Top Pixee Alternatives

GPT-5.5-Cyber is an advanced AI model designed for authorized cybersecurity professionals who need stronger support for vulnerability research, codebase analysis, and remediation. The model builds on GPT-5.5’s general-purpose intelligence while adding more capable and permissive behavior for specialized defensive security workflows. It is designed to help reduce unnecessary refusals for verified defenders while still pairing advanced capabilities with verification, monitoring, scoped controls, and review. GPT-5.5-Cyber can sustain deeper analysis across large and complex codebases, making it useful for identifying security-relevant components and tracing how vulnerabilities may be reached. It can also help validate likely issues in controlled environments, develop and test patches, and organize evidence for human security teams. The model is intended to support the full remediation loop, helping defenders move from discovery to validation to fix preparation instead of only producing raw vulnerability findings. In benchmark testing, GPT-5.5-Cyber outperformed GPT-5.5 on CyberGym, ExploitGym, and SEC-bench Pro. These results show improved performance in reproducing known vulnerabilities, reasoning through exploitability, and handling long-horizon vulnerability discovery and proof-of-concept workflows. The model is also being evaluated through complex repositories and real remediation workflows as coordinated disclosures conclude. GPT-5.5-Cyber is positioned as a higher-capability option for defenders whose authorized work requires the most advanced cyber support, while GPT-5.5 with Trusted Access for Cyber and Codex Security remains the recommended starting point for most defenders. GPT-5.5-Cyber helps qualified security teams work faster, validate vulnerabilities more effectively, and support safer remediation across critical software systems.

Boost your efficiency by ensuring that only top-notch code is deployed, as SonarQube Cloud (formerly known as SonarCloud) effortlessly assesses branches and enhances pull requests with valuable insights. Detecting subtle bugs is crucial to preventing erratic behavior that could negatively impact users, while also addressing security vulnerabilities that pose a risk to your application, all while deepening your understanding of application security through the Security Hotspots feature. You can quickly start utilizing the platform directly from your coding environment, allowing you to take advantage of immediate access to the latest features and enhancements. Project dashboards deliver essential insights into code quality and release readiness, ensuring that both teams and stakeholders are well-informed. Displaying project badges highlights your dedication to excellence within your communities and serves as a testament to your commitment to quality. Recognizing that code quality and security are vital throughout your entire technology stack—covering both front-end and back-end development—we support an extensive selection of 24 programming languages, including Python, Java, C++, and more. As the call for transparency in coding practices increases, we encourage you to join this movement; it's entirely free for open-source projects, presenting a valuable opportunity for all developers! Additionally, by engaging with this initiative, you play a role in a broader community focused on elevating software quality and fostering collaboration among developers. Embrace this chance to enhance your skills while contributing to a collective mission of excellence.

Secure.com is a comprehensive cybersecurity solution built to scale security operations without expanding teams. It introduces a Digital Security Teammate that works around the clock to detect, analyze, and resolve threats. By unifying data from hundreds of security tools, Secure.com creates a single source of truth for security context. The platform automatically discovers assets and builds a real-time knowledge graph enriched with risk and business impact insights. Alert noise is dramatically reduced by filtering out low-value signals and highlighting only critical threats. Secure.com prioritizes incidents based on real-world impact, not static rules. Automated workflows accelerate remediation while still allowing human approval where needed. The conversational interface enables analysts to investigate incidents and compliance risks with simple queries. Continuous monitoring ensures compliance with standards like SOC 2, ISO 27001, and PCI DSS. Agentless deployment allows organizations to onboard quickly and see value immediately. Secure.com supports over 200 integrations, fitting seamlessly into existing stacks. The result is faster response times, fewer blind spots, and stronger security outcomes with predictable costs.

Railo functions as an independent engine designed to remediate vulnerabilities by converting security alerts from platforms like Snyk, Semgrep, and CodeQL into verified, test-passing pull requests. By employing deterministic AST code transformations in conjunction with formal verification processes, Railo effectively tackles major vulnerability categories such as SSRF, SQL Injection, Path Traversal, and Network Timeouts in Python and TypeScript projects. Each patch is thoroughly tested against the current test suite of the repository, and if any patch fails, it automatically reverts to prevent disruption, thus reducing alert fatigue and lessening the manual security triage workload for engineering teams. This groundbreaking method not only fortifies security protocols but also optimizes developers’ workflows, enabling them to concentrate more on feature development rather than the constant need to rectify vulnerabilities. Consequently, Railo represents a significant advancement in balancing security and productivity in software development.

