What this is

An area of engineering work, not a product line.

We take on work for businesses whose equipment needs to be measured, controlled or connected. The goal is simple to state: the software that runs the business should know what the equipment is doing, and be able to act on it.

An IoT project spans hardware, firmware, connectivity and software, and it works only when every part works with the others. We treat it as one system from the start.

Areas of work

From the sensor to the software.

Embedded controllers

Controllers that read sensors and drive equipment, designed for the conditions the equipment actually works in.

Connected devices

Devices that report what the equipment is doing and take instructions back from software.

Equipment into software

Data from physical equipment carried into the software that runs the business, and decisions carried back.

Security by design

A connected device is part of the network it joins. We design for that from the first board, not after the first incident.

Why it matters

Equipment that software can see is equipment a business can manage.

Much of the world’s useful equipment still works in isolation: it runs, but nothing records how, and nothing tells anyone when it needs attention. Connecting it turns guesswork into records, and records into decisions.

Connected equipment also brings new responsibilities. Every device that joins a network is a device that has to be trusted. Quorum was founded by a CISSP-certified infrastructure architect and cloud security engineer, and that background shapes how we connect things.

Our drone design work often meets the same questions, when an aircraft has to report back to the systems around it, and so does our work in fulfillment automation.

What we build

Other areas of work

  • Software

    Atelier

    A gemology platform that covers the whole job: assessment, valuation, estimates, workflow and a mobile lab. It runs in your own cloud account, so your data and client records stay with you.

  • Software

    AI-assisted productivity

    Platforms that take routine work off skilled people, so their time goes to the decisions that need them.

  • Robotics and engineering

    Drone design

    Concept and engineering work on unmanned aircraft: airframes, propulsion and materials.

  • Robotics and engineering

    Fulfillment automation

    An area of development: robotics, controls and software for picking, packing and moving goods.

Have equipment that should be talking to your software?

Tell us what it is and what you need to know about it.