With DVID, your teams no longer endure IoT security : they understand it, practice it, and actively improve it, thanks to our training board and our learning platform.
One board, every field. Explore how DVID trains teams to secure connected devices across critical sectors.
Sovereignty and resilience of embedded systems
Weapon systems, drones and tactical communications face advanced adversaries. Train your teams to harden hardware and detect compromises before they reach the field.
Firmware reverse engineering on hardened targets
Bus analysis (UART / SPI / JTAG) on tactical equipment
Hardware backdoor and supply-chain tampering detection
Sovereignty of the component supply chain
Services
Gamified training
An immersive journey based on real-world challenges, fun, hands-on, and certified, to learn IoT security through practice.
Electronic board
An educational hardware tool, designed and manufactured in Europe, to test and understand the security of connected devices.
Business-oriented approach
Content focused on real-world use cases and field vulnerabilities, designed to meet the practical needs of companies.
IoT cybersecurity frameworks
Comprehensive coverage of industry standards, integrated into the training paths and updated with the latest developments.
Board
Functions:
Components:
Objective:
Screen layer
Functions:
OLED Display
I2C communication
Components:
SSD1306
Objective:
Connect a screen and see visual feedbacks!
Protection layer
Functions:
Power surge
Reverse polarity
Components:
Pin jumper
Objective:
Provide protection for the board against improper handling.
Programming layer
Functions:
JTAG
UART
ISP
Components:
Pin jumper
Objective:
Allow programming code into the components.
Core layer
Functions:
Flash UART
JTAG / SWD
Communcation I2C/SPI
Components:
ESP32-DEV
STM32F103RB
Objective:
Enable bringing the board to life through firmware flashing.
Components layer
Functions:
TPM simulation
ISP programming
Lambda module simulation
Components:
ATtiny85
Objective:
Enable mapping the impact of an unknown component and allow sniffing data exchanges.
External communication layer
Functions:
UART
I2C
SPI
Components:
Pin jumper
Objective:
Allow interacting with the board and monitoring/sniffing the buses.
Communication layer
Functions:
WiFi
BLE 5.2
Thread
Components:
ESP-C6
Objective:
Enable connecting the board to the Internet or a Bluetooth device (e.g., smartphone)
Visual feedback
The 0.96" OLED screens provide real-time visual feedback of your interactions with the board.
Natively protected
Thanks to its integrated components, the board is protected against overvoltage and handling errors.
One board, two chips
The DVID v2 board integrates two complete and modern environments: ESP32 and STM32.
Multiple protocols
The board supports various communication protocols, offering multiple connection options.
Wi-Fi
BLE 5.2
UART
I2C
SPI
JTAG
Pricing
A simple model: an annual license per person, and the board sold per unit.
1 week free trial
License
€3,000/ year / per person
Full access to the DVID learning platform and its certifying tracks.
Full access to the learning platform
Certifying tracks and hands-on challenges
Continuous content updates
Educational support
DVID board
€250/ unit
The educational board, designed and manufactured in Europe.
Two environments: ESP32 & STM32
Multi-protocol: Wi-Fi, BLE, UART, I2C, SPI, JTAG
Designed and manufactured in Europe
Testimonials
Hervé Schauer Sécurity
Sophie M.
CTO
DVID offers high-quality training courses tailored to today's IoT security needs. I highly recommend their programs.
Oteria Cyber School
Lucie L.
CTO
I'm impressed by the quality of DVID's training courses. They have given me concrete skills to ensure the safety of my projects.
Engineering School De Vinci
Thomas G.
CTO
DVID's training courses have given me an in-depth understanding of the security issues linked to connected objects, which are essential in my field of expertise.
Support
Have a question?
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