Secure Code Review
Inspect code with context, identify vulnerable logic, prove exploitability, and provide precise remediation.
Application Security Testing
Proactive application security for modern applications.
Modern applications are API-driven, multi-tenant, workflow-heavy, and constantly changing. Protection has to be built in, tested continuously, and validated in runtime so teams know what is actually exploitable in what is running now.
Secure code review with exploit proof
Offensive testing pulled into delivery
Runtime validation across APIs and workflows
Assurance for what is running in production
Proactive Application Security
Build protection in. Pull offensive testing forward. Assure what is running.
Modern application security has to match how modern applications are built and released. It starts in code, follows every deployment, and continuously validates runtime behavior so teams can act on real exposure, not assumptions.
Secure by design
Continuously test releases
Validate runtime behavior
Prove what is exploitable
Proactive application security means code security gets better, offensive testing moves into delivery, and validation keeps pace with what is actually running.
1. Better code security
Look at code, determine what is vulnerable, prove what is real, and show how to fix it.
Application security testing should improve code security at the source. That means understanding vulnerable logic in context, determining whether it can actually be exploited, and returning proof with remediation developers can use immediately.
Secure Code Review
Exploit Proof
Precise Fix Guidance
2. Offensive testing pulled in
Offensive testing should move with how modern applications are built and released.
Releases are continuous, so offensive testing has to be continuous too. Pull it into delivery so every deployment can be attacked, validated, and improved with proof that flows directly back to engineering.
Continuous offensive testing
Delivery-integrated validation
Proof tied to remediation
Every deployment tested
3. Assurance for what is running
You need assurance about what is running, not just what was checked earlier.
Modern applications break through identities, APIs, objects, workflow transitions, authorization decisions, and tenant boundaries. Assurance comes from validating how systems behave in real conditions and proving what attackers can actually exploit in what is running now.
Authorization Validation
Business Logic Testing
Multi-Tenant Testing
Authorization
Validate BOLA, broken access control, and cross-tenant exposure in real runtime behavior.
Business Logic
Find exploit paths created by workflow abuse, logic gaps, and unsafe state transitions.
Multi-Tenant
Test identities, roles, objects, and tenant boundaries to verify isolation holds in practice.
API Behavior
Validate object access, data exposure paths, endpoint behavior, and real API relationships.
Coverage
What application security testing covers
Aptori’s model spans code, APIs, runtime behavior, and offensive testing so teams can move from fragmented detection to verified risk removal.
API Security Testing
Continuously validate API behavior, object access, authorization, and data exposure across identities and roles.
Business Logic Testing
Uncover workflow abuse, unsafe state transitions, and logic flaws that traditional scanners routinely miss.
Authorization Testing
Detect BOLA, BOPLA, broken access control, and cross-user or cross-tenant exposure with runtime proof.
Multi-Tenant Testing
Validate tenant isolation, object boundaries, and identity assumptions in the systems enterprises actually run.
Offensive Security
Continuously simulate real attacker behavior and validate which paths are actually exploitable on every deployment.
Code
Improve application security at the source with context-aware review, exploit proof, and clear remediation.
Attack
Pull offensive testing into delivery so validation keeps pace with how modern applications ship.
Runtime
Validate authorization, logic, API behavior, and tenant boundaries in real conditions.
Assure
Keep proving what is actually exploitable in what is running now.
CTEM
Continuous Threat Exposure Management for modern applications
CTEM is a continuous motion for discovering exposure, validating exploitability, prioritizing real risk, and driving remediation. For modern applications, that motion has to include application-layer validation across code, APIs, identities, workflows, authorization, tenant boundaries, and runtime behavior.
Aptori application security testing is integral to CTEM because it does not stop at exposure discovery. It proves what can actually be exploited, feeds that signal back into engineering, and helps maintain assurance as applications change.
Discover exposure
Validate exploitability
Prioritize real risk
Drive remediation
Discover
Continuously identify exposed APIs, risky code paths, workflow gaps, and tenant-facing attack surface.
Validate
Use offensive testing and runtime validation to prove which exposures are actually exploitable.
Prioritize
Focus teams on real risk with proof, exploit context, and signal that cuts through AppSec noise.
Remediate
Give engineering clear fixes and retest continuously so protection stays aligned with what is running.
Proactive application security
Secure by design. Attack continuously. Assure what is running.
Aptori is built for modern applications where APIs, workflows, AI-driven behavior, and release velocity create new risk. Protection has to be proactive, built in early, pulled through delivery, and continuously validated in runtime.
Why Aptori
Proactive application security improves code security, pulls offensive testing into delivery, and continuously validates runtime behavior to assure what is actually running.
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