Integrations & API Connectivity
The tools are already in place. The missing piece is getting them to talk to each other — automatically, reliably, without someone copying data between screens.
The Disconnected Stack Problem
Most businesses run on 5–10 tools that don't talk to each other
CRM holds the customer. Accounting holds the invoice. Fulfilment holds the order. The connection between them is a person copying data from one screen to another — slowly, occasionally, imperfectly. That's where errors live and hours disappear.
Integration work closes those gaps: the sale entered in one system appears in the next automatically. Orders trigger invoices. Contacts sync. Reports pull from every source without anyone touching a spreadsheet.
The benchmark: a well-scoped point-to-point integration ships in 2–4 weeks. Multi-system middleware and custom API builds run 4–8 weeks depending on what each system exposes.
Direct API integrations
Point-to-point connections between two systems using their published APIs — the fastest path when both tools support it
Middleware & hub architecture
A central layer that translates between systems — the right approach when 3+ tools need to stay in sync with each other
Webhooks & real-time events
Systems that react the moment something happens — order placed, payment received, record updated — not on a polling schedule
Custom API development
When a system has no API — or the existing one doesn't expose what's needed — a custom API layer gets built around it
Common Integration Scenarios
The connections that save the most time
Most integration needs fall into recognisable patterns. Each one below maps to a specific category of manual work that gets eliminated.
CRM → Billing & Operations
Customer data created in your sales tool flows directly to invoicing, project management, and operations — without anyone re-entering it. Deals close and work begins automatically.
Orders → Accounting & Fulfilment
Orders placed in your storefront or platform sync to your accounting system and warehouse — inventory updated, invoices raised, fulfilment triggered without a manual step.
Custom API Builds
When a system has no usable API — legacy software, proprietary databases, or an in-house tool — a custom API layer exposes the data so the rest of your stack can connect to it.
Multi-System Data Sync
When the same record needs to stay consistent across 3+ systems — contacts, products, pricing, availability — a sync layer keeps them aligned without duplication or drift.
How It Works
Map the gaps before building the bridges
Integration projects fail when the data model is misunderstood or when edge cases are discovered in production. The process below is designed to surface those surprises before a line of code is written.
Systems & data audit
Map what tools are in use, what data lives where, which fields need to sync, and how each system's API behaves — including its quirks and rate limits.
Integration design
Choose the right approach — direct API, middleware, webhook, or file-based — based on what each system actually supports and how real-time the sync needs to be.
Sandbox build & testing
Built and tested against sandbox/staging environments before any live data is touched. Edge cases, error states, and rate-limit behaviour confirmed before go-live.
Monitoring & alerting
Every integration is monitored for failures, with alerts configured so a broken sync is caught within minutes — not discovered days later in a data audit.
When systems don't have a public API: many tools expose data through exports, webhooks, or embedded databases even when a formal API doesn't exist. A workaround can usually be found — scoped individually before any commitment is made.
Any platform
Salesforce, HubSpot, Xero, QuickBooks, Shopify, WooCommerce, and hundreds of others — or anything with an API
Error handling built in
Retries, dead-letter queues, and alerting included — so a failed API call doesn't silently lose data
Related: AI Workflow Augmentation
Once systems are connected, AI augmentation can act on the data flowing between them — closing the loop on repetitive decisions
Know which two systems should be talking but aren't?
Tell us what you're running and where the manual handoff happens. A scoped integration plan, within one business day.