Smart Hardware.
Real-World Connectivity.
Our technology integration team designs interactive systems that bring hardware, sensors, and embedded technology together into seamless digital-physical experiences. Whether powering installations, automation tools, or connected products, our systems are built for reliability, speed, and real-world performance.
What We Build
Our Los Angeles–based engineering team builds intelligent systems that unify embedded hardware, firmware, and network connectivity. We architect platforms that integrate microcontrollers, real-time sensors, and connected devices to operate reliably in demanding physical environments.
By combining embedded Linux systems, wireless communication protocols, custom firmware, and distributed sensor networks, these solutions support real-time responsiveness, automation, and interaction at scale. The result is hardware-driven intelligence engineered for precision and long-term durability.
Capabilities
IoT & Embedded Technology
Smart hardware is only as powerful as the systems that connect it. Our team integrates sensors, microcontrollers, and embedded devices into seamless, reliable platforms built for real-world environments.
Sensor Integration & Device Networks
Real-time systems using environmental, motion, optical, and proximity sensors.
Microcontroller & Firmware Engineering
Custom firmware for Arduino, ARM, ESP32, STM32, and embedded Linux.
Wireless Communication Protocols
BLE, Wi-Fi, LoRa, Thread, Zigbee, NFC, and custom RF solutions.
Edge-to-Cloud Connectivity
Secure pipelines using MQTT, WebSockets, REST, and IoT cloud platforms.
Real-Time Automation & Control Systems
Embedded logic for robotics, lighting control, actuation, and kinetic systems.
Hardware Prototyping & Production Support
Rapid prototyping, PCB design guidance, system architecture, and field testing.
our approach
Where loT Devices Meet Real-World Performance
- Purpose-built embedded systems tailored for your workflows, hardware constraints, and environmental conditions.
- More reliable operation through direct sensor connections and local data processing, no cloud dependencies required.
- Real-time responsiveness powered by optimized microcontrollers, firmware, and edge compute.
- Greater system control with customizable hardware behavior, communication protocols, and integration pathways.
- Support for industrial environments, live experiences, and high-traffic public spaces where uptime matters.
- WE BUILD IOT SYSTEMS THAT POWER EXPERIENCES, PRODUCTS, AND AUTOMATION. From factory floors to event activations, our systems deliver real-time performance that scales with your operational needs.
Discovery & Requirements
Define use case, performance goals, constraints, and environmental conditions.
Prototype & Model Development
Rapid model training, simulation, and proof-of-concept testing.
Integration & System Architecture
Connect AI to sensors, hardware, IoT devices, and control systems.
Field Testing, Deployment & Support
Validate accuracy, optimize performance, and deliver production-ready systems.
Use cases & technical foundations
Where IoT & Embedded Tech Are Used
- Interactive installations & digital-physical experiences
- Robotics, automation, and motion control
- Environmental sensing & real-time monitoring<
- Smart products and consumer devices
- Retail, hospitality, and event technology networks
- Industrial sensors, actuators, and control systems
If it senses, connects, or responds, we can build the system behind it.
Technical Foundations
- Custom firmware development (Arduino, STM32, ESP32, ARM)
- Embedded Linux + real-time OS integration
- Sensor fusion (motion, environmental, optical, audio, proximity)
- Wireless communication (BLE, Wi-Fi, LoRa, Thread, Zigbee)
- IoT platform integration (AWS IoT, Azure IoT, MQTT, WebSockets)
- IoT platform integration (AWS IoT, Azure IoT, MQTT, WebSockets)
- Edge compute optimization and real-time data processing
OUR WORK
Featured Projects
A look at how creative tech team in Los Angeles blends robotics, applied AI, LED systems, and creative engineering into real-world productions.
IBM: CALLING THE SHOTS
Our creative technologists developed custom software and hardware to calculate serve speed, distinguish between forehand vs. backhand hits, and track general ball trajectory using custom sensor fusion techniques. We also created animations that represented a participant’s “real time game play”, as well as a post-game dashboard that kept track of stats from each game that participants played. Learn more →
GOOGLE CLOUD SPACE
Google Cloud’s Executive Briefing Center was designed to enlighten visitors on Google Cloud technologies. Collaborating with Quantum XPR, we developed two captivating, interactive exhibits aimed at fostering innovative solutions across diverse industries through the Google Cloud Platform, including their healthcare and supply chain technologies.Learn more →
DREAMFORCE: PEN PLOTTER
To help announce Salesforce’s latest innovation at the 2023 Dreamforce event, we created a system with a prompt station remotely connected to three peripheral pen plotters that would help visitors map out their path through Dreamforce based on the things they wanted to learn about. Our creative technologists custom built the software package to mimic Salesforce AI, while our fabrication design team created a custom input system to allow hands-on interaction. Learn more →
