New capabilities in Ares identify emerging exposures, prioritize security assessments, and connect attack scenarios to validated findings and remediation verification.

, /PRNewswire/ — Assail, Inc., a developer of sovereign AI-powered offensive security platforms, today announced Cassandra™, a proactive AI agent integrated into its Ares™ platform, alongside expanded threat modeling capabilities that connect attack scenarios directly to autonomous security testing and remediation verification.

Cassandra continuously monitors changes across an organization’s attack surface, identifies emerging exposures, prioritizes security activities, and prepares assessment and retest plans. Combined with Ares Threat Models, these capabilities help security teams move beyond identifying potential vulnerabilities to understanding which attack paths can be exploited, what requires attention, and whether remediation efforts have been successful.

Unlike traditional security tools that rely on periodic assessments and disconnected reporting, Ares connects threat modeling, autonomous testing, and verification in a coordinated workflow. Cassandra serves as the proactive intelligence layer, identifying changes and recommending next steps while keeping operators in control of testing decisions.

“Security teams need to know what attackers can exploit and whether their fixes work. We built Cassandra and threat modeling into Ares to help them answer those questions and act on the results,” said Alissa Knight, CEO of Assail. “We’re connecting those two disciplines inside Ares. Cassandra helps teams decide what to test next. Ares tests it, shows what attackers can exploit, and checks whether the fixes work.”

Cassandra: Turning Security Intelligence into Action

Cassandra introduces a proactive approach to security operations by bringing critical exposures, attack surface changes, and recommended actions directly into the Ares operator experience.

Using existing assessment findings, asset information, and discovery results, Cassandra identifies newly exposed APIs, critical vulnerabilities, previously remediated issues that have resurfaced, and newly discovered assets. She explains why changes matter, connects findings to supporting evidence, and recommends appropriate next steps.

Security teams can use Cassandra to summarize recent activity, identify outstanding risks, prepare assessment and retest plans, and coordinate follow-up through Ares, email, or Slack. Cassandra also maintains operator-defined restrictions, including excluded targets and deferred testing activities.

Organizations retain operational control through configurable modes: Brief Only, Draft for Me, and Act on Approval. Every assessment initiated through Cassandra requires human approval and remains subject to authorization, permissions, and established scope controls.

Importantly, Cassandra distinguishes completed assessments from interrupted or failed testing, ensuring incomplete results are not mistaken for evidence that a system is secure.

Threat Models: Connecting Attack Scenarios to Evidence

Ares Threat Models extends traditional threat modeling by connecting potential attack scenarios to the results of authorized autonomous security assessments.

Security teams can map application components, system relationships, sensitive data, and potential attack paths, whether evaluating an existing application or a system still in development. Ares then translates relevant scenarios into testing objectives, helping teams determine which threats are exploitable and which remain unverified.

Assessment results feed directly into the threat model, distinguishing successful attacks, unsuccessful attempts, and scenarios requiring additional testing. Findings remain connected to supporting evidence, corrective actions, and subsequent verification.

As environments change, Ares incorporates new assessment evidence while preserving customer-authored scenarios and decisions. Proposed AI-generated changes to system diagrams remain subject to operator review, ensuring teams maintain control over their security models and risk decisions.

A Continuous Cycle of Discovery, Testing, and Verification

Together, Cassandra and Threat Models establish a connected process for identifying exposures, validating attack scenarios, and verifying remediation.

For example, when Ares discovers an undocumented API endpoint, Cassandra can flag the exposure and associate it with an existing authorization threat. Ares can then execute an approved assessment, attach the findings to the relevant threat scenario, and update the model. Following remediation, Cassandra can prepare a retest plan for operator approval.

This integrated approach reduces the disconnect between what security teams believe could happen, what autonomous testing demonstrates, and what remains unresolved.

Sovereign AI Security, Anywhere

Cassandra and Threat Models operate within Ares, Assail’s expeditionary offensive security platform designed for enterprise and mission-critical environments.

Through Assail Anywhere™, organizations can deploy the platform and its AI model through SaaS, within their own cloud infrastructure, on-premises, or in disconnected and air-gapped environments. This deployment flexibility enables organizations to maintain control over sensitive data, testing operations, and AI infrastructure without sacrificing autonomous security capabilities.

About Assail

Assail builds sovereign AI-powered offensive security platforms for enterprise, federal, and defense organizations. Its expeditionary-by-design platforms discover attack surfaces, test applications and APIs, validate vulnerabilities and attack paths, and support remediation verification. Through Assail Anywhere, organizations can deploy the platform and its AI model through SaaS, in their own cloud, on-premises, or in isolated and air-gapped environments.

For more information, visit www.assailai.com.

SOURCE Assail, Inc.