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Non-Human Identity Discovery & Remediation platform

Akamai Account Protector is a comprehensive security solution designed to safeguard user accounts from abuse throughout their entire lifecycle. By leveraging machine learning and a rich dataset of risk and trust indicators, it accurately assesses the legitimacy of user requests, effectively preventing account takeovers and identity theft. Key Features and Functionality: - Lifecycle Protection: Evaluates user risk at every stage, from account creation to post-login activities such as account updates, password changes, and payments. - Advanced Detection Mechanisms: Utilizes machine learning to detect anomalies in user behavior, identifying potential threats based on profiles and risk signals. - Real-Time Risk Scoring: Assigns risk scores to user requests, enabling immediate and appropriate responses to potential threats. - Adaptive Response Actions: Implements customized actions such as blocking, alerting, or allowing requests based on the assessed risk score. - Continuous Learning: Incorporates legitimate user behavior into its profiling to enhance future assessments and reduce false positives. Primary Value and User Benefits: Akamai Account Protector addresses the critical need for robust account security by: - Preventing Financial Losses: Mitigates the financial impact associated with fraudulent activities and account takeovers. - Maintaining Customer Trust: Ensures a secure user experience, preserving the integrity and reputation of businesses. - Enhancing Operational Efficiency: Reduces the burden on security teams by automating threat detection and response processes. - Adapting to Evolving Threats: Continuously updates its detection capabilities to counter sophisticated adversarial bot attacks and other emerging threats. By integrating Akamai Account Protector, organizations can effectively defend against account abuse, ensuring the safety of user accounts and the overall security of their digital platforms.

The Advanced Vulnerability Assessment System (AVAS) is an AI-driven cybersecurity tool designed to enhance the identification, analysis, prioritization, and remediation of vulnerabilities in cyber infrastructure. By leveraging cutting-edge artificial intelligence technologies, AVAS enables faster, more accurate, and proactive vulnerability management compared to traditional scanning methods. The system addresses the growing complexity of cyber threats in 2025, where AI-powered attacks are increasingly prevalent, by automating labour-intensive processes and providing actionable insights.

🛡️ Mirket ITDR – Identity-Centric Threat Detection for the Modern Enterprise Mirket ITDR, the threat detection module of our unified Mentis Platform, empowers organizations to detect identity-based attacks before they escalate—whether it's a compromised credential, an insider threat, or an attacker already operating within the system. By combining AI-powered behavioral analytics, Cyber Threat Intelligence (CTI), and strategic deception techniques, Mirket ITDR turns your identity infrastructure into an intelligent detection surface—capable of spotting and stopping even the stealthiest adversaries. 🧬 What Sets Mirket ITDR Apart? Advanced Threat Detection: Identifies risky logins, credential misuse, lateral movement, privilege escalation, and behavioral anomalies—even if the attacker is already inside. Account Takeover (ATO) Protection: Detects and halts unauthorized access attempts, password stuffing, and MFA bypass attacks in real-time. Insider Threat Detection: Flags anomalous behaviors from trusted users, preventing data leaks or sabotage before it’s too late. Cyber Threat Intelligence (CTI): Uses live feeds to detect TOR exit nodes, proxy abuse, breached credentials, and high-risk geo/IP patterns. AI & Machine Learning: Continuously learns normal behavior, adapts to new attack strategies, and minimizes false positives over time. Threat & Certainty Scoring: Applies dual risk scores to each detection and user profile for accurate prioritization and automated actions. MITRE ATT&CK Mapping: Aligns detections to real-world attacker tactics like Persistence, Credential Access, and Privilege Escalation. Deception Technology: Deploys decoy credentials, honey accounts, and fake network shares to trap attackers without alerting them. MFA as Detection: Goes beyond protection—dynamically triggers MFA based on risk signals from ongoing sessions, unusual behaviors, or compromised environments. Automated, Risk-Based Response: Enforces MFA challenges, blocks accounts, revokes sessions, or escalates to security teams—automatically or via playbooks. 🔐 Built for Identity-First Security Mirket ITDR is purpose-built for today’s threat landscape—where identities, not just endpoints, are under attack. It works seamlessly alongside our MFA and IAM modules, or as an add-on to third-party identity providers, to bring Zero Trust, detection, and response together in one platform. 📊 Stay Ahead of Attackers—Even the Ones Already Inside Whether someone is attempting to use stolen credentials, escalate privileges quietly, or operate as a rogue insider—Mirket ITDR sees them, scores them, and stops them. Because identity is not just your perimeter—it’s your most valuable target.

