Alternatives to Helios

Criminal IP's Attack Surface Management (ASM) is an intelligence-driven platform designed to continuously identify, catalog, and oversee all internet-connected assets linked to an organization, including overlooked and shadow resources, enabling teams to understand their actual external exposure from the perspective of potential attackers. This solution integrates automated asset detection with open-source intelligence (OSINT) methods, artificial intelligence enhancements, and sophisticated threat intelligence to reveal exposed hosts, domains, cloud services, IoT devices, and other internet-facing entry points, while also collecting evidence such as screenshots and metadata, and linking findings to known vulnerabilities and attacker techniques. By evaluating exposures through the lens of business relevance and risk, ASM emphasizes vulnerable elements and misconfigurations, providing instantaneous alerts and interactive dashboards that facilitate quicker investigations and remediation efforts. Furthermore, this comprehensive tool empowers organizations to proactively manage their security posture, ensuring that they remain vigilant against emerging threats.

Splunk AppDynamics is a comprehensive observability and security platform designed to optimize hybrid and on-prem applications. Unlike siloed monitoring tools, it connects application performance to measurable business outcomes such as revenue, conversions, and operational efficiency. The solution empowers teams to track critical business transactions like logins, shopping cart activity, and order processing, providing real-time visibility into bottlenecks. With AI-powered anomaly detection and root cause analysis, it ensures that performance issues are identified quickly and accurately. AppDynamics extends beyond performance monitoring by securing applications at runtime, blocking threats, and exposing vulnerabilities before they escalate. Its specialized support for SAP environments enables rapid issue detection, tracing down to ABAP code or database queries. Digital Experience Monitoring adds a customer-focused lens, offering web, mobile, and synthetic insights into user journeys. By combining business performance analytics, runtime security, and full-stack observability, Splunk AppDynamics helps organizations maximize reliability and deliver superior digital experiences.

GitLab is a complete DevOps platform. GitLab gives you a complete CI/CD toolchain right out of the box. One interface. One conversation. One permission model. GitLab is a complete DevOps platform, delivered in one application. It fundamentally changes the way Security, Development, and Ops teams collaborate. GitLab reduces development time and costs, reduces application vulnerabilities, and speeds up software delivery. It also increases developer productivity. Source code management allows for collaboration, sharing, and coordination across the entire software development team. To accelerate software delivery, track and merge branches, audit changes, and enable concurrent work. Code can be reviewed, discussed, shared knowledge, and identified defects among distributed teams through asynchronous review. Automate, track, and report code reviews.

Mindgard, the leading cybersecurity platform for AI, specialises in securing AI/ML models, encompassing LLMs and GenAI for both in-house and third-party solutions. Rooted in the academic prowess of Lancaster University and launched in 2022, Mindgard has rapidly become a key player in the field by tackling the complex vulnerabilities associated with AI technologies. Our flagship service, Mindgard AI Security Labs, reflects our dedication to innovation, automating AI security testing and threat assessments to identify and remedy adversarial threats that traditional methods might miss due to their complexity. Our platform is supported by the largest, commercially available AI threat library, enabling organizations to proactively protect their AI assets across their entire lifecycle. Mindgard seamlessly integrates with existing security ecosystem platforms, enabling Security Operations Centers (SOCs) to rapidly onboard AI/ML solutions and manage AI-specific vulnerabilities and hence risk.

Tenzir is a specialized data pipeline engine tailored for security teams, streamlining the processes of collecting, transforming, enriching, and routing security data throughout its entire lifecycle. It allows users to efficiently aggregate information from multiple sources, convert unstructured data into structured formats, and adjust it as necessary. By optimizing data volume and lowering costs, Tenzir also supports alignment with standardized schemas such as OCSF, ASIM, and ECS. Additionally, it guarantees compliance through features like data anonymization and enhances data by incorporating context from threats, assets, and vulnerabilities. With capabilities for real-time detection, it stores data in an efficient Parquet format within object storage systems. Users are empowered to quickly search for and retrieve essential data, as well as to reactivate dormant data into operational status. The design of Tenzir emphasizes flexibility, enabling deployment as code and seamless integration into pre-existing workflows, ultimately seeking to cut SIEM expenses while providing comprehensive control over data management. This approach not only enhances the effectiveness of security operations but also fosters a more streamlined workflow for teams dealing with complex security data.

Terra provides a service for continuous web application penetration testing powered by agentic-AI, integrating artificial intelligence with the oversight of human experts to offer comprehensive security evaluations with a focus on business context. This solution ensures that the entire web application attack surface of an organization is continuously assessed, adapting to changes rather than being limited to periodic testing. With its ability to evaluate newly launched or updated features for vulnerabilities in real time, Terra eliminates the need to wait for quarterly or annual assessments. The generated reports are structured to meet compliance audit requirements, showcasing evidence of exploitability, likelihood, potential breach comparisons, and business impacts, along with actionable remediation recommendations. By concentrating on genuine risks specific to the client's business environment and risk profile, the service enhances visibility across all applications and features. This results in a significant improvement in efficiency and accuracy compared to traditional automated penetration tests, ultimately benefiting users with a more robust security posture. Additionally, organizations can confidently navigate the evolving threat landscape with the proactive nature of Terra’s continuous assessment approach.

