Web & Middleware Security
Uncover vulnerabilities in web applications and middleware through SAST, DAST, and manual security testing.
SoCyber helps organizations identify weaknesses in authentication, authorization, input validation, session management, business logic, and middleware configuration before attackers can exploit them.
Do you need web and middleware security testing?
A quick self-check. If several of these sound like you, it is worth a short conversation.
You likely need this if
- You run web applications with integration layers, message queues or middleware
- You want both automated (SAST and DAST) and manual coverage of the stack
- You have backend components a standard application test would skip
- You need broad assurance across your web and integration surface
Not sure where you land? A short scoping call will tell you plainly, including if you do not need this yet.
Book a scoping callWhat is web & middleware security testing?
It evaluates the systems that connect users, applications, APIs, databases, identity providers, and backend services - the layers that handle authentication, session state, routing, access control, and service-to-service communication, which makes them high-value targets.
SoCyber combines automated SAST, DAST, and manual penetration testing to find vulnerabilities across source code, running applications, middleware components, and deployment configurations - reducing OWASP Top 10 exposure, detecting middleware-specific weaknesses, closing compliance gaps, and giving developers clear remediation steps.
Identify exploitable vulnerabilities before they reach production.
Cut OWASP Top 10 and CWE-related exposure across your stack.
Detect insecure authentication and authorization logic.
Confirm input handling, session management, and access controls hold up.
Find middleware misconfigurations and unsafe default settings.
Improve secure SDLC and CI/CD security practices over time.
Hand developers clear, reproducible remediation steps.
Technical necessity & threat landscape
Modern web applications are rarely standalone. They depend on API gateways, reverse proxies, web and application servers, identity providers, message queues, caches, load balancers, and third-party services - a weakness in any layer can expose data or open a path inside.
OWASP identifies web application risks as a foundation for secure development, while NIST's Secure Software Development Framework emphasizes reducing vulnerabilities before release and preventing recurrence. This service puts those principles into practice with code-level review, runtime testing, configuration analysis, and exploitation validation.
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Web applications remain a primary attack surface for external threats.
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Middleware misconfigurations often expose internal services unintentionally.
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Automated scanners alone miss business logic and chained vulnerabilities.
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SAST helps detect insecure patterns early in development.
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DAST validates exploitable issues in running environments.
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Manual testing confirms real-world impact and reduces false positives.
From onboarding to delivery
- 1
Onboarding & Coverage Definition
A kickoff session maps the application, middleware architecture, business context, test objectives, and compliance needs - defining environments, URLs, user roles, test accounts, repositories, middleware components, and communication channels.
- 2
Access & Authorization
You provide approved access to source code, test environments, middleware configurations, API documentation, and role-based accounts. Testing begins only once scope, authorization, and safety boundaries are confirmed.
- 3
Security Assessment Execution
We run a full assessment with SAST, DAST, manual penetration testing, dynamic proxies, secure labs, and middleware exploitation - covering source code, runtime behavior, auth flows, access controls, input validation, session handling, and configuration security.
- 4
Reporting & Remediation
The report ranks vulnerabilities by severity with OWASP Top 10 and CWE references, proof-of-concept evidence, request and response samples, screenshots, a middleware misconfiguration matrix, business impact, and developer-ready fixes.
Testing starts only after scope and authorization are confirmed, and every confirmed finding ships with evidence and a developer-ready fix.
Find the weak points in your web stack
Test your applications, middleware, and runtime configurations before attackers do.
Key methods
Static Application Security Testing
SAST analyzes source code, logic, and dependencies before the app runs - catching injection risks, insecure cryptography, hardcoded secrets, unsafe data handling, and weak authorization early.
Dynamic Application Security Testing
DAST tests the running application from an attacker's perspective, validating exploitable issues in live workflows, HTTP requests, APIs, sessions, forms, headers, and redirects.
Manual Penetration Testing
Expert testing finds business logic flaws, chained vulnerabilities, access-control bypasses, and privilege-escalation paths that automated tools miss.
Middleware Security Assessment
Review of application servers, reverse proxies, API gateways, web servers, routing rules, auth integrations, headers, TLS, exposed admin panels, and unsafe defaults.
Remediation Validation
Optional retesting confirms whether fixes were correctly applied and whether vulnerabilities remain exploitable.
Choose the right depth of testing
Static Application Security Testing
SAST reviews source code and application logic without executing the app - ideal for catching insecure patterns early and supporting secure SDLC programs.
- Source code review
- Secure development workflows
- CI/CD security gates
- Insecure coding patterns
- CWE mapping
- Developer remediation guidance
Dynamic Application Security Testing
DAST tests the running application through HTTP requests, browser workflows, API calls, and runtime behavior to validate real exploitability.
- Runtime vulnerability validation
- Authentication and session testing
- Input validation testing
- API and web workflow testing
- OWASP Top 10 coverage
- Request and response evidence
Manual Web Penetration Testing
Manual testing adds expert analysis to uncover vulnerabilities automated tools cannot reliably detect.
- Business logic testing
- Complex user roles
- Multi-step workflows
- Access control validation
- Exploitability confirmation
- False positive reduction
Middleware Security Review
Middleware testing identifies misconfigurations and unsafe behaviors in the infrastructure between users, applications, APIs, and backend services.
