Alternatives to Build38

Mitigate lateral movement and prevent data theft by utilizing Avocado's security and visibility solutions that are both agentless and tailored for applications. This innovative approach combines app-native security with runtime policies and pico-segmentation, ensuring both simplicity and robust security at scale. By establishing microscopic perimeters around application subprocesses, threats can be contained at their most minimal definable surfaces. Additionally, by integrating runtime controls directly into these subprocesses, Avocado enables self-learning threat detection and automated remediation, regardless of the programming language or system architecture in use. Furthermore, it automatically shields your data from east-west attacks, functioning without the need for manual intervention and achieving near-zero false positives. Traditional agent-based detection methods, which rely on signatures, memory analysis, and behavioral assessments, fall short when faced with extensive attack surfaces and the persistent nature of lateral threats. Unless there is a fundamental shift in how attacks are detected, zero-day vulnerabilities and misconfiguration issues will persist, posing ongoing risks to organizational security. Ultimately, adopting such an advanced security model is essential for staying ahead of evolving cyber threats.

Hdiv solutions provide comprehensive, all-encompassing security measures that safeguard applications from within while facilitating easy implementation across diverse environments. By removing the necessity for teams to possess specialized security knowledge, Hdiv automates the self-protection process, significantly lowering operational expenses. This innovative approach ensures that applications are protected right from the development phase, addressing the fundamental sources of risk, and continues to offer security once the applications are live. Hdiv's seamless and lightweight system requires no additional hardware, functioning effectively with the standard hardware allocated to your applications. As a result, Hdiv adapts to the scaling needs of your applications, eliminating the conventional extra costs associated with security hardware. Furthermore, Hdiv identifies security vulnerabilities in the source code prior to exploitation, utilizing a runtime dataflow technique that pinpoints the exact file and line number of any detected issues, thereby enhancing overall application security even further. This proactive method not only fortifies applications but also streamlines the development process as teams can focus on building features instead of worrying about potential security flaws.

The premier hybrid and multi-cloud platform offers an advanced suite of security features including next-gen WAF, API Security, RASP, Enhanced Rate Limiting, Bot Defense, and DDoS protection, specifically engineered to address the limitations of outdated WAF systems. Traditional WAF solutions were not built to handle the complexities of modern web applications that operate in cloud, on-premise, or hybrid settings. Our cutting-edge web application firewall (NGWAF) and runtime application self-protection (RASP) solutions enhance security measures while ensuring reliability and maintaining high performance, all with the most competitive total cost of ownership (TCO) in the market. This innovative approach not only meets the demands of today's digital landscape but also prepares organizations for future challenges in web application security.

MASST (Mobile Application Security Suite & Tools) serves as an integrated platform focused on ensuring the security of mobile applications by identifying, safeguarding, and overseeing them throughout their development and operational phases. Within its Threat Detection component, the suite incorporates various modules, including CodeLock for analyzing vulnerabilities across more than 50 vectors, RunLock for conducting runtime evaluations and simulating attacks, APILock for identifying and securing API endpoints, and ThreatLock for comprehensive red-teaming evaluations. To mitigate potential threats, the suite provides protective measures such as Defender, which employs RASP for real-time shielding; Shield, designed to prevent reverse-engineering and intellectual property theft; and Guard, which securely manages local storage of sensitive data, keys, and certificates using white-box cryptography. Additionally, the Threat Visibility layer features the ThreatLens Dashboard, which enables real-time surveillance, analytical assessments, and practical insights related to attacks, anomalies, and the overall security status of applications. This holistic approach not only safeguards mobile applications but also empowers developers with the tools necessary to enhance their security measures continuously.