Heeler serves as an advanced application security platform designed to assist both development and security teams in automating the identification, ranking, and resolution of risks associated with open source and applications by consolidating contextual information from various sources, including code, runtime environments, deployments, dependencies, and business logic into a cohesive actionable framework. By integrating static and dynamic analysis, software composition analysis, threat modeling, and secrets scanning with a sophisticated context engine that illustrates the operational behavior of code in production, Heeler allows for the prioritization of threats in real-time based on their exploitability and potential business repercussions, rather than simply relying on the number of vulnerabilities. This platform not only automatically produces validated remediation recommendations but can also generate merge-ready pull requests to update libraries or resolve identified issues, which significantly reduces the need for manual research and expedites the process of implementing fixes. Furthermore, Heeler delivers comprehensive visibility throughout the software development lifecycle, systematically tracking vulnerabilities from the moment they are discovered until they are resolved, while also ensuring that fixes are effectively monitored across various deployments, thus enhancing the overall security posture of the organization.

Raven is an innovative runtime application security platform that safeguards cloud-native applications by functioning internally during execution instead of depending on external security measures. By providing real-time insights into the actual operation of code, it can comprehend execution flows, libraries, and behaviors at the function level, which aids in identifying and averting malicious activities before they manifest. In contrast to conventional tools like WAF or EDR that observe from an external viewpoint, Raven integrates within the application itself, thus equipping it to thwart exploits, supply chain attacks, and zero-day vulnerabilities even in the absence of known threats or CVEs. It perpetually scrutinizes runtime activities, detects irregular patterns, or misuse of legitimate operations, and promptly intervenes to halt harmful executions. Furthermore, Raven aids security teams in prioritizing their efforts by sifting through countless irrelevant vulnerabilities, allowing them to concentrate solely on those that pose a genuine risk. This proactive approach not only enhances security but also streamlines the overall security management process, ensuring that resources are allocated effectively.

Uptycs presents the first unified CNAPP and XDR platform that enables businesses to take control of their cybersecurity. Uptycs empowers security teams with real-time decision-making driven by structured telemetry and powerful analytics. The platform is designed to provide a unified view of cloud and endpoint telemetry from a common solution, and ultimately arm modern defenders with the insights they need across their cloud-native attack surfaces. Uptycs prioritizes responses to threats, vulnerabilities, misconfigurations, sensitive data exposure, and compliance mandates across modern attack surfaces—all from a single UI and data model. This includes the ability to tie together threat activity as it traverses on-prem and cloud boundaries, delivering a more cohesive enterprise-wide security posture. With Uptycs you get a wide range of functionality, including CNAPP, CWPP, CSPM, KSPM, CIEM, CDR, and XDR. Shift up with Uptycs.

Bionic adopts an agentless strategy to gather all your application artifacts, offering a level of application insight that surpasses what your CSPM tool can deliver. It consistently monitors and compiles a comprehensive inventory of your applications, services, message brokers, and databases. By integrating seamlessly into CI/CD pipelines, Bionic identifies significant risks within the application layer and code, enabling teams to assess security posture during production. Additionally, Bionic conducts thorough code analysis, checking for critical CVEs while delivering profound insights into the potential impact of attack surfaces. The platform prioritizes code vulnerabilities with consideration to the overall architecture of your applications. Furthermore, you can establish tailored policies to rank architectural risks according to your organization's specific security requirements, ensuring that security measures align with business needs and regulatory standards. This comprehensive approach empowers teams to proactively address vulnerabilities and enhance the overall security framework of their applications.

Security solutions are essential for addressing threats that stem from technology, personnel, and operational processes. By effectively overseeing your Security Program, you can significantly lower the chances of suffering from attacks, ransomware incidents, data breaches, and risks associated with third-party engagements. These integrated solutions are designed to assist in the development and ongoing management of an Information Security Management System (SGSI), ensuring a focus on business priorities. Additionally, they enable the automatic detection of vulnerabilities within cloud environments, thereby mitigating the likelihood of ransomware, data leaks, intrusions, and cyber threats. Analyzing both your own exposure and that of external partners is crucial for understanding risk. The provision of risk assessments, along with insights into potential leaks and vulnerabilities across applications, networks, and infrastructure, is vital for informed decision-making. Furthermore, these collaborative frameworks include comprehensive reports and dashboards that present information in an accessible manner, fostering effective communication and information sharing throughout the organization. By enhancing visibility and understanding of security conditions, businesses can make better strategic decisions to bolster their defenses.

