Alternatives to Raven

Compare Raven alternatives for your business or organization using the curated list below. SourceForge ranks the best alternatives to Raven in 2026. Compare features, ratings, user reviews, pricing, and more from Raven competitors and alternatives in order to make an informed decision for your business.

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    CrowdStrike Falcon
    CrowdStrike Falcon is a cloud-native cybersecurity platform that provides advanced protection against a wide range of cyber threats, including malware, ransomware, and sophisticated attacks. It leverages artificial intelligence (AI) and machine learning to detect and respond to threats in real time, offering endpoint protection, threat intelligence, and incident response capabilities. The platform uses a lightweight agent that continuously monitors endpoints for signs of malicious activity, providing visibility and protection without significant impact on system performance. Falcon’s cloud-based architecture ensures fast updates, scalability, and rapid threat response across large, distributed environments. Its comprehensive security features help organizations prevent, detect, and mitigate potential cyber risks, making it a powerful tool for modern enterprise cybersecurity.
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    Snapper

    Snapper

    Snapper

    Snapper is an AI agent security platform designed to provide end-to-end governance and protection for organizations deploying AI agents across applications, networks, and systems. It delivers runtime enforcement by evaluating every agent action, including tool calls, API requests, and data access, before execution through a policy-driven rule engine with multiple enforcement layers. It offers unified visibility into AI usage by monitoring network traffic, browser activity, DNS, and processes to detect unauthorized tools and “shadow AI,” while also intercepting outbound LLM requests through SDK wrappers and a network proxy to evaluate, redact, and log sensitive data in real time. Snapper includes advanced threat detection capabilities that identify prompt injection, exploit chains, anomalous behavior, and multi-step attack patterns using behavioral baselines, kill chain tracking, and composite trust scoring.
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    Straiker

    Straiker

    Straiker

    Straiker is an AI-native security platform built specifically to protect enterprise AI applications and autonomous agents, focusing on the emerging risks of “agentic AI” systems that interact with tools, APIs, and sensitive data. It provides full visibility and control across the entire AI stack by analyzing behavioral signals from models, prompts, tools, identities, and infrastructure, enabling real-time detection and prevention of AI-specific threats such as prompt injection, privilege escalation, data exfiltration, and malicious tool usage. It combines continuous discovery, adversarial testing, and runtime protection through core components like Discover AI, Ascend AI, and Defend AI, which together identify all active agents, simulate attacks to uncover vulnerabilities, and enforce real-time safeguards during execution. Its multi-layered architecture captures deep contextual signals across user interactions, networks, and agent workflows.
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    Operant

    Operant

    Operant AI

    Operant AI shields every layer of modern applications, from Infra to APIs. Within minutes of a single-step deployment, Operant provides full-stack security visibility and runtime controls, blocking a wide range of common and critical attacks including data exfiltration, data poisoning, zero day vulns, lateral movement, cryptomining, prompt injection, and more. All with zero instrumentation, zero drift, and zero friction between Dev, Sec, and Ops. Operant's in-line runtime protection of all data-in-use, across every interaction from infra to APIs, brings a new level of defense to your cloud-native apps with zero instrumentation, zero application code changes and zero integrations.
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    CrowdStrike Charlotte AI
    CrowdStrike Charlotte AI is an advanced, AI-driven cybersecurity solution designed to enhance threat detection and response by leveraging machine learning and behavioral analysis. It continuously monitors network activity, endpoints, and cloud environments to identify patterns and anomalies that could indicate malicious behavior or potential cyber threats. By using advanced algorithms, Charlotte AI can predict and detect sophisticated attacks in real-time, reducing response times and improving overall threat prevention. Its ability to analyze vast amounts of data and provide actionable insights allows security teams to proactively address vulnerabilities and prevent incidents before they occur. Charlotte AI is part of CrowdStrike's broader suite of cybersecurity tools, helping organizations stay ahead of emerging threats with cutting-edge, automated defense capabilities.
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    Proofpoint AI Security
    Proofpoint AI Security is a unified platform designed to help enterprises govern, monitor, and protect the use of AI systems, large language models, and autonomous agents across the organization. It provides visibility into both sanctioned and unsanctioned AI usage, enabling security teams to discover shadow AI tools, observe prompts and responses, and understand how AI interacts with sensitive data in real time. It applies intent-based detection and behavioral analysis to identify anomalies, prompt injection attempts, and risky interactions, while enforcing policies directly during runtime to prevent data leakage and misuse. It reconstructs full AI transactions, from user input to agent actions and outcomes, giving organizations complete traceability and audit readiness. With controls that extend across endpoints, browsers, and AI agent connections, it enables granular access governance and ensures that AI systems only access and share appropriate information.
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    UPX

