IoT Penetration Testing
We test your connected devices the way a real attacker would, examining the hardware, firmware, wireless links and cloud services behind them, then showing your team exactly where the weaknesses are and how to close them.
We test every layer of your connected device
IoT devices ship with default credentials, exposed debug ports and firmware that rarely gets updated once deployed. We look at the whole picture, from the silicon on the board to the mobile app and cloud API that control it, and we find the gaps attackers rely on.
Firmware & Storage
Extraction and analysis of firmware for hardcoded secrets, keys and insecure update mechanisms.
Hardcoded Credentials
Default passwords, embedded API keys and tokens that give attackers a way straight in.
Wireless Protocols
Weaknesses in Bluetooth, Zigbee, Wi-Fi and other radio links your devices depend on.
Device Interfaces
Exposed debug ports, serial consoles and management interfaces left open on the board.
Cloud & APIs
Insecure endpoints and back-end services that receive and act on device data.
Communication Security
Weak or missing encryption between the device, its app and the services behind it.
Your Connected Devices Are Easy to Overlook and Simple to Attack.
Every device you connect to your network is another way in. Sensors, controllers, cameras and smart equipment are built for function first and security later, and once they are deployed they often sit untouched for years. An attacker who compromises one weak device can use it as a foothold to reach the systems and data that really matter to your business.
We test the way real attackers do. Our team pulls apart the firmware, probes the wireless links and checks the cloud services behind your devices, then walks your engineers through what we found. You come away with a clear, prioritised set of fixes, not a generic checklist, and a practical understanding of where your exposure sits.
Standards and Frameworks We Test Against
- Every engagement is aligned to the OWASP IoT Top 10 and the OWASP Firmware Security Testing Methodology (FSTM), so nothing in the stack is left unchecked.
- We follow ETSI EN 303 645 for consumer IoT security and map hardware findings to the wider guidance in NIST IR 8259 where it applies to your devices.
- Where your products must meet regulatory or certification requirements, we tie each finding back to those obligations so remediation moves you closer to compliance.
Aligned to the frameworks that matter
Our testing follows the methodologies that set the global standard for application security.