Revolutionizing observability brings context and performance into a unified space, suitable for any stack and scale. Achieve thorough end-to-end visibility by effortlessly monitoring applications, infrastructure, databases, and more from a single, user-friendly dashboard. With just a few clicks, trace and analyze digital journeys seamlessly from browsers and applications to the infrastructure layer. Discover invaluable insights into user experiences, identify where dropouts occur, and highlight critical aspects of business transactions through in-depth user analytics and real user monitoring (RUM). This allows for quick adaptation, optimization, and innovation powered by real-time visibility and swift root-cause analysis. Additionally, our dedicated team of experts is available 24/7, 365 days a year, ensuring you receive prompt assistance and tailored support for your unique requirements, which further enhances your operational efficiency. The combination of these features empowers businesses to stay ahead in a rapidly evolving digital landscape.

DeepSurface optimizes your time, ensuring you achieve the highest return on investment for your efforts. By leveraging essential insights from your existing digital infrastructure, it automates the analysis of over 2,000 CVEs released monthly, efficiently pinpointing which vulnerabilities and chains of vulnerabilities threaten your environment and which are harmless, thereby accelerating the vulnerability assessment process to allow you to concentrate on what truly matters. Utilizing the extensive context it gathers, DeepSurface constructs a thorough threat model and hacker roadmap, enabling you to visualize an attacker's potential movement through your digital landscape and identify areas where significant damage could occur. Furthermore, DeepSurface provides actionable intelligence in the form of a prioritized, step-by-step guide, detailing which hosts, patches, and vulnerabilities should be tackled first, allowing you to employ strategic and precise actions that effectively minimize your cybersecurity risks. This approach not only enhances your security posture but also empowers you to allocate resources more efficiently in the face of evolving threats.

Confidently assess and prioritize vulnerabilities spanning from endpoint devices to the cloud while maintaining comprehensive visibility of the attack surface and threat-aware risk context. Focus on remediation efforts from endpoints to cloud infrastructure with a pioneer in exposure management solutions. Stay one step ahead of cyber adversaries by leveraging critical insights to address vulnerabilities, policy deficiencies, and misconfigurations present in hybrid environments. Enhance ongoing attack surface monitoring through detailed environmental context and automated risk scoring, effectively identifying and mitigating harmful combinations. Gain a comprehensive understanding of asset posture, ownership, and policy shortcomings in hybrid environments that require adherence to regulatory standards. Proactively mitigate cloud risks before they impact production by utilizing infrastructure-as-code (IaC) and continuous web application scanning, which offer developers actionable insights. Exposure Command supplies teams with an enriched context, enabling them to effectively manage the most significant risks to the organization, thereby transforming risk management into a proactive endeavor that aligns with business objectives.

Codex Security is an AI-driven application security tool designed to identify vulnerabilities within software projects and provide reliable fixes. Built on OpenAI’s advanced models and the Codex agent framework, the system analyzes code repositories to develop a detailed understanding of a project’s architecture and security posture. It generates a customizable threat model that helps guide the vulnerability detection process. Using this context, Codex Security scans the codebase to identify potential security weaknesses and prioritize them based on their actual risk. The system performs automated validation to verify vulnerabilities and reduce the number of false positives typically produced by traditional security scanners. When issues are confirmed, it generates recommended patches that align with the surrounding code and intended system behavior. This approach helps developers address security problems without introducing unintended regressions. Codex Security also learns from user feedback to improve its detection accuracy over time. The platform is designed to operate at scale and analyze large volumes of commits across repositories. Overall, Codex Security helps development and security teams strengthen application security while reducing manual triage and review workloads.

Microsoft Defender External Attack Surface Management outlines the specific attack surface that is exposed to the internet for your organization while uncovering previously unrecognized resources to effectively enhance your security measures. Through a unified interface, you can analyze your organization’s web applications, dependencies, and infrastructure in one comprehensive view, allowing for a more streamlined approach to security management. This improved visibility empowers both security and IT teams to uncover hidden resources, assess risks more accurately, and mitigate potential threats efficiently. You can monitor your ever-evolving global attack surface in real time, gaining thorough insight into your organization's internet-facing assets. Furthermore, a straightforward and searchable inventory equips network teams, security professionals, and incident responders with validated information regarding vulnerabilities, risks, and exposures, which encompasses everything from hardware to specific application elements. This holistic approach ultimately facilitates a proactive defense strategy against cyber threats.

Rezilion’s Dynamic SBOM enables the automatic detection, prioritization, and remediation of software vulnerabilities, allowing teams to concentrate on what truly matters while swiftly eliminating risks. In a fast-paced environment, why compromise on security for the sake of speed when you can effectively achieve both? As a software attack surface management platform, Rezilion ensures that the software delivered to customers is automatically secured, ultimately providing teams with the time needed to innovate. Unlike other security solutions that often add to your remediation workload, Rezilion actively decreases your vulnerability backlogs. It operates across your entire stack, giving you insight into which software components are present in your environment, identifying those that are vulnerable, and pinpointing which ones are truly exploitable, enabling you to prioritize effectively and automate remediation processes. You can quickly compile an accurate inventory of all software components in your environment, and through runtime analysis, discern which vulnerabilities pose real threats and which do not, enhancing your overall security posture. With Rezilion, you can confidently focus on development while maintaining robust security measures.

