+48884175862
Custom Hardware — |
Custom electronics and firmware development for software teams and IoT integrators. We design, code, and deliver fully functional hardware prototypes with zero supply chain bureaucracy and no minimum order limits.
What We Build
Software teams and IoT integrators often hit a wall when their code needs to interact with the physical world. We bridge that gap. We design and build the custom hardware you need to connect your software platform, CRM, or ERP to physical assets.
Data Extraction from Legacy & Proprietary Systems
The Scenario: Your client wants your software to monitor their existing machinery, industrial controllers, or fuel systems, but that hardware doesn't speak "web."
The Solution: We build custom hardware bridges and protocol converters (CAN, RS-485, Modbus, custom UART) that tap into the machinery, extract the raw data, and send it directly to your API.
The Solution: We build custom hardware bridges and protocol converters (CAN, RS-485, Modbus, custom UART) that tap into the machinery, extract the raw data, and send it directly to your API.
Cloud-to-Physical Execution & Remote Control
The Scenario: Your cloud platform needs to do more than just display dashboards—it needs to action things in the real world (trigger high-power relays, manage valves, dim lights, or override controllers).
The Solution: We design reliable edge controllers with Wi-Fi, LTE, or Bluetooth that instantly execute commands sent from your backend, transforming your software into a physical automation system.
The Solution: We design reliable edge controllers with Wi-Fi, LTE, or Bluetooth that instantly execute commands sent from your backend, transforming your software into a physical automation system.
Proprietary Hardware for SaaS Scale
The Scenario: You are scaling a subscription-based product (SaaS) and relying on off-the-shelf white-label devices. But you are locked into their rigid data protocols, limited configurations, and vulnerable firmware.
The Solution: We build your own, fully proprietary hardware asset. You own the schematics and the firmware, allowing you to control the data flow, secure the connection, and scale your business without relying on third-party hardware vendors.
The Solution: We build your own, fully proprietary hardware asset. You own the schematics and the firmware, allowing you to control the data flow, secure the connection, and scale your business without relying on third-party hardware vendors.
What We Build
Software teams and IoT integrators often hit a wall when their code needs to interact with the physical world. We bridge that gap. We design and build the custom hardware you need to connect your software platform, CRM, or ERP to physical assets.
Data Extraction from Legacy & Proprietary Systems
The Scenario: Your client wants your software to monitor their existing machinery, industrial controllers, or fuel systems, but that hardware doesn't speak "web."
The Solution: We build custom hardware bridges and protocol converters (CAN, RS-485, Modbus, custom UART) that tap into the machinery, extract the raw data, and send it directly to your API.
The Solution: We build custom hardware bridges and protocol converters (CAN, RS-485, Modbus, custom UART) that tap into the machinery, extract the raw data, and send it directly to your API.
Cloud-to-Physical Execution & Remote Control
The Scenario: Your cloud platform needs to do more than just display dashboards—it needs to action things in the real world (trigger high-power relays, manage valves, dim lights, or override controllers).
The Solution: We design reliable edge controllers with Wi-Fi, LTE, or Bluetooth that instantly execute commands sent from your backend, transforming your software into a physical automation system.
The Solution: We design reliable edge controllers with Wi-Fi, LTE, or Bluetooth that instantly execute commands sent from your backend, transforming your software into a physical automation system.
Proprietary Hardware for SaaS Scale
The Scenario: You are scaling a subscription-based product (SaaS) and relying on off-the-shelf white-label devices. But you are locked into their rigid data protocols, limited configurations, and vulnerable firmware.
The Solution: We build your own, fully proprietary hardware asset. You own the schematics and the firmware, allowing you to control the data flow, secure the connection, and scale your business without relying on third-party hardware vendors.
The Solution: We build your own, fully proprietary hardware asset. You own the schematics and the firmware, allowing you to control the data flow, secure the connection, and scale your business without relying on third-party hardware vendors.
Our Workflow: Step-by-Step
Concept & Requirements
You bring your idea, software specs, or target API. We analyze the requirements, select the right microcontroller architecture, and define the core hardware features.
Design & Engineering
We handle the full development stack simultaneously: schematics design, PCB routing, initial firmware implementation, and custom enclosure/housing design if your project requires it.
Prototype Manufacturing
We source components directly and assemble a test batch of 5 fully functional boards. No need to buy full component reels. Your working V1 prototypes are ready and on your desk in weeks instead of months.
Field Testing & Iterations
You test the hardware in real-world conditions. If field trials show that you need to add a sensor, change a pinout, or swap a component, we rapidly re-route the board and spin up a V2 prototype without massive overhead costs.
Scaling & Mass Production
Once the design is fully verified, we help you scale from a dozen units to full-scale batch production if your desing requires it
Case Studies
The Challenge: A B2B fleet management SaaS needed to fully automate fleet fuel dispensing and commercial fuel terminal control. The goal was to enable unattended, card-authorized fuel authorization and real-time level tracking, but the existing station hardware lacked any cloud connectivity.
The Hardware: Custom IoT gateway based on ESP32, featuring isolated RS-485 and Modbus interfaces, integrated LTE backhaul, and automated relay control lines.
The Result: The client integrated the gateway directly into their AWS/Firebase infrastructure via a clean API. This enabled secure, cloud-driven card authentication for self-service fuel dispensing alongside real-time inventory monitoring under a subscription model.
The Hardware: Custom IoT gateway based on ESP32, featuring isolated RS-485 and Modbus interfaces, integrated LTE backhaul, and automated relay control lines.
The Result: The client integrated the gateway directly into their AWS/Firebase infrastructure via a clean API. This enabled secure, cloud-driven card authentication for self-service fuel dispensing alongside real-time inventory monitoring under a subscription model.
Custom Navigation & Telemetry Flight Controller (NDA)
The Challenge: An autonomous marine robotics company needed a specialized flight controller tailored for robotic vessels and bait boats with non-standard differential thrust configurations.
The Hardware: A high-performance hardware target designed specifically around the STM32H743 architecture, customized and fully ported to work seamlessly with INAV/ArduPilot firmware.
The Result: Reliable, custom-routed hardware that eliminated unnecessary off-the-shelf components, giving the client full control over their vessel’s autonomous navigation stack.
The Hardware: A high-performance hardware target designed specifically around the STM32H743 architecture, customized and fully ported to work seamlessly with INAV/ArduPilot firmware.
The Result: Reliable, custom-routed hardware that eliminated unnecessary off-the-shelf components, giving the client full control over their vessel’s autonomous navigation stack.
Industrial Machine Error & Defect Monitoring Module (NDA)
The Challenge: A manufacturing execution system (MES) provider needed a non-invasive way to monitor legacy production machinery, track operator shifts, and automatically detect cycle anomalies or defects.
The Hardware: A custom edge node built on the ESP32 architecture, featuring an integrated NFC module for operator authentication and high-precision isolated current sensors (hall-effect) to analyze the machine's power signatures.
The Result: The module identifies specific defect patterns based on real-time current consumption spikes and maps them to active operator shifts via NFC, streaming clean telemetry straight to the client's cloud platform.
The Hardware: A custom edge node built on the ESP32 architecture, featuring an integrated NFC module for operator authentication and high-precision isolated current sensors (hall-effect) to analyze the machine's power signatures.
The Result: The module identifies specific defect patterns based on real-time current consumption spikes and maps them to active operator shifts via NFC, streaming clean telemetry straight to the client's cloud platform.
Have a project in mind?
Send us your idea, software specs, or target API. We will review it and get back to you within 24 hours with a rough timeline and technical feasibility assessment.
If you need a signed NDA first, just leave your email and write "NDA requested"