- Web and application servers
- Reverse proxies
- API gateways
- Identity integrations
- Routing and access rules
- Security headers and TLS configuration
Use cases
Pre-Release Security Testing
Validate web applications before launch to catch exploitable vulnerabilities, insecure workflows, and configuration issues that could delay release.
Secure SDLC Integration
Use SAST and DAST findings to introduce security gates and reduce recurring vulnerabilities across releases.
Compliance Readiness
Document vulnerabilities, risk ratings, and remediation for audits, customer assurance, vendor reviews, and regulatory programs.
Middleware Hardening
Find unsafe defaults, exposed interfaces, weak headers, insecure TLS, routing issues, and misconfigured access controls.
Incident Prevention
Reduce web-based compromise by finding flaws before they are used in phishing, credential, injection, or privilege-escalation attacks.
Developer Enablement
Give engineers clear evidence, reproduction steps, and guidance so vulnerabilities are fixed faster and prevented in future.
Reporting structure and metrics
Vulnerability Report
Vulnerabilities by severity, affected component, business impact, exploitability, OWASP Top 10 category, CWE reference, and recommended remediation.
Evidence Package
Request and response samples, screenshots, payloads, reproduction steps, affected URLs, source references, or configuration details for each issue.
Middleware Misconfiguration Matrix
Middleware findings organized by affected component, insecure setting, exposure level, expected secure configuration, and remediation priority.
Metrics
Number and severity of issues, middleware misconfigurations, percentage remediated versus open, recurrence, and trends by OWASP or CWE category.
What you receive
The deliverable serves both technical teams and decision-makers: a clear view of risk for security leaders, and the exact detail developers need to reproduce, understand, and fix each issue.
- Vulnerabilities by severity and business impact
- OWASP Top 10 and CWE references
- Request and response samples
- Screenshots and exploitation evidence
- Middleware misconfiguration matrix
- Affected endpoints, roles, and components
- Developer-friendly remediation steps
- Risk prioritization and recommended fix order
- Optional validation testing for applied remediations
Ready to strengthen your web application security?
Combine SAST, DAST, manual testing, and middleware review into one practical assessment.
Securing the modern web & middleware surface
Authentication & Authorization
We validate login flows, role separation, access controls, privilege boundaries, account recovery, session handling, token use, and authorization checks across roles.
Input Validation & Injection Risk
We check how applications handle user input across forms, APIs, parameters, headers, file uploads, and backend queries to reduce injection and data-manipulation risk.
Session & Token Security
We review cookies, session expiration, token storage, refresh behavior, logout handling, replay risk, and protection against fixation or hijacking.
Middleware Configuration
We review exposed admin interfaces, routing, insecure defaults, HTTP security headers, TLS settings, proxy rules, server banners, and access restrictions.
API & Service Communication
We examine how APIs and services exchange data, enforce authorization, validate requests, rate-limit abuse, and protect sensitive operations.
CI/CD Security Integration
SAST and DAST can be integrated into pipelines to detect risky patterns earlier, support continuous testing, and reduce vulnerability recurrence.
The future of web & middleware security
Application and middleware security is shifting from periodic, point-in-time testing toward continuous assurance built into the development lifecycle. As architectures spread across APIs, microservices, and managed middleware, the emphasis is moving to earlier detection, automated validation, and clearer context about what is genuinely exploitable.
- Continuous SAST and DAST woven directly into CI/CD pipelines
- AI-assisted detection of risky code and configuration patterns
- Unified dashboards correlating code, runtime, and penetration-test findings
- Standardised, hardened baselines for middleware and infrastructure
- Recurrence tracking that measures whether classes of flaws actually shrink
- Security shifting left into design and developer workflows
Web & middleware security FAQ
It evaluates web applications, APIs, application servers, reverse proxies, gateways, authentication layers, and supporting middleware to find exploitable vulnerabilities and misconfigurations.
SAST analyzes source code before or during development. DAST tests the running application from the outside to validate vulnerabilities in real application behavior.
Each method sees a different part of the risk. SAST finds code-level weaknesses, DAST validates runtime exposure, and manual testing uncovers business logic flaws, chained vulnerabilities, and access-control issues.
Testing can cover injection, broken access control, authentication weaknesses, insecure session handling, sensitive data exposure, security misconfiguration, vulnerable components, insecure headers, SSRF, file-upload issues, and business logic flaws.
Common components include web servers, application servers, API gateways, reverse proxies, identity integrations, load balancers, message brokers, caching layers, and routing or access-control middleware.
Yes. Findings are mapped to OWASP Top 10 categories where relevant, with additional CWE references for technical precision.
Yes. SAST and DAST workflows can be adapted for CI/CD pipelines to support continuous security checks and earlier vulnerability detection.
Yes. Reports are written to be actionable for developers and include reproduction steps, technical evidence, severity, impact, and recommended fixes.
Yes. Optional validation testing can confirm whether fixes were applied correctly and whether the vulnerability is no longer exploitable.
Yes. It is especially useful before major releases, production launches, compliance reviews, customer security reviews, or infrastructure changes.