ARMO guarantees comprehensive security for workloads and data hosted internally. Our innovative technology, currently under patent review, safeguards against breaches and minimizes security-related overhead across all environments, whether they are cloud-native, hybrid, or legacy systems. Each microservice is uniquely protected by ARMO, achieved through the creation of a cryptographic code DNA-based workload identity. This involves a thorough analysis of the distinctive code signature of each application, resulting in a personalized and secure identity for every workload instance. To thwart hacking attempts, we implement and uphold trusted security anchors within the software memory that is protected throughout the entire application execution lifecycle. Our stealth coding technology effectively prevents any reverse engineering of the protective code, ensuring that secrets and encryption keys are fully safeguarded while they are in use. Furthermore, our encryption keys remain concealed and are never exposed, rendering them impervious to theft. Ultimately, ARMO provides robust, individualized security solutions tailored to the specific needs of each workload.

Pydantic Logfire serves as an observability solution aimed at enhancing the monitoring of Python applications by converting logs into practical insights. It offers valuable performance metrics, tracing capabilities, and a comprehensive view of application dynamics, which encompasses request headers, bodies, and detailed execution traces. Built upon OpenTelemetry, Pydantic Logfire seamlessly integrates with widely-used libraries, ensuring user-friendliness while maintaining the adaptability of OpenTelemetry’s functionalities. Developers can enrich their applications with structured data and easily queryable Python objects, allowing them to obtain real-time insights through a variety of visualizations, dashboards, and alert systems. In addition, Logfire facilitates manual tracing, context logging, and exception handling, presenting a contemporary logging framework. This tool is specifically designed for developers in search of a streamlined and efficient observability solution, boasting ready-to-use integrations and user-centric features. Its flexibility and comprehensive capabilities make it a valuable asset for anyone looking to improve their application's monitoring strategy.

Oligo Security presents a runtime application security platform that delivers comprehensive insights into application behavior at both the library and function levels. Utilizing its innovative eBPF technology, Oligo empowers organizations to identify and address vulnerabilities in real time, concentrating on genuine exploitability to minimize false alarms. Among its standout features are immediate attack detection, thorough monitoring of application behavior, and the capability to gain actionable insights on actual exploitability. Oligo's offerings, including Oligo Focus and Oligo ADR, aim to keep developers concentrated on enhancing features by pinpointing which vulnerable libraries and functions are in use, while also revealing ongoing attacks, even from previously unknown zero-day vulnerabilities. With its remarkably low overhead and swift deployment capabilities, Oligo integrates seamlessly into all applications, augmenting security measures without sacrificing performance. Furthermore, this robust platform is designed to adapt to the evolving threat landscape, ensuring organizations remain protected against emerging security risks.

Security and observability tailored for Kubernetes environments. Implementing security and observability as code is essential for modern cloud-native applications. This approach encompasses cloud-native security as code for various elements, including hosts, virtual machines, containers, Kubernetes components, workloads, and services, ensuring protection for both north-south and east-west traffic while facilitating enterprise security measures and maintaining continuous compliance. Furthermore, Kubernetes-native observability as code allows for the gathering of real-time telemetry, enhanced with context from Kubernetes, offering a dynamic view of interactions among components from hosts to services. This enables swift troubleshooting through machine learning-driven detection of anomalies and performance issues. Utilizing a single framework, organizations can effectively secure, monitor, and address challenges in multi-cluster, multi-cloud, and hybrid-cloud environments operating on either Linux or Windows containers. With the ability to update and deploy security policies in mere seconds, businesses can promptly enforce compliance and address any emerging issues. This streamlined process is vital for maintaining the integrity and performance of cloud-native infrastructures.

Ivanti Neurons for RBVM transforms traditional vulnerability management by adopting a risk-based approach that helps security teams focus on vulnerabilities posing the greatest threat to their organization. It ingests data from over 100 vulnerability sources, manual pen tests, and threat intelligence feeds to continuously analyze and prioritize risks. The platform offers automation features such as playbooks and SLA-driven workflows to streamline remediation efforts and reduce mean time to remediation. Real-time alerts and deep integration with ticketing systems improve coordination between security and IT operations teams. Customizable dashboards and threat-based views provide clear visibility tailored for different stakeholders, from SOC analysts to executives. Ivanti’s unique Vulnerability Risk Rating (VRR) scores vulnerabilities based on threat context, updating dynamically with new intelligence. The platform also supports seamless integration with Ivanti Neurons for Patch Management, enabling direct vulnerability-to-patch workflows. With Ivanti Neurons for RBVM, organizations can improve their cybersecurity posture while optimizing operational efficiency.

