ABOUT APTORI

Security that understands the application.

Aptori builds AI-native application security for software created by humans and agents. We connect code, dependencies, APIs, identity, and runtime behavior so enterprises can secure software at AI speed—and continuously prove security outcomes.

APT0RI / APPLICATION CONTEXT GRAPH
Source Codelogic / control flow
DependenciesSBOM / supply chain
APIsinterfaces / workflows
Runtimebehavior / evidence
Identityusers / objects / access
InfrastructureKubernetes / IaC
SHARED CONTEXTUnderstand the whole system.
Enterprise assurance SOC 2 Type II Controls + flexible deployment
Protected scale 1000s of applications + APIs Enterprise application estates
Workflow scale 1000s of users Security + engineering workflows
Recognition 3× Global InfoSec Awards 2026
WHAT WE BELIEVE

Application security should produce outcomes, not queues.

01Understand before prioritizing.
02Prove before escalating.
03Verify before closing.
SOFTWARE IS NOW BUILT BY HUMANS + AGENTS

Security has to move at the speed software is created.

Developers, coding assistants, and autonomous agents can now create code, APIs, dependencies, infrastructure, and application workflows continuously. Aptori is built to secure that new software-production model without separating AI-generated code from the rest of the application.

HUMANS
Developerscode / architecture / review
Securitypolicy / risk / assurance
+
AGENTS
Coding Agentsgenerate / refactor / test
AI WorkflowsAPIs / tools / automation
SOFTWARE Code • APIs • Dependencies
Infrastructure • Workflows
Continuously changing application context
APPLICATION CONTEXT GRAPH

Security decisions need the context of the whole application.

Aptori continuously connects what the application is, how it works, who can act, and what happens at runtime. That shared context helps every security engine reason about the same system.

CODESource + Logicdata flow • control flow
SUPPLY CHAINDependenciesSBOM • packages • containers
INTERFACESAPIsendpoints • schemas • services
IDENTITYUsers + Agentsroles • tokens • permissions
SEMANTICSObjects + Workflowsownership • state • business logic
RUNTIMEObserved Behaviorrequests • actions • evidence
LIVE APPLICATION MODEL Application
Context Graph
relationships • reachability
identity • behavior • evidence
01 / PRIORITIZEIs it reachable?Connect the signal to the application path and affected component.
02 / UNDERSTANDWhat does it mean?Reason across identity, object ownership, workflow state, and business logic.
03 / PROVECan it be exploited?Use runtime validation when evidence is needed to establish real impact.
04 / RESOLVEWhere is the root cause?Carry context to remediation and retest the affected path after the fix.
WHAT WE BUILD

One platform. Four execution layers.

Each engine sees a different layer of the application. They share the same context, evidence, and remediation workflow.

WHY APTORI

From security signal to verified closure.

Aptori carries application context through the entire security decision—so security can keep pace as humans and agents continuously change code, APIs, dependencies, and runtime behavior.

01FindSecurity signal
02UnderstandApplication context
03ProveReal impact
04ResolveRoot cause
05VerifyClosed with evidence
SOVEREIGN AI

Keep your code, data, models, and security operations under your control.

For regulated and sensitive environments, Aptori can run dedicated, self-managed, or air-gapped—while routing AI workloads only to approved local or hosted models. Security teams retain control over where application data goes, which models are used, and what agents are permitted to do.

Explore Sovereign AI →
DATAKeep sensitive data localCode, application context, evidence, and telemetry can remain inside the approved environment.
MODELSChoose approved AI modelsUse local, private, sovereign, or approved hosted models based on enterprise policy.
AGENTSControl agent permissionsScope what agents can access, reason about, change, and validate.
DEPLOYMENTDedicated to air-gappedSupport controlled deployment patterns for sovereignty, residency, and regulated environments.
HOW WE BUILD
Developer-firstSecurity evidence should accelerate action.
Evidence-drivenPrioritize what can be demonstrated.
Enterprise-controlledSecurity architecture should adapt to the customer’s operational and sovereignty requirements.
THE TEAM

Built by engineers who have operated systems at scale.

CybersecurityCloudNetworkingDistributed SystemsEnterprise Software
BUILT FOR ENTERPRISE
Flexible deploymentSaaS, dedicated, self-managed, and controlled environments.
Model choiceUse approved hosted or local AI models.
Continuous assurancePreserve evidence from validation through verified closure.
APT0RI

Understand the application. Secure what matters.

See Aptori in Action ↗