Imagine ordering dinner, playing games, and paying the bill — all without leaving your seat or waiting for a server. That’s the dining experience we helped create with Presto’s in-table restaurant tablets.

Over a two-year collaboration with Presto (formerly E la Carte), our team built the software behind these embedded Android devices, now used by millions of diners across major US chains like Applebee’s and Outback Steakhouse. From interactive menus and real-time ordering to secure payments and built-in entertainment, we developed an engaging experience that changed how people dine out.

Zeutec's SpectraAlyzer GRAIN project showcases our expertise in developing sophisticated embedded systems for the agricultural industry. This collaboration with a German SME highlights our ability to enhance existing technologies, creating a user-friendly, efficient solution for grain analysis. Our work on the Mias application for SpectraAlyzer demonstrates our proficiency in Qt development, embedded systems, and IoT integration.

MiniPCR, a Boston-based startup born from the Mass Challenge accelerator, has revolutionized DNA testing with a device so compact and versatile it's used from high school classrooms to the International Space Station. Our collaboration with MiniPCR demonstrates our ability to develop sophisticated software for cutting-edge scientific devices, bridging the gap between complex technology and user-friendly interfaces across multiple platforms.

SensorStack is a US-based company that helps businesses monitor equipment, energy use, and environmental conditions through a combination of wireless sensors and a cloud-based platform. Their solution is designed for real-world problems: cutting downtime, catching failures early, and reducing utility costs — all without complex installation or heavy IT involvement.

The team came to Milo with a working vision but needed help translating that into a usable, scalable product. Over two months, we joined forces to build the web dashboard that powers the entire experience — turning raw sensor data into clean, actionable insights. We also supported their embedded team with backend integrations and frontend design that made the system feel simple, even with complex data under the hood.

The result is a flexible platform that works across industries — from food safety to real estate — and gives operations teams real-time visibility into what's happening in their buildings, warehouses, or factories, all from one place.

SoloShot is a California-based startup that partnered with us to build something pretty remarkable — a camera that automatically tracks and films a person without anyone behind the lens. Designed for athletes, surfers, and creators who often shoot solo, it combines GPS tracking, sensors, and smart software to keep the subject perfectly framed from a distance.

Milo joined the team early on to help bring the entire product to life. Over two years, we handled end-to-end development: building a cross-platform desktop app, designing embedded software to communicate with the camera, and integrating all the moving parts into a smooth, reliable experience.

We helped take SoloShot from an idea to a working product that people now use every day to capture their training sessions, performances, and adventures — without a camera crew.

We partnered with GelSight to build a desktop application that connects directly to their high-resolution tactile sensors — bringing microscopic surface data to life in real time.

Designed for engineers and researchers, the cross-platform app captures, visualizes, and processes 3D geometry from GelSight’s elastomeric devices. Users can inspect surface textures, detect defects, calibrate sensors, and export detailed reports — all from a fast, intuitive desktop environment.

Over a 6-month collaboration, we focused on speed, stability, and clarity — creating a seamless bridge between cutting-edge hardware and user-friendly analysis tools.

GoDeeper is a long-running collaboration between Milo and the Institute for Meditation and Brainwave Research (IMBR), built to bring neuroscience-grade EEG technology to everyday users. Working closely with the founder and team, we helped design and develop a full suite of digital products that support guided meditation, brainwave monitoring, and personalized feedback using the Muse headband.

The GoDeeper mobile app connects with Muse EEG devices via Bluetooth and tracks brainwave activity in real-time. Users can follow personalized meditation protocols, receive insights after each session, and track their mental state over time. At the same time, the web-based coach dashboard allows meditation experts to analyze EEG data and support users on their journey. The system is designed to be scientifically robust, while still being easy to use for non-technical audiences.

Over five years, Milo led end-to-end development across mobile (iOS, Android), web, and embedded systems, helping the team grow from early experiments to a production-ready product backed by research and used globally by individuals, coaches, and researchers.

We worked with Swiss health-tech company Myotest to build the very first version of their motion analysis platform — a system that translates accelerometer data into real-time biomechanical feedback. Starting from early hardware prototypes, we helped design and develop the MVP for their initial desktop software, enabling athletes and trainers to measure running form, performance, and injury risk in entirely new ways.

This was a full-stack embedded project, combining hardware interaction, data processing, and user interface into one seamless experience. Our role included everything from low-level data acquisition from the sensor to front-end data visualization — giving runners, coaches, and researchers a clear view of key metrics like stride regularity, ground contact time, and vertical oscillation.

The ThingM project showcases our expertise in IoT (Internet of Things) and embedded systems. We developed a custom USB device with multi-color LEDs and a companion desktop application, creating a unique physical notification system. This project demonstrates our skills in C++ and Qt development, hardware-software integration, and creating user-friendly solutions for custom devices.

Fusion Building Automation System is an industrial control and monitoring solution designed for large-scale facilities such as production halls and factories. This project demonstrates our ability to create sophisticated embedded systems with user-friendly interfaces for complex industrial applications.

TimeSys, a leader in embedded devices and IoT solutions, partnered with us to enhance their software capabilities for custom hardware. This collaboration showcases our expertise in optimizing applications for embedded systems, particularly in industries like automotive and medical. Our work with TimeSys demonstrates our ability to bridge the gap between hardware and software, creating efficient and user-friendly solutions for resource-constrained environments.

The Altitude Center project demonstrates our ability to create cutting-edge solutions for the health and fitness industry. We developed a comprehensive system for a specialized gym in London, enabling high-altitude training simulations for elite athletes and fitness enthusiasts. Our work combined desktop applications, embedded systems, IoT integration, and web development, bringing the client's vision to life as a fully functional, data-driven training environment.