Zeron is an all-encompassing platform designed to manage cybersecurity risks, catering specifically to the requirements of security, compliance, procurement, and executive teams. By aggregating data from various security tools within an organization into a cohesive model, Zeron proficiently oversees both the organization's internal security posture and the risks posed by external third parties. Additionally, the platform aligns controls and evidence with compliance mandates while quantifying cyber exposure in financial terms, such as Cyber Value-at-Risk. Its user-friendly dashboards and prioritized insights enable teams to effectively evaluate vendors, prepare for audits, concentrate on remediation efforts, and communicate risk levels to essential decision-makers. Zeron also integrates smoothly with existing security and IT infrastructures to collect operational data in an efficient manner. The ZAK agent layer further enhances its capabilities by facilitating governed workflows that encompass vulnerability triage, threat hunting, vendor risk monitoring, and compliance evidence gathering. This multifaceted tool is particularly designed for enterprises across various sectors, including financial services, insurance, fintech, capital markets, healthcare, technology, and government, making it a crucial asset in the current digital environment. Furthermore, Zeron's centralized approach to cybersecurity management fosters improved collaboration among teams, ensuring that all aspects of risk management are addressed comprehensively. Its ability to adapt to the evolving landscape of cybersecurity challenges solidifies Zeron's position as a leader in the field.

7AI represents a state-of-the-art security platform aimed at optimizing and improving the entire lifecycle of security operations through the use of sophisticated AI agents that quickly analyze security alerts, draw conclusions, and take action, thereby reducing processes that once took hours down to just minutes. Unlike traditional automation solutions or AI helpers, 7AI incorporates specialized, context-sensitive agents that are meticulously designed to minimize errors and operate autonomously; these agents gather alerts from multiple security platforms, enhance and correlate data across various sources such as endpoints, cloud services, identity management, email, and network systems, ultimately producing thorough investigations complete with evidence, narrative overviews, inter-alert correlations, and audit trails. This platform delivers a holistic security solution covering everything from detection to alert triage, effectively sifting through irrelevant information and reducing false positives by as much as 95% to 99%, while also simplifying investigations through extensive data gathering and expert analysis. Moreover, it facilitates integrated incident-case management by automatically creating cases, fostering team collaboration, and ensuring seamless transitions, which collectively improve the efficiency of security operations. By adopting this innovative methodology, 7AI not only refines security workflows but also enables organizations to address threats with greater effectiveness and speed, ultimately leading to a safer operational environment. In essence, 7AI is revolutionizing how security teams function, making them more proactive and less reactive in the face of ever-evolving threats.

Skyhawk Security provides an all-encompassing cloud breach prevention solution that is engineered to consistently monitor runtime activities across multiple public cloud environments. By transforming potential threats into actionable insights, it issues validated alerts, automates remediation efforts, and implements strategies designed to avert breaches before they occur. The platform leverages AI-driven Continuous Proactive Protection, employing an Autonomous Purple Team to carry out realistic attack simulations specifically customized to fit each client’s distinct cloud architecture, thereby improving detection models to adapt to evolving configurations and reducing unnecessary alerts. This strategic approach enables security teams to focus their efforts on actual threats as they arise. Furthermore, it integrates Cloud Threat Detection and Response (CDR) with alerts that are both contextualized and scored for maximum precision, thereby streamlining responses and minimizing the mean time to respond (MTTR). Additionally, the platform features vital components such as Cloud Security Posture Management (CSPM) and Cloud Infrastructure Entitlement Management (CIEM), which are crucial for assessing permissions and strengthening the overall security framework. In this manner, organizations are empowered to adopt a more proactive approach to thwart potential breaches, ensuring that their cloud environments remain secure and resilient.

