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Check your inbox in a few minutesThe protection techniques used to secure network-based or internet-connected devices. Defend your networks and linked devices in the Internet of Things (IoT) against unauthorized access and exploitation.
The protection techniques used to secure network-based or internet-connected devices are referred to as "IoT security." It is the area of technology concerned with defending the networks and linked devices in the internet of things (IoT). Internet connectivity is added to a network of connected computers, mechanical and digital machinery, items.
The testing involves assessing cloud-connected devices and networks to identify vulnerabilities and prevent unauthorized access or exploitation. Organizations can mitigate risks and strengthen device protection by implementing thorough testing strategies and addressing key IoT security challenges.
Frameworks & Standards We Apply
In this step, the scope, objectives, and limitations of the test are defined. Pentesters must comprehend the size of the target. Constraints and limits make up the scope.
The prerequisites for penetration testing differ from product to product. As a result, the tester must comprehend the scope and develop preparations in accordance with it in the initial step of IoT security testing.
We analyze the physical device, looking for exposed hardware interfaces (UART, JTAG, SPI) to extract the firmware. Once extracted, the firmware is unpacked and analyzed.
Our security engineers search the file system for hardcoded API keys, backdoors, hidden credentials, and insecure cryptographic algorithms that could allow an attacker to reverse-engineer or compromise the device.
IoT devices rely on continuous communication. We intercept and analyze the traffic between the device, the mobile application, and the cloud backend. We test specific IoT protocols like MQTT, CoAP, BLE (Bluetooth Low Energy), and Zigbee.
We check for insecure data transmission, lack of encryption, and spoofing vulnerabilities that could allow an attacker to intercept data or send malicious commands to the device.
Based on the vulnerabilities discovered in the previous phases, we attempt safe, controlled exploitation. This simulates a real-world cyberattack against your IoT ecosystem.
We aim to bypass authentication, escalate privileges, inject malicious commands, or completely compromise the device to demonstrate the real-world business impact of the identified security flaws.
A comprehensive IoT VAPT report is delivered within 48 hours of assessment completion. The report maps all findings directly to the OWASP IoT Top 10, categorizing risks across the device, firmware, network, and cloud layers.
We provide actionable, developer-friendly remediation steps for both hardware engineers and software developers, and offer a free re-test after fixes are applied to verify your IoT product is fully secured.
Comprehensive evaluation across the entire IoT landscape
In IoT penetration testing, a security testing methodology, security experts identify and exploit security flaws in IoT devices. With IoT penetration testing, the security of your IoT devices is checked in the real world. By this, we specifically mean evaluating the complete IoT system, not just the device or the software.
Threat modeling is a systematic method for identifying and listing potential risks, such as holes in defenses or a lack of them, and for prioritizing security mitigations. It seeks to give the defense force and security team an analysis of the security controls required based on the current information systems and threat environment, the most likely attacks, their methodology, and the target system.
Understanding that firmware is software, just like a computer program or application, is among the most crucial concepts to grasp. The usage of firmware on embedded devices, which are tiny computers with specialized uses, is the only distinction. A smartphone, router, or even a heart monitor, as examples. The process of extracting and testing firmware for backdoors, buffer overflows, and other security flaws is known as firmware analysis.
Strengthen your defense across the entire IoT ecosystem—hardware, firmware, network protocols, and cloud APIs.
Prevent expensive product recalls, post-production patching, and the financial damages associated with data breaches.
Build consumer trust by ensuring the connected devices brought into their homes and businesses are safe and reliable.
Enable the confident deployment of smart technologies by verifying they cannot be hijacked or used maliciously.