    UPX

    UPX Cybersecurity

    UPX (Ultimate Packer for eXecutables) is a high-performance executable compression tool designed to reduce the size of programs and libraries without affecting their functionality or performance. It works by compressing executable files such as EXE, DLL, and other formats across multiple operating systems, including Windows, Linux, and macOS, typically reducing file sizes by 50% to 70%, which helps decrease disk usage, download times, and network load. The compressed executables remain fully self-contained and run exactly as before, as it automatically decompress at runtime without requiring additional dependencies or noticeable memory overhead. UPX uses efficient lossless compression algorithms and supports in-place decompression, allowing programs to execute directly from memory while preserving speed and behavior. It is designed to be secure and transparent, as its open-source nature allows antivirus and security tools to inspect compressed files without obstruction.
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    Terra

    Terra

    Terra Security

    Terra offers agentic-AI powered continuous web application penetration testing as a service, combining AI agents with human expert supervision to deliver deep, business-context aware security assessments. It provides full coverage of an organization’s web application attack surface, continuously testing through changes rather than only at fixed intervals. The tool delivers real-time adaptability, meaning newly deployed or updated features are automatically evaluated for vulnerabilities, not waiting for quarterly or annual audits. Terra’s reports are designed to be compliance-audit ready, reflecting proof of exploitability, likelihood, potential breach comparison, and business impact, along with suggestions for remediation. It emphasizes prioritization of real risks, tailored to the customer's business context and risk profile, with visibility across all applications and features. Users benefit from increased efficiency and accuracy over traditional automated pentests.
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    Reclaim Security

    Reclaim Security

    Reclaim Security

    Reclaim Security is an AI-driven cybersecurity platform designed to automatically identify and fix security exposures across an organization’s existing security tools and infrastructure. Instead of simply detecting vulnerabilities or generating alerts, it focuses on automated remediation, helping security teams resolve misconfigurations, enforce security policies, and reduce risk without requiring extensive manual intervention. It scans the organization’s security stack, including cloud environments, identity platforms, endpoint protection tools, and other defenses, to identify gaps, weak configurations, or ineffective controls that could be exploited by attackers. Once risks are detected, it analyzes them in the context of real-world attack techniques and prioritizes the issues that pose the greatest threat. It then proposes remediation actions and can automatically deploy those changes once approved, ensuring security configurations remain optimized.
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    Mondoo

    Mondoo

    Mondoo

    Mondoo is a unified security and compliance platform designed to drastically reduce business-critical vulnerabilities by combining full-stack asset visibility, risk prioritization, and agentic remediation. It builds a complete inventory of every asset, cloud, on-premises, SaaS, endpoints, network devices, and developer pipelines, and continuously assesses configurations, exposures, and interdependencies. It then applies business context (such as asset criticality, exploitability, and policy deviation) to score and highlight the most urgent risks. Users can choose guided remediation (pre-tested code snippets and playbooks) or autonomous remediation via orchestration pipelines, with tracking, ticket creation, and verification built in. Mondoo supports ingestion of third-party findings, integrates with DevSecOps toolchains (CI/CD, IaC, container registries), and includes 300 + compliance frameworks and benchmark templates.
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    Hdiv

    Hdiv

    Hdiv Security

    Hdiv solutions enable you to deliver holistic, all-in-one solutions that protect applications from the inside while simplifying implementation across a range of environments. Hdiv eliminates the need for teams to acquire security expertise, automating self-protection to greatly reduce operating costs. Hdiv protects applications from the beginning, during application development to solve the root causes of risks, as well as after the applications are placed in production. Hdiv's integrated and lightweight approach does not require any additional hardware and can work with the default hardware assigned to your applications. This means that Hdiv scales with your applications removing the traditional extra hardware cost of the security solutions. Hdiv detects security bugs in the source code before they are exploited, using a runtime dataflow technique to report the file and line number of the vulnerability.
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    Oligo