Safeguard is an AI-powered application and software supply chain security platform designed to move security teams from vulnerability detection to automated remediation. The platform continuously inventories repositories, containers, software packages, dependencies, and other assets to create a live view of an organization's software environment. Griffin AI combines SBOM data, abstract syntax trees, call graphs, reachability analysis, exploit information, and business impact data to identify which vulnerabilities represent meaningful risk. Instead of generating a ticket for every finding, Safeguard can suppress unreachable issues and focus remediation efforts on vulnerabilities that can actually affect production systems. For actionable problems, its agents can author code changes or dependency upgrades, run automated testing, verify compatibility, and submit or merge pull requests under organization-defined policies. Safeguard also uses its Eagle adversarial model to search for zero-day vulnerabilities and test the validity of findings and proposed patches. Compliance capabilities automatically connect security activity and evidence to hundreds of frameworks while supporting SBOM formats such as CycloneDX and SPDX and recording SLSA provenance. The broader platform includes runtime defenses for AI systems, secure coding assistance, hardened zero-CVE packages and container images, Trust Centers, third-party risk management, and continuous security monitoring. Developers can work with Safeguard through IDEs, CLIs, source-control systems, CI/CD pipelines, cloud integrations, and more than 25 tenant-scoped MCP tools available to AI agents. Every automated action is designed to be logged, attributable, auditable, and governed by the same policies used throughout the platform.

The CloudCover CyberSafety B1 Platform (CCB1) represents a state-of-the-art AI-powered SOAR solution designed for the efficient management of security threats, operating at remarkable sub-second speeds while leveraging real-time insights from an organization’s assets, configurations, threat intelligence, and essential business elements to effectively prioritize risks and counteract attacks with an impressive accuracy rate of 99.9999999% and zero false positives. By employing proprietary deep-learning risk orchestration technology, this platform has successfully identified and neutralized over 41 billion breach attempts in mere microseconds, guaranteeing uninterrupted security while continuously detecting, capturing, and preventing threats to sensitive data across both cloud and on-premises settings. Additionally, CCB1 seamlessly integrates with existing security infrastructures, creating a proactive CyberSafety layer that automates remediation tasks such as deploying patches, adjusting configurations, and implementing compensatory controls, all while its integrated AI agents adapt in real-time to effectively manage emerging threats and vulnerabilities. This adaptability not only bolsters security protocols but also enhances the operational efficiency of organizations aiming to uphold strong defense systems, ultimately allowing them to focus on their core business activities with greater peace of mind. As a result, the CCB1 platform emerges as an indispensable asset for any organization seeking to navigate the complexities of modern cybersecurity.

Talon acts as the core security framework for all operations carried out by Lorikeet Security. Instead of juggling various tools for testing, compliance, and incident management, all capabilities are consolidated within a single, easily accessible platform for both your team and ours. Meet Lory, our AI-powered Penetration Tester. She independently conducts focused assessments on your web applications, APIs, networks, and cloud infrastructures, effectively handling reconnaissance, validation, and triage in the intervals between scheduled penetration tests. You are charged only for the services you use since she employs a credit-based system, and each discovery is carefully vetted by one of our skilled human testers before being shared with you. Pentesting as a Service merges human expertise with Lory's continuous testing capabilities, resulting in a cohesive findings queue that provides real-time updates throughout testing sessions, including evidence, steps for reproduction, and customized remediation advice tailored to your specific technology environment. Once you apply a fix, the retesting process is remarkably efficient, requiring just a click. This integrated strategy not only enhances your security posture but also ensures that improvements are made with minimal interruption to your operations, fostering a proactive approach to cybersecurity.

Empower your security teams to detect hidden patterns, enhance defenses, and respond to incidents more swiftly with the cutting-edge preview of generative AI technology. In the event of an attack, the complexities involved can be detrimental; thus, it's essential to unify data from multiple sources into clear, actionable insights, enabling responses to incidents in mere minutes instead of enduring hours or even days. With the ability to process alerts at machine speed, identify threats at an early stage, and receive predictive recommendations, you can effectively counter your adversary's next actions. The disparity between the need for proficient security professionals and their availability is considerable, making it vital to provide your team with the tools to optimize their effectiveness and improve their skill sets through thorough, step-by-step guidance for managing risks. Utilize Microsoft Security Copilot to engage with natural language queries and obtain immediate, actionable answers tailored to your situation. Identify an ongoing attack, assess its scope, and receive remediation steps rooted in proven tactics from real-world security incidents. Additionally, Microsoft Security Copilot effortlessly amalgamates insights and data from various security tools, delivering customized guidance that aligns with your organization's specific requirements, thereby bolstering the overall security framework in place. This comprehensive approach not only enhances your team's capabilities but also ensures a more robust defense against evolving threats.

