Security Services

Focused, engineer‑led application security services designed for modern web and API‑driven systems.

Application Security Engineering

Our security engineering work goes beyond program management and point‑in‑time testing. We operate as an extension of your engineering organization, applying offensive security experience to prevent entire classes of vulnerabilities before they reach production.

Program‑Level Foundations

We can operate within existing AppSec programs when needed, integrating with established processes and constraints.

  • • Tool ownership and tuning
  • • Policy and control alignment
  • • Finding triage and escalation
  • • Security liaison support

Engineering‑First AppSec

Security treated as an engineering problem, not governance. This is where most of our work happens.

  • • Secure architecture and framework design
  • • Custom static analysis and code‑aware rules
  • • Language‑ and stack‑specific vulnerability classes
  • • Auth, session, and token lifecycle analysis
  • • Platform abuse and misuse resistance

Offense‑Informed Security Engineering

We apply real attacker techniques inside the SDLC, using offensive insight to shape defensive design.

  • • Code‑aware exploit chains
  • • Business logic exploitation modeling
  • • Supply‑chain and dependency attack analysis
  • • Attacker‑economics‑driven prioritization
  • • Preventing vulnerability classes, not just bugs

How This Is Delivered: Test‑Driven Application Security

We use real attack execution and exploit development as an input to engineering decisions. Findings from penetration testing and adversarial exercises directly inform design changes, secure primitives, and long‑term prevention strategies.

Assess
Identify real, exploitable failure modes through adversarial testing and system analysis.
Engineer
Translate exploit primitives into secure design patterns, code changes, and guardrails.
Prevent
Eliminate entire vulnerability classes across future releases.

Application Penetration Testing

Manual, exploit‑driven security testing focused on real attack paths rather than checklist compliance.

  • • Authentication and authorization testing
  • • Business logic and workflow abuse
  • • API authorization and data exposure
  • • Exploit validation to confirm real‑world impact
  • • Input validation and injection attack testing (SQLi, command injection, SSTI)
  • • Session management and token handling weaknesses
  • • Privilege escalation and horizontal/vertical access control bypass
  • • Client‑side security testing (XSS, CSRF, DOM‑based attacks)
  • • File upload, deserialization, and object handling flaws
  • • Rate‑limiting, brute‑force, and abuse‑prevention bypass
  • • Third‑party integration and dependency abuse
  • • Chained exploit development to demonstrate full attack paths
  • • Supply Chain Attack Vulnerability Validation
Best for production systems and external attack surfaces

Reverse Engineering

In‑depth analysis of compiled software and systems, server‑side binaries, desktop applications, and mobile platforms to understand internal behavior, uncover hidden or malicious logic, and identify security weaknesses when source code is unavailable or intentionally obscured.

  • • Linux and Windows server binary analysis
  • • Desktop application reverse engineering (Windows, macOS, Linux)
  • • Android (APK) and iOS (IPA) application reverse engineering
  • • Detection and analysis of obfuscated malware, backdoors, and embedded malicious components within applications or server processes
  • • Obfuscation, packing, and anti analysis technique bypass
  • • Control flow and data flow analysis to validate real world exploitability
Best for production servers, backend services, proprietary software, mobile and desktop applications, malware investigations, and environments where software behavior is hidden, obfuscated, or untrusted.

Secure Code Review

Targeted manual review of security‑critical components to identify design and implementation flaws that automated tooling misses.

  • • Authorization and access‑control logic
  • • Input validation and trust boundaries
  • • Security‑sensitive data flows
  • • Framework‑specific security weaknesses
Best for pre‑production reviews and high‑risk components

DevSecOps Adoption & Optimization

Practical guidance for integrating security into CI/CD pipelines without introducing friction or alert fatigue.

  • • CI/CD pipeline security review
  • • Tooling rationalization and tuning
  • • Threat‑informed automation strategies
  • • Developer‑friendly security workflows
Best for scaling engineering organizations

Threat Modeling

Structured threat modeling sessions to identify and prioritize risk early in the development lifecycle.

  • • Architecture and data‑flow analysis
  • • Attacker mindset and abuse cases
  • • Risk‑based prioritization
  • • Direct linkage to testing and remediation
Best for new systems and major redesigns

Application Security Incident Response

Focused response and containment for security incidents affecting applications and APIs.

  • • Application layer incident handling and triage
  • • Rapid root cause analysis of exploited vulnerabilities
  • • Exploit recreation and attacker path reconstruction
  • • Emergency remediation guidance and secure hotfix validation
  • • Post incident lessons learned and hardening recommendations
  • • Application Security Incident Response playbook hardening and IR strategy design, including attack‑specific runbooks, escalation paths, and validation through tabletop and breach simulation exercises
Best for organizations operating production applications and APIs that need fast, repeatable, and coordinated response to application layer security incidents, including zero day exploitation, active breaches, and post compromise containment in high availability environments.

Unsure which combination of services fits your current risk profile?

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