    Oligo

    Oligo Security

    Oligo Security offers a runtime application security platform that provides deep visibility into application behavior at the library and function levels. By leveraging patented eBPF technology, Oligo enables organizations to detect and mitigate vulnerabilities in real-time, focusing on actual exploitability to reduce false positives. The platform's key features include instant attack detection, monitoring of application behavior, and the ability to observe true exploitability with actionable insights. Oligo's solutions, such as Oligo Focus and Oligo ADR, are designed to keep developers focused on features by identifying which vulnerable libraries and functions are executed, and to uncover ongoing attacks, even from undisclosed zero-days. With ultra-low overhead and rapid deployment, Oligo works across all applications, enhancing security without compromising performance.
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    Imperva Runtime Protection
    Imperva Runtime Protection detects and blocks attacks from inside the application. Using patented LangSec techniques which treat data as code, Imperva Runtime Protection has full context of potentially malicious payloads before the application completes its processes. The result? Fast and accurate protection with NO signatures and NO learning mode. Imperva Runtime Protection is a key component of Imperva’s market-leading, full stack application security solution which brings defense-in-depth to a new level.
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    FortiSandbox
    Unlike previous generation of viruses that were non-sophisticated and low in volume, antivirus tools were sufficient to provide reasonable protection with their database of signatures. However, today’s modern malware entails new techniques such as use of exploits. Exploiting a vulnerability in a legitimate application can cause anomalous behavior and it’s this behavior that attackers take advantage of to compromise computer systems. The process of an attack by exploiting an unknown software vulnerability is what is known as a zero-day attack aka 0-day attack, and before sandboxing there was no effective means to stop it. A malware sandbox, within the computer security context, is a system that confines the actions of an application, such as opening a Word document, to an isolated environment. Within this safe environment the sandbox analyzes the dynamic behavior of an object and its various application interactions in a pseudo-user environment and uncovers any malicious intent.
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    Arambh Labs

    Arambh Labs

    Arambh Labs

    Arambh Labs is an agentic AI platform built to transform security operations from reactive firefighting into intelligent, proactive defense. The system deploys specialized AI agents — such as Byte, Rook, Echo, and Talon — each with distinct roles in alert response, strategic planning, threat hunting, and intelligence gathering. By correlating signals across identity, data, endpoints, networks, and cloud environments, the platform delivers full visibility into an organization’s security posture. Its intelligent prioritization ensures that teams focus only on the risks that truly matter, eliminating alert fatigue. Agentic remediation capabilities allow threats to be contained and vulnerabilities fixed at machine speed, drastically reducing mean time to response (MTTR). Backed by ex-Googlers and Fortinet engineers with patented expertise, Arambh Labs is enterprise-ready, scalable, and trusted by leading global security teams.
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    Darktrace / SECURE AI
    Darktrace / SECURE AI is an AI security solution that brings every AI interaction across an organization into a single view, helping teams understand intent, assess risk, protect sensitive data, and support policy alignment. It monitors prompts, sessions, and responses in real time across enterprise GenAI tools such as Microsoft Copilot and ChatGPT Enterprise, low-code environments including Microsoft Copilot Studio, high-code platforms such as Amazon Bedrock and SageMaker, SaaS applications, and SASE. Behavioral analytics distinguish normal, business-aligned activity from significant or risky deviations, detecting conversational prompt attacks, malicious chaining, and unsafe actions without relying only on historical attack patterns. Darktrace learns directly from the environment it protects, allowing it to identify novel and AI-related threats on first encounter.
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    Heeler

    Heeler

    Heeler

    Heeler is an application security platform that helps development and security teams automate the detection, prioritization, and remediation of open source and application risks by unifying contextual data from code, runtime, deployment, dependencies, and business logic into a single actionable model. It combines static and runtime analysis, software composition analysis, threat modeling, and secrets scanning with a context engine that maps how code runs in production, enabling real-time threat prioritization based on exploitability and business impact rather than raw vulnerability counts. Heeler automatically generates validated remediation guidance and can even produce merge-ready pull requests to upgrade libraries or fix issues, reducing manual research and accelerating fixes. It provides end-to-end visibility across the software development lifecycle, tracking vulnerabilities from identification through resolution and monitoring fixes across deployments.
    Starting Price: $250 per developer
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    ARMO

    ARMO

    ARMO

    ARMO pioneers a new approach to Cloud Security with an open source powered, behavioral driven, Cloud Runtime Security Platform. ARMOs CADR (Cloud App Detection & Response) solution addresses a major unsolved pain point for organizations running on cloud-native architectures: how to continuously protect dynamic workloads during runtime without overwhelming teams with alerts or interrupting operations. ARMO CADR continuously reduces the cloud attack surface using real-time runtime insights, while actively detecting and responding to threats with true risk context. It includes 2 major products that are tightly integrated together and are part of one platform solution - * Kubernetes-First, runtime driven, Cloud Security Posture mgmt (CSPM) - identifying risks, prioritizing them and offering remediation without breaking applications in production * Real-Time Threat Detection & Response - detecting and responding to active threats across the entire cloud and applications stack
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    Gray Swan