Qevlar AI introduces a groundbreaking autonomous solution for Security Operations Centers (SOC), revolutionizing how cybersecurity teams manage threat investigation and response by fully automating the alert analysis workflow. Unlike traditional tools or AI assistants that require human involvement or predefined playbooks, this system independently scrutinizes alerts as soon as they arrive, aggregating and enriching data from various security instruments and external sources to evaluate the true essence of each alert. It skillfully correlates and assesses signals across multiple platforms, reconstructing attack patterns and providing a holistic insight into incidents, thereby enabling teams to move beyond fragmented workflows and reactive alert handling. By leveraging sophisticated agentic AI, the platform automates numerous facets of manual investigations, resulting in significant decreases in response times, improved consistency, and enhanced operational capabilities for security teams without the need for additional hires. This advancement not only streamlines workflows but also bolsters the overall efficacy of cybersecurity measures, ensuring that teams are more adept at addressing the continuously evolving landscape of threats. Ultimately, Qevlar AI empowers organizations to stay ahead of potential security risks by transforming how they interpret and respond to alerts.

Diffray is a sophisticated code review platform that employs an AI-based multi-agent system, consisting of specialized agents, to meticulously examine your codebase, grasp its context, and deliver specific, actionable feedback on pull requests, transcending basic generic suggestions and style critiques. Unlike conventional single-model reviewers, diffray harnesses a wide range of expert agents that concentrate on different areas such as security, performance, bugs, quality, architecture, testing, and consistency; this varied approach allows it to thoroughly investigate, confirm, and validate issues while utilizing a confidence scoring system that reduces false positives and emphasizes critical concerns like vulnerabilities, concurrency issues, missing tests, and architectural weaknesses. By seamlessly integrating with GitHub, diffray automatically assesses each pull request, ensuring compliance with practices defined by the team, referred to as "culture as code," which promotes consistent and repeatable guidance for all contributors, thereby streamlining the development workflow. Consequently, teams are able to elevate their code quality and efficiency, making diffray an essential tool in contemporary software development processes. This empowers developers to focus more on innovation while maintaining high standards in their codebase.

Pivot.GG is a dynamic platform tailored for cybersecurity investigations, allowing security analysts to quickly move from a single indicator of compromise (IOC) to practical insights with improved accuracy and lower levels of uncertainty. This solution boasts guided, context-sensitive investigation workflows that simplify various tasks, including IOC triage, threat analysis, scoping, and detection engineering. As a browser-based Software-as-a-Service (SaaS) offering, Pivot.GG is particularly beneficial for SOC analysts, incident responders, and threat hunters, promoting a more streamlined method for managing threats. By utilizing this innovative tool, organizations are better equipped to strengthen their cybersecurity defenses and respond more adeptly to emerging threats. Additionally, the platform’s user-friendly design ensures that even those with varying levels of expertise can effectively harness its capabilities to improve their security operations.

Strike48 represents a state-of-the-art Agentic Operations Platform that integrates extensive log visibility with customized AI agents designed to perform security, IT, and compliance operations with remarkable efficiency. Typically, organizations monitor only about 60-70% of their operational landscape due to the high costs associated with conventional SIEM and monitoring solutions, which can make complete log oversight financially unfeasible. Strike48 effectively mitigates this visibility gap with an innovative architecture that decouples log storage from initial parsing decisions, enabling teams to collect and hold all logs without overextending their financial resources. Users can conveniently direct their logs to Strike48 or access them directly from other locations like Splunk, data lakes, or hybrid systems, thereby avoiding any major disruptions during the transition. Additionally, leveraging this unified data architecture, Strike48 employs autonomous AI agents that perform investigations, correlate alerts, prioritize problems, gather relevant evidence, and formulate as well as verify detection rules, facilitating seamless task transfers among themselves. The platform also incorporates a human-in-the-loop mechanism to ensure critical tasks, such as endpoint isolation and remediation, receive necessary human oversight, thereby preserving comprehensive audit trails throughout the entire process. This extensive functionality not only boosts operational efficiency but also guarantees a high level of oversight and accountability for organizations striving to enhance their security posture. Consequently, with Strike48, organizations can confidently navigate the complexities of modern operational environments while ensuring their data integrity and compliance are upheld.

Probie aids software development teams in discovering opportunities to improve the experiences of their customers. It autonomously identifies problems like friction points, lost conversion opportunities, and software bugs, subsequently offering suggested remedies for evaluation. Issues such as excessive clicks, malfunctioning forms, failed requests, and interminable loading screens are highlighted by Probie, bringing to light challenges that users often encounter but may not report. By connecting your website and GitHub repository, Probie conducts an analysis of the failures, identifies the relevant code, and generates a pull request that includes a proposed solution for your team to review. Developers can then assess these changes and choose which modifications to adopt. Getting started is straightforward; you can use a simple script, install the JavaScript SDK from npm, or integrate your existing Sentry reports. Probie effectively converts actual user feedback into actionable improvements, allowing teams to spend less time detecting issues and more time focusing on building exceptional products. Moreover, by emphasizing user experience, Probie cultivates an environment of ongoing enhancement within software teams, promoting efficiency and innovation in development processes.

Large-scale cyberattacks have become increasingly prevalent in today's digital landscape, prompting the development of robust security systems designed to defend against such threats. Prancer offers an innovative attack automation solution that is currently patent-pending, which rigorously tests zero-trust cloud security by simulating real-world critical threats to reinforce the security of your cloud ecosystem. This solution streamlines the process of discovering cloud APIs within an organization, as well as automating cloud penetration testing. By doing so, businesses can swiftly pinpoint security vulnerabilities and risks related to their APIs. Additionally, Prancer automatically identifies enterprise resources in the cloud and reveals every potential attack vector at both the Infrastructure and Application layers. It further evaluates the security settings of these resources while correlating information from diverse sources. Upon detecting any security misconfigurations, Prancer promptly alerts users and offers automatic remediation options, ensuring a proactive approach to cloud security management. This comprehensive system not only enhances security posture but also significantly reduces the time and effort needed to maintain cloud integrity.

Mondoo functions as an all-encompassing platform dedicated to security and compliance, with the goal of significantly reducing key vulnerabilities in organizations by integrating thorough asset visibility, risk analysis, and proactive measures for remediation. It maintains an extensive inventory of various asset types, such as cloud services, on-premises systems, SaaS applications, endpoints, network devices, and developer pipelines, while continuously assessing their configurations, vulnerabilities, and relationships. By taking into account business relevance—like the significance of an asset, possible exploitation risks, and deviations from set policies—it effectively scores and highlights the most urgent threats. Users are given the choice for guided remediation using pre-tested code snippets and playbooks, or they may opt for automated remediation through orchestration pipelines, which include features for tracking, ticket generation, and verification. Furthermore, Mondoo supports the integration of third-party findings, operates seamlessly with DevSecOps toolchains, including CI/CD, Infrastructure as Code (IaC), and container registries, and offers over 300 compliance frameworks and benchmark templates for a comprehensive approach to security. Its powerful features not only bolster organizational resilience but also simplify compliance processes, making it an essential tool for tackling modern security challenges while ensuring that businesses can maintain a robust security posture. Ultimately, Mondoo stands out as a vital resource in navigating the complexities of today's security landscape.

MergeBase is revolutionizing the approach to software supply chain security with its comprehensive, developer-focused SCA platform that boasts the fewest false positives in the industry. This platform ensures thorough DevOps coverage across the entire lifecycle, from coding and building to deployment and runtime. MergeBase excels in accurately identifying and documenting vulnerabilities throughout the build and deployment stages, contributing to its remarkably low false positive rate. Developers can enhance their workflow and streamline their processes by leveraging "AutoPatching," which provides immediate access to optimal upgrade paths and applies them automatically. Furthermore, MergeBase offers premier developer guidance, enabling security teams and developers to swiftly pinpoint and mitigate genuine risks within open-source software. Users receive a detailed summary of their applications, complete with an in-depth analysis of the risks tied to the underlying components. The platform also provides comprehensive insights into vulnerabilities, a robust notification system, and the ability to generate SBOM reports, ensuring that security remains a top priority throughout the software development process. Ultimately, MergeBase not only simplifies vulnerability management but also fosters a more secure development environment for teams.

