Rapid Resolution and Comprehensive Analysis
Comprehensive firmware reverse engineering, hardware interface probing (UART, JTAG, I2C, SPI), wireless protocol auditing (BLE, Zigbee, LoRaWAN, Cellular IoT), and cloud backend penetration testing for smart devices and industrial IoT (IIoT).
Request IoT Security Assessment
Receive hardware lab testing proposal in 4 hours
6 Core Pillars of IoT Device Security Auditing
Our hardware lab security researchers evaluate silicon interfaces, extract embedded firmware, and probe wireless communications across your connected ecosystem.
Firmware Reverse Engineering
Extracting, unpacking, and decompiling flash memory images, analyzing hardcoded credentials, buffer overflows, and insecure bootloaders (U-Boot).
- Binary disassembly & decompilation
- Hardcoded API keys & root password discovery
- Insecure bootloader (U-Boot) tampering
Hardware Interface Probing
Physical PCB pinout discovery, logic analyzer bus sniffing, side-channel analysis, and extracting root shells via unauthenticated UART and JTAG debug ports.
- UART / JTAG debug root shell access
- SPI / I2C EEPROM chip memory dumping
- Fault injection & glitching assessments
Wireless & RF Protocol Audits
Auditing Bluetooth Low Energy (BLE), Zigbee, LoRaWAN, Wi-Fi, NFC, and Cellular IoT protocols for eavesdropping, packet injection, and MITM attacks.
- BLE GATT attribute sniffing & hijacking
- Zigbee & LoRaWAN key exchange exploits
- Software Defined Radio (SDR) signal replay
Cloud Backend & MQTT Brokers
Penetration testing of cloud telemetry endpoints, unauthenticated MQTT/CoAP broker topics, and mobile companion app vulnerabilities on iOS/Android.
- MQTT topic wildcard subscription abuse
- Mobile companion app reverse engineering
- Telemetry API authentication bypasses
Secure Boot & OTA Updates
Auditing hardware Root of Trust (RoT), encrypted flash storage, TPM / secure element key storage, and verifying cryptographic signing on OTA firmware updates.
- Cryptographic secure boot validation
- OTA firmware signature verification
- Firmware rollback prevention audits
Hardware Hardening & Certification
Delivering PCB schematic recommendations, firmware source code patch files, conducting retesting, and issuing the official Safe-to-Deploy IoT Certificate.
- PCB schematic & layout hardening guide
- Free 30-day firmware patch retesting
- CERT-In Safe-to-Deploy IoT Certificate
5-Stage IoT Device Security Roadmap
Our certified hardware security researchers follow an offensive evaluation methodology spanning silicon, firmware, wireless, and cloud layers.
PCB Inspection & Component Datasheet Mapping
Non-destructive and destructive hardware teardown in our specialized lab, identifying microcontrollers (MCU), flash memory chips, and debug test points.
UART, JTAG, SPI & I2C Bus Probing
Attaching logic analyzers and hardware debuggers to intercept bootloader conversations, bypass authentication prompts, and extract raw flash memory dumps.
Binary Decompilation & Vulnerability Discovery
Decompiling extracted firmware binaries with Ghidra/IDA Pro, auditing cryptographic key storage, memory corruption flaws, and embedded web server backdoors.
BLE, MQTT & Mobile Companion App VAPT
Testing wireless radio protocols with Software Defined Radio (SDR) and attacking cloud MQTT broker topics, API telemetry streams, and mobile apps.
Executive Debrief & Audit Attestation
Delivering hardware modification guidelines, firmware patch files, verifying remediation, and issuing the official Lumiverse Safe-to-Deploy IoT Certificate.
Frequently Asked Questions
Key details on physical sample requirements, lab testing environments, and industry standards.