How does SRV detect BOLA?

SRV detects Broken Object Level Authorization (BOLA) by mapping resource ownership and identity relationships, then simulating unauthorized access attempts during runtime to see if security constraints hold.

Does Semantic Runtime Validation replace DAST?

SRV augments DAST by providing deep visibility into internal application logic and business flows that traditional 'outside-in' dynamic scanners cannot see.

INTRODUCING SEMANTIC RUNTIME VALIDATION

Stop Chasing Vulnerabilities. Start Proving Security.

Traditional scanners find "potential" bugs. Semantic Runtime Validation proves actual exploitability. Secure your APIs and microservices by validating logical behavior in real-time.

TIME FOR A REVOLUTION

Why Traditional AppSec is Failing

Static tools and basic scanners were built for a simpler era. In today’s distributed, API-driven world, 90% of critical breaches aren’t caused by "bad code"—they’re caused by broken logic.

The Noise Problem: Security teams are drowning in thousands of "theoretical" SAST/DAST findings.
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The Logic Gap: Traditional tools can't see BOLA, broken authorization, or multi-step business logic abuse.
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The Runtime Blindspot: Attackers don't exploit your repo; they exploit your running system.

THE SOLUTION

What is Semantic Runtime Validation?

Semantic Runtime Validation (SRV) is the evolution of security testing. It doesn't just scan for signatures; it models the meaning and intent of your application to find real exploit paths.

1. Model the System

We map your APIs, identities, and data boundaries to understand your "Security Intent."

2. Explore Behavior

Our engine simulates complex, multi-step user journeys—mimicking how an actual attacker thinks.

3. Verify in Runtime

We validate security constraints during execution. If a user can access data they don't own, we've found a proven risk.

4. Confirm the Exploit

No more "maybe." Receive a clear, reproducible exploit path that your developers can fix immediately.

KEY BENEFITS

Why Security Leaders Choose Semantic Runtime Validation (SRV)

Feature

The SRV Advantage

Zero False Positives

If SRV flags it, it’s exploitable. Period.

BOLA Detection

Specialized logic to catch Broken Object Level Authorization—the #1 API threat.

Microservice Aware

Validates how permissions propagate across complex distributed architectures.

Continuous Assurance

Perfect for CI/CD. Validate every deployment before it hits production.

WHAT WE FIND

Detect What Scanners Miss

Semantic Runtime Validation (SRV) is the evolution of security testing. It doesn't just scan for signatures; it models the meaning and intent of your application to find real exploit paths.

Broken Object Level Authorization (BOLA)

Accessing unauthorized data by manipulating IDs.

Business Logic
Abuse

Bypassing checkout steps or manipulating pricing.

Auth Propagation Errors

Finding where identity "breaks" between service A and service B.

Multi-Step
Chains

Chaining three "low" risks into one "critical" breach.

Schedule Your Semantic Security Audit

Ready to see your "Runtime Truth"?

Stop guessing which vulnerabilities matter. Get a clear map of your actual attack surface today.

Free 15-minute consultation with an AppSec expert.

Aptori is the AI for the good guys—enabling security teams to reduce risk, accelerate secure releases, and ensure continuous compliance.

‍Aptori is the leader in autonomous application security, delivering the first deterministic AI to detect and remediate business logic vulnerabilities with precision.

The Aptori AI Security Engineer proactively identifies, prioritizes, and fixes vulnerabilities across code, APIs, applications, and cloud environments. By eliminating security backlogs and freeing engineering capacity, Aptori empowers teams to innovate faster and ship secure software at scale.