Rafter is a security scanning tool tailored for developers, streamlining the detection and fixing of vulnerabilities within GitHub repositories with just a click or command. The platform offers a seamless integration experience through a web dashboard, command-line interface, or REST API, facilitating the analysis of JavaScript, TypeScript, and Python code to identify a range of issues, including exposed API keys, SQL injection vulnerabilities, XSS flaws, insecure dependencies, hardcoded credentials, and authentication weaknesses. The findings are categorized into three distinct sections: “Errors,” “Warnings,” and “Improvements,” each featuring detailed explanations, pinpointed code locations, remediation advice, and formatted prompts suitable for AI coding tools. Users can view results in both JSON and Markdown formats, automate scans within CI/CD pipelines, and easily incorporate scan results into their workflows. Rafter’s versatile functionality supports no-code, low-code, and full-code environments, empowering developers to implement proactive security measures early in the software development lifecycle. This not only simplifies the process but also enhances scalability as project demands evolve, allowing teams to uphold a strong security stance while efficiently delivering high-quality software. Consequently, Rafter plays a vital role in fostering a culture of security-minded development within teams, reinforcing the importance of maintaining secure coding practices throughout the development process.

Exaforce stands out as a groundbreaking SOC platform that enhances the productivity and effectiveness of security operations center teams by a remarkable tenfold, utilizing advanced AI bots along with intricate data analytics. With the use of a semantic data model, it adeptly handles and analyzes extensive logs, configurations, codes, and threat intelligence, which substantially improves the reasoning abilities of both human analysts and large language models. This semantic structure, when merged with behavioral and knowledge models, empowers Exaforce to independently triage alerts with the accuracy of an experienced analyst, drastically reducing the alert-to-decision timeframe to just a few minutes. Additionally, Exabots help to simplify repetitive tasks such as securing confirmations from users and managers, investigating past tickets, and cross-referencing with change management systems such as Jira and ServiceNow, thereby reducing the burden on analysts and diminishing the risk of burnout. Moreover, Exaforce delivers state-of-the-art detection and response capabilities specifically designed for vital cloud services, safeguarding security across multiple platforms. Overall, its all-encompassing strategy solidifies Exaforce's position as a frontrunner in enhancing security operations, while also promoting a healthier work environment for security professionals.

Eureka is an all-encompassing cloud platform designed for application security and DevSecOps, specifically aimed at software development teams. It conducts an in-depth analysis of code, dependencies, exposed secrets, and risks linked to the software supply chain, while also integrating results from various scanners and SARIF outputs. The platform efficiently consolidates findings, removes duplicates, and prioritizes issues according to the context of the application, ensuring that aspects such as ownership, remediation, validation, approvals, and risk-related decisions are thoroughly documented. Development teams can easily connect their code repositories, issue tracking systems, and CI/CD workflows, enabling them to relate findings to tickets and pull requests seamlessly. In addition, Eureka keeps a meticulous record of activities and decisions, which is essential for creating application security documentation necessary for customer security assessments, audits, and compliance with legal standards. This solution is particularly beneficial for engineering and security teams looking to establish or manage their application security process without the burden of manually integrating various scanners and overseeing evidence workflows, thus enhancing their security initiatives. By simplifying the security management process, Eureka allows teams to concentrate on developing secure applications rather than being overwhelmed by administrative responsibilities, ultimately fostering a culture of security within the organization.

Cortex AgentiX is a secure, enterprise-grade AI agent platform developed by Palo Alto Networks to address the growing speed and sophistication of modern cyber threats. As the next evolution of Cortex XSOAR®, it enables organizations to design, deploy, and manage AI agents that autonomously execute security operations. These agents act as intelligent teammates, capable of planning multi-step workflows and responding to incidents at any time. Cortex AgentiX is trained on over 1.2 billion real-world security playbook executions, providing a strong foundation of operational intelligence. The platform supports both prebuilt and custom no-code agents, allowing teams to tailor automation to their environment. Organizations maintain full control over agent autonomy, including human-in-the-loop approvals for high-impact actions. Built-in governance ensures agents adhere to strict access controls and security policies. Cortex AgentiX delivers full visibility into how agents interpret requests, execute actions, and produce outcomes. This transparency supports auditing, compliance, and trust in AI-driven operations. The platform integrates deeply with the Cortex ecosystem, including XSIAM, XDR, and cloud security tools. With a broad integration ecosystem, Cortex AgentiX connects to over 1,000 security technologies. Cortex AgentiX enables organizations to scale AI-driven security operations without sacrificing control or accountability.

