It is the same discipline behind e-tijariX, the commerce and ERP platform we implement, where online orders, offline sales, warehouses and the general ledger share one product master.
Each system gets the method that suits it.
Modern platforms connect through their APIs. High-volume or time-sensitive flows go through a message queue, so a short outage in one system does not lose data in another. Plant equipment is reached over industrial protocols such as MQTT, Modbus and OPC UA, normally through a secured gateway. Older systems may use scheduled file exchange or controlled database access.
Every interface is specified in writing: fields and formats, trigger, direction, expected volume and the behaviour on failure.
The specification is agreed with the owner of the other system, often a third party, before development starts. MeezanX, the EPC platform we implement, integrates with Power BI and SharePoint this way, and the same method applies to client projects.
Integrations break in ordinary ways: a network drops, a remote system goes into maintenance, a record arrives with an unexpected value.
A dependable integration assumes this will happen. Messages are retried, duplicates are detected, failures are logged with enough detail to act on, and a named person is alerted.
We add reconciliation as well, a scheduled comparison of record counts and totals on both sides, so quiet drift is caught early.
Credentials are stored securely, data in transit is encrypted and each interface has only the access it needs.
How we work
5 stages, each with a deliverable you can review and sign off before the next begins.
Revision A · stage 1 of 5
Systems, data owners, master records and today’s manual hand-offs are documented.
Revision B · stage 2 of 5
Each interface is defined field by field and agreed with the owner of every system involved.
Revision C · stage 3 of 5
Connectors or middleware are developed against test environments of each system.
Revision D · stage 4 of 5
End-to-end scenarios, failure cases and volume tests are run and reconciled.
Revision E · stage 5 of 5
Interfaces go live with dashboards, alerts and a written support procedure.
Build board
See how this capability applies across our services, products, innovations, R&D prototypes and AI work. Pick what fits, send it as a brief, and one of our expert engineers replies with the approach and a tailored proposal.
Level Explorer
Tap the systems integration work you would like from us. Your picks become a brief we reply to.
Where this capability appears in the custom software, AI, IoT and app projects Next Orbit engineers for clients.
How we use it every day on e-trainia, e-tijariX, MeezanX and AuthentiQ, the four platforms Next Orbit delivers: e-trainia, which we own, and three more we implement and support.
What it takes to move computer vision, digital twins, predictive models and climate data from pilot to production.
Short, scoped experiments from our R&D team, so the decision rests on measured results rather than opinion.
Where LLMs and AI agents add real value to this capability, and the controls that keep them accurate and safe.
Your brief 0 ideas
We reply with a tailored proposal: architecture first, then iterative sprints. No off-the-shelf templates.
Tools and standards
Tools are chosen to suit the project, not the other way round. These are the ones we reach for most often; the final selection is made during solution architecture and explained in your tailored proposal.
Questions, answered
In most cases. We use whatever interface the ERP offers, such as an API, database access or file import and export, and confirm the approach during discovery.
We consider database-level integration, scheduled file exchange or a small adapter service. If none of these is safe, we say so and propose an alternative.
Yes. We connect sensors, gateways and SCADA systems to cloud dashboards and enterprise applications, keeping operational and business networks properly separated. See our IoT development work.
Yes. We integrate the payment providers and carriers you have contracted, using their published APIs, and test in their sandbox environments before going live.
They can be covered by a support and maintenance agreement that includes monitoring, updates when a third-party API changes, and incident response.
It is scope-based: the number of interfaces, their complexity and the quality of each system’s documentation drive the effort. A tailored proposal follows the mapping exercise.
Pick what you need and the right person on our team replies.
Your reference NO-000000-0000
An engineer will reply to you. Quote the reference if you follow up.
What happens next
Share the problem, the systems involved and your timeline. You will hear back from an engineer, not a sales script.