ODevice
Adresse : 200 rue de la Croix Nivert,
75015, Paris, France
SIRET : 80975315500021
The Founder
Frédéric B.
Over 30 years of experience in hardware R&D, embedded software, telecom, in large corporations, as well as in SMEs and startups.
Our advantage
Low operating cost, thanks to full control of the solution: from sensor to radio, from cloud to smartphone, from design to mechanics and certification.
Our team is autonomous, responsive, and efficient — operating without unnecessary overhead or subcontracting.
We’ve developed a simple, modular, and complete IoT platform that can evolve quickly.
👉 New sensors can be added or adapted on demand, in a very short time and at a competitive cost.
Why ODevice ?
There are many IoT solutions for managing connected devices, but they are often complex, expensive, and reserved for large companies with significant technical and financial resources.
No truly simple, complete, turnkey, and accessible offer is designed for SMEs, small businesses, or independent structures.
👉 This is exactly what we offer with ODevice: a modular, customizable, and affordable solution, from the sensor to smartphone display.
Design and Manufacturing:
Design, development and manufacturing in France
Mechanical parts 3D-printed in our facilities in France
Assembly and testing performed in-house
Individual verification of each device with its sensor to ensure quality and reliability
Integrated Cloud:
Secure communication with devices
Device sharing and management between users
Encrypted and protected cloud
Detection and alerts in case of device communication failure
Guaranteed operation, even after local data deletion
Mobile application:
Available on Android and iOS
Interface available in French and English
Complete dashboard displayed at app launch
Multi-device management
Measurement visualization
Real-time alerts
'Transmitter' device / Box LoRa:
Integrated technologies: Bluetooth BLE 5.0, WiFi, and LoRa, for local or long-range use
Proprietary LoRa radio protocol, optimized for multi-device management and energy efficiency
Optimized algorithms to minimize power consumption
Real-time power monitoring to estimate remaining battery life
Dedicated algorithms for sensor management to optimize their energy usage
Power supply / Battery:
Powered by high-capacity rechargeable batteries or via mains (USB-C)
Integrated simplified charging directly on the device (USB-C)
Battery life estimation with an integrated simulator, based on your parameters
Device Software updates :
Automatic updates via WiFi
Manual updates available for LoRa devices via WiFi
Data protection :
Data protected against accidental deletion, both in the Cloud and on the smartphone
Only the user can request definitive deletion
Subscription management :
Operation possible with or without subscription via the Apple Store and Google Play
Licenses also available outside of application stores
European compliance :
Products compliant with European standards and regulations, with CE marking
Compliance with safety, health, and environmental protection requirements
Support :
Remote debugging thanks to integrated logs sent to the Cloud
Cloud traceability of any abnormal behavior detected during code execution
Summary of Our IoT Solution


Networks
Two integrated radio networks for greater flexibility, extended range, and seamless coexistence.
Wi-Fi and LoRa can operate simultaneously, depending on your needs and environment.


The LoRa network
For device out of Wi-Fi range
✅ Advantages:
Excellent wall penetration, even at low transmission power
Very low energy consumption, increasing device battery life
Much greater radio range than Wi-Fi
❌ Weaknesses:
Very low data rate, which does not allow sensor updates via the network
Requires a LoRa box to bridge the Wi-Fi and LoRa networks
The WIFI network
✅ Advantages:
Easy to use and universal
Coverage can be extended using repeaters or a mesh network
Offers high data rates, enabling automatic device updates via the network
❌ Weaknesses:
High energy consumption, reducing device battery life
Relatively short radio range
Poor wall penetration, further limiting network coverage