About IOT/Hardware penetration testing
Unlike traditional IT environments, connected devices operate at the intersection of hardware, software, firmware, wireless communications, cloud platforms, and human interaction.
Attackers don't care where a weakness exists. A vulnerable API, exposed debug interface, insecure firmware update process, wireless protocol weakness, or physical access pathway can all become entry points into a larger system.
STACKTITAN approaches IoT and hardware security holistically. Expert-led IoT and Hardware Penetration Testing evaluates connected devices, embedded systems, firmware, wireless communications, cloud integrations, and supporting applications to identify weaknesses that could impact product security, operational resilience, and customer trust.
Why IoT/Hardware penetration testing?
Connected devices increasingly support critical business functions, operational processes, healthcare systems, transportation networks, consumer products, and industrial environments.
As products become more connected, the attack surface expands beyond the device itself.
IoT and Hardware Penetration Testing helps organizations:
- Identify vulnerabilities before products reach customers
- Evaluate device resilience against real-world attacks
- Protect intellectual property and sensitive data
- Reduce operational and safety risks
- Strengthen product security programs
- Build customer and stakeholder confidence
STACKTITAN IoT/Hardware penetration services
Automotive
Security assessments examine vehicle platforms, telematics, embedded controllers, wireless interfaces, and connected ecosystems to identify weaknesses that could affect safety, privacy, and operational integrity.
Medical
Medical device (IoMT) security assessments evaluate firmware, communications, authentication, cloud connectivity, and supporting applications to reduce cyber risk while supporting patient safety and regulatory expectations.
Aerospace
Aerospace security testing validates embedded technologies, operational systems, communications, and connected infrastructure that support mission-critical environments.
Industrial
STACKTITAN evaluates industrial devices, control systems, communications protocols, and supporting infrastructure to uncover weaknesses that could impact availability, reliability, or safety.
Consumer
Connected consumer products are evaluated across hardware, firmware, mobile applications, wireless communications, and cloud services to identify security weaknesses before products reach the market.
Environmental
Environmental monitoring platforms, sensors, and connected infrastructure are assessed to identify vulnerabilities that could impact data integrity, operational continuity, and decision-making.
Build confidence in the devices, systems, and products your customers depend on.
Industry frameworks and standards
STACKTITAN assessments are informed by recognized security frameworks and testing methodologies. Our approach combines these frameworks with proprietary research, expert analysis, and practical offensive security experience to deliver meaningful results.
Benefits of IoT/Hardware penetration testing
IoT and Hardware Penetration Testing helps organizations uncover vulnerabilities that span devices, firmware, communications, applications, and cloud-connected ecosystems. The result is stronger product security, reduced operational risk, and greater confidence in connected technologies.
Improve
product
security
Identify weaknesses throughout the product lifecycle before they become customer-facing issues.
Protect intellectual property
Reduce the risk of firmware extraction, reverse engineering, unauthorized modification, and product cloning.
Strengthen device resilience
Evaluate how devices perform when exposed to realistic attack techniques and adversarial behavior.
Reduce Risk to Health and Human Safety
Identify vulnerabilities that could impact safety-critical systems, helping protect people and maintain product integrity.
Reduce Operational Risks
Uncover weaknesses that could disrupt operations, improving resilience and reducing costly downtime.
Secure connected ecosystems
Assess interactions between devices, applications, cloud platforms, and supporting infrastructure.
Support regulatory readiness
Generate evidence-based security validation that supports governance, compliance, and industry requirements.
Why choose STACKTITAN for IoT/Hardware penetration testing?
Connected products demand a different approach to security testing. STACKTITAN combines embedded systems expertise, offensive security research, and product-focused testing methodologies to help manufacturers identify vulnerabilities, improve resilience, and build confidence throughout the product lifecycle.
Full ecosystem testing
Testing extends beyond the device itself to evaluate firmware, applications, wireless protocols, cloud services, APIs, and supporting infrastructure as a connected ecosystem.