    Gray Swan

    Gray Swan

    Gray Swan is an enterprise AI security and evaluation platform that helps organizations deploy AI with confidence by protecting LLM applications, agents, and model deployments from emerging threats, policy violations, and harmful content. It integrates with any LLM provider to add security without disrupting existing workflows, combining automated adversarial testing, continuous red teaming, runtime monitoring, and adaptive protections. Gray Swan tests beyond known attacks by using threat intelligence from 15,000+ adversarial researchers and more than three million attack attempts generated through its Arena, helping teams discover vulnerabilities before they appear in public databases. Its core products include Shade, an advanced AI vulnerability assessment platform that continuously probes LLMs like a security researcher working 24/7, and Cygnal, a runtime monitoring and protection layer for AI interactions.
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    Bugsmirror MASST
    MASST (Mobile Application Security Suite & Tools) is a unified mobile app security platform designed to detect, protect, and monitor mobile applications across development and runtime. The suite’s Threat Detection layer includes modules such as CodeLock for static analysis across 50+ vulnerability vectors, RunLock for runtime testing and attack simulations, APILock for discovering and securing API endpoints, and ThreatLock for deep red-teaming assessments. The Threat Mitigation layer wraps your mobile apps with protections including Defender (RASP-based real-time shielding), Shield (anti-reverse-engineering and IP-theft protection), and Guard (secure local storage of keys, certificates, and sensitive data via white-box cryptography). The Threat Visibility layer offers the ThreatLens Dashboard for real-time monitoring, analytics, and actionable insights into attacks, anomalies, and app security posture.
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    MindFort

    MindFort

    MindFort

    MindFort is an AI-powered security platform built around autonomous agents that continuously test web applications for vulnerabilities and fix them in real time, transforming traditional penetration testing into an always-on, self-operating process. Instead of relying on periodic audits or manual scans, it deploys a fleet of AI agents that probe applications, APIs, and infrastructure the way real attackers would, mapping the entire attack surface and identifying exploitable weaknesses with high accuracy. Users can configure a target and testing frequency, and the agents handle everything else, running continuous assessments, adapting their strategies over time, and building contextual knowledge of the system they are protecting. Each detected vulnerability is validated through actual exploitation attempts, drastically reducing false positives and ensuring that only real, actionable issues are surfaced.
    Starting Price: $199 per month
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    Transilience AI

    Transilience AI

    Transilience AI

    Transilience AI is a cutting-edge platform designed to optimize cybersecurity operations by automating vulnerability management, compliance audits, and threat detection. Its AI agents streamline complex security tasks, enabling security teams to focus on critical threats and strategic priorities. Transilience's capabilities include rapid patching prioritization, real-time threat intelligence aggregation, and improving security performance metrics, all while ensuring compliance with regulatory standards. The platform is tailored to various security roles such as AppSec engineers, compliance officers, and vulnerability managers, providing them with precise insights and actionable recommendations. By automating workflows and minimizing manual efforts, Transilience AI enhances the efficiency and effectiveness of security teams.
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    Waratek

    Waratek

    Waratek

    Integrate seamless security into the software delivery lifecycle to improve efficiency and agility. Ensure security policies are flexible, human readable, and not impacted by technical debt. Deploy applications securely across on-premises, hybrid, or cloud infrastructures. Automate systems' adherence to desired security behavior to minimize delays & fire drills. Execute the security of your apps in the runtime with a performance impact of less than 3% in production. We see agent-less solutions as a major disadvantage for highly regulated organizations that have tight security requirements. This is why Waratek leverages an agent to ensure its autonomous behavior that can secure unknown threats for themselves unlike agent-less models. Virtually upgrade apps and dependencies like Log4j without code changes, vendor patches, or downtime.
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    CodeWall

    CodeWall

    CodeWall

    CodeWall is an AI-powered autonomous penetration testing platform that continuously finds and validates security vulnerabilities in your applications. Unlike traditional point-in-time pentests, CodeWall deploys AI agents that autonomously map attack surfaces, chain real exploits, and deliver verified proof-of-concept evidence — running continuously alongside your change management and development cycle. Key capabilities: automated reconnaissance and subdomain enumeration, multi-phase exploit chaining, authenticated testing, AI/LLM vulnerability detection, and compliance-tagged findings. Supports web apps, REST/GraphQL APIs, cloud infrastructure, and internal tooling. Integrates with CI/CD pipelines via CLI and REST API.
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    XBOW

