HIRE IOT SECURITY EXPERTS - PROFESSIONAL DEVICE PENETRATION TESTING

Yes, we provide professional IoT security testing for devices and systems you own. This includes: smart home devices (cameras, locks, thermostats), industrial IoT sensors and controllers, medical IoT devices, wearables and fitness trackers, network-connected appliances, and custom IoT implementations. We identify firmware vulnerabilities, insecure communications, and cloud service weaknesses.

Common IoT vulnerabilities include: hardcoded default passwords that users never change, unencrypted communications exposing sensitive data, outdated firmware with known vulnerabilities, insecure cloud or mobile app APIs, lack of secure boot or firmware verification, poor physical security allowing hardware tampering, and insufficient authentication mechanisms. We test for all of these.

Yes, we provide comprehensive firmware analysis: extracting firmware from devices (UART, JTAG, flash chip reading), reverse engineering firmware to identify vulnerabilities, analyzing update mechanisms for security, finding hardcoded credentials or encryption keys, testing for backdoors or malicious code, and examining cloud communication protocols.

We test all common IoT protocols: WiFi and Bluetooth/BLE security, Zigbee and Z-Wave for smart home devices, MQTT and CoAP messaging, LoRaWAN for long-range IoT, cellular (4G/5G) IoT connectivity, proprietary RF protocols, and cloud API communications. We analyze encryption, authentication, and potential attack vectors.

Yes, we specialize in industrial IoT and ICS/SCADA security testing for authorized systems. This includes: programmable logic controllers (PLCs), industrial sensors and actuators, SCADA human-machine interfaces (HMIs), industrial protocol security (Modbus, DNP3, OPC), network segmentation testing, and safety system verification. Critical infrastructure testing requires extensive authorization.

We use safe testing methodologies: non-invasive testing first (network analysis, API testing), coordinating with manufacturers when possible, firmware analysis in emulated environments, using test/development devices when available for invasive testing, and having proper equipment for hardware analysis (oscilloscopes, logic analyzers). We discuss risks before any destructive testing.

You receive: comprehensive security assessment report with all vulnerabilities found, proof-of-concept demonstrations of exploitable issues, firmware analysis findings with vulnerable code locations, secure configuration recommendations, vendor notification assistance for discovered vulnerabilities, remediation prioritization based on risk, and long-term security improvement roadmap.