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Keep security issues from interfering with your products success by leveraging Bishop Fox and our multi-point testing methodology that employs cutting-edge tactics and techniques your device will face in real-world attack scenarios.
Bishop Fox's IoT & Product Security Review stands alone in its depth and breadth of security testing for interconnected devices. Accommodating an extensive range of products, our seasoned team of ethical hackers are skilled in compromising smart devices, consumer products, industrial control systems, IoT, and everything in between.
Starting with a high-fidelity map of your device’s complete attack surface, we deconstruct your device down to the code, application, electrical components, and interdependencies that attackers could use to their advantage. Applying automation at the right places to discover known vulnerabilities, we reserve our battle-tested experts to break down those hard-to-find security issues that lie deep within product functionality. From fuzzing to in-depth code analysis, our multi-point methodology performs the same tactics, tools, and techniques your devices will likely face in a real-world attack.
This meticulous process ensures even the most obscure threats and edge-case scenarios are accounted for. Arming your team with prescriptive actions based on the likelihood and severity of exploitation, remediation can be implemented earlier in the development process ultimately helping organizations avoid costly redesigns and late-stage disruption.
Diverse Device Coverage
Encompasses an extensive range of interconnected devices leveraging a seasoned team of ethical hackers skilled in compromising smart devices, consumer products, industrial applications, IoT, and everything in between.
Complete Ecosystem Reconnaissance
Evaluates the complete scope of the product’s reach whether it interacts with an application, network, cloud or all three to uncover how a compromise can take place.
Extensive Code and Programming Language Expertise
Covers the complexity of interconnected device programming with experts versed in a wide variety of coding languages such as C, C++, Rust, Verilog, VHDL, Java, Ruby, Python and more.
Full Product Dissection
Inspects devices down to the electronic components including PCBs, chips, storage, debugging interfaces, and bus protocols to illuminate all potential blind spots attackers could use to their advantage.
Interdependent Element Review
Extends analyses to all product interdependencies including firmware, protocols, connected systems hardware, RF, and network connections.
Integrates lessons from thousands of device testing engagements to build a focused attack plan based on the most likely type of threat actor, their objectives, actions, and pathways to success.
Attack Surface Mapping
Discovers and documents a complete picture of the device’s attack surface enabling thorough identification of vulnerable entry points and internal weaknesses adversaries could target.
Cutting-Edge Tools and Automation
Combines automated scanning and Bishop Fox’s proprietary toolsets to uncover well-known vulnerabilities and often missed flaws within devices.
Manual Validation and Testing
Utilizes a deep bench of device security experts to confirm automated findings and perform manual, hands-on testing to reveal critical security issues that automation cannot.
Stringent Framework Alignment
Incorporates OWASP's Code Review Guide and Bishop Fox's proprietary methodologies covering an extensive range of risks and vulnerabilities observed in real-world attacks.
Automated and Manual Fuzzing
Floods the device with invalid, unexpected, or random data while monitoring for crashes, failed assertions, or memory leaks.
Key Binaries Dissection
Reverse engineers key binaries and extend vulnerability discovery beyond the surface level by decompiling executables when source code is unavailable.
Multi-point Point Software Testing Methodology
Subjects' devices and their interconnected components to an in-depth methodology using a variety of real-world observed tactics, tools, and techniques including network sniffers; attack proxies; file system, process, and memory analysis tools; hardware and software debuggers; and custom-built attack tools to uncover critical security flaws.
Deep Code Analysis
Meticulously analyzes multiple categories of source code vulnerabilities including race conditions, cryptographic weaknesses, validation bypasses, buffer overflows and more.
Impact Analysis and Severity Scoring
Measures the potential impact that security gaps have on your organization and its customers using a proprietary scoring method based on real-world observations and industry-standard methodologies such as OWASP and CVSS.
Likelihood Determination Analysis
Determines the likelihood of discovered exposures being exercised by an attacker including details on threat-source motivation, nature of the vulnerability, and efficacy of mitigating controls.
Tailored Remediation and Reproduction Steps
Provides corrective actions that address tactical and strategic issues across vulnerable product infrastructure with detailed step-by-step breakdowns that accelerate corrective action.
Executive and Detailed Finding Breakdowns
Conducts a detailed walkthrough supplying technical and executive level reporting that communicates the engagement process, findings, and recommendations aligned to business and operational objectives.
Alleviate the burden of hiring and retaining hard to find experts skilled in deconstructing devices and uncovering potential attacker pathways.
From the circuit level to the cloud, uncover all vectors of attack with a complete breakdown of your product’s applications, code, internal components, and connected networks.
Understand how a targeted adversary would search for common vulnerabilities and often missed security issues hidden deep within critical functionality.
Uncover the full extent of security issues using the same tactics and techniques your devices are likely to face in real-world attack scenarios.
Concentrate remediation on issues that have the greatest impact with likelihood determination and severity scoring based on threat-source motivation, nature of the vulnerability, and mitigating controls.
Avoid costly redesigns and disruptive late-stage changes with prescriptive actions that design teams can integrate earlier in the development process.
Bishop Fox’s IoT & Product Security Review methodology addresses security issues across the product development lifecycle with in-depth analysis of hardware, threats, and countermeasures that become integral to ongoing product development. Download the complete methodology to see what you can expect when you work with us.
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