Alternatives to DevArmor

IriusRisk is an open Threat Modeling platform that can be used by any development and operations team – even those without prior security training. Whether your organization follows a framework or not, we can work with all the threat modeling methodologies, such as STRIDE, TRIKE, OCTAVE and PASTA. We support organisations in financial services, insurance, industrial automation, healthcare, private sector and more. IriusRisk is the industry's leading threat modeling and secure design solution in Application Security. With enterprise clients including Fortune 500 banks, payments, and technology providers, it empowers security and development teams to ensure applications have security built-in from the start - using its powerful threat modeling platform. Whether teams are implementing threat modeling from scratch, or scaling-up their existing operations, the IriusRisk approach results in improved speed-to-market, collaboration across security and development teams, and the avoidance of costly security flaws.

You can harness the power of biometrics to make authentication simple for any website or application. This will allow you to create a new way to log in and authenticate online. You can authenticate your users using their smartphones with 2-factor and passwordless authentication. Auth Armor provides secure authentication for every user. It does not require weak passwords or complicated codes. We have created powerful APIs, SDKs and libraries that allow you to create what you want, however you want it. You can use our tools to add authentication to any app using any flow. We offer protection for workers and consumers, so you have the power and flexibility you need to secure any information. Auth Armor is the most efficient mobile authentication system available. Instant push messaging is available to users' devices, enabling them to log in and authenticate quickly.

Continuously monitor for harmful activities and allow Armor's team of specialists to assist in remediation efforts. Address threats and mitigate the effects of vulnerabilities that have been exploited. Gather logs and telemetry from both your enterprise and cloud environments while utilizing Armor's extensive threat-hunting and alerting resources to identify potential threats. By incorporating a mix of open-source, commercial, and proprietary threat intelligence, the Armor platform enhances incoming data, facilitating quicker and more informed assessments of threat severity. When threats are identified, alerts and incidents are generated, ensuring that you can count on Armor's dedicated team of security professionals to address threats at any hour. Designed with cutting-edge AI and machine learning capabilities, Armor's platform streamlines various aspects of the security lifecycle through cloud-native automation. Furthermore, the platform offers cloud-native detection and response, complemented by a round-the-clock team of cybersecurity experts. Integrated within our XDR+SOC solution, Armor Anywhere provides comprehensive dashboard visibility, allowing for more effective monitoring and management of security operations. This robust integration ensures that your organization remains protected against evolving threats while enhancing overall security posture.

Mend.io delivers the first AI native application security platform built for software created by both humans and machines. It empowers organizations to secure AI generated code and embedded AI components like models, agents, MCPs, and RAG pipelines. The unified platform brings together comprehensive capabilities including AI security, SAST, SCA, container scanning, and Mend Renovate providing development and security teams complete visibility into risks across their codebase. With AI powered remediation and prioritization workflows, teams are enabled to quickly resolve issues and reduce risk. With a simple, predictable price model, eliminating per-module costs and minimal reliance on expensive professional services Mend.io is a scalable, proactive, developer-friendly platform for modern AppSec—all in a single platform.

Turnkey, secure, and compliant infrastructure is essential for managing mission-critical data and sensitive workloads. With integrated security and compliance features, along with round-the-clock threat detection and response services, users can feel confident that their sensitive data and operations are expertly protected and overseen. The Armor Cloud guarantees that security measures do not compromise performance or reliability. Additionally, Armor’s XDR+SOC service forms the foundation of its cloud capabilities, ensuring that utilizing the Armor Cloud yields consistent risk and security management across the entire IT landscape. Compliance with standards like HIPAA, HITRUST, PCI, and GDPR is facilitated by Armor Cloud controls, which significantly reduce regulatory burdens, streamline audit procedures, and lower overall management expenses. Furthermore, Armor's comprehensive solution covers various domains, including physical security, data backup, network security, access control, and incident response, providing a holistic approach to safeguarding sensitive information. This multifaceted strategy equips organizations with the peace of mind necessary to focus on their core objectives without the constant worry of security vulnerabilities.

Silent Armor is an advanced AI-driven cybersecurity platform engineered for active, predictive defense across modern digital environments. Rather than simply generating alerts, it uses generative AI trained on global breach telemetry and attacker tactics to forecast potential attack paths. The system correlates signals from cloud, endpoint, DNS, SSL, and dark web intelligence feeds into a single unified dashboard. Its agentless attack surface monitoring continuously discovers internet-facing assets and scores exposure in real time. Predictive breach detection identifies patterns, lateral movement, and emerging campaigns before exploitation occurs. Automated mitigation tools deploy guided response playbooks to accelerate remediation and reduce manual triage. AI-powered daily security briefs summarize risks, breach likelihood, and prioritized actions tailored to each organization. The platform supports compliance initiatives such as SOC 2 and ISO 27001 with customizable reporting. Designed for enterprises and MSSPs, Silent Armor enables scalable, multi-tenant monitoring and white-labeled intelligence services. By combining predictive analytics with real-time threat intelligence, Silent Armor shifts cybersecurity from reactive alerting to proactive risk prevention.