Specialized hardware expertise
Deep expertise in embedded systems, firmware analysis, wireless technologies, reverse engineering, and hardware security enables comprehensive product security assessments.
Research-driven methodology
Deep expertise across Azure, AWS, Microsoft 365, and hybrid cloud environments enables comprehensive cloud security assessments.
Practical remediation guidance
Every assessment delivers clear recommendations that help security and engineering teams reduce risk effectively.
White-glove service delivery
Close collaboration with stakeholders throughout the engagement ensures findings translate into meaningful improvements.
Measurable Security Outcomes
Helping organizations move from assumed security to measurable confidence in the resilience of their cloud environments.
what our clients say
THE STACKTITAN DIFFERENCE
Assessments follow the evidence:
Our experts can move beyond the expected testing path to investigate non-obvious weaknesses, interconnected risks and attack paths that narrowly scoped assessments may overlook.
Founder-led accountability protects quality:
Every project reflects directly on the people who built STACKTITAN, creating a level of care, scrutiny and ownership that is difficult to reproduce within a commoditized delivery model.
A proprietary ecosystem supports changing needs:
CANOPY, CEREBRAL and CLOUDHAWK support detailed point-in-time assessments while creating a path toward continuous visibility and assurance.
Recommendations reflect operational reality:
We consider your priorities, constraints and available resources so remediation guidance is practical, proportionate and easier to act upon.
Additional services
Assess cloud platforms, identities, and supporting infrastructure connected to device ecosystems.
Move beyond point-in-time assessments with ongoing offensive security validation that evolves alongside your environment.
Identify vulnerabilities across customer portals, APIs, mobile applications, and management interfaces supporting connected products.
Case Studies
Helping a global manufacturer improve attack resilience through ongoing adversarial testing, OT assessments, and ransomware readiness exercises.
Helping a global manufacturer improve attack resilience through ongoing adversarial testing, OT assessments, and ransomware readiness exercises.
Helping a Fortune 50 retailer reduce application risk and improve vulnerability management across a large portfolio of internally developed applications.
Helping a Fortune 50 retailer reduce application risk and improve vulnerability management across a large portfolio of internally developed applications.
Evaluating customer-facing platforms and administrative systems to identify attack paths, strengthen controls, and improve overall service security.
Evaluating customer-facing platforms and administrative systems to identify attack paths, strengthen controls, and improve overall service security.
Assessing critical applications supporting research, intellectual property, and operational systems to reduce security exposure and improve resilience.
Assessing critical applications supporting research, intellectual property, and operational systems to reduce security exposure and improve resilience.
Helping a regulated financial organization identify application-layer vulnerabilities that could have exposed sensitive customer information while strengthening compliance.
Helping a regulated financial organization identify application-layer vulnerabilities that could have exposed sensitive customer information while strengthening compliance.
Helping a global manufacturer improve attack resilience through ongoing adversarial testing, OT assessments, and ransomware readiness exercises.
Helping a global manufacturer improve attack resilience through ongoing adversarial testing, OT assessments, and ransomware readiness exercises.
Helping a Fortune 50 retailer reduce application risk and improve vulnerability management across a large portfolio of internally developed applications.
Helping a Fortune 50 retailer reduce application risk and improve vulnerability management across a large portfolio of internally developed applications.
Evaluating customer-facing platforms and administrative systems to identify attack paths, strengthen controls, and improve overall service security.
Evaluating customer-facing platforms and administrative systems to identify attack paths, strengthen controls, and improve overall service security.
Assessing critical applications supporting research, intellectual property, and operational systems to reduce security exposure and improve resilience.
Assessing critical applications supporting research, intellectual property, and operational systems to reduce security exposure and improve resilience.
Helping a regulated financial organization identify application-layer vulnerabilities that could have exposed sensitive customer information while strengthening compliance.
Helping a regulated financial organization identify application-layer vulnerabilities that could have exposed sensitive customer information while strengthening compliance.