Quest Security Guardian is an integrated, SaaS-based solution designed to dramatically reduce your identity attack surface across complex hybrid Active Directory (AD) and Entra ID (Azure AD) environments. Leveraging the power of Generative AI and Machine Learning, it provides proactive threat prevention, unified visibility, and accelerated incident response, enabling security teams to protect critical assets and simplify their AD security posture.

OpenText™ Cybersecurity Aviator™ is an advanced AI-driven solution designed to revolutionize threat detection and enhance organizational security postures. By leveraging machine learning models that continuously learn and adapt, it enables rapid deployment of new threat detection models within hours, effectively protecting against both known and emerging cyber threats. Key Features and Functionality: - AI-Powered Threat Detection: Utilizes unsupervised machine learning to identify and classify cyber threats by analyzing vast amounts of security events, uncovering hidden behavior-based patterns. - Rapid Deployment: Facilitates the swift implementation of new threat detection models, ensuring organizations can respond to evolving threats promptly. - Continuous Learning: Employs machine learning models that automatically and continuously learn, enhancing the accuracy and effectiveness of threat detection over time. - Scalability and Flexibility: Offers cloud-based efficiency, allowing organizations to scale their security operations seamlessly without significant infrastructure changes. Primary Value and Problem Solved: OpenText Cybersecurity Aviator addresses the critical need for agile and effective threat detection in an era of rapidly evolving cyber threats. Traditional threshold-driven methods often fall short in identifying sophisticated attacks. By integrating AI and machine learning, Cybersecurity Aviator provides organizations with a proactive defense mechanism that adapts to new threats as they emerge, significantly reducing the time to detect and respond to incidents. This not only enhances the overall security posture but also alleviates the burden on security teams, allowing them to focus on strategic initiatives rather than being overwhelmed by false positives and manual threat analysis.

OpenText Secure Cloud is a comprehensive, cloud-native platform designed to streamline cybersecurity management for Managed Service Providers (MSPs) and Small to Medium-sized Businesses (SMBs). By consolidating account management, license provisioning, security insights, and threat response into a single interface, Secure Cloud simplifies operations, allowing businesses to focus on growth and delivering exceptional services. Key Features and Functionality: - Centralized Management: Manage products, licenses, and billing through a unified platform, enhancing operational efficiency and oversight. - Customizable Bundles: Offer tailored security solutions with flexible, customizable bundles that meet diverse client needs. - API and PSA Integrations: Seamlessly connect with platforms like Kaseya, Autotask, ConnectWise, and HaloPSA to simplify billing and management processes. - Integrated Dashboard: Utilize intuitive tools such as an order history page, customer events calendar, and task alerts to manage tasks, customers, and orders effortlessly. - Customer Relationship Management: Leverage integrated tools like event calendars and renewal alerts to maintain and strengthen client relationships. - Cost Reduction and Margin Enhancement: Automate tasks, unify billing, and implement bundled solutions to deliver greater value to clients while reducing operational costs. Primary Value and Solutions Provided: OpenText Secure Cloud addresses the complexities of cybersecurity management by offering a centralized, user-friendly platform that enhances operational efficiency and scalability. For MSPs, it simplifies service delivery, enabling them to provide comprehensive security solutions with ease. SMBs benefit from robust protection and streamlined operations, allowing them to focus on core business activities without the burden of managing multiple security tools. By integrating various functionalities into a single platform, Secure Cloud reduces overhead, improves service consistency, and supports business growth.

Agentic AI video monitoring for RAD devices and third-party camera systems. Verify incidents, trigger deterrence, and orchestrate response from detection to resolution. ⤷ 2026 SIA New Product Showcase Winner – Commercial Monitoring Solutions: Inside Immix ⤷ 2025 SIA New Product Showcase Winner – Threat Detection and Response ⤷ 2025 SIA Judges’ Choice Winner – SARA (Speaking Autonomous Responsive Agent)

