Secure your IoT ecosystem with device audits, network inspections, wireless protocol testing, and firmware analysis.
IoT Device Testing
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IoT Penetration Testing evaluates the security of connected devices, embedded firmware, communication protocols, and backend cloud integrations to identify exploitable weaknesses across the IoT ecosystem.
It focuses on hardware interfaces, firmware analysis, wireless communication, APIs, and device authentication to ensure smart devices remain resilient against real-world cyber threats.
We identify weaknesses across firmware, hardware interfaces, APIs, and communication layers within connected devices.
Reverse engineer firmware images to identify backdoors, insecure services, and exposed secrets within embedded systems.
Assess UART, JTAG, SPI and debug ports to detect unauthorized access paths to device memory or system controls.
Analyze Bluetooth, Zigbee, Wi-Fi and IoT protocols for interception, replay attacks, and insecure encryption.
Test backend APIs and cloud integrations to prevent remote compromise of connected devices.
Identify weak pairing mechanisms, default credentials, and insecure identity validation logic.
Map attack paths across hardware, firmware, mobile apps, and cloud services to ensure holistic protection.
We analyze device architecture, firmware structure, hardware exposure, and cloud integrations to define a precise IoT attack surface.
We assess IoT ecosystems including devices, firmware, APIs, wireless communication, and cloud integrations to uncover security flaws, validate resilience, and reduce real-world attack risks.
Monitor and analyze IoT device data traffic for vulnerabilities and performance.
Evaluate embedded firmware to uncover hidden risks or outdated software.
Validate secure, uninterrupted communication between IoT devices and the cloud.
Assess BLE, Zigbee, Z-Wave, and other wireless channels for weaknesses.
Inspect antenna transmission quality, signal interference, and reach.
Pen test your IoT APIs for authorization, injection flaws, and data leaks.
Verify encrypted data exchange through TLS, MQTT, HTTPS, etc.
Identify zero-days, CVEs, and exploit chains affecting your device stack.
Ensure firmware, bootloaders, and hardware haven’t been tampered with.
Audit key storage, exchange, and usage to prevent unauthorized access.