Onit is a security operations platform driven by artificial intelligence, aimed at streamlining the processes of identifying, prioritizing, and addressing cybersecurity vulnerabilities through the use of autonomous AI agents. This innovative solution addresses a persistent weakness in security workflows by transcending mere detection and facilitating ongoing, automated management of vulnerabilities within intricate environments. The platform assimilates information from various security tools, asset inventories, and scanners, empowering its agents to link vulnerabilities with the systems they impact, ascertain ownership, and grasp the actual business implications, rather than relying solely on standard severity ratings. By connecting vulnerabilities to their potential business repercussions, Onit enhances the prioritization of risks and carries out remediation actions automatically, thereby minimizing the delays typically associated with manual inter-team coordination. A vital feature of Onit is its “decision-based” system, which allows once-defined resolution strategies to be converted into enforceable rules, applicable to all analogous future incidents. This approach not only optimizes the security posture but also fosters a more proactive stance against emerging threats in real-time.

Depthfirst is an advanced application security platform specifically designed to aid organizations in identifying, prioritizing, and addressing software vulnerabilities by thoroughly understanding their code, infrastructure, and business logic as an integrated system. Central to depthfirst is its "General Security Intelligence," which conducts comprehensive analyses of entire repositories and environments to reveal how systems operate in reality, thus identifying intricate, real-world vulnerabilities that conventional scanners frequently overlook. By assessing complete attack paths, permissions, and data flows, it accurately determines the exploitability of issues, thereby significantly lowering false positive rates and enabling teams to concentrate on substantial risks. Additionally, depthfirst functions across various layers of the technology stack, which includes source code, dependencies, secrets, containers, and live applications, ensuring ongoing security throughout both development and production phases. This holistic approach not only enhances security effectiveness but also streamlines the remediation process for development teams.

The automated identification and cataloging of external assets, facilitated through passive scanning, provides organizations with a comprehensive view of their digital attack surface, vulnerabilities, and associated risk scores. Cyber exposure management transcends being merely a tool; it serves as a strategic partner in the protection of your digital ecosystem. Unlike standard attack surface solutions, it delivers an extensive overview of your entire internet-facing digital framework. Our thorough methodology includes correlating, categorizing, and meticulously evaluating each data point to guarantee that our clients receive precise and relevant insights. Furthermore, we enhance this service by providing critical insights and context, ensuring that you maintain a proactive stance in cyber defense. You will receive an actionable report packed with context and documentation tailored for your governance, risk, and compliance (GRC) needs. With our user-friendly setup, extensive testing capabilities, and strong posture management, you can execute specific tests or schedule them for regular intervals to ensure your security remains robust. This proactive approach not only fortifies your defenses but also equips you with the knowledge needed to navigate the evolving cyber threat landscape.

HTCD is an AI-driven cloud security SaaS designed to significantly enhance your security posture. HTCD offers centralized visibility with over 500 pre-built policies covering cloud security, infrastructure, networks, SaaS, and compliance. You retain full control of your data while benefiting from seamless integration and extensive protection. Detect - No-Code Detection Engineering Eliminate the need for complex coding. With HTCD, create detections without code, using plain English as your programming language. Quickly identify and mitigate potential threats with queries like: "Which CVEs are exploitable in my Azure environment?" "Show me S3 costs over the past two weeks." Hunt - Proactive Internal Threat Hunting Track activities across all your Cloud (Azure, AWS) and SaaS (M365, GitHub, HubSpot, Slack, etc.) tools with ease. Empower your security analysts and internal threat detection teams with one-click hunting for rapid detection and resolution. Respond - Address What Matters Most Gain a risk-based perspective on security misconfigurations and vulnerabilities, prioritized by AI specifically for you. HTCD helps you address the most critical issues, drastically reducing response times and operational risk.

Patch Management offers a user-friendly approach to overseeing vulnerabilities within operating systems and third-party applications on Windows servers and workstations. It encompasses the entire patch management lifecycle, which includes discovering, identifying, evaluating, reporting, managing, installing, and addressing security threats. By implementing this solution, organizations can decrease their attack surface, effectively control and mitigate the risks of vulnerability exploitation, while enhancing their preventative and containment strategies. Additionally, it provides centralized and real-time insight into the security status of software vulnerabilities, missing updates, patches, and outdated (EOL) software. Furthermore, it allows for the auditing, monitoring, and prioritization of updates for both operating systems and applications, ensuring that security measures are consistently implemented and maintained. This comprehensive approach ultimately contributes to a more robust security posture for the organization.

Mitigate risks within your IT infrastructure effectively. The pioneering solution that established the category continues to elevate standards, safeguarding enterprises from significant cyber threats that heighten overall business risk. Leverage a combination of active scanning, agents, passive monitoring, external attack surface management, and CMDB integrations to achieve the necessary visibility to uncover significant vulnerabilities throughout your systems. With the industry's broadest CVE coverage, you can swiftly and confidently identify critical exposures that are highly susceptible to attacks and could impact your business. Implement timely and assertive actions using Tenable Predictive Prioritization technology, which integrates vulnerability insights, threat intelligence, and data science to address critical exposures and facilitate remedial measures. Tailored to suit your specific requirements, the Tenable Security Center suite of products equips you with the insights and context essential for comprehending your risk profile and promptly addressing vulnerabilities. This comprehensive approach ensures that your organization remains resilient against evolving cyber threats.