Safeguard your smart contracts by preventing harmful transactions instead of simply pausing your applications. Our cutting-edge machine learning algorithms are always at work, analyzing your smart contracts and transactions to deliver immediate risk evaluations, thereby securing your web3 applications from threats, exploitation attempts, and compliance challenges. The Protect platform provides strong defenses against cyber threats, wallet compromises, fraudulent activities, and security vulnerabilities. By integrating our Real-Time Application Self-Protection (RASP) SDK and API, your web3 applications gain a protective barrier against malevolent transactions, creating a safe space for your users. Stay ahead of cyber threats by utilizing watchlists, alerts, detailed reports, analytical insights, and comprehensive logging. This proactive approach not only enhances security but also fosters trust among your user base.

SEAP® for Mobile serves as an SDK that seamlessly integrates into the customer's application without the need for special permissions, while SEAP® for Web utilizes JavaScript to function within the web browser environment, eliminating the requirement for agent installation. This innovative system identifies malware threats across both mobile and web platforms, including sophisticated attacks such as man-in-the-browser, man-in-the-app, remote access trojans (RAT), web injections, overlay attacks, SMS grabbing, memory tampering, and various forms of injection attacks. Additionally, SEAP® is capable of detecting and reporting technological vulnerabilities on devices, such as jailbreaking, rooting, attempts at reverse engineering, binary tampering, and repacking. For certain device conditions detected, the app can activate countermeasures through dedicated RASP APIs. Furthermore, SEAP® also identifies fraudulent activities that compromise existing user accounts by employing behavioral biometrics and device identity verification methods, ensuring enhanced security for users. This comprehensive approach to threat detection not only safeguards applications but also fortifies user trust in digital environments.

A cybersecurity model that prioritizes protection is within reach. By enabling server workloads to autonomously safeguard themselves, we ensure ongoing defense against both familiar and unfamiliar threats, including zero-day vulnerabilities. Software underpins the global infrastructure, and until recently, there was no effective method to secure running server workloads. Our innovative, patented technology offers protection from within during runtime, meticulously analyzing the permissible actions of the workload and intercepting harmful code before it executes. This system covers workloads, components, filesystems, processes, and memory, allowing for immediate disruption of an attacker's efforts. Whether the vulnerabilities are patched or not, our solution identifies threats that could evade traditional endpoint defenses. It enables a comprehensive mapping of server workloads without jeopardizing application functionality, ensuring robust protection. This approach not only enhances security at the server workload level but also yields significant operational cost savings. Additionally, we provide on-demand demos and tutorials for the Virsec platform, and you can easily arrange a live demonstration with one of our security experts to see the technology in action.

Quixxi is a leading provider of mobile app security solutions that empowers enterprises and security professionals to secure their mobile applications. Our state-of-the-art AI-based app scanner enables quick assessment and recommendations by identifying potential vulnerabilities in mobile apps and providing actionable guidelines based on the Open Web Application Security Project Mobile Application Security Verification Standard (OWASP MASVS). Quixxi is proud to be the only provider of a patented and proprietary mobile app security solution. Our diversified range of security offerings includes Static Application Security Testing (SAST), Dynamic Application Security Testing (DAST), Runtime Application Self-Protection (RASP), and continuous threat monitoring. Our SAAS-based self-service portal is specifically targeted towards large enterprise and government organizations that have a portfolio of applications that are vulnerable to evolving cyber threats, with a primary focus on the BFSI, Healthcare, and IT service provider industries.

Zimperium’s Mobile Application Protection Suite (MAPS) helps developers build safe and secure mobile apps resistant to attacks. It is the only unified solution that combines comprehensive app protection and pure on-device threat detection with centralized threat visibility. MAPS comprises four solutions, each of which addresses a specific need as shown below: zScan: A solution to scan your app binary for security, privacy, and regulatory risks that can be exploited by an attacker. zKeyBox: State-of-the-art white-box cryptography that protects your encryption keys and secrets, while obscuring cryptographic algorithms so an app’s execution logic is not visible to an attacker, even if the device is in their hands. zShield: Advanced protection for an app’s source code, intellectual property (IP), and data from potential attacks like reverse engineering and code tampering. zDefend: Our machine learning-based device attestation tool with runtime awareness through RASP delivers a vast amount of telemetry and analytics from the on-device ML solution to zConsole. zDefend protects against 0-day attacks and can be updated Over-The-Air without the need to rebuild and redistribute the app itself.