    XBOW

    XBOW

    XBOW is an AI-powered offensive security platform that autonomously discovers, verifies, and exploits vulnerabilities in web applications without human intervention. By executing high-level commands against benchmark descriptions and reviewing outputs it solves a wide array of challenges, from CBC padding oracle and IDOR attacks to remote code execution, blind SQL injection, SSTI bypasses, and cryptographic exploits, achieving success rates up to 75 percent on standard web security benchmarks. Given only general instructions, XBOW orchestrates reconnaissance, exploit development, debugging, and server-side analysis, drawing on public exploits and source code to craft custom proofs-of-concept, validate attack vectors, and generate detailed exploit traces with full audit trails. Its ability to adapt to novel and modified benchmarks demonstrates robust scalability and continuous learning, dramatically accelerating penetration-testing workflows.
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    Juniper Cloud Workload Protection
    Juniper Cloud Workload Protection defends application workloads in any cloud or on-premises environment in and against advanced and zero-day exploits, automatically as they happen. It ensures that production applications always have a safety net against vulnerability exploits, keeping business-critical services connected and resilient. Provides real-time protection against attacks and safeguards the application from malicious actions without manual intervention, catching sophisticated attacks that endpoint detection (EDR) and web application firewall (WAF) solutions cannot. Continuously assesses vulnerabilities in applications and containers, detecting serious and critical exploit attempts as they happen. Provides rich, application-level security event generation and reporting, including application connectivity, topology, and detailed information about the attempted attack. Validates the execution of applications and detects attacks without using behavior or signatures.
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    Simaril

    Simaril

    Simaril

    Silmaril is a self-healing prompt injection defense designed to protect AI systems from increasingly complex, multi-step attacks that traditional guardrails fail to stop. It operates by wrapping inference calls and evaluating whether an execution sequence is leading toward a harmful outcome, rather than simply filtering inputs. It uses a multihead classifier that analyzes user intent, application context, and execution states together, enabling it to detect indirect injection, multi-turn attack chains, context poisoning, and tool abuse before damage occurs. Silmaril continuously strengthens its defenses through autonomous threat hunting agents that probe systems, discover vulnerabilities, and generate synthetic training data from real attack scenarios. These insights are used to retrain the model automatically, deploying updated protections in under an hour and propagating anonymized defenses across all deployments.
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    Google AI Threat Defense
    Google AI Threat Defense is an AI-powered cybersecurity platform designed to help organizations proactively predict, prioritize, and remediate threats at machine speed. Combining the reasoning capabilities of Gemini, contextual risk analysis from Wiz, automated code remediation through Gemini and CodeMender, and frontline threat intelligence from Mandiant, the platform enables security teams to continuously identify exposures, validate risks, accelerate remediation, and monitor environments for emerging threats. Built around a four-step framework of Prepare, Scan, Remediate, and Monitor, Google AI Threat Defense helps organizations strengthen security across multicloud, AI, SaaS, code, and hybrid environments while reducing response times and improving operational resilience against modern AI-driven attacks.
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    ZeroThreat.ai

    ZeroThreat.ai

    ZeroThreat Inc.

    ZeroThreat.ai is an AI-powered web application and API pentesting platform designed to identify real, exploitable vulnerabilities—not just surface-level findings. Built for modern engineering teams, it combines Agentic AI pentesting with a high-performance scanning engine to deliver up to 10× faster, deeply validated security testing. Unlike traditional DAST tools that rely on static signatures and generate excessive noise, ZeroThreat.ai executes adaptive, attacker-style workflows that evolve based on application behavior. Its interpreter-driven vulnerability intelligence continuously ingests emerging threats and newly disclosed CVEs, enabling near real-time detection updates and rapid CVE-to-exploit mapping. The platform supports over 130,000 vulnerability checks, including native Nuclei template execution, and extends beyond known issues with zero-day detection through behavioral pattern analysis.
    Starting Price: $100/Target
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    Arms Cyber

    Arms Cyber

    Arms Cyber

    Arms Cyber is a stealth-driven endpoint security platform for the AI era, built to protect critical data from human and AI-driven attacks through one lightweight sensor. Instead of relying only on detection after exposure, Raven conceals sensitive data, blocks threats as they execute, and keeps recovery options available directly at the endpoint without reboots, downtime, or replacing existing security tools. It combines three core modules. AI Ransomware Protection stops AI-accelerated and conventional ransomware at execution time, limiting the files an attack can reach. It integrates with backup infrastructure to hide restoration points, plant decoys, and stop attempts to disable, delete, or unhook backups so clean recovery remains possible. It closes the AI-at-the-endpoint visibility gap by monitoring every AI tool, model, and service running on endpoints and enforcing organizational policy before sensitive data reaches unapproved systems.
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    Bricklayer AI