Developed by Auraya, ArmorVox represents a cutting-edge voice biometric engine that offers a comprehensive range of voice biometric functionalities across both telephony and digital platforms. By enhancing customer interactions and bolstering information security, ArmorVox significantly optimizes user experience. It can be deployed securely either through cloud solutions or on-premises installations. Utilizing advanced machine learning algorithms, the system generates unique speaker-specific background models tailored to each individual voice print, ensuring optimal performance. Our algorithms establish security thresholds for each voice print based on empirical data to align with your specific security performance needs. Moreover, with its automated tuning capabilities, the ArmorVox engine accommodates variations in language, accents, and dialects seamlessly. Built with innovative patented features, ArmorVox enables resellers to offer a more secure and comprehensive solution, thereby enhancing both customer experience and security measures. This unique adaptability positions ArmorVox as a leader in the voice biometric space, catering to diverse user requirements effectively.

KubeArmor is an open-source, cloud-native security engine that provides runtime enforcement for Kubernetes clusters, containers, and virtual machines, using eBPF and Linux Security Modules such as AppArmor, BPF-LSM, and SELinux. It protects workloads by restricting behaviors like process execution, file operations, networking, and resource consumption, all enforced through customizable, Kubernetes-native policies. Unlike traditional post-attack mitigations that react after malicious activity occurs, KubeArmor’s inline enforcement blocks threats proactively without requiring changes to containers or hosts. Its simplified policy descriptions and non-privileged daemonset architecture make it easy to deploy and manage across diverse environments, including multi-cloud and edge networks. The platform logs policy violations in real time and supports granular network communication controls between containers. Installation can be done effortlessly using Helm charts, with detailed documentation and video guides available. KubeArmor is listed on AWS, Red Hat, Oracle, and DigitalOcean marketplaces, demonstrating broad industry acceptance. It also offers specialized features for IoT, 5G security, and workload sandboxing, making it a versatile choice for modern cloud-native security.

Protect your online presence with ArmorVPN, which effectively conceals your IP address, personal identity, and geographical location from prying eyes. Experience unparalleled privacy and security while accessing your favorite content through our exceptionally swift VPN connections. ArmorVPN ensures that no tracking or logging of user activities takes place, solidifying your peace of mind. With us, your safety and anonymity are assured, allowing you to browse freely and securely. Enjoy the internet without the worry of being monitored!

Completing the puzzle of your security stack is a seamless one-click download that fortifies your defenses against cyber threats. The Armored Client offers real-time, patented protection for your applications and data, eliminating the need for traditional threat detection and response measures. By employing kernel-level strategies to prevent data exfiltration, it safeguards your information even in the presence of potential threats, while also ensuring applications are securely wrapped and fortified with injected security measures. This solution adopts a multi-layered strategy to protect endpoint devices, whether they are being used remotely or during secure online browsing. Regardless of whether your employees utilize unmanaged, BYOD, or managed devices, all corporate applications are centrally targeted at the endpoint, operating within a secure session to maintain data integrity and confidentiality. In this way, the Armored Client not only enhances security but also streamlines the user experience across various device types.

Brand Armor AI empowers businesses to enhance their visibility and reputation across various AI search engines and response platforms, including ChatGPT, Gemini, Claude, Perplexity, and Grok. The platform meticulously monitors aspects such as AI visibility, citations, mentions from competitors, hallucinations, and brand precision in response to real-world queries. Distinct from tools that merely track AI mentions, Brand Armor AI transforms insights into actionable strategies. It pinpoints content deficiencies, elucidates the reasons behind competitors' recommendations, and aids brands in crafting the appropriate signals, content, and authority necessary for bolstering AI visibility. Designed specifically for marketers, agencies, SEO specialists, and growth teams, Brand Armor AI offers features like multi-model tracking, prompt oversight, competitor benchmarking, AI shopping insights, hallucination detection, automated reporting, and tailored content suggestions. As AI assistants increasingly serve as the primary discovery interface, Brand Armor AI ensures that brands maintain their visibility, accuracy, and trustworthiness, thereby enhancing their ability to engage with customers who seek information. This comprehensive approach enables businesses to thrive in an evolving digital landscape.