Enhance your application security and shield your APIs with AppSec that utilizes contextual AI. Defend against threats targeting your web applications through a fully automated, cloud-native security framework. Say goodbye to the cumbersome process of manually adjusting rules and drafting exceptions every time you modify your web applications or APIs. Today's applications require advanced security measures. Safeguard your web applications and APIs, reduce false positives, and thwart automated assaults on your enterprise. CloudGuard employs contextual AI to accurately neutralize threats without the need for human oversight, adapting seamlessly as the application evolves. Ensure the defense of your web applications and guard against the OWASP Top 10 vulnerabilities. From the initial setup to ongoing operations, CloudGuard AppSec comprehensively evaluates every user, transaction, and URL to generate a risk score that effectively halts attacks while avoiding false alarms. Remarkably, 100% of CloudGuard clients have fewer than five rule exceptions for each deployment, showcasing the efficiency of the system. With CloudGuard, you can trust that your security measures evolve alongside your applications, providing not just protection but peace of mind.

Imperva Runtime Protection identifies and prevents attacks originating from within the application itself. By employing innovative LangSec techniques that interpret data as executable code, it gains comprehensive insight into potentially harmful payloads prior to the completion of application processes. This approach delivers swift and precise defense without relying on signatures or a learning phase. Furthermore, Imperva Runtime Protection serves as an essential element of Imperva’s top-tier, comprehensive application security solution, elevating the concept of defense-in-depth to unprecedented heights. It ensures that applications remain secure against evolving threats in real-time.

Safeguarding Android applications and SDKs from reverse engineering and malicious attacks is crucial. The simplicity with which Android apps and SDKs can be decompiled using easily accessible tools paves the way for various abuses such as intellectual property theft, credential harvesting, tampering, and cloning. DexGuard provides robust protection for both native Android and cross-platform applications and SDKs against these threats. By fortifying the application code, it allows apps to defend themselves during runtime. Operating as a command-line tool, DexGuard processes, optimizes, and secures Android applications and their associated libraries. This solution ensures comprehensive protection without necessitating any alterations to the source code. Supporting both native Android technologies (Java, Kotlin) and cross-platform frameworks (such as Cordova, Ionic, React Native, and Unity), DexGuard is versatile. Additionally, its capabilities can be enhanced with the NDK add-on, which facilitates the processing and safeguarding of native libraries, thus offering a thorough defense against potential vulnerabilities. The integration of DexGuard can significantly elevate the security posture of any Android application.

Regain authority over your applications by effectively monitoring and identifying mobile security threats. With Promon INSIGHT™, you can safely oversee, identify, and swiftly address both familiar and unfamiliar dangers. The reporting capabilities are designed to gather insights regarding the app’s operational environment and particular security vulnerabilities. Promon INSIGHT™ allows you essential time to respond to potential threats as they arise. Its capability to report discreetly back to servers ensures that cybercriminals executing targeted attacks remain oblivious to their detection. Gain a comprehensive understanding of your app's execution context and security health. Promon INSIGHT™ offers reliable reporting techniques that can be counted on, in contrast to other technologies that may be easily compromised, rendering their reports unreliable. By employing thorough monitoring methods that surpass what standard APIs can offer, Promon INSIGHT™ is adept at recognizing irregularities that other reporting solutions may overlook. This level of insight significantly enhances your app's defense mechanisms against potential threats.

ByteHide is a comprehensive application security platform tailored for developers, aimed at safeguarding code, secrets, data, and runtime environments while effectively reducing dependencies and associated risks. It integrates effortlessly with existing development practices and communication platforms, providing vital security insights and alerts without hindering productivity. Adopting a zero-knowledge approach, ByteHide employs client-side encryption, ensuring that only you possess the encryption keys and that your source code is never stored on their servers. With a focus on minimal, usually read-only permissions, you maintain complete authority over which repositories and data sources undergo analysis. Core components of ByteHide include Shield, designed for advanced code obