Cybersecurity 101back-iconWhat is OWASP ASVS?

What is OWASP ASVS?

OWASP ASVS, or the OWASP Application Security Verification Standard, is an open application security standard for verifying the security of web applications, web services, and APIs. It gives developers, security engineers, testers, architects, and application owners a structured set of requirements for designing, building, testing, and validating secure software.

Instead of saying an application should be “secure,” OWASP ASVS defines specific technical controls that teams can verify. These controls cover areas such as authentication, authorization, input validation, session handling, cryptography, data protection, API security, configuration, logging, and deployment.

OWASP ASVS helps organizations create measurable security expectations. Teams can use it during development, security testing, procurement, compliance reviews, and secure code assessments.

Why it matters

Modern applications handle sensitive data, user identities, payments, business workflows, and integrations. Weak application security can expose customer data, enable account takeover, disrupt services, or create compliance failures. OWASP ASVS helps teams identify what they must verify before trusting an application in production.

It helps organizations:

  • Define clear application security requirements.
  • Standardize security testing across teams and vendors.
  • Improve secure design and coding practices.
  • Validate authentication, authorization, and session controls.
  • Support procurement and third-party application reviews.
  • Build stronger security assurance before release.

Key areas covered

Area What teams verify
Authentication Users prove their identity through secure mechanisms
Authorization Users access only the data and functions they are allowed to use
Input handling Applications validate, encode, and sanitize untrusted input
Cryptography Applications protect secrets, keys, and sensitive data correctly
API security APIs enforce access control, validation, and secure communication
Logging Applications capture useful security events without exposing sensitive data
Configuration Applications use secure settings across environments
Deployment Teams release and operate applications with secure practices

How teams use OWASP ASVS

Teams should use OWASP ASVS early in the software development lifecycle. Architects can map requirements during design. Developers can use it as secure coding guidance. Security testers can use it as a verification checklist. Procurement teams can use it to compare vendor security claims with measurable controls.

The strongest approach connects ASVS requirements with threat modeling, code review, penetration testing, automated security testing, and production monitoring.

How Hexnode helps

Hexnode XDR helps organizations secure the Windows endpoints used to develop, test, administer, and monitor applications. It collects endpoint telemetry, detects suspicious activity, displays active threats and incidents in a centralized dashboard, and supports response actions such as endpoint isolation where applicable. This helps security teams reduce endpoint risk around application development and operations.

Hexnode UEM also supports application management across managed devices, including app deployment, app inventory, app updates, and app blocklist or allowlist policies on supported platforms. Hexnode does not verify OWASP ASVS requirements or replace secure code review, SAST, DAST, penetration testing, API testing, or application security posture management. It supports ASVS-aligned programs by strengthening the endpoint and app control layer around the teams and systems that build and manage applications.

FAQs

No. OWASP Top 10 highlights common application security risks. OWASP ASVS provides detailed verification requirements that teams can use to test whether security controls work.

Developers, security teams, testers, and architects can use OWASP ASVS to define security requirements, assess applications, and validate whether implemented controls meet the expected assurance level.