Google Cloud Armor offers robust protection for your websites and applications from denial of service and web-based threats. This enterprise-grade solution features advanced DDoS defense, leveraging our expertise in safeguarding major internet platforms like Google Search, Gmail, and YouTube. It comes equipped with inherent safeguards against Layer 3 and Layer 4 DDoS attacks. Additionally, Cloud Armor addresses the OWASP Top 10 vulnerabilities, providing predefined rules to counter threats such as cross-site scripting (XSS) and SQL injection (SQLi). With the Managed Protection Plus tier, users gain access to a comprehensive suite of DDoS and WAF services, along with curated rule sets, all for a consistent monthly fee. The platform's design ensures that your digital assets remain secure, enabling you to focus on growth and innovation. This way, you can confidently handle traffic surges while minimizing the risk of attacks.

The dynamic security awareness platform is designed to foster more secure behaviors among employees. It addresses the prevalent "clicker" issue without causing frustration among staff. By enhancing engagement, it promotes higher levels of employee participation and ensures that knowledge regarding threats and risks is retained more effectively. Additionally, it aims to cultivate a positive and inclusive security culture within the organization. A phishing simulation program can lose its value if it fails to optimize time efficiency, provide valuable insights, and prevent uncomfortable and expensive repercussions for employees. Click Armor’s engaging platform utilizes established psychological principles to ensure that employees remain actively involved in their learning in a manner that is enjoyable and efficient. If you are looking for support in developing an engaging awareness initiative, or enhancing the effectiveness of your existing program, we are here to assist. Click Armor is also excited to announce its acceptance into Canada's inaugural cybersecurity startup accelerator, further solidifying its commitment to advancing security awareness. This recognition underscores our dedication to building a safer digital environment for everyone.

Devici is a platform that helps teams move from inconsistent, document-based threat modeling to a clearer, more structured approach. It centers the work on a diagram, so AppSec and DevSecOps teams can map system behavior, add relevant attributes, and let the tool surface likely threats and recommended mitigations. This reduces the time spent interpreting static drawings or spreadsheets and gives teams a shared source of truth they can update as designs change. The workspace supports simultaneous editing, patterns for common system components, and templates that speed up modeling for recurring architectures. Security practitioners can define reusable elements, while developers can contribute without needing deep expertise in threat modeling tools. Devici also provides a maintained threat library, status tracking for each finding, and the option to integrate with issue trackers when teams need to push mitigation work into existing workflows. It offers a straightforward way to standardize threat modeling practices without introducing the overhead of heavier enterprise platforms, making it a practical option for organizations that need something accessible, collaborative, and easy to maintain.

SHIELD serves as a comprehensive management system tailored for the unique requirements of organizations that handle weapons and armory resources. This platform provides a secure, rapid, and effective method for verifying both users and their assigned weaponry, ensuring that all arms and their custodians are monitored through RFID and GPS technologies, which enhance accountability and responsibility at all times. With a centralized interface linked to all storage locations, SHIELD facilitates swift and reliable access to weapon inventory and location data. Beyond merely managing weapons, SHIELD functions as a vital asset management solution, enabling precise inventory tracking and the authenticated transfer of weapon ownership. As an enterprise-level software dedicated to arms and ammunition management, SHIELD includes multiple modules designed to streamline the administrative tasks of armorers, making their roles significantly more efficient. Moreover, the array of advantages offered by SHIELD greatly benefits both the individual armorer and the broader organizational operations. This innovative system not only enhances security but also promotes optimal resource management across the board.

AppArmor specializes in creating customized safety applications, emergency alert systems, and internal command and control solutions for numerous organizations worldwide. Trusted by millions, AppArmor plays a vital role in ensuring safety during crises. One of the standout features included in our mobile app platform is the "Vaccine Passport" module, which aids organizations in facilitating a safe return to the workplace by allowing users to submit vaccination proof for enhanced facility access upon approval. With a diverse range of six product lines, AppArmor empowers individuals to stay aware and secure during critical moments. From safety apps in educational institutions to emergency notification systems for corporations, AppArmor is dedicated to helping you safeguard your team effectively. Our mobile safety applications come with over 50 robust features designed to keep your community well-informed and protected in various scenarios. Moreover, our comprehensive emergency notification system consolidates more than 12 types of digital alerts to ensure timely communication. By choosing AppArmor, you invest in a safer future for your organization and its members.

DeepArmor uses patented algorithms and model-building tools that can predict and prevent attacks across all attack vectors, including file-based, fileless and in-memory. DeepArmor intercepts and stops attacks before they can be executed, eliminating the need to perform post-infection behavioral analysis and ineffective system rollbacks.

