Services built around integration depth

Most Philippine businesses run on a patchwork of systems — an ERP here, a biometric attendance device there, an SMS gateway, a cloud dashboard, a legacy database. Each silo works in isolation. We make them work as one.

Innocube specializes in designing and building the middleware, APIs, and event-driven pipelines that connect these systems reliably. Whether it's synchronizing Acumatica ERP records with ZKTeco biometric data in real time, or routing field sensor readings to a cloud dashboard and triggering SMS alerts, we handle the complexity so your team doesn't have to.

Our integration work spans healthcare, fuel distribution, transport logistics, and government operations. Every project starts with a thorough data-flow audit — we map every system, every API contract, every timing dependency before writing code.

Off-the-shelf software is built for the average use case. Your business isn't average — it has specific constraints, legacy infrastructure, unusual data structures, or operational requirements that generic apps can't accommodate. We build exactly what you need.

Our cross-platform expertise means we can deliver the right tool for each layer of your operation: a Windows desktop command center for dispatchers, a Flutter mobile app for field agents, a web dashboard for management, and the backend services that tie them together. We don't force you into a single technology stack — we choose what fits.

All our development leverages an AI-augmented workflow using Claude and Codex. This means faster initial scaffolding, more thorough code review, and the ability to maintain and iterate on multiple products simultaneously without quality degrading over time.

The Philippines has uneven infrastructure. Cellular coverage drops out in remote areas. Power is unreliable in some regions. Any system designed for Philippine operations must degrade gracefully when connectivity fails — and recover automatically when it returns.

Our IoT work spans device firmware through cloud ingestion. We design the full stack: microcontroller firmware (ESP32, Arduino), the communication protocol (Wi-Fi, BLE, LoRa, serial), the edge processing logic, and the cloud backend that aggregates and acts on device data.

Our Raditooth project is a concrete proof point: a mesh radio relay appliance built on ESP32 that routes emergency messages across a neighborhood even with zero cellular or internet connectivity. CERPH uses it as a fallback transport for panic-button alerts. This is the kind of resilient, infrastructure-independent design we bring to every IoT engagement.

Every organization has systems that predate modern APIs — desktop applications, on-premise databases, proprietary hardware protocols, or vendor software with limited integration options. Replacing these systems is expensive and risky. Bridging them is practical.

We build the middleware layer that sits between your existing systems and the new platforms you want to adopt. This might be a REST API that exposes your legacy Delphi application's data to mobile clients, or an Acumatica ERP extension (DAC/graph) that syncs with your IoT devices, or a webhook relay that translates proprietary device events into structured cloud events.

Our API work is always contract-first: we define the interface, document it properly, and build automated integration tests so that changes in either connected system surface immediately rather than silently breaking things in production.

We use Claude and Codex as integrated tools in our daily development workflow — not as replacements for engineering judgment, but as amplifiers of it. Code generation, automated refactoring, documentation drafting, and code review all run through AI assistance. The result is that one engineer at Innocube can maintain and advance a portfolio of projects that would traditionally require a much larger team.

In practice, this means you get faster initial delivery, more thorough documentation as a side effect of the workflow, and a higher baseline of code quality because every generated block goes through both AI and human review. We've shipped medical records systems, fleet management platforms, and emergency response apps using this workflow — all in production, all actively maintained.

We're also available to help your own team adopt AI-assisted development practices. Whether it's setting up Claude Code, configuring Codex in your IDE, or establishing a review workflow that keeps AI output reliable, we can run a practical workshop or pair programming session.

Digital transformation isn't a product — it's a process. It requires understanding how a business actually runs, identifying where manual processes create bottlenecks or errors, and systematically replacing those with software that the staff will actually use. That last part is the hard part.

Our engagement with Davao Eye MDs is the clearest example of this approach in action. We started with a clinic running on paper records and spreadsheets, serving dozens of patients daily across multiple ophthalmology specialties. Over time, we built and deployed 30+ integrated applications covering patient queue management, medical records (with AI-powered clinical note assistance), SMS appointment reminders, biometric staff DTR, supply inventory, and billing.

Each module was rolled out iteratively, with staff training built into the process. The clinic now operates with a level of data visibility and operational efficiency that would be impossible on paper. We provide ongoing support and continue adding capabilities as needs evolve.