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Capabilities

Four disciplines,
engineered as one practice.

Connectivity, hardware, sensing, and infrastructure. Brought together under one team rather than handed off between separate suppliers.

01 / 04

Remote & Connected Systems

Monitoring and reporting hardware for sites without fixed infrastructure. The full stack, from a sensor in the field through to a report a client can actually see.

  • Satellite and cellular connected reporting devices
  • Low-power design for extended field deployment
  • Solar and battery power systems
  • Remote firmware update and diagnostics
02 / 04

Embedded Hardware & Firmware

Custom electronics and the firmware that runs them, engineered from the constraint outward. From early concept to a design ready for production.

  • Ground-up PCB design, including RF and antenna matching
  • Firmware for microcontroller and SiP platforms
  • Power management and battery charging systems
  • Hardware bring-up, bench testing, field validation
03 / 04

Sensor & Signal Integration

Making difficult measurements reliable. Technologies evaluated against the real physics of the site, not whichever sensor is most convenient.

  • Sensor technology evaluation and selection
  • Signal conditioning and noise filtering
  • Protocol emulation and legacy integration
  • Field testing and calibration
04 / 04

Cloud & Middleware Architecture

The infrastructure between hardware in the field and the people who need to see it. Built to run unattended and to scale as the fleet grows.

  • Data pipeline and middleware architecture
  • Internal dashboards and operator tooling
  • Third-party platform integration
  • Provisioning and ongoing hosting
05 / Open

Not on this list? That does not rule it out.

These four cover most of what comes through the door, but they are not a boundary. Vertex takes on boutique hardware and custom engineering broadly, including problems that sit outside any category here. If the brief is genuinely non-standard, that is reason to get in touch, not a reason to assume it falls outside scope.

How we work

From constraint
to deployment.

01

Discovery

Understanding the constraint properly before proposing an answer. What has been tried, what failed, and why.

02

Design

Options evaluated on technical merit. The wrong ones ruled out deliberately, instead of committing early to the first workable idea.

03

Build

Prototyped and iterated against real conditions, not just bench conditions, until it holds up where it needs to work.

04

Deploy

Delivered ready for the field or the production line, with the documentation and handover a client actually needs.

Have a problem that fits one of these, or none of them?