IoT Security Testing Services
Securing all your connected gadgets from vehicles to medical devices and beyond.
Smart appliances, intelligent vehicles, connected security systems, even your high-tech medical devices, all communicating and sharing data with each other, contributing to the vast digital universe to enhance the functionality of your home, vehicle, workplace, and even your body. IoT devices are increasingly becoming a crucial part of our lives, making them all the more significant to secure.
Despite the risks and vulnerabilities that these devices are prone to, security teams may find it challenging to dedicate the necessary time and expertise to ensure their safety. That's where Cyberflame steps in.
Our IoT Security Services
Whether you're developing a new IoT product or implementing an IoT solution, our skilled consultants will assist you in recognizing risk and vulnerabilities, and apply solutions to mitigate security issues across your IoT ecosystem.
Threat Modeling
Cyberflame understands the complexities of IoT and connected systems. We assess high-risk systems, focusing on vital entry points. Working closely with your team, we develop comprehensive threat models for your system, helping you identify and mitigate significant issues, and deliver a detailed report of your product's security position.
Device Design Consulting
Hardware design is often the first phase of a significant project and can determine your constraints and weaknesses. This service allows your engineers to collaborate with our security consultants during the design phase. We offer consulting from the ground up so that hardware issues don't become a stumbling block for your software security architecture.
IoT Penetration Testing
Our penetration and system analysis testing extends beyond basic analysis to consider the entire IoT technology ecosystem, covering each segment and its impact on the overall security. Our testing includes the IoT mobile application, cloud APIs, communication protocols, and embedded hardware and firmware.
Hardware Testing
Cyberflame meticulously examines your device's physical security and internal setup to gauge its vulnerability to attacks. We identify test points, extract firmware, and assess component functionality. Our evaluation can potentially reveal risks, including authentication bypasses, traffic interception, and command injections.
Protocol Testing
Cyberflame will test communications to and from the device. This includes testing the cryptographic security of encrypted transmissions, the ability to capture and modify data transmissions, and fuzzing of the communication protocols. We will evaluate the security of communication protocols and determine the risk to your organization and clients.
.png)
Firmware Analysis
Cyberflame will extract and examine the firmware's content to detect potential vulnerabilities such as backdoor accounts, injection flaws, buffer overflows, and format strings. We will also evaluate the device's firmware upgrade process for vulnerabilities and perform a secure boot review process to ensure the security of public key encryption and upgrade functionality.
.png)
Incident Response
In the aftermath of an attack, retrieving information beyond device logs can be challenging. Cyberflame’s hardware teams can aid in extracting information directly from a product. This service is primarily focused on criminal cases and law enforcement; often, IoT devices have tracking and recording capabilities not publicly disclosed. Our incident response team can determine what information is available for use in an investigation.
Transportation Security
Vehicles, aircraft, and any moving objects often have complex security requirements. While many security companies simply add encryption or an IDS solution, which only increases overhead and costs without addressing the actual problem, Cyberflame goes beyond understanding CAN, LIN, FlexRay, and other network protocols to provide assessments and recommendations that won’t affect your product's performance but will solve your specific needs and concerns.