SD Elements helps AppSec teams cope with fast-growing development demands by spelling out which security controls each project needs at the design stage. It follows a Security by Design approach, meaning it looks at architecture, data use, and compliance needs early, identifies relevant risks, and turns them into concrete requirements while changes are still cheap and low-friction. Many teams see security review time drop by 30–50% and fewer late surprises before release. The platform generates project-specific requirements mapped to standards such as NIST, OWASP, PCI, and ISO, and pairs them with concise implementation guidance developers can act on. This lets small AppSec groups support security for portfolios of 100+ applications without adding headcount, while driving consistent, policy-aligned expectations across teams and products instead of ad hoc checklists. SD Elements connects to Jira, CI/CD pipelines, and other engineering tools so security work is delivered and tracked in the same systems developers already use. Traceability is a core capability: every requirement is linked to its underlying risk, relevant standards, and evidence of implementation. AppSec leaders and directors get clear views of coverage, posture, and progress across applications, making it easier to reduce risk, support audits, and report meaningful security metrics to senior leadership.

Regardless of whether your data resides in a cloud setting—be it private, public, or hybrid—or is managed on-premises, Armor is dedicated to ensuring its protection. Our approach focuses on identifying genuine threats and eliminating noise through robust analytics, automated workflows, and a dedicated team of specialists available around the clock. In the event of an attack, our response does not stop at simply issuing alerts; our experts in the Security Operations Center spring into action, providing guidance to your security team on effective response strategies and resolution techniques. We prioritize the use of open-source software and frameworks, as well as cloud-native solutions, which liberates you from traditional vendor lock-in. Our infrastructure as code (IaC) based model for continuous deployment seamlessly fits into your current DevOps pipeline, or we can take over stack management entirely. Our mission is to empower your organization by making security and compliance not only accessible but also clear and straightforward to implement and sustain over time. By doing so, we enhance your overall operational resilience in an increasingly complex digital landscape.

Armor serves as a comprehensive DeFi coverage aggregator, simplifying the process of safeguarding your DeFi investments against potential hacks. With arCORE, users can monitor and shield their cryptocurrency assets while only paying for coverage on a per-second basis. This innovative platform allows for the purchase of insurance covers that can be traded, sold, or staked to earn rewards. Users can also swap and deposit (w)NXM tokens to generate yield. Additionally, Armor provides automatic protection for liquidity positions without incurring extra fees. Functioning as a decentralized brokerage, Armor leverages Nexus Mutual’s blockchain-based insurance framework to offer reliable cover. Due to the open-source nature of DeFi protocols, they often present lucrative targets for hackers, and continuous high-profile breaches could hinder the mainstream acceptance of DeFi. Acquiring insurance becomes a sensible choice for those who risk facing significant losses from smart contract vulnerabilities. As a smart insurance aggregator designed for the DeFi landscape, Armor is built on a foundation of trustless and decentralized financial systems. Users can secure their assets against smart contract risks across a variety of widely-used platforms, including Uniswap, Sushiswap, AAVE, Maker, Compound, and Curve, ensuring a broader safety net for their investments. This robust approach to insurance not only enhances user confidence but also promotes the overall stability of the DeFi ecosystem.

Oxeye is specifically created to identify weak points in the code of distributed cloud-native applications. By integrating advanced SAST, DAST, IAST, and SCA functionalities, we enable comprehensive risk assessment in both Development and Runtime environments. Tailored for developers and AppSec teams alike, Oxeye facilitates a shift-left approach to security, streamlining the development process, minimizing obstacles, and eradicating vulnerabilities. Our solution is known for providing dependable outcomes with exceptional accuracy. Oxeye thoroughly examines code vulnerabilities within microservices, offering a risk assessment that is contextualized and enhanced by data from infrastructure configurations. With Oxeye, developers can efficiently monitor and rectify vulnerabilities in their applications. We provide transparency in the vulnerability management process, including visibility into the steps needed to reproduce issues and pinpointing the specific lines of code affected. Furthermore, Oxeye seamlessly integrates as a Daemonset through a single deployment, requiring no modifications to existing code. This ensures that security remains unobtrusive while enhancing the safety of your cloud-native applications. Ultimately, our goal is to empower teams to prioritize security without compromising their development speed.

MailArmor offers robust email security tailored for enterprises, utilizing advanced AI technology, seamless integration with Microsoft 365 in just five minutes, and ensures full compliance with CERT-In and DPDP standards, all at prices that are accessible for small and medium-sized businesses. With its innovative features, MailArmor stands out as a top choice for organizations looking to enhance their email protection.

Threat modeling serves as a fundamental aspect of the Microsoft Security Development Lifecycle (SDL), acting as an engineering strategy aimed at uncovering potential threats, attacks, vulnerabilities, and countermeasures that may impact your application. This technique not only aids in the identification of risks but also influences the design of your application, aligns with your organization's security goals, and mitigates potential hazards. The Microsoft Threat Modeling Tool simplifies the process for developers by utilizing a standardized notation that helps visualize system components, data flows, and security boundaries. Additionally, it assists those involved in threat modeling by highlighting various classes of threats to consider, depending on the architectural design of their software. Crafted with the needs of non-security professionals in mind, this tool enhances accessibility for all developers, offering straightforward guidance on the creation and evaluation of threat models, ultimately fostering a more secure software development practice. By integrating threat modeling into their workflow, developers can proactively address security concerns before they escalate into serious issues.

