SOLUTIONS

IoT Penetration Testing to Secure Your Connected Devices

Reduce breaches and downtime - manual IoT pentesting that accelerates audits and releases

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UNDERSTANDING REQUIREMENTS

Why IoT Requires Penetration Testing

Penetration testing validates devices, firmware, APIs, and cloud paths to prevent hardware exploits, firmware backdoors, data leaks, and compliance failures

Hardware exploits

Attackers extract secrets from chips, debug ports, or firmware

  • Exposed debug ports enable full device cloning
  • Stolen firmware reveals cryptographic or IP secrets

Firmware flaws

Outdated components, hardcoded credentials, and insecure update mechanisms enable persistent attacker access

  • Unpatched firmware allows persistent remote control
  • Compromised updates spread malware across devices

API and cloud risks

Connected devices rely on APIs and cloud services

  • Weak authentication enables large-scale data theft
  • Misconfigured APIs expose backend infrastructure systems

Enterprise trust

Enterprises buying IoT products require vendor security assurance

  • Failed security reviews block major enterprise deals
  • Weak security damages brand and investor trust

Compliance mandates

Regulations like HIPAA, FDA, and IEC 62443 require IoT device testing

  • Non-compliance results in severe audit failures
  • Missing tests delay certifications and market entry
WHATS INCLUDED

Software Secured’s IoT Penetration Testing

Manual, hacker-led IoT testing that proves impact across hardware, firmware, and cloud. Designed for engineering leaders balancing fleet safety, uptime, compliance, and audits today globally

Device and hardware analysis

Test tamper resistance, debug interfaces (UART, JTAG, SPI), and physical access risks

  • Reduce physical attack surface risk
  • Ensure tamper protections prevent compromise

Firmware reverse engineering

Extract and analyze firmware for secrets, backdoors, and insecure configurations

  • Reveal hidden backdoors and secret exposure
  • Enable targeted remediation for developers

Mobile companion app testing

Validate iOS and Android apps controlling devices

  • Secure app-device integration and authentication
  • Prevent API abuse enabling device takeover

Cloud and API validation

Review device-to-cloud communication, APIs, and backend services

  • Stop cloud misconfigs exposing user data
  • Strengthen API controls and IAM hygiene

Built-in retesting

Every engagement includes re-verification of fixes

  • Confirm fixes with reproducible verification evidence
  • Provide audit-ready proof for stakeholders
OUR VALUE

What sets Software Secured Apart

Enterprise sales enablement

IoT pentests calibrated with CVSS and DREAD

  • Align results with compliance-ready frameworks
  • Accelerate procurement and vendor approvals

Certified expertise

Full-time Canadian pentesters with OSCP, OSWE, and IoT certifications deliver all testing

  • In-house experts ensure consistent quality
  • Senior testers verify and guide remediation

Portal Highest Threat Summary

Combines device, firmware, and cloud issues into one theme for reporting

  • Highlight top risks for executive clarity
  • Link summaries to detailed technical findings

Centralized reporting

The Portal generates custom, audit-ready reports with detailed information for developers and executives

  • Enable branded reports for safe sharing
  • Streamline compliance and sales readiness
CASE STUDIES

What Our Clients Say

"We understand that trust is the foundation of innovation. Our investment in security testing ensures that clients can rely on our solutions without hesitation."

Aali R. Alizadeh, CTO - Giatec
350+

high growth startups, scaleups and SMB trust Software Secured

"Their team delivered on time and was quick to respond to any questions."

August Rosedale, Chief Technology Officer
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Trusted by high-growth SaaS firms doing big business

5/5
PRICING

Transparent Pricing for Scalable Application Security

Security Made Easy
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Real hackers, real exploit chains
Canadian based, trusted globally
Actionable remediation support, not just findings
METHODOLOGY

Secure Your Connected Devices with Confidence

We make it easy to start. Our team handles the heavy lifting so you can focus on keeping your attack surface protected without the headaches.

01

Consultation Meeting. Our consultants span five time zones. Meetings booked within 3 days.

02

Customized Quote. Pricing tailored to product scope and compliance needs. Quotes delivered within 48 hours.

03

Pentest Scheduling. Testing aligned to your release calendar. Scheduling within 3-6 weeks - sometimes sooner.

04

Onboarding. Know what to expect thanks to Portal and automated Slack notifications. Onboarding within 24-48 hours.

05

Pentest Execution. Seamless kickoff, and minimal disruption during active testing. Report within 48-72 hours of pentest completion.

06

Support & Retesting. Request retesting within 6 months of report delivery. Auto-scheduled within 2 weeks.

“I was impressed at how thorough the test plan was, and how "deep" some of the issues were that their testing uncovered. Also, the onboarding process was simple and painless: they were able to articulate exactly what they needed from us, and showed a clear understanding of the product they would be testing during our initial demo”

Justin Mathews, Director of R&D
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FAQ

Frequently Asked Questions

Answers to common questions about IoT Penetration Testing

How is IoT penetration testing different from traditional pentesting?

IoT testing examines both hardware and software layers: firmware, wireless protocols, cloud APIs, and mobile apps. It identifies exploitable flaws in devices and ecosystems that conventional network or application tests often miss.

Do you need physical devices or can you test cloud-only IoT?

We prefer at least one production-like device; we also test firmware images, mobile apps, APIs, and cloud. Provide staging environments; we build safe test harnesses to avoid disruption.

Can you test safety-critical devices without risking users or operations?

Yes, most pentests are executed in staging environments, carefully simulated loads, and hardware-in-the-loop rigs. We don’t need access to live patients/users; we coordinate test windows and fail-safe fallbacks before exercising risky paths.

How do you protect sensitive data and credentials during testing?

NDA-backed handling, least-privilege accounts, encrypted evidence storage, and audit trails. Secrets are rotated or scrubbed post-test; artifacts are sanitized for reports and retained per your policy.

What kinds of vulnerabilities does IoT pentesting uncover?

Findings often include insecure firmware updates, exposed debug ports, weak authentication, hardcoded credentials, unencrypted communications, and privilege escalation paths. These issues can compromise entire device fleets, cloud integrations, or customer environments.