Address threats and vulnerabilities by implementing SOAR (security orchestration, automation, and response) alongside a risk-focused approach to vulnerability management. Welcome a secure journey into digital transformation by speeding up incident responses through context and AI-driven smart workflows. Leverage MITRE ATT&CK to probe into threats and address potential weaknesses. Employ risk-centric vulnerability management throughout your infrastructure and applications for optimal protection. Foster effective risk and IT remediation management through collaborative workspaces. Gain insight into crucial metrics and indicators via role-specific dashboards and reporting to bolster your strategic outlook. Improve the visibility of your security stance and the performance of your team. Security Operations categorizes essential applications into scalable packages that evolve alongside your changing needs. Maintain awareness of your security status and swiftly identify high-impact threats in real-time, accommodating rapid scale. Enhance your responsiveness with collaborative workflows and standardized processes that span across security, risk, and IT, ensuring a more robust defense framework. Emphasizing continuous improvement allows organizations to stay ahead of emerging threats.

One of the greatest hurdles in cybersecurity is effectively prioritizing risk, and our cutting-edge solution offers a tailored business framework for your security operations, enabling you to assess the efficacy of your security measures in relation to your specific organizational needs. Cyclops seamlessly integrates with your current security systems through the CSMA methodology, collecting metadata on a variety of threats, vulnerabilities, cloud environments, SaaS applications, and beyond. It further enhances this information by contextualizing it, analyzing the same entities across different integrated platforms. By delivering this context-driven approach to risk assessment, our cybersecurity mesh product empowers you to make informed decisions and concentrate on what truly matters for your business's security posture. Ultimately, this allows organizations to proactively address vulnerabilities while aligning security strategies with business objectives.

Balbix leverages advanced AI to automatically evaluate the enterprise attack surface, delivering a perspective on breach risk that is 100 times more precise. The platform perpetually uncovers and ranks vulnerabilities along with other risk factors, enabling both automated and supervised remediation efforts. By using Balbix, organizations can achieve a remarkable 95% reduction in cyber risk while enhancing their security team's efficiency by tenfold. A significant number of data breaches occur due to known security flaws that remain unaddressed, leading to a pressing challenge for security teams striving to identify and fix these vulnerabilities. With the inability to keep pace with emerging threats, many teams find themselves overwhelmed. To provide an accurate assessment of breach risk, Balbix continuously processes hundreds of billions of dynamic signals from your network. It sends out prioritized tickets containing essential context to risk owners, facilitating both automatic and supervised remediation efforts. Additionally, organizations can implement leaderboards and incentives to introduce a gamified element to their cyber risk management strategy, fostering engagement and accountability among team members. Ultimately, Balbix empowers enterprises to enhance their overall security posture significantly.

In contrast to earlier viruses that were relatively simple and few in number, traditional antivirus solutions could adequately safeguard systems using a database of signatures. However, the landscape of modern malware has evolved, incorporating advanced techniques like exploiting vulnerabilities. When a weakness in a trusted application is exploited, it can lead to unexpected behavior, which attackers leverage to breach computer security. This method of attacking through an undisclosed software vulnerability is referred to as a zero-day attack, or 0-day attack, and prior to the adoption of sandboxing, effective prevention methods were lacking. A malware sandbox serves as a protective mechanism that restricts an application's operations, such as handling a Word document, within a controlled environment. This isolated space allows the sandbox to scrutinize the dynamic behaviors of applications and their interactions in a simulated user setting, thereby revealing any potential malicious activities. Such technology has become essential in the fight against sophisticated threats, ensuring a more comprehensive approach to cybersecurity.

Kensu provides real-time monitoring of the complete data usage quality, empowering your team to proactively avert data-related issues. Grasping the significance of data application is more crucial than merely focusing on the data itself. With a unified and comprehensive perspective, you can evaluate data quality and lineage effectively. Obtain immediate insights regarding data utilization across various systems, projects, and applications. Instead of getting lost in the growing number of repositories, concentrate on overseeing the data flow. Facilitate the sharing of lineages, schemas, and quality details with catalogs, glossaries, and incident management frameworks. Instantly identify the underlying causes of intricate data problems to stop any potential "datastrophes" from spreading. Set up alerts for specific data events along with their context to stay informed. Gain clarity on how data has been gathered, replicated, and altered by different applications. Identify anomalies by analyzing historical data patterns. Utilize lineage and past data insights to trace back to the original cause, ensuring a comprehensive understanding of your data landscape. This proactive approach not only preserves data integrity but also enhances overall operational efficiency.