Jit's DevSecOps Orchestration Platform allows high-velocity Engineering teams to own product security while increasing dev velocity. With a unified and friendly developer experience, we envision a world where every cloud application is born with Minimal Viable Security (MVS) embedded and iteratively improves by adding Continuous Security into CI/CD/CS.

Modern software development must be as fast as the business. The modern AppSec toolbox lacks integration, which creates complexity that slows down software development life cycles. Contrast reduces the complexity that hinders today's development teams. Legacy AppSec uses a single-size-fits all approach to vulnerability detection and remediation that is inefficient, costly, and expensive. Contrast automatically applies the most efficient analysis and remediation technique, greatly improving efficiency and effectiveness. Separate AppSec tools can create silos that hinder the collection of actionable intelligence across an application attack surface. Contrast provides centralized observability, which is crucial for managing risks and capitalizing upon operational efficiencies. This is both for security and development teams. Contrast Scan is a pipeline native product that delivers the speed, accuracy and integration required for modern software development.

Mirantis Container Runtime (MCR), which was previously known as Docker Engine Enterprise, serves as a secure and robust container runtime designed for enterprise use, allowing development teams to create and manage containers on both Linux and Windows platforms while utilizing the familiar Docker CLI, Dockerfiles, and APIs essential for mission-critical applications. This solution is fully aligned with Docker-centric workflows and toolchains, ensuring a smooth transition from development to production with rigorously tested and validated releases across various operating systems, accompanied by comprehensive CVE patching and bug fixes that maintain workload reliability. Furthermore, MCR emphasizes top-tier security through FIPS 140-2 certified cryptographic modules, implements mandatory access controls such as AppArmor and SELinux, and incorporates image signature verification, alongside support for sandboxed runtimes like Kata and gVisor, all aimed at maintaining trusted and compliant containers. The combination of these features positions MCR as a leading choice for organizations seeking to enhance their container management capabilities while adhering to strict security standards.

Achieve a thorough understanding of your application security landscape. Elevate the maturity of your secure development practices while minimizing the potential risks tied to your offerings. Application Security Posture Management (ASPM) tools are essential for the continuous oversight of application vulnerabilities, tackling security challenges from the initial development stages through to deployment. Development teams often face considerable hurdles, such as managing an expanding array of products and lacking a holistic perspective on vulnerabilities. We facilitate progress in maturity by assisting in the establishment of AppSec programs, overseeing the actions taken, monitoring key performance indicators, and more. By clearly defining requirements, processes, and policies, we empower security to be integrated early in the development cycle, thereby streamlining resources and time spent on additional testing or validations. This proactive approach ensures that security considerations are embedded throughout the entire lifecycle of the application.

Consolidate all Application Security findings, including SAST, DAST, and SCA, while linking them to vulnerabilities in infrastructure and cloud security to achieve a comprehensive perspective on your application's security posture. By normalizing, de-duplicating, and correlating these findings, you can enhance the efficiency of risk mitigation and prioritize issues that have significant business implications. This approach creates a unified source of truth for findings and remediation efforts across various tools, teams, and applications. AppSecOps encompasses the systematic process of detecting, prioritizing, addressing, and preventing security breaches, vulnerabilities, and risks, fully aligned with existing DevSecOps workflows, teams, and tools. Additionally, an AppSecOps platform empowers security teams to expand their capabilities in effectively identifying, addressing, and preventing critical application-level security vulnerabilities and compliance challenges, while also discovering and rectifying any coverage gaps in their strategies. This holistic approach not only strengthens security measures but also fosters a collaborative environment among development and security teams, ultimately leading to improved software quality and resilience.

Xygeni delivers a comprehensive Application Security Posture Management (ASPM) platform that secures software from code to cloud. Designed for enterprise security and DevSecOps teams, it provides full-stack protection across codebases, pipelines, and production environments—all from a single dashboard. Xygeni continuously monitors every layer of the SDLC, including source code, open-source dependencies, secrets, builds, IaC, containers, and CI/CD systems, detecting threats such as vulnerabilities, misconfigurations, and embedded malware in real time. Its AI-driven engine reduces alert fatigue by prioritizing exploitable risks and automating remediation through AI SAST, Auto-Fix, and the intelligent Xygeni Bot. Developers can fix issues instantly within their IDE, ensuring security is embedded from the first line of code. Advanced malware early warning blocks zero-day supply-chain attacks at publication, while smart dependency analysis prevents risky or breaking updates before deployment. With seamless integrations into leading DevOps tools, Xygeni empowers teams to secure modern applications at scale. The result: continuous protection, smarter automation, and faster, safer software delivery.

