Where hardware, software, and radio meet
Connected devices sit in homes, offices, factories, and hospitals, and they fail differently from everything else you own. An IoT product is simultaneously a piece of hardware, an embedded operating system, one or more radio protocols, a mobile application, and a cloud service — and the interesting vulnerabilities tend to live in the seams between them rather than in any single component.
Our IoT testing addresses those seams directly.
Multi-layered testing
We work from firmware analysis and radio frequency interface probing through to API and companion application assessment. A device that resists network attack can still be defeated by a UART header on the board or an unauthenticated pairing sequence.
Device-specific assessment
Smart home appliances, wearables, industrial sensors, and connected medical devices each carry their own constraints, protocols, and consequences. Testing is tailored to the category rather than run from a generic template.
Real-world attack simulation
Our testers take the position of an attacker with physical access, an attacker within radio range, and an attacker on the internet, because those are three different threat models with three different answers.
Corporate Wi-Fi — the SSIDs your staff join in the office — is not this engagement. That is wireless penetration testing. Here the radio is the product’s: BLE, Zigbee, a proprietary link, whatever the device actually speaks.
Comprehensive reporting
You receive a categorized set of findings with proof-of-concept evidence and actionable remediation steps, including a clear statement of which issues are fixable in firmware and which are constrained by the hardware design.
Continuous coverage with Pincher
For connected products, exposure changes between releases. Pincher, our attack surface management platform, continuously discovers the hosts, services, and endpoints your devices depend on, and our testers validate what it finds rather than forwarding you raw alerts.
Attack surface management is offered as a full service in its own right — see attack surface management for how it runs alongside scheduled testing.