AgileBlue is a cutting-edge Security Operations platform that leverages AI technology to continuously monitor, analyze, and autonomously mitigate cyber threats across an organization’s entire digital landscape, which encompasses endpoints, cloud services, and networks. By fusing AI-driven decision-making with 24/7 expert support, it effectively reduces false alarms, accelerates the investigation process, and safeguards business operations against potential attacks. The platform boasts a wide array of vital modules, including a sophisticated SIEM that delivers correlated and contextual insights into threats, automated vulnerability scanning to uncover risks before exploitation, and a cloud security feature that maintains oversight across various cloud services while actively identifying misconfigurations. Furthermore, Sapphire AI improves real-time threat prioritization by learning and adapting to every incoming signal, significantly decreasing false positives and alert fatigue. AgileBlue's efficient Cerulean agent ensures instant endpoint visibility without compromising system performance, allowing organizations to function seamlessly while upholding a robust security stance. This innovative strategy not only equips businesses to proactively tackle emerging cyber threats but also enhances the efficient utilization of their security resources. By focusing on adaptability and precision, AgileBlue positions itself as a leader in the realm of cybersecurity.

ThreatSpy, created by Secure Blink, is an autonomous DAST and API security testing platform that operates continuously without human oversight. Every detected issue is meticulously evaluated by a dedicated AI Review layer, which determines both the risk of exploitation and the potential business impact, effectively minimizing false positives by more than 90% before issues reach developers. To facilitate a smooth process from detection to resolution, the platform utilizes Remediation Campaigns and Automated Playbooks that automatically create tickets in systems such as Jira, Trello, and ServiceNow when vulnerabilities are identified. Its standout features consist of continuous DAST functionality, testing capabilities for REST, GraphQL, OpenAPI, and Postman Collection APIs, and thorough coverage of the OWASP Top 10, OWASP API Top 10, and SANS CWE Top 25, complemented by AI Review for each discovery and a feature that allows scan comparisons across various releases. Furthermore, ThreatSpy integrates seamlessly with CI/CD tools like Jenkins, GitHub Actions, GitLab CI, Bitbucket, Azure DevOps, and CircleCI, and is deployable in SaaS, Private Cloud, and On-Premises settings. The platform boasts an impressive user rating of 4.7 out of 5 on G2 and has received the esteemed GrindStone Award at RSA 2026. Users can also explore a free 14-day trial without the need for a credit card, making it accessible for teams looking to improve their security posture. This forward-thinking security solution is tailored to significantly boost the productivity and effectiveness of vulnerability management processes for development teams.

Enhance your organization's potential by integrating AI-powered self-healing security systems that include human-in-the-loop automation. This innovative strategy bridges the gap between security protocols and workforce management, creating a modern paradigm for workforce protection. By leveraging AI's strengths alongside your employees, you can safeguard your business effectively. Say goodbye to the complications of spreadsheet management and the need to chase after employees, as you can tackle security issues with remarkable efficiency. Work hand-in-hand with your team to deploy security strategies that keep them engaged and productive. Make the most of your existing security tools to pinpoint weaknesses and implement effective remediation plans. Our focus is to shift cybersecurity initiatives to encompass both the technology in use and the individuals operating it, cultivating a more balanced and secure environment for institutions. By doing so, organizations can flourish while upholding strong security measures that adapt to their needs. This collaborative approach not only improves security but also enhances overall employee morale and productivity.