Rilevera is an AI Detection Engineer platform built for security teams that need to move beyond static, set-it-and-forget-it detection logic. The platform continuously validates, improves, and operationalizes detection rules across SIEM, EDR, and data platforms, ensuring that the rules security teams rely on are actually working at all times. The core problem Rilevera solves is one that most security organizations quietly struggle with: detection drift. Schema changes, missing logs, platform updates, and silent failures erode detection coverage over time, often without anyone knowing. By the time teams discover a rule has broken, coverage gaps have already existed for weeks or months. Rilevera addresses this through four primary capabilities: Continuous Validation monitors detection logic, telemetry dependencies, and schema integrity across platforms in real time. If a rule breaks or data disappears, the team knows immediately rather than discovering it during an incident. Detection Health and Improvement analyzes performance data, false positive trends, logic overlap, and rule quality to surface recommendations and push validated updates back into execution platforms. Coverage Mapping aligns detections and telemetry to the MITRE ATT&CK framework and known threat actors, identifying blind spots and helping teams prioritize where to build new rules. Structured Engineering Workflows bring discipline to the full detection lifecycle, including design, validation, peer review, and controlled deployment, so detection engineering scales with the team rather than against it. The platform essentially acts as an autonomous layer that connects threat intelligence, red team activity, and detection engineering into a unified control plane, allowing teams to translate detection work into measurable risk reduction they can report to leadership. Rilevera is positioned for enterprise security teams, particularly in high-compliance industries like banking, financial services, and insurance, where detection coverage is a direct line to regulatory and operational risk.

Native Extended Detection and Response (XDR) platform for critical infrastructure protection. Purpose-built platform delivering multi-layered protection for operational technology (OT) environments. • Infrastructure visibility. Track all connected devices and their configurations. Build a network graph and analyze data flows • Threat elimination. Mitigate threats across hosts and networks, with insights into root causes and safe response measures •Risk assessment. Assess vulnerabilities and check security settings changes for hosts, network devices and controllers Kaspersky Industrial CyberSecurity features natively integrated nodes and network security products for protection of modern and legacy OT assets, automation and control systems, without affecting technological process or system availability. • Kaspersky Industrial CyberSecurity for Networks monitors and analyses industrial network traffic to provide full-fledged visibility into industrial assets and communications. By identifying anomalies and intrusions in the OT infrastructure at an early stage, KICS for Networks helps prevent any negative impact on industrial processes. • Kaspersky Industrial CyberSecurity for Nodes is a low-footprint solution that ensures security of each and every Windows and Linux system within today’s diverse industrial environments. It combines traditional endpoint protection with OT-specific controls. KICS for Nodes is also available as a portable, installation-free scanner for sensitive, isolated or legacy machinery and  bring-in contractors’ devices.

Tuskira is a full-stack agentic SecOps platform built to close breach paths before attackers can use them. It connects the security tools you already run and unifies identity, cloud, endpoint, network, exposure, control, and threat-intelligence context into a live Security Context Graph and Digital Twin. That shared context allows Tuskira’s AI agents to model how exposures, identities, workloads, and controls connect, determine which findings and alerts create real production risk, validate whether existing defenses can stop the path, and coordinate the action that closes it. Four specialized agents operate on the same context: - Kairo maps how exposures, identities, workloads, and controls chain into breach paths. - Lattice reduces large volumes of findings to the subset that is exploitable, reachable, and undefended. - Quell determines whether a new zero-day creates a reachable path and recommends the compensating control that can reduce risk while a durable fix is developed. - Iris investigates and validates alerts, determines blast radius, and orchestrates response with an evidence-backed verdict and reasoning chain. Tuskira works across the customer’s existing stack without requiring another centralized log repository. Response is executed through existing security controls under customer-defined approval policies, with human approval where required. Every verdict, approval, and action is auditable. In one global financial-services deployment, Tuskira reduced 12.3 million findings to 0.46% requiring action and cut exposure triage from three weeks to 30 minutes. Security teams use Tuskira for agentic-based continuous threat exposure management (CTEM), vulnerability prioritization, breach-path validation and disruption, alert investigation, and zero-day response, using the tools they already own.

Hexnode XDR offers a unified platform for advanced threat detection, proactive threat hunting, and automated response across endpoints. It delivers real-time endpoint visibility, contextual alerts, and detailed investigation tools that help security teams quickly detect, analyze, and contain threats. With one-click remediation actions from a single, intuitive console, teams can reduce response time and strengthen their overall security posture.

Cayosoft Guardian Protector is a free, agentless Windows solution for hybrid identity security. It’s the only free offering with real-time threat detection and change monitoring, providing unmatched visibility across Active Directory, Microsoft Entra ID, Microsoft 365, Microsoft Intune, and Exchange Online.