Utilize user-friendly barcode technology to monitor the status, distribution, and upkeep of firearms within your organization. Conduct firearm audits and get immediate insights on both firearms and inventory by generating “one-click” reports. Minimize paperwork and clerical mistakes by automatically tracking in-service training attendance, conducting range qualifications in real-time, and receiving alerts for soon-to-expire qualifications and certifications. Enhance your efficiency and effectiveness in managing firearms with real-time inventory counts, automatic purchase requests, and work-order scheduling that leverages mobile devices and provides up-to-date status notifications. ArmorerLink transcends typical armory management software. By implementing barcode technology, streamlined processes, and intelligent programming, ArmorerLink offers a comprehensive firearm management system that fosters a smooth operational flow across various departments in your agency. Our innovative software is designed to meet the needs of any law enforcement agency as well as government departments, ensuring that firearm management is both efficient and compliant. Moreover, it empowers agencies to maintain accountability and oversight in their firearm operations.

Threagile empowers teams to implement Agile Threat Modeling with remarkable ease, seamlessly integrating into DevSecOps workflows. This open-source toolkit allows users to represent an architecture and its assets in a flexible, declarative manner using a YAML file, which can be edited directly within an IDE or any YAML-compatible editor. When the Threagile toolkit is executed, it processes a series of risk rules that perform security evaluations on the architecture model, generating a comprehensive report detailing potential vulnerabilities and suggested mitigation strategies. Additionally, visually appealing data-flow diagrams are automatically produced, along with various output formats such as Excel and JSON for further analysis. The tool also supports ongoing risk management directly within the Threagile YAML model file, enabling teams to track their progress on risk mitigation effectively. Threagile can be operated through the command line, and for added convenience, a Docker container is available, or it can be set up as a REST server for broader accessibility. This versatility ensures that teams can choose the deployment method that best fits their development environment.

Bright Security offers a developer-focused Dynamic Application Security Testing (DAST) solution designed to help organizations rapidly and cost-effectively deliver secure applications and APIs. Its methodology allows for swift and iterative scans to detect critical security vulnerabilities early in the software development lifecycle (SDLC), all while maintaining high quality and rapid delivery. Bright enables Application Security (AppSec) teams to implement governance for the protection of APIs and web applications, empowering developers to take charge of security testing and the necessary remediation processes. In contrast to traditional DAST solutions that are tailored for AppSec specialists and often prove to be cumbersome to implement—resulting in vulnerabilities being discovered late in the development cycle—Bright's DAST solution is crafted to thrive in a DevOps environment. It can be integrated as soon as the Unit Testing phase and can be utilized throughout the SDLC, continually learning and optimizing from each scan. By facilitating the early detection and remediation of vulnerabilities within the SDLC, Bright not only mitigates risk but also does so in a more economical and less labor-intensive manner. This proactive approach ultimately strengthens the overall security posture of organizations while streamlining the development process.

OWASP Threat Dragon serves as a modeling tool designed for creating diagrams that represent potential threats within a secure development lifecycle. Adhering to the principles of the threat modeling manifesto, Threat Dragon enables users to document potential threats and determine appropriate mitigation strategies, while also providing a visual representation of the various components and surfaces related to the threat model. This versatile tool is available as both a web-based application and a desktop version. The Open Web Application Security Project (OWASP) is a nonprofit organization dedicated to enhancing software security, and all of its projects, tools, documents, forums, and chapters are accessible for free to anyone eager to improve application security practices. By facilitating collaboration and knowledge sharing, OWASP encourages a community-focused approach to achieving higher security standards in software development.

Next-generation firewalls excel in deep packet inspection and identifying threats, yet they struggle when it comes to efficiently blocking vast numbers of malicious, compromised, or untrusted IP addresses. Although these firewalls can incorporate threat intelligence feeds, managing to block the extensive range of IP addresses found in threat databases can lead to considerable latency and performance degradation. To address this limitation, ThreatARMOR acts as a complementary solution to next-gen firewalls, handling the extensive task of blocking at scale. This allows firewalls to dedicate more of their resources to critical functions such as content inspection, user policy enforcement, VPN termination, and other essential capabilities, while simultaneously reducing the volume of security alerts generated. Ultimately, the integration of ThreatARMOR enhances overall network security and performance.

