Iot Penetration Testing Service
Reduce security incidents while cutting compliance costs. See how our integrated approach delivers measurable results for growing businesses.

Expose IoT Weaknesses Before Attackers Do
IoT security testing identifies vulnerabilities in devices, protocols, and cloud infrastructure through simulated attacks. Our assessments protect data and ensure operation as your IoT ecosystem grows. Our hybrid methodology combines expert manual testing with automated tools for full visibility of your product’s attack surface.Comprehensive IoT Security
We take a full-spectrum approach to IoT security by evaluating every layer of your connected ecosystem, from physical hardware and embedded firmware to mobile apps and cloud infrastructure. By combining deep manual expertise with scalable automated tools, we simulate real-world attack scenarios to uncover and address vulnerabilities before adversaries can exploit them.
Our methodology covers a wide range of specialized techniques:

Hardware & Embedded Interfaces
We assess physical device security through testing of UART, JTAG, I2C, and SPI interfaces, along with firmware extraction from EEPROM, NOR, NAND, and eMMC. Our evaluations include tamper resistance, debug interface exposure, open port enumeration, and serial console access.

Firmware & Software Security
We conduct static and dynamic binary analysis, reverse engineering, and filesystem inspection to discover embedded credentials, secrets, and cryptographic keys. We also review the implementation of TLS and SSL protocols to ensure secure communications.

Wireless Communication Protocols
Our team tests common wireless standards such as BLE, Zigbee, LoRa, Wi-Fi, and 6LoWPAN. We perform RF fuzzing, packet sniffing, jamming, and replay attacks, along with analysis of signal strength, range, and failover behavior.

Application Layer Security
For mobile applications (iOS and Android), we reverse engineer APKs and IPAs, test for insecure storage, token manipulation, and authentication flaws. In web and cloud environments, we identify vulnerabilities such as XSS, SQL injection, IDOR, CSRF, and cloud misconfigurations in platforms like AWS IoT, Azure, MQTT, and CoAP. We also evaluate API security, token leakage, and firmware update mechanisms.

Advanced Hardware Testing Techniques
Our deeper hardware-focused testing includes chip-off attacks, fault injection, side-channel analysis, and secure source code review. These methods are paired with RF capture/injection and protocol analysis for a full assessment of both device integrity and communication resilience.

Supply Chain & Third-Party Risk
We assess risks from third-party components by tracking known vulnerabilities, reviewing firmware provenance and update mechanisms, testing for default configurations and spoofing risks, and analyzing software dependencies and third-party libraries.
Our Methodology
We never rely solely on automated scanners. Our consultants use a combination of embedded systems expertise, reverse engineering, and security research techniques to uncover and validate risks that automated tools often miss.

Technical Scoping
Define precise testing scenarios tailored to your IoT environment and business objectives.

Requirements Validation
Verify technical requirements and constraints to ensure seamless testing execution without operational disruption.

Comprehensive Execution
Deploy both manual expertise and automated tools across all attack surfaces – from device firmware to cloud APIs.

Real-Time Critical Alerts
Receive immediate feedback on high-priority vulnerabilities, enabling rapid response without waiting for final reports.

Detailed Report Delivery
Get actionable intelligence with validated findings, working Proof of Concepts, and prioritized remediation guidance your team can implement immediately.

Knowledge Transfer & Retesting
Participate in feedback sessions to understand each vulnerability’s impact, plus optional retesting to validate your security fixes.

FAQ
No. We assess the full IoT stack, including hardware, firmware, mobile apps, APIs, wireless protocols, and cloud platforms.
Yes. Many IoT penetration tests can be conducted remotely depending on device accessibility and architecture.
Yes. We include post-remediation validation to confirm issues have been resolved up to 90 days.
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