    Bricklayer AI

    Bricklayer AI

    Bricklayer AI is an autonomous AI security team designed to enhance Security Operations Centers (SOCs) by managing endpoint, cloud, and SIEM alerts. Its multi-agent architecture mirrors human team workflows, enabling AI analysts and incident responders to collaborate seamlessly with human experts. Key features include automated alert triage, incident response, and threat intelligence analysis, all executed through natural language commands. The platform integrates effortlessly with existing tools and processes, allowing for the development of custom API integrations to gather data from an organization's entire tech stack. Bricklayer AI reduces monitoring costs, accelerates threat detection and response times, and scales operations without the need for additional human resources. Its action-based tasking ensures that every alert is investigated, feedback is shared, and responses are delivered in real time.
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    F5 AI Guardrails
    F5 AI Guardrails is a runtime AI security solution designed to protect AI models, applications, agents, and connected data throughout deployment and operation. The platform helps organizations defend against adversarial threats such as prompt injection, jailbreak attacks, harmful outputs, and unauthorized AI behavior. It provides real-time monitoring and enforcement of security policies to prevent data leakage, compliance violations, and misuse of AI systems. Organizations can implement predefined guardrails or create customized policies tailored to specific business requirements and AI use cases. The platform also delivers observability, auditing, and governance capabilities that help organizations maintain visibility into AI interactions and regulatory compliance. By combining threat protection, data security, and AI governance, F5 AI Guardrails helps enterprises operate AI systems more safely and responsibly.
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    zauth

    zauth

    zauth

    zauth is security for the agentic internet, built to find vulnerabilities before they are exploited, score code before it is trusted, and verify endpoints before agents pay. The agentic internet is being built faster than anyone can secure it, and zauth focuses on the gap created by broken endpoints, vulnerable apps, and unaudited repositories. Its trust ecosystem includes Vector, an autonomous vulnerability pentester where every pentest runs in a fully isolated container with its own Chromium browser, bash access, disposable email, and crypto wallet. Point Vector at any URL, and it handles recon, exploit testing, and reporting on its own. RepoScan scans any GitHub repository to detect copied code, verify code provenance, and assess project authenticity, giving users a trust score before they deploy, invest, or integrate. Provider Hub and Database help teams deploy and monitor x402 endpoints with real-time uptime tracking, latency metrics, and instant failure alerts.
    Starting Price: Free
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    AQtive Guard

    AQtive Guard

    SandboxAQ

    AQtive Guard is a cybersecurity platform that helps organizations secure and manage cryptographic assets and non-human identities (NHIs) such as AI agents, keys, certificates, algorithms, and machine identities across their entire IT environment. It delivers continuous discovery and real-time visibility into NHIs and cryptography, integrating with existing security tools, cloud providers, and repositories to provide a unified view of security posture. Using advanced AI and large quantitative models, the platform analyzes vulnerabilities, prioritizes risks, and offers actionable insights with automated remediation workflows to fix issues and enforce policies such as credential rotation or certificate renewal. AQtive Guard supports compliance with evolving standards, including new NIST cryptographic protocols, and enables lifecycle management of cryptographic assets to reduce risk from current and future threats.
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    Twine

    Twine

    Twine Security

    Twine builds AI digital cybersecurity employees who execute tasks from A to Z to help cyber teams close the talent gap. Our first digital employee, Alex, learns, understands and takes away the burden of Identity and Access Management (IAM) tasks - proactively completing your organization’s cyber objectives.
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    Cortex AgentiX

    Cortex AgentiX

    Palo Alto Networks

    Cortex AgentiX is the next-generation evolution of Cortex XSOAR®, designed by Palo Alto Networks to securely build, deploy, and govern AI-powered security agents. It enables organizations to unleash agentic AI that acts as intelligent teammates, capable of planning and executing complex workflows around the clock. Cortex AgentiX is powered by over 1.2 billion real-world playbook executions, providing agents with proven operational intelligence. The platform offers a rich library of ready-to-use agents while also supporting custom, no-code agent creation tailored to specific security needs. With built-in guardrails, Cortex AgentiX ensures agents operate with the appropriate level of autonomy, including human-in-the-loop approvals for critical actions. Full transparency allows teams to trace every agent decision, action, and outcome for audit and compliance purposes. Cortex AgentiX integrates seamlessly across the Cortex ecosystem to help organizations stay ahead of evolving threats.
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    TrojAI

    TrojAI

    TrojAI

    TrojAI is an AI security platform that helps organizations deploy and manage AI agents and applications with greater confidence and protection. The platform focuses on identifying vulnerabilities, preventing prompt injection attacks, safeguarding sensitive data, and securing AI behavior across enterprise environments. TrojAI provides both build-time and runtime security solutions that help organizations assess AI models and protect applications from emerging threats. Its technology continuously monitors AI interactions to detect unsafe actions, unauthorized access attempts, and malicious manipulations. The platform supports compliance with leading security frameworks and standards while integrating across different models, cloud providers, and enterprise infrastructures. Designed for enterprise-scale deployments, TrojAI enables organizations to innovate with AI while maintaining strong governance and security controls.
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    JSDefender