APIs are essential to business operations, facilitating everything from revenue-boosting customer interactions to efficient, cost-effective backend processes. Ensure their security with comprehensive API protection from Noname. Effortlessly identify APIs, domains, and potential vulnerabilities. Create a solid inventory of APIs and readily access critical insights, such as exposed data, to comprehend the possible attack vectors that malicious actors could exploit. Gain a complete understanding of every API within your organization's framework, enriched with pertinent business context. Detect vulnerabilities, safeguard sensitive information, and continuously oversee modifications to minimize risks associated with your APIs and lessen your exposure to attacks. This process is enhanced by automated detection powered by machine learning, which can recognize a wide array of API vulnerabilities, such as data leaks, tampering, misconfigurations, policy breaches, unusual activities, and various security threats directed at APIs. By staying vigilant and proactive, organizations can create a resilient and secure API environment.

Kubernetes, cloud, and container security that closes loop from source to finish Find vulnerabilities and prioritize them; detect and respond appropriately to threats and anomalies; manage configurations, permissions and compliance. All activity across cloud, containers, and hosts can be viewed. Runtime intelligence can be used to prioritize security alerts, and eliminate guesswork. Guided remediation using a simple pull request at source can reduce time to resolution. Any activity in any app or service, by any user, across clouds, containers and hosts, can be viewed. Risk Spotlight can reduce vulnerability noise by up 95% with runtime context. ToDo allows you to prioritize the security issues that are most urgent. Map production misconfigurations and excessive privileges to infrastructure as code (IaC), manifest. A guided remediation workflow opens a pull request directly at source.

Introducing a robust yet nimble security solution that delivers comprehensive visibility, proactive management, and effective threat detection and response tailored for your Linux systems, whether in the cloud or a data center. Your cloud environment is a complex multi-user setting, and safeguarding it with security measures designed for endpoints is inadequate. Move beyond basic logging and analytic tools that lack essential context and operational workflows needed for genuine infrastructure protection. Cmd’s detection and response platform is specifically designed to meet the demands of modern, agile security teams. Monitor system activities in real-time or explore historical data using advanced filters and alerts. Utilize our eBPF sensors, contextual data architecture, and user-friendly workflows to gain clarity on user interactions, active processes, and access to critical resources, all without needing advanced Linux knowledge. Establish protective measures and controls surrounding sensitive actions to enhance traditional access management practices while ensuring security is part of your infrastructure's fabric. This approach not only strengthens your defenses but also empowers your team to respond swiftly to potential threats.

Struct is an innovative communication platform that leverages artificial intelligence to enhance the way teams collect, structure, and utilize insights from their conversations, effectively converting chat exchanges into an organized and searchable knowledge repository. Unlike traditional messaging systems that treat conversations as fleeting, Struct systematically categorizes discussions into coherent threads and feeds, all while developing a contextual knowledge base that retains critical insights, decisions, and shared materials. By harnessing AI capabilities, it analyzes dialogues to highlight pertinent information and link related concepts, ensuring that essential context remains intact over time and across messages. This functionality enables teams to swiftly access documents, answers, and past exchanges without the hassle of sifting through various tools or reiterating information. Furthermore, Struct prioritizes clarity and productivity by minimizing communication noise, transforming routine interactions into actionable knowledge that bolsters teamwork and informed decision-making processes. Ultimately, this approach not only streamlines collaboration but also empowers teams to work more efficiently and effectively.

Covail’s Vulnerability Management Solution (VMS) offers a user-friendly platform that allows IT security teams to evaluate applications and conduct network scans, gain insights into threats present on their attack surface, monitor vulnerabilities in real-time, and prioritize their responses effectively. With over 75% of enterprise systems exhibiting at least one security flaw, it is clear that attackers are ready to exploit these weaknesses. Our managed security service empowers you to establish a comprehensive 360-degree perspective on cybersecurity threats, risks, and vulnerabilities. This will enhance your ability to make well-informed choices regarding threat and vulnerability management. By keeping abreast of ongoing threats related to known vulnerabilities through trending data and CVE® (common vulnerabilities and exposures) lists, you can maintain a proactive stance. You will also be able to analyze your vulnerabilities based on assets, applications, and scans while understanding their alignment with established frameworks, ultimately fostering a more secure environment. This holistic approach is essential for organizations aiming to strengthen their defenses against an evolving threat landscape.

Runtime threat assessment, runtime attack analysis, and targeted protection of your infrastructure and applications. Zero-day attacks can be stopped by staying ahead of attackers. Observe attack behavior. ThreatStryker monitors, correlates, learns, and acts to protect your applications. Deepfence ThreatStryker displays a live, interactive, color-coded view on the topology and all processes and containers running. It inspects hosts and containers to find vulnerable components. It also interrogates configuration to identify file system, processes, and network-related misconfigurations. ThreatStryker uses industry and community standards to assess compliance. ThreatStryker conducts a deep inspection of network traffic, system behavior, and application behavior and accumulates suspicious events over time. The events are classified and correlated with known vulnerabilities and suspicious patterns.

