AlphaSploitAlphaSploit

Secure by Design

Application Security

Embed security into your software development lifecycle from code to deployment

Application Security integrates security practices into every phase of software development—from design and coding through testing, deployment, and maintenance. Our AppSec team works alongside development teams to identify vulnerabilities early, implement secure coding practices, and build security into CI/CD pipelines.

Application Security
85%
Vulns caught in code
60%
Faster remediation
300+
Applications secured
12 hrs
Average vuln fix time

Compliance Frameworks

Aligned with industry standards trusted by governments and enterprises

OWASP Top 10
Web application security risk classification
SANS Top 25
Most dangerous software vulnerabilities
OWASP ASVS
Application Security Verification Standard
BSIMM
Building Security In Maturity Model
NIST SP 800-218
Secure Software Development Framework

Overview

What is Application Security?

What

Application Security covers the processes, tools, and practices that protect software applications from threats throughout their lifecycle. It includes secure code review, SAST/DAST scanning, dependency management, API security testing, and developer security training.

Why

Applications are the primary attack vector for data breaches. 74% of breaches involve the human element, and web applications remain the top attack surface. Shifting security left—into development—reduces vulnerabilities by 80% compared to finding them in production.

Common risks we find

  • SQL injection and injection flaws remain top attack vectors
  • Third-party library vulnerabilities introduce unmonitored risk
  • Hardcoded secrets in source code create credential exposure
  • Insecure APIs enable unauthorized data access and manipulation
  • Lack of security testing in CI/CD allows vulnerabilities to reach production
  • Developer security knowledge gaps lead to consistent vulnerability patterns

Business impact of vulnerabilities

  • Organizations with DevSecOps reduce application vulnerabilities by 80% (Synopsys 2024)
  • Shifting security left reduces remediation costs by 100x compared to production
  • Automated SAST/DAST scanning catches 67% of vulnerabilities before code review
  • Dependency scanning prevents 43% of supply chain attacks
  • API security testing reduces unauthorized access incidents by 71%
  • Developer security training reduces vulnerability density by 55%

Programs

What we offer in this category

Secure SDLC Implementation

Establish a Secure Software Development Lifecycle with security gates, automated scanning, and developer training. Integrates security into agile workflows without slowing development velocity.

Development teams seeking to mature their security practices
Process design and implementation, 6-12 weeks

Application Penetration Testing

Deep-dive security testing of web applications, mobile apps, APIs, and desktop applications. Manual testing by experienced Application Security engineers uncovers business logic flaws and complex vulnerabilities.

Organizations with custom-developed applications
Testing engagement with remediation support, 2-4 weeks

Source Code Review

Manual and automated analysis of application source code to identify security flaws, insecure patterns, and compliance violations. Covers authentication logic, session management, data handling, and cryptographic implementations.

Organizations with proprietary application code
Code review engagement, 1-3 weeks per application

DevSecOps Pipeline Integration

Integrate SAST, DAST, SCA, IAST, and secrets scanning into CI/CD pipelines. Includes tool selection, policy configuration, and developer workflow integration.

Development teams automating security in CI/CD
Pipeline integration and training, 4-8 weeks

API Security Testing

Comprehensive security testing of REST, GraphQL, and SOAP APIs including authentication, authorization, rate limiting, data validation, and business logic abuse.

Organizations with API-first architectures
API-focused testing engagement, 1-3 weeks

Services included

Complete service catalog

Secure Code Review
Manual and automated review of source code to identify security vulnerabilities, insecure coding patterns, and deviations from secure coding standards.
Secure SDLC Implementation
Establishment of a Secure Software Development Lifecycle integrating security gates, threat modeling, and security requirements throughout development phases.
DevSecOps Consulting
Integration of security tooling and practices into CI/CD pipelines enabling automated security testing, vulnerability management, and compliance validation.
Security Testing Automation
Implementation of SAST, DAST, IAST, and SCA tools within development workflows to provide continuous security feedback and reduce manual testing overhead.
API Security Reviews
Focused security assessment of API endpoints for authentication, authorization, input validation, rate limiting, and data exposure vulnerabilities.
Application Security Training
Developer-focused training on secure coding practices, common vulnerability classes, and security tool usage to build application security competency.