    JSDefender

    PreEmptive

    Cutting-edge JavaScript obfuscation techniques with control-flow flattening, tamper detection and other in-app protection transforms. We would not send our own unprotected code to a remote service controlled by third parties and we would not expect you to either. JSDefender supports major JavaScript frameworks, runtimes, and bundlers including Angular, Node, React, React Native, Webpack and others. Unlike languages like .NET and Java that are compiled to intermediate, stack-based assembly instructions before being distributed in binary form, JavaScript apps are typically distributed in source form. This means that your code is directly visible to anyone with access to the execution environment (like a browser). So, potential attackers can very easily step through the running code using a debugger built into their browser, or use other tools to statically analyze the code for vulnerabilities.
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    Dropzone AI

    Dropzone AI

    Dropzone AI

    Dropzone AI replicates the techniques of elite analysts and autonomously investigates every alert. Our specialized AI agent autonomously performs end-to-end investigations and will cover 100% of your alerts. ‍ Trained to replicate the investigation techniques of best-in-class SOC analysts, its reports are fast, detailed and accurate. You can also go deeper with its chatbot. Dropzone’s cybersecurity reasoning system, purpose-built on top of advanced LLMs, runs a full end-to-end investigation tailored for each alert. Its security pre-training, organizational context understanding and guardrails make it highly accurate. Dropzone then generates a full report, with the conclusion, executive summary, and full insights in plain English. You can also converse with its chatbot for ad-hoc inquiries.
    Starting Price: $36,000/year
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    CrowdStrike Falcon AIDR
    CrowdStrike Falcon AI Detection and Response (AIDR) is an enterprise security platform designed to protect the rapidly expanding AI attack surface by delivering real-time visibility, detection, and response across AI systems, users, and interactions. It provides unified visibility into how employees and AI agents use generative AI by mapping relationships between users, prompts, models, agents, and supporting infrastructure, while capturing detailed runtime logs for monitoring, compliance, and investigation. It continuously monitors AI activity across endpoints, cloud environments, and applications, enabling organizations to understand how data flows through AI systems and how agents operate within defined boundaries. AIDR detects and blocks AI-specific threats such as prompt injection, jailbreak attempts, malicious entities, harmful outputs, and unauthorized interactions, using behavioral analysis and integrated threat intelligence.
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    Falco

    Falco

    Sysdig

    Falco is the open source standard for runtime security for hosts, containers, Kubernetes and the cloud. Get real-time visibility into unexpected behaviors, config changes, intrusions, and data theft. Secure containerized applications, no matter what scale, using the power of eBPF. Protect your applications in real time wherever they run, whether bare metal or VMs. Falco is Kubernetes-compatible, helping you instantly detect suspicious activity across the control plane. Detect intrusions in real time across your cloud, from AWS, GCP or Azure, to Okta, Github and beyond. Falco detects threats across containers, Kubernetes, hosts and cloud services. Falco provides streaming detection of unexpected behavior, configuration changes, and attacks. A multi-vendor and broadly supported standard that you can rely on.
    Starting Price: Free
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    ARTEMIS by Repello
    ARTEMIS by Repello AI hunts for vulnerabilities in your AI applications by simulating attacks that malicious actors would use. ARTEMIS tests, identifies, and helps remediate security risks before they can be exploited in production environments. This is powered by world's largest AI-specific threat intelligence repositories. Key Features: 1. Simulates real-world attacks against your AI systems 2. Maps vulnerabilities across your AI infrastructure 3. Provides actionable mitigation recommendations 4. Adapts to evolving threats as your AI applications grow Built by security engineers to protect AI from attackers. Secure your AI early in development and throughout deployment.
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    ServerSage

    ServerSage

    ServerSage.ai

    ServerSage is an AI platform that performs the complete pentesting workflow—planning reconnaissance, probing systems, executing attacks, and documenting findings—just like a human red team. Built for security professionals who need to scale their testing capabilities, it handles the heavy lifting: repetitive reconnaissance, vulnerability validation, exploit execution, and comprehensive reporting. Your team makes strategic decisions while ServerSage delivers technical execution and documentation.
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    K2 Security Platform

