Embedded Systems
When software meets hardware, assumptions become risk. Our elite adversarial operators tests embedded systems and IoT environments at the hardware, firmware, and protocol layers, exposing weaknesses attackers exploit in the physical and digital world. Our methodology helps manufacturers and operators build resilience into devices that cannot easily be patched or replaced.
Embedded Systems Overview
Ongoing testing of embedded and IoT devices, firmware, and communication interfaces to uncover firmware vulnerabilities, insecure protocols, hardware attacks, and supply-chain risks.
IoT Penetration Testing
Continuously test IoT devices and ecosystems to uncover exploitable weaknesses across firmware, networks, and APIs.
Methodology:
- Analyze device architecture, firmware, and embedded components
- Test device authentication, encryption, and update mechanisms
- Assess network communications, APIs, and cloud integrations
- Simulate real-world attacks against connected devices
- Deliver risk-ranked findings with actionable remediation guidance
Medical Device Security
Testing Assess medical device security to identify patient safety, data privacy, and regulatory compliance risks.
Methodology:
- Evaluate device firmware, hardware interfaces, and communications
- Test authentication, encryption, and access controls
- Assess interoperability with hospital networks and clinical systems
- Identify risks impacting patient safety and data integrity
- Deliver remediation aligned to FDA, HIPAA, and industry guidance
IoT Penetration Testing
Continuously test IoT devices and ecosystems to uncover exploitable weaknesses across firmware, networks, and APIs.
Methodology:
- Analyze device architecture, firmware, and embedded components
- Test device authentication, encryption, and update mechanisms
- Assess network communications, APIs, and cloud integrations
- Simulate real-world attacks against connected devices
- Deliver risk-ranked findings with actionable remediation guidance
Medical Device Security
Testing Assess medical device security to identify patient safety, data privacy, and regulatory compliance risks.
Methodology:
- Evaluate device firmware, hardware interfaces, and communications
- Test authentication, encryption, and access controls
- Assess interoperability with hospital networks and clinical systems
- Identify risks impacting patient safety and data integrity
- Deliver remediation aligned to FDA, HIPAA, and industry guidance
IoT Penetration Testing
Continuously test IoT devices and ecosystems to uncover exploitable weaknesses across firmware, networks, and APIs.
Methodology:
- Analyze device architecture, firmware, and embedded components
- Test device authentication, encryption, and update mechanisms
- Assess network communications, APIs, and cloud integrations
- Simulate real-world attacks against connected devices
- Deliver risk-ranked findings with actionable remediation guidance
Medical Device Security
Testing Assess medical device security to identify patient safety, data privacy, and regulatory compliance risks.
Methodology:
- Evaluate device firmware, hardware interfaces, and communications
- Test authentication, encryption, and access controls
- Assess interoperability with hospital networks and clinical systems
- Identify risks impacting patient safety and data integrity
- Deliver remediation aligned to FDA, HIPAA, and industry guidance
WHAT TO EXPECT?
Onboarding Platform
1
Align Objectives & Outcomes
2
Ongoing Testing / PIT Testing
3
Quarterly Service Review
4
Ongoing Testing Dashboard
5
Why Evolve Security?
01
CTEM Maturity Model
Evaluate CTEM maturity and strengthen resilience by assessing readiness against evolving adversary techniques and attack vectors.
02
CPT Market Leader
Offensive SOC and engineering experts drive measurable outcomes, guiding every phase from exposure discovery to remediation.
03
Award Winning Platform
Darwin Attack platform validates security controls and precisely pinpoints prioritized vulnerabilities across dynamic environments.
04
OffSec Operations Center (OSOC)
Agile bullpen of offensive testers rapidly adapts tactics, mirroring adversaries as threats and business priorities shift.
05
Trusted Methodologies
Industry-trusted methodologies including OWASP, OSSTMM, PTES, and NIST ensure disciplined, comprehensive penetration testing rigor.
06
Customized Simulations
Tailored simulations reflect an industry’s distinct threats, adversary behaviors, and mission-critical attack scenarios.
Game Changing Resources
Dive into our game changing resource library that delivers novel thought leadership and real-time perspectives that reimagine how organizations design, manage and elevate offensive security programs
ROI on Continuous Penetration Testing (CPT)
ROI on Continuous Penetration Testing (CPT): Annual Penetration Testing Is Failing Modern Security Programs
The CTEM Chronicles: A Fictional Case Study of Real-World Adoption
Explore a fictional case study of Lunera Capital, a mid-sized financial firm that adopted Continuous Threat Exposure Management (CTEM). See how theory meets practice and how this company goes from chaos to clarity in cybersecurity.
Webinar: A Case for CTEM
A Case for CTEM | September 2025 | Paul Petefish, Jason Rowland, & Victor Marchetto
Fireside Chat: State of Cybersecurity 2025
State of Cybersecurity 2025 | December 2024 | Nils Puhlman & Mark Carney
Zafran & Evolve Security - Executive Roundtable
Black Hat & Def Con
Las Vegas