Methodology

Our approach

1

Design Review

Evaluate application architecture and design for security implications.

  • Threat modeling (STRIDE, PASTA, Attack Trees)
  • Architecture security review
  • Authentication and authorization design validation
  • Data flow and trust boundary analysis
  • Third-party component risk assessment
2

Code Analysis

Identify vulnerabilities in source code through static and manual analysis.

  • Static Application Security Testing (SAST)
  • Manual secure code review
  • Dependency and composition analysis (SCA)
  • Secrets and credential detection
  • Custom rule development for business logic
3

Dynamic Testing

Test running applications for vulnerabilities through automated and manual techniques.

  • Dynamic Application Security Testing (DAST)
  • Interactive Application Security Testing (IAST)
  • API fuzzing and input validation testing
  • Authentication and session management testing
  • Business logic abuse testing
4

Remediation & Validation

Support developers in fixing vulnerabilities and validate remediation effectiveness.

  • Developer-friendly finding reports with fix guidance
  • Pair programming for complex vulnerability fixes
  • Retesting and verification of remediations
  • Security regression testing
  • Security metrics and trend reporting

Process

Our engagement process

01

Application Inventory

Catalog all applications, APIs, and services with criticality classifications.

Application portfolio with risk ratings
02

Threat Modeling

Identify threats, attack vectors, and security requirements for each application.

Threat models with risk-ranked attack scenarios
03

Security Testing

Execute comprehensive security testing using automated and manual techniques.

Vulnerability findings with exploitation evidence
04

Developer Remediation

Support development teams in implementing fixes with guidance and retesting.

Remediated code with verification results
05

Pipeline Integration

Embed security scanning into CI/CD for continuous vulnerability detection.

Automated security gates in development pipeline
06

Continuous Improvement

Track security metrics, train developers, and refine testing approaches.

Monthly AppSec metrics and improvement reports

Deliverables

What you receive

Application Security Assessment

Comprehensive vulnerability report with CVSS scoring, business impact, and remediation guidance.

Threat Model Documentation

STRIDE or PASTA threat models with attack trees and mitigations for each identified threat.

Secure Coding Guidelines

Language-specific secure coding standards, anti-patterns, and best practices for developers.

DevSecOps Pipeline Configuration

CI/CD security integration with tool configurations, policies, and workflow documentation.

Developer Training Materials

Custom security training content including hands-on labs and vulnerability examples.

Application Security Metrics Dashboard

Tracking metrics for vulnerability density, fix time, and security test coverage.

Benefits

Results you can count on

Shift-Left Security

Catch vulnerabilities early in development when they are cheapest and easiest to fix.

Developer Empowerment

Enable developers to write secure code through training, tools, and accessible guidance.

Automated Detection

Continuous security scanning in CI/CD pipelines catches vulnerabilities with every build.

Reduced Technical Debt

Proactive security practices prevent accumulation of security debt in application code.

Faster Release Cycles

Automated security gates reduce manual review bottlenecks while maintaining security standards.

Supply Chain Security

Dependency analysis prevents vulnerable third-party libraries from entering your applications.

Metrics

Key metrics

85%
Vulnerabilities caught in code
Percentage of vulnerabilities identified before reaching production
60%
Faster remediation
Reduction in time-to-fix when vulnerabilities are found early in development
12 hrs
Average fix time
Mean time to remediate critical vulnerabilities with developer support
55%
Fewer vulnerability patterns
Reduction in recurring vulnerability types after developer training

Engagement Formats

How we work

1 week

Application Security Audit

Rapid assessment of application security posture with critical finding identification.

4 weeks

Full Application Assessment

Comprehensive testing including code review, DAST, API testing, and business logic analysis.

12 weeks

DevSecOps Transformation

Full SDLC security integration with pipeline automation, training, and process maturity.

FAQ

Frequently asked questions

Contact

Get started today

NDA available on request: your details stay confidential

Ready to secure Application Security?

Speak with a lead security engineer about scope, timeline, and what success looks like for your assessment.