Secure-by-Design
Guide developers and AI-assisted workflows while software is created, so security is built in before release.
Autonomous Application Security for the AI Era
Build Securely. Validate Runtime Behavior. Continuously Assure Production.
Aptori helps teams build secure-by-design software, validate runtime behavior, accelerate remediation, and continuously prove security posture across development and production.
From developer guardrails to runtime proof, remediation, and production assurance.
Secure-by-DesignContinuous Vulnerability ManagementContinuous Compliance
Runtime is the truth
Prioritize real risk
Auto-fix vulnerabilities
Verify closure
SAST
DAST
SCA
Pentesting
Autonomous security loopRuntime verified
01
Validate behaviorAPIs, identities, objects, workflows, and business logic
Runtime02
Prove exploitabilityAutonomous offensive pen testing safely reproduces attack paths
Exploit03
Prioritize what mattersRank risk by evidence, impact, reachability, and attacker path
Priority04
Auto-fix root causeAI agents generate precise, developer-ready fixes to accelerate remediation
Fix05
Verify closureRetest runtime behavior and confirm the path is closed
Verified
Closed-loop application security
Findings → Runtime proof → Prioritized risk → Accelerated remediation → Verified closure
Why Now
AI-speed software needs runtime-proven security.
Code is changing faster. APIs and Kubernetes expose more paths. Attackers exploit behavior, not dashboards. Aptori brings secure-by-design guardrails, runtime validation, and continuous assurance into one operating model.
Shift Left + CI/CD
Shift left without losing runtime truth.
Aptori brings security validation into CI/CD while preserving the runtime evidence required to know what is actually exploitable. Teams can test earlier, prioritize faster, accelerate remediation with developer-ready fixes, and verify closure before risk reaches production.
Fast validation in the pipeline
Semantic analysis, API context, dependency reachability, and configuration checks help teams identify meaningful risk during code review, build, and test stages while giving developers the context needed to fix issues quickly.
01
Developer-ready fixesConnect issues to code, API behavior, ownership, and precise remediation context.
02
CI/CD integrationRun checks in build, test, merge, and release workflows.
03
Policy-aware gatesUse exploitability, severity, reachability, and business impact to guide release decisions.
Runtime validation after the build
Runtime testing confirms whether a finding can actually be exploited under real application behavior, identity, workflow, and infrastructure conditions. AI-assisted Red Team, Blue Team, and Purple Team workflows then reduce investigation time, generate fixes, and verify closure.
RT
Exploit proofValidate real attack paths across APIs, identities, objects, and workflows.
AI
Fix assistanceGenerate remediation guidance tied to the proven exploit path.
✓
Verified closureRetest the runtime path and confirm the vulnerability is closed.
Application Security Operating Model
Build securely. Validate runtime. Assure continuously.
Aptori connects the outcomes executives care about with the capabilities teams need to deliver them.
Platform capabilities
Select a capability area to explore how Aptori connects security signals to validation, remediation, and assurance.
Application Security Posture Management
ASPM Posture management connected to runtime evidence.
Aptori turns ASPM from a dashboard of findings into an evidence-driven operating model. It correlates findings across code, APIs, dependencies, infrastructure, runtime behavior, and third-party tools using the Aptori Security Data Lake.
Unify AppSec findings across native and third-party tools.
Deduplicate noise and reduce false positives through runtime evidence.
Prioritize real risk by exploitability, impact, and remediation path.
Application Security Posture Management
Runtime correlated
Finding cluster consolidated
SAST, API, dependency, and runtime evidence mapped together.
Unified
Exploitability validated
Attack path confirmed under runtime conditions.
Proven
Developer fix generated
Root cause mapped to code and workflow.
Agent
Noise ↓fewer findings
Risk ↑real exploit paths
Fixactionable path
Secrets Exposure
Secrets Find exposed credentials and connect them to real application risk.
Aptori identifies exposed secrets and correlates them with services, repositories, APIs, runtime paths, and business impact so teams can understand whether a leaked credential creates an exploitable path.
Detect secrets across code, configuration, and delivery workflows.
Map exposed credentials to services, APIs, and runtime reachability.
Prioritize remediation by exploitability and business impact.
Explore exposure management →
Secrets Exposure
Runtime correlated
Secret detected
Credential found in code or configuration context.
Exposure
Runtime path mapped
Secret linked to reachable service or API path.
Reachable
Rotation path prepared
Recommended containment and remediation action presented.
Fix
Secretsdetected
Reachabilitymapped
Rotationguided
Software Composition Analysis
SCA Dependency risk prioritized by reachability and runtime context.
Aptori enriches dependency findings with reachability, EPSS/KEV context, service ownership, runtime exposure, and remediation guidance so teams can fix the vulnerabilities that actually matter.
Identify vulnerable open-source dependencies across services.
Enrich findings with exploit intelligence, reachability, and runtime usage.
Generate upgrade or fix guidance tied to affected applications.
Explore vulnerability management →
Software Composition Analysis
Runtime correlated
Vulnerable package found
Dependency issue identified in application context.
SCA
Reachability checked
Runtime and code paths evaluated for real exposure.
Reachable
Fix path generated
Upgrade guidance tied to application owner.
Fix
Reachablerisk
EPSS/KEVenriched
Fixguided
Software Bill of Materials
SBOM Inventory visibility connected to risk, remediation, and assurance.
Aptori turns SBOM and component inventory into actionable security context by connecting dependencies, services, APIs, reachability, runtime posture, and compliance evidence.