Helping a global manufacturer improve attack resilience through ongoing adversarial testing, OT assessments, and ransomware readiness exercises.
Helping a global manufacturer improve attack resilience through ongoing adversarial testing, OT assessments, and ransomware readiness exercises.
Helping a Fortune 50 retailer reduce application risk and improve vulnerability management across a large portfolio of internally developed applications.
Helping a Fortune 50 retailer reduce application risk and improve vulnerability management across a large portfolio of internally developed applications.
Evaluating customer-facing platforms and administrative systems to identify attack paths, strengthen controls, and improve overall service security.
Evaluating customer-facing platforms and administrative systems to identify attack paths, strengthen controls, and improve overall service security.
Assessing critical applications supporting research, intellectual property, and operational systems to reduce security exposure and improve resilience.
Assessing critical applications supporting research, intellectual property, and operational systems to reduce security exposure and improve resilience.
Helping a regulated financial organization identify application-layer vulnerabilities that could have exposed sensitive customer information while strengthening compliance.
Helping a regulated financial organization identify application-layer vulnerabilities that could have exposed sensitive customer information while strengthening compliance.
Helping a global manufacturer improve attack resilience through ongoing adversarial testing, OT assessments, and ransomware readiness exercises.
Helping a global manufacturer improve attack resilience through ongoing adversarial testing, OT assessments, and ransomware readiness exercises.
Helping a Fortune 50 retailer reduce application risk and improve vulnerability management across a large portfolio of internally developed applications.
Helping a Fortune 50 retailer reduce application risk and improve vulnerability management across a large portfolio of internally developed applications.
Evaluating customer-facing platforms and administrative systems to identify attack paths, strengthen controls, and improve overall service security.
Evaluating customer-facing platforms and administrative systems to identify attack paths, strengthen controls, and improve overall service security.
Assessing critical applications supporting research, intellectual property, and operational systems to reduce security exposure and improve resilience.
Assessing critical applications supporting research, intellectual property, and operational systems to reduce security exposure and improve resilience.
Helping a regulated financial organization identify application-layer vulnerabilities that could have exposed sensitive customer information while strengthening compliance.
Helping a regulated financial organization identify application-layer vulnerabilities that could have exposed sensitive customer information while strengthening compliance.
Frequently Asked QuestionS
IoT and Hardware Penetration Testing evaluates connected devices, embedded systems, firmware, wireless communications, physical interfaces, mobile applications, APIs, and cloud services to identify vulnerabilities across the full device ecosystem.
Application and network testing usually focus on software, infrastructure, and connected systems. IoT and hardware testing extends deeper into the physical device, including firmware, debug ports, wireless protocols, embedded components, device behavior, and the trust relationships between hardware, software, and cloud services.
STACKTITAN can assess a range of connected technologies, including consumer devices, medical devices, automotive systems, industrial equipment, environmental monitoring systems, aerospace and maritime technologies, and connected product ecosystems.
Physical access is often helpful for hardware-focused testing because it allows consultants to inspect interfaces, analyze device behavior, evaluate debug access, and assess physical attack paths. Some ecosystem-level testing can be performed remotely, depending on the device architecture, available documentation, and engagement objectives.
Yes. Firmware and embedded software analysis can be included where it is relevant to the engagement scope. Testing may examine firmware extraction, insecure update mechanisms, hardcoded credentials, exposed secrets, reverse engineering risks, and software weaknesses within embedded environments.
Testing can uncover risks such as insecure firmware, exposed debug interfaces, weak authentication, hardcoded secrets, insecure wireless communications, vulnerable APIs, unsafe update processes, device cloning opportunities, and cloud or mobile app weaknesses connected to the device.
Yes. Pre-release testing is one of the most valuable uses of IoT and Hardware Penetration Testing. It helps product and engineering teams identify vulnerabilities before devices reach customers, reducing remediation cost, release risk, and potential brand impact.