Enhance your data security and address privacy issues with the swift, cloud-native vaultless tokenization platform. Understanding that your organization not only meets but surpasses compliance standards provides you with the necessary tranquility to concentrate on what truly matters for your enterprise. Companies today are grappling with rising operational expenses, the looming threat of ransomware, and persistent compliance evaluations. Rixon empowers you with confidence and security, allowing you to showcase the value of your business to the world effectively. The Rixon privacy platform is designed to drive favorable business results by equipping organizations with essential tools to manage security, compliance, and privacy initiatives for both the organization and its supported applications. By utilizing our innovative patented tokenization technique, Rixon effectively eradicates the risk of sensitive data exposure within your applications. Sensitive data is safely captured and transformed into intelligent security tokens, creating a robust defense against unauthorized access to your information. This comprehensive approach not only protects your data but also strengthens your overall business resilience.

From various assets and countermeasures to factoids, personas, and architectural components, you can enter or upload a diverse array of data related to security, usability, and requirements to uncover valuable insights, including the links between requirements and risks as well as the rationale behind persona traits. Since no single perspective can encompass the complexity of a system, you can effortlessly create 12 distinct views of your developing design that examine aspects such as people, risks, requirements, architecture, and even geographical location. Additionally, as your preliminary design progresses, you can automatically produce threat models like Data Flow Diagrams (DFDs). Utilize open-source intelligence regarding potential threats and viable security architectures to assess your attack surface effectively. Furthermore, you can visualize all the security, usability, and design factors related to the risks associated with your product and how they interact with one another. This comprehensive approach ensures a thorough understanding of your system's vulnerabilities and strengths.

A surge of vulnerabilities can be overwhelming, but addressing every single one isn't feasible. Utilize comprehensive threat intelligence and innovative prioritization techniques to reduce expenses, streamline processes, and ensure that your teams concentrate on the most significant threats to your organization. This approach embodies Modern Risk-Based Vulnerability Management. Our Risk-Based Vulnerability Management software is pioneering a new standard in the field. It guides your security and IT teams on which infrastructure vulnerabilities to address and when to take action. The newest iteration demonstrates that exploitability can be quantified, and effectively measuring it can aid in its reduction. Cisco Vulnerability Management (previously known as Kenna.VM) merges practical threat and exploit insights with sophisticated data analytics to identify vulnerabilities that present the greatest risk while allowing you to deprioritize lesser threats. Expect your extensive list of “critical vulnerabilities” to diminish more quickly than a wool sweater in a hot wash cycle, providing a more manageable and efficient security strategy. By adopting this modern methodology, organizations can enhance their overall security posture and respond more effectively to emerging threats.

Swiftly detect and address network threats as they arise in real-time. It is critical to maintain network security and ensure it operates at safe levels following any incidents. Promptly identify and contain any occurrences that could significantly endanger the organization. Keep a vigilant eye on the IT performance across the complete network architecture, including every endpoint. Systematically log, archive, and categorize event data and usage metrics for each network element. Manage and fine-tune all aspects of your security initiatives through a centralized interface. ArmorPoint consolidates the analytics typically monitored in isolated environments, such as NOC and SOC, into a unified perspective that enhances the overall security and operational reliability of the organization. This approach allows for quick identification and resolution of security incidents, while also ensuring effective management of security, performance, and compliance. Furthermore, it enables event correlation across your entire attack surface, facilitating automation and orchestration of security processes for better outcomes. This integrated strategy not only strengthens defenses but also streamlines operational efficiency.

ThreatModeler™, an enterprise threat modeling platform, is an automated solution that reduces the effort required to develop secure applications. Today's information security professionals have a pressing need to create threat models of their organizations' data and software. We do this at the scale of their IT ecosystem and with the speed of innovation. ThreatModeler™, which empowers enterprise IT organizations, allows them to map their unique security requirements and policies directly into the enterprise cyber ecosystem. This provides real-time situational awareness of their threat portfolio and risks. InfoSec executives and CISOs gain a complete understanding of their entire attack landscape, defense-in depth strategy, and compensating control, which allows them to strategically allocate resources and scale up their output.

Fork is a SaaS platform designed for threat modeling that enables both security and product teams to conduct ongoing, risk-oriented assessments of applications by utilizing the established PASTA (Process for Attack Simulation and Threat Analysis) framework. This allows teams to swiftly identify the most probable and significant risks in less than two hours while ensuring that security measures are aligned with business objectives. By merging specialized threat libraries with current vulnerability information and threat intelligence, Fork accurately quantifies residual risks and aids in conducting business impact analyses. The platform also implements quality controls throughout the threat modeling process to enhance overall effectiveness. Additionally, Fork features a consolidated security insights dashboard that links threats directly to the attack surface of your application, while incorporating recognized frameworks and taxonomies like MITRE, OWASP, CWE, CVE (with EPSS), CAPEC, ATT&CK, D3FEND, and ASVS, which facilitates focused mitigation strategies and practical outcomes. This comprehensive approach not only enhances security posture but also fosters collaboration between technical and business teams.