    K2 Security Platform

    K2 Cyber Security

    Complete Protection for Applications and Container Workloads. Real-time Zero Day Attack Prevention. The K2 Security Platform is highly effective at detecting increasingly sophisticated attacks targeting applications that often go undetected by network and end point security solutions such as web application firewall (WAF) and endpoint detection and response (EDR). K2’s easy to deploy non-invasive agent installs in minutes. Using a deterministic technique of optimized control flow integrity (OCFI) the K2 Platform automatically creates a DNA map of each application at runtime which are used to determine the application is executing correctly. This results in extremely accurate attack detection that eliminates almost all false alerts. K2’s Platform can be deployed in cloud, on premise or in hybrid environments and protects web applications, container workloads and Kubernetes. OWASP Top 10 and other sophisticated attack type coverage.
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    GPT‑5.4‑Cyber
    GPT-5.4-Cyber is a specialized, cyber-permissive variant of GPT-5.4 designed specifically to support defensive cybersecurity workflows, enabling security professionals to analyze, detect, and remediate vulnerabilities more effectively. It is fine-tuned to lower the refusal boundary for legitimate security tasks, allowing deeper engagement with activities such as vulnerability research, exploit analysis, and secure code evaluation that are typically restricted in general-purpose models. A key capability includes binary reverse engineering, which allows the model to analyze compiled software without access to source code to identify malware potential, weaknesses, and overall system robustness. Integrated within OpenAI’s Trusted Access for Cyber (TAC) program, the model is distributed through a tiered access system that requires identity verification and progressive trust levels, ensuring that only vetted defenders, researchers, and organizations can access its most advanced features.
    Starting Price: Free
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    Strobes

    Strobes

    Strobes Security

    Strobes is an AI-powered exposure management platform designed to help security teams continuously discover, validate, prioritize, and remediate critical risks. The platform connects attack surface management, application security posture management, risk-based vulnerability management, AI pentesting, penetration testing as a service, integrations, workflows, analytics, and reporting into one continuous system. Strobes uses AI agents to analyze vulnerabilities in business context, validate exploitability, reduce false positives, and guide teams toward the exposures that matter most. Its platform integrates with more than 100 security and engineering tools, including scanners, cloud systems, code tools, ticketing platforms, communication tools, and SIEM solutions. Security teams can use Strobes to reduce remediation backlogs, improve visibility, automate triage, route issues, verify fixes, and maintain audit readiness.
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    Exaforce

    Exaforce

    Exaforce

    ​Exaforce is a SOC platform that enhances the productivity and efficacy of security operations center teams by 10x through the integration of AI bots and advanced data exploration. It utilizes a semantic data model to ingest and deeply analyze large-scale logs, configurations, code, and threat feeds, facilitating better reasoning by humans and large language models. By combining this semantic model with behavioral and knowledge models, Exaforce autonomously triages alerts with the skill and consistency of an expert analyst, reducing the time from alert to decision to minutes. Exabots automate tedious workflows such as confirming actions with users and managers, investigating historical tickets, and correlating against change management systems like Jira and ServiceNow, thereby freeing up analyst time and reducing fatigue. Exaforce offers advanced detection and response solutions for critical cloud services.
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    AWS Security Agent
    AWS Security Agent is a new frontier AI-powered agent that proactively secures your applications throughout the development lifecycle, from design and architecture planning, through code changes, to deployment and penetration testing. It lets security teams define organizational security requirements (for example, approved auth libraries, encryption standards, logging practices, data-access policies) once in the AWS Console; then the agent automatically validates design documents, architectural plans, and code against those standards. Before a single line of code is written, AWS Security Agent can perform a design review, analyzing architectural documents uploaded into the web application (or ingested from storage), and flag potential security risks or non-compliance with custom or Amazon-managed standards, providing remediation guidance.
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    Manifold Security

    Manifold Security

    Manifold Security

    Manifold Security is an AI Detection and Response platform built to secure autonomous AI agents operating on enterprise endpoints, addressing a critical gap in traditional cybersecurity approaches that focus primarily on user activity or model inputs and outputs. It provides runtime visibility into what AI agents actually do, capturing their behavior as they interact with systems, execute commands, access files, and call APIs across development environments and production infrastructure. Observing agent activity directly on endpoints without requiring additional infrastructure such as proxies or gateways, it enables organizations to monitor real actions rather than just prompts or responses. It maps relationships between agents, tools, and connected services, offering a clear view of which agents are active, what permissions they use, and how they interact with internal and external resources.
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    Ocean

    Ocean

    Ocean

    Ocean is an agentic email security platform that prevents AI-powered targeted attacks, automates triage, and gives employees real-time guidance. Traditional defenses scan the surface for anomalies and patterns that AI is now trained to avoid, while Ocean goes deeper by investigating every email before it reaches the inbox, not after the damage is done. Its central intelligence engine, Ray, coordinates a swarm of purpose-built agents that understand intent, enrich context, and follow the evidence across infrastructure, files, abuse mailboxes, links, identity, financial signals, quarantine, and contacts. Ocean builds a living memory of how an organization operates and communicates, adapts from day one, and constantly learns. Every verdict comes with the full reasoning behind it, every signal checked, and every step taken, backed by evidence instead of a score or black box.