Offensive Product Security Research
Empower Your Internal PSIRT and Development Teams

OPSR works with your team to identify high-risk attack surfaces and vulnerabilities from an attacker’s perspective, focusing on exploitable paths and real business impact.

Product attack surfaces are prime entry points for advanced adversaries

  • Design or implementation flaws can become persistent footholds for targeted attacks.
  • OPSR goes beyond known issues—targeting unknown risks and cross-boundary attack opportunities to expose critical weaknesses across architecture, logic, and trust boundaries.
  • Through continuous OPSR, identify and validate high-risk vulnerabilities (PoC) before weaponization, and build long-term, attack-driven product security capabilities.

Recommended Use Cases

Ideal for high-risk products such as NAS, IoT, printers, smart devices, network equipment, ICS, automotive systems, and embedded devices with:

Access to sensitive or personal data
Centralized control or high-privilege capabilities
Internet exposure and critical business dependency
Potential impact on critical services or society
Long lifecycle, costly recalls, or weak update mechanisms
Complex third-party, open-source, or supply chain dependencies

Offensive Product Security Research (OPSR) identifies high-risk attack surfaces and vulnerabilities early from an attacker’s perspective, delivering reproducible PoCs, prioritized remediation, and long-term risk mitigation to harden products against advanced threats.

What OPSR Delivers

End-to-end security assessment across hardware, firmware, and software

  • Third-party component risk analysis
  • Firmware and closed-source reverse engineering
  • Hardware attack evaluation

Service Scope

  • Product architecture security review
  • IoT security assessment
  • Secure storage analysis
  • Firmware reverse engineering
  • Integrated hardware/software testing
  • Source code auditing

Methodology

Attack Surface Mapping & Threat Modeling

Systematically identify exposed surfaces and high-value entry points, and define attacker-driven scenarios and paths.

Architecture & Trust Boundary Analysis

Focus on design flaws—not just vulnerabilities—by validating trust assumptions, privilege boundaries, and cascading impact.

Exploitability Validation (PoC)

Verify real-world exploitability with reproducible PoCs, distinguishing theoretical issues from exploitable risks.

Attack Path & Impact Assessment

Simulate post-exploitation outcomes to assess impact on data, operations, service stability, and trust—prioritizing what truly matters.

Standards Alignment

OWASP ASVS

NIST SP 800-30 / 800-154

MITRE ATT&CK

Key Benefits

Enhance Product Competitiveness & Trust

Demonstrate security commitment, strengthen customer confidence, and differentiate in competitive markets.

Reduce Incident Risk & Brand Impact

Mitigate high-risk issues early to avoid emergency fixes, public exposure, and reputational damage.

Proactively Identify Critical Vulnerabilities

Discover exploitable weaknesses before attackers—gaining time to respond.

Uncover Deep, Hidden Risks

Reveal architectural flaws, trust boundary issues, and logic weaknesses missed by traditional testing.

Why DEVCORE OPSR

World-Class Vulnerability Research Team

Proven expertise across diverse products and stacks—bringing real-world research into product security validation.

Beyond Traditional Pentesting

Leverage chained exploits and multi-vector attacks to validate true impact on product and data.

Find Your 0-days Before Attackers Do

Identify unknown attack paths by chaining vulnerabilities—exposing risks single findings cannot reveal.

Built for Complex Environments

Cross-domain expertise (Web, Cloud, Mobile, Network, Reverse Engineering) to assess diverse, enterprise-scale attack surfaces.

FAQs

  • What are the prerequisites?

    Accurate scoping: define features, architecture, access methods, and permissions.

    Coordinated schedule: typically off-peak or controlled hours.

    Source IP disclosure for test traffic identification.

  • Will OPSR impact production systems?

    Executed under strict scope and risk control with a minimum-impact principle. High-risk tests (e.g., DoS) require prior authorization.

  • How is sensitive data handled?

    All data is governed by strict NDA and security controls, including classification, access restriction, and secure disposal.

  • How often should OPSR be conducted?

    At least annually, or after major releases or architectural changes. Continuous OPSR is recommended for high-risk products.

Validate Product Security Through Real-World Attacks.

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