DebuggAI represents a groundbreaking platform that leverages artificial intelligence to streamline the debugging experience, allowing developers to quickly uncover and resolve coding issues through intelligent automation. It offers a range of functionalities including text-based test requests, secure local tunneling for testing localhost servers, and visual reports complemented by GIF recordings, all of which greatly improve the debugging workflow. This adaptable platform supports numerous technologies such as Node.js, Next.js, React, TypeScript, JavaScript, Python, Django, and Vite, making it suitable for various development settings. By enabling developers to formulate and execute tests using simple English commands, DebuggAI aims to tackle the complexities of end-to-end testing, thereby enhancing both efficiency and confidence throughout the software development process. Additionally, its intuitive interface and accessible features allow developers to prioritize coding over troubleshooting, contributing to a more efficient and productive work environment. This focus on user experience not only aids developers but also leads to higher quality software outcomes.

SaaS Security is a cutting-edge solution designed to secure the SaaS applications and data enterprises rely on, powered by Precision AI® and built natively within a SASE framework. It offers unmatched visibility by automatically discovering and categorizing thousands of SaaS and generative AI apps, addressing the challenges posed by unmanaged shadow IT and complex app configurations. SaaS Security protects sensitive data across growing SaaS and AI ecosystems, including conversational AI tools where data leakage risks are rising. Its AI Access Security monitors sanctioned and unsanctioned AI platforms, preventing unauthorized data sharing with external AI training models. The platform employs advanced multimodal data loss prevention, reducing false positives and securing data across email, collaboration apps, and GenAI services. Continuous risk mitigation detects and remedies misconfigurations, enforces multi-factor authentication, and aligns security settings with industry best practices. Inline AI-driven threat prevention stops zero-day malware and phishing attacks instantly, while user and entity behavior analytics detect anomalous SaaS activities. All SaaS security controls are managed from a unified cloud console, providing a centralized view for easy policy management and incident response. SaaS Security empowers enterprises to secure their SaaS landscape with precision, speed, and scalability. Customers benefit from measurable results, including a 46% reduction in breach likelihood, 69% operational efficiency gains, and a 98% return on investment.

Trellix Wise boasts over a decade of expertise in AI modeling and 25 years in analytics and machine learning, offering capabilities that effectively reduce alert fatigue while pinpointing hard-to-detect threats. By automatically escalating issues with pertinent context, it significantly boosts team efficiency, enabling all members to proactively seek and resolve potential threats. What sets Wise apart is its ability to integrate with three times the number of third-party applications than its competitors, leveraging real-time threat intelligence generated from an impressive 68 billion daily queries across over 100 million endpoints. The platform simplifies operations by automating the investigation of alerts and prioritizing them through a system of automated escalation, built on workflows and analytics refined over the years, supported by more than 1.5 petabytes of data. Users benefit from AI-driven prompts in everyday language, allowing them to efficiently discover, investigate, and address threats, which leads to notable gains in productivity. Remarkably, for every 100 alerts processed, teams can regain up to eight hours of Security Operations Center (SOC) work, with tangible time savings illustrated on their dashboards. Trellix Wise not only alleviates alert fatigue but also empowers security operations teams of varying expertise to effectively investigate and automate the resolution of every alert, contributing to a stronger defense against cyber threats in an ever-evolving digital landscape. This innovative approach allows organizations to maintain a proactive stance against potential security breaches while optimizing their operational workflows.

Zynap is a cloud-centric solution designed for cybersecurity operations, serving the needs of enterprise security teams as well as managed security service providers. It combines an array of features, including threat intelligence, analysis of exposure and credentials, malware sandboxing, and AI-powered operations within an automated framework. Security professionals can utilize a visual low-code workflow canvas along with AI agents to investigate threats, correlate intelligence with assets and identities, prioritize risks, and enable coordinated responses by integrating existing security tools. The practical uses of this platform include threat enrichment, incident management, vulnerability and credential validation, malware analysis, and remediation strategies. Furthermore, Zynap is built to integrate effortlessly with an organization’s existing security ecosystem, such as SIEM systems, endpoint protection, identity management solutions, ticketing platforms, and threat intelligence resources, thereby bolstering the capabilities of internal Security Operations Center (SOC) teams, corporate cyber defense groups, and Managed Security Service Providers (MSSPs). By offering such comprehensive features, this platform significantly boosts the overall efficiency of cybersecurity measures within organizations, ultimately leading to a more robust defense against evolving cyber threats. This adaptability ensures that organizations can maintain a proactive security posture in an increasingly complex digital landscape.