Detecting security weaknesses and identifying vulnerabilities is essential for prioritizing remediation efforts and minimizing risk, while also streamlining compliance assessments for more than 100 regulations. The Control Compliance Suite empowers you to automate IT evaluations using top-tier, ready-to-use content for servers, applications, databases, network devices, endpoints, and cloud services, all managed from a unified console that focuses on security configurations, technical guidelines, or third-party controls. By uncovering misconfigurations, you can effectively prioritize remediation efforts. Unlike many vulnerability management tools, this suite provides security leaders with the ability to contextualize vulnerability and risk data within their business framework. The Control Compliance Suite Vulnerability Manager actively detects security weaknesses, evaluates their impact on the business, and facilitates comprehensive remediation across various infrastructures, including network, web, mobile, cloud, virtual, and IoT environments. This holistic approach not only enhances security posture but also aligns remediation activities with organizational objectives.

Your mission-critical systems carry the weight of your entire organization. Protecting them shouldn't leave you guessing about hidden vulnerabilities or compliance risks. Rocket® z/Assure™ Vulnerability Analysis Program (VAP) is a specialized mainframe security solution built to proactively scan and safeguard your most valuable environments. By identifying system-level risks before they become active threats, we partner with you to ensure your infrastructure remains locked down, resilient, and fully compliant. We understand the responsibility of managing enterprise security, and our tool gives you the exact insights you need to confidently eliminate weak points. Key benefits for your security team: - Identify and resolve hidden vulnerabilities with deep, automated scanning. - Protect your mission-critical data from evolving external and internal threats. - Streamline compliance reporting with clear, actionable security insights. Take control of your mainframe security. Partner with Rocket Software to protect your digital foundation today.

Sumo Logic, Inc. helps make the digital world secure, fast, and reliable by unifying critical security and operational data through its Intelligent Operations Platform. Built to address the increasing complexity of modern cybersecurity and cloud operations challenges, we empower digital teams to move from reaction to readiness—combining agentic AI-powered SIEM and log analytics into a single platform to detect, investigate, and resolve modern challenges. Customers around the world rely on Sumo Logic for trusted insights to protect against security threats, ensure reliability, and gain powerful insights into their digital environments.

AppScope introduces a revolutionary method for black-box instrumentation, providing comprehensive and consistent telemetry from any Linux executable simply by adding scope before the command. When you engage with customers who utilize Application Performance Management, they often express their satisfaction with the solution but lament the limited extension to additional applications. Typically, only a small fraction—10% or less—of their applications are equipped with APM, while they rely on basic metrics for the remainder. This raises the question: what happens to the other 80%? This is where AppScope comes into play. It eliminates the need for language-specific instrumentation and does not require input from application developers. As a language-agnostic tool that operates entirely in userland, AppScope can be utilized with any application and seamlessly scales from command-line interfaces to production environments. Users can channel AppScope data into any pre-existing monitoring tool, time-series database, or logging solution. Furthermore, AppScope empowers Site Reliability Engineers and Operations teams to closely analyze live applications, providing insights into their functionality and performance across various deployment environments, whether on-premises, in the cloud, or within containerized systems. This capability not only enhances monitoring but also fosters a deeper understanding of application behavior, paving the way for improved performance management.

Quickly and accurately evaluate your risk profile with Tenable Lumin, while also benchmarking your health and remediation efforts against other Tenable users within your Salesforce industry and a broader population. Tenable Lumin enhances traditional vulnerability management by linking raw vulnerability information with the significance of assets and contextual threat data, enabling more rapid and focused analysis workflows. Through sophisticated risk-based analysis and scoring of vulnerabilities, threat intelligence, and asset importance, it assesses both remediation and evaluation maturity. It offers straightforward recommendations on where to concentrate your remediation strategies. Additionally, it provides valuable insights through a unified and thorough perspective of your entire attack surface, which encompasses traditional IT environments, public and private cloud infrastructures, web applications, containers, IoT devices, and operational technology. Monitor how your organization's cyber risk evolves over time and manage that risk using measurable metrics that align with your business objectives. This holistic approach not only enhances security but also empowers organizations to make informed decisions about their cybersecurity strategies.

Asterisk is an innovative platform powered by AI that streamlines the process of identifying, verifying, and addressing security vulnerabilities in codebases, mimicking the expertise of a human security engineer. It shines in uncovering intricate business logic flaws via context-sensitive scanning and delivers thorough reports with an impressive rate of near-zero false positives. Its standout features encompass automated patch generation, constant real-time surveillance, and extensive compatibility with leading programming languages and frameworks. The Asterisk methodology includes indexing the codebase to develop precise mappings of call stacks and code graphs, which is essential for accurate vulnerability detection. The platform has proven its effectiveness by autonomously identifying vulnerabilities in various systems. Established by a group of experienced security researchers and competitive Capture The Flag (CTF) participants, Asterisk is dedicated to harnessing the power of AI to simplify code security audits and improve the process of vulnerability identification. As the digital landscape evolves, Asterisk continues to adapt, ensuring that software security remains a top priority for developers everywhere.