If your product needs electronics that don't exist yet (like VandalStop):
Custom electronic designPortfolio
Hardware, firmware, apps and end-to-end delivery. Real projects for real clients, from start to finish.
Project01
Innovamar Tech came to us with one clear goal: let the angler know the exact distance of every cast, without touching the line. We built the whole product: custom electronics, firmware, the iOS / Android mobile app and the artificial intelligence model that estimates each cast. It is the first in the world to do it.
Technology
- Bluetooth (BLE) connectivity
- Neural network (AI)
- iOS / Android app
- Inertial sensor (IMU)
- ESP32 microcontroller
- Cloud data
On the market — innovamar.tech ↗
Project02
TrackIU is a wearable for CrossFit training: it captures every movement of a session and delivers it to the phone in real time, with no perceptible lag. The challenge was keeping thirteen nodes talking at once, without latency and with battery to last the session. We built the electronics, the firmware, the master device that aggregates the data and the iOS / Android mobile app. Working prototype.
Technology
- iOS / Android app
- 13 inertial sensors (IMU)
- Low-latency wireless
- Master aggregation device
- Real-time synchronization
- Low-power architecture
- Integrated battery management
- 3D-printed enclosure
Project03
A vending operator loses more repairing a machine than it sells inside. We built the electronics, firmware and iOS / Android mobile app end to end: the alarm catches the blow the moment it happens and alerts the phone over WiFi or 4G. The outcome for the operator: up to 70% fewer incidents and not a single trip out to check on a machine.
Technology
- WiFi connectivity
- 4G connectivity
- iOS / Android app
- Real-time alerts
- VS 5.4 control unit
- Up to 8 impact sensors
- Motion sensors
- 12W speaker
On the market — www.vandalstop.es ↗
Project04
On civil works, watching a wall or a slope move meant manual, one-off readings. We built the complete nodes —custom electronics, firmware and production of the run— to measure tilt, roll and temperature continuously. Dozens of addressable nodes hang off a single RS485 line and last for years outdoors.
Technology
- Precision inertial sensor (IMU)
- RS485 bus / Modbus RTU
- Addressable multi-node
- ESP32 microcontroller
- IP65–IP67 enclosure
- Thermal compensation
- Firmware with OTA
- CSV / JSON export
Project05
A Spanish startup wanted to run car parks on real-time data, but every location had different coverage. We built the custom electronics, the firmware, the iOS / Android mobile app and the AI model: triple WiFi, Bluetooth and 4G connectivity so it works in any car park, with communication encrypted end to end.
Technology
- WiFi connectivity
- Bluetooth (BLE) connectivity
- 4G connectivity
- Predictive AI
- iOS / Android app
- Encrypted communication
- ESP32 microcontroller
- Custom PCB
Client's site — tempoparkings.com ↗
Project06
Today's temperature on its own tells you nothing: you need the history to understand what happens at home. We built the entire system —custom sensors, firmware, backend and a native iOS / Android app—: each room is measured over WiFi and Bluetooth, and the app plots the data in charts and stores the history in a database.
Technology
- WiFi connectivity
- Bluetooth (BLE) connectivity
- Native iOS / Android app
- Temperature and humidity sensor
- Database and history
- Data charts
- ESP32 microcontroller
- Custom PCB
Project07
The client wanted to solve something everyday: nobody walks off with your bag without you knowing. We built the complete pair —ultra-compact electronics, firmware, a 3D-printed housing and a mobile app—: the two devices watch each other over Bluetooth and, if they separate, both trigger the alarm. Working prototype, ready for CE/FCC certification.
Technology
- Bluetooth (BLE)
- iOS / Android app
- Distance detection by RSSI
- Deep sleep (low power)
- Tamper detection
- ESP32 microcontroller
- Custom PCB
- CE/FCC readiness
Project08
On a farm the mobile network never reaches, crop data simply never leaves the field. We built the whole network —custom PCBs for master and slaves, firmware and cloud upload—: the nodes measure soil, environment and leaf and transmit over satellite or 2G. On battery and a solar panel they last years outdoors with no maintenance.
Technology
- Satellite connectivity
- 2G connectivity
- Soil, environment and leaf sensors
- Master–slave architecture
- Battery + solar panel
- IP66 enclosure
- Custom PCB (master and slaves)
- Data upload to the cloud
So, what do you need?
What we do to get your project to market
Every project above exists because someone brought us an idea. Pick where yours starts.
If your device needs a mobile app to control it (like Smart Home IoT):
iOS / Android mobile appsIf you want your product to decide on its own, with AI (like the smart fishing rod):
Custom AI developmentIf you need an enclosure and production-ready 3D design (like the inclinometers):
3D design and enclosuresIf you already have a prototype and want to mass-manufacture and go to market:
Industrialization and manufacturingIf you want to protect your invention before showing it to anyone:
Patent your inventionTell us your idea. We'll tell you if it's viable.
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