Integrate security measures at the design phase to enhance development speed while ensuring comprehensive visibility into potential risks associated with upcoming tasks, implementing automated security design assessments, and establishing tailored mitigation strategies. Security teams are required to be knowledgeable about a wide array of products, applications, standards, and frameworks as they provide support to hundreds of engineers simultaneously. Delays in remediation contribute to waste in the development process and can hinder timely product launches. The reliance on manual, inconsistent, and belated security evaluations creates unnecessary tension between security and engineering teams. Engaging in insecure development practices can culminate in expensive breaches that are often preventable. By identifying risks at an early stage, teams can gain complete insight into planned development activities. This approach allows for the streamlined scaling of product security without the need for additional resources. Furthermore, it accelerates development speed by aligning security requirements with the specific standards of your organization. Ultimately, this strategy ensures that products, features, and development modifications are inherently secure from the outset, fostering a culture of proactive risk management. This proactive stance not only protects assets but also cultivates trust with stakeholders and customers alike.

Take stock of your applications, APIs, and hidden assets within your expansive multi-cloud framework. Develop tailored policies for various asset categories, utilize automated attack tools, and evaluate security weaknesses. Address security concerns prior to launching into production, ensuring compliance for both applications and cloud data. Implement automatic remediation processes for vulnerabilities, with options to revert changes to prevent data leaks. Effective security identifies issues swiftly, while exceptional security eliminates them entirely. Data Theorem is dedicated to creating outstanding products that streamline the most complex aspects of contemporary application security. At the heart of Data Theorem lies the Analyzer Engine, which empowers users to continuously exploit and penetrate application vulnerabilities using both the analyzer engine and proprietary attack tools. Furthermore, Data Theorem has created the leading open-source SDK, TrustKit, which is utilized by countless developers. As our technology ecosystem expands, we enable customers to easily safeguard their entire Application Security (AppSec) stack. By prioritizing innovative solutions, we aim to stay at the forefront of security advancements.

Backslash Security is the governance and visibility platform built for organizations where AI coding tools are already part of how software gets built. GitHub Copilot, Cursor, Windsurf, Claude Code, and Gemini CLI have fundamentally changed the development lifecycle — and the security controls most organizations rely on were not designed for this environment. Backslash provides a comprehensive AI coding tool inventory and policy enforcement across the full AI coding spectrum, giving security teams visibility into every active tool and the risk introduced before it reaches production. This includes vibe coding security — risk detection purpose-built for vulnerability patterns in AI-generated code that traditional scanners are not equipped to catch. As AI coding agents grow more capable, they increasingly operate with access to external services, internal data, and organizational infrastructure through MCP servers. Over-permissioned agents and misconfigured MCP connections create data leakage pathways — exposing sensitive organizational data to AI models without security team awareness or enforcement controls. These are active exposure points, not theoretical risks. Backslash addresses this directly. The platform maps every MCP server connection, identifies over-permissioned AI agent configurations, and enforces least-privilege access before data leakage occurs. Security teams gain full visibility into what AI agents can access and where permissions exceed what the task requires. For security leaders governing an environment that moved faster than their controls, Backslash is the missing layer — built from the ground up for AI-native development, not retrofitted from a previous generation of tooling.

The AWS Security Agent represents a groundbreaking AI-driven solution that actively safeguards your applications at every stage of the development lifecycle, starting from the initial design and architectural considerations, continuing through code modifications, and extending to deployment and penetration testing phases. This innovative tool empowers security teams to establish organizational security protocols—such as approved authentication libraries, encryption practices, logging methods, and data access policies—once within the AWS Console; thereafter, the agent automatically checks design documents, architectural blueprints, and code against these established standards. Notably, even before any coding begins, the AWS Security Agent is capable of conducting a thorough design review, scrutinizing architectural documents uploaded to the web application or retrieved from storage, while identifying potential security vulnerabilities or deviations from either custom or Amazon's managed standards, and offering guidance for remediation. Furthermore, this proactive approach not only enhances security but also fosters compliance and best practices across the entire development process.

The versatile design of the Kondukto platform enables you to swiftly and effectively establish customized workflows for managing risks. You can leverage over 25 integrated open-source tools that are prepared to execute SAST, DAST, SCA, and Container Image scans in just minutes, all without requiring installation, upkeep, or updates. Safeguard your organizational knowledge against shifts in personnel, scanners, or DevOps tools. Centralize all security data, metrics, and activities in one location for your control. Prevent vendor lock-in and protect your historical data when transitioning to a different AppSec tool. Automatically validate fixes to foster better cooperation and minimize distractions. Enhance productivity by streamlining communications between AppSec and development teams, thus allowing them to focus on their core tasks. This holistic approach promotes a more agile response to evolving security challenges.