Maintain component visibility across services and pipelines.
Detect dependency drift and vulnerable package exposure.
Connect SBOM evidence to prioritization and compliance workflows.
Explore SBOM risk →
Software Bill of Materials
Runtime correlated
Component inventory updated
Build and runtime context generate dependency visibility.
Inventory
Drift detected
Runtime component differs from approved baseline.
Drift
Risk linked
Exploitability and remediation evidence attached.
Context
SBOMinventory
Driftdetected
Auditevidence
Static Application Security Testing
SAST Code findings connected to control flow, data flow, and runtime behavior.
Aptori helps developers find and fix code-level weaknesses earlier, then connects static findings to runtime evidence so security teams can separate theoretical issues from exploitable risk.
Analyze code for security weaknesses as software is produced.
Connect code findings to runtime behavior and API exposure.
Present developer-ready remediation guidance with verification context.
Explore secure-by-design →
Static Application Security Testing
Runtime correlated
Code weakness found
Control flow and data flow analyzed.
Code
Runtime relevance checked
Finding connected to deployed behavior or API path.
Validated
Fix guidance prepared
Root cause and patch path presented.
Fix
Codeanalyzed
Runtimelinked
Fixready
Infrastructure as Code
IaC Infrastructure configuration risk connected to deployed behavior.
Aptori validates IaC and cloud-native configuration risk in the context of deployed applications, Kubernetes posture, API exposure, and runtime behavior so teams can prioritize infrastructure issues that affect real systems.
Identify risky infrastructure and Kubernetes configuration patterns.
Correlate IaC risk with workload exposure and application behavior.
Create remediation evidence across development, CI/CD, and production.
Explore infrastructure risk →
Infrastructure as Code
Runtime correlated
Configuration risk detected
IaC or deployment setting violates expected security posture.
IaC
Runtime impact evaluated
Risk connected to service exposure and application path.
Impact
Remediation path prepared
Fix recommendation tied to repo, owner, and environment.
Fix
Configchecked
Impactmapped
Proofgenerated
API Security Testing
APIs Runtime API behavior validated before attackers exploit it.
Aptori validates APIs, identities, authorization, object access, workflow behavior, and business logic so teams can catch exploitable weaknesses in CI/CD, pre-production, and production environments.
Test REST, GraphQL, and API workflows under realistic runtime conditions.
Detect BOLA, BOPLA, business logic, authentication, and authorization weaknesses.
Generate proof of exploitability and verify remediation.
Explore API security →
API Security Testing
Runtime correlated
API route discovered
Endpoint, identity, and object context mapped.
API
Authorization path tested
Object-level and workflow controls validated.
Exploit
Closure verified
Retest confirms the vulnerable behavior is fixed.
Verified
APIsvalidated
AuthZtested
Closureverified
Kubernetes Security Assurance
Kubernetes Security Assurance Continuous proof that cloud-native applications remain secure-by-design.
Aptori continuously validates the security posture of Kubernetes environments and correlates runtime infrastructure risk with application, API, and code-level findings. The result is continuous proof that applications remain secure-by-design from development through production.
Validate Kubernetes posture across clusters, workloads, ingress, services, namespaces, and deployed configurations.
Correlate runtime infrastructure risk with application behavior, API exposure, code ownership, dependency risk, and remediation evidence.
Generate assurance evidence that security controls remain effective from CI/CD through production.
Explore Kubernetes assurance →
Kubernetes Security Assurance
Runtime correlated
Security posture validated
Cluster, workload, ingress, service, and configuration signals checked against expectations.
Validated
Infrastructure risk correlated
Kubernetes exposure connected to application, API, code-level, and dependency findings.
Correlated
Secure-by-design proof generated
Evidence shows whether deployed applications continue to satisfy security controls.
Evidence
Posturevalidated
Riskcorrelated
Proofcontinuous
Autonomous Offensive Testing
Pentesting Continuous offensive validation across applications and APIs.
Aptori brings offensive testing into the application security lifecycle by safely validating exploitable paths across runtime behavior, API workflows, identities, authorization boundaries, and business logic.
Continuously test attack paths across applications and APIs.
Generate proof that a weakness is exploitable under runtime conditions.
Connect offensive evidence to remediation and verification.
Explore offensive testing →
Autonomous Offensive Testing
Runtime correlated
Attack path explored
Runtime workflow tested for exploitable behavior.
Tested
Exploit reproduced
Weakness confirmed with safe proof.
Proven
Fix verified
Retest confirms the path is closed.
Verified
Attackpaths
Proofgenerated
Closureverified
Compliance and Governance
Compliance Continuous evidence for secure-by-design and regulated environments.
Aptori helps regulated teams prove that risk is continuously identified, validated, prioritized, remediated, and verified, with evidence mapped to security and compliance programs.
Generate continuous vulnerability management evidence.
Validate secure-by-design controls across code, CI/CD, and runtime.
Support executive, audit, and regulatory reporting with proof.
Compliance and Governance
Runtime correlated
Control validated
Runtime behavior confirms the security requirement.
Pass
Risk exception tracked
Business owner, SLA, and impact recorded.
SLA
Fix verified
Evidence attached for audit and reporting.
Verified
CVRMcontinuous
SDLCassured
Auditproof
Aptori continuously validates applications, APIs, identities, workflows, dependencies, infrastructure, and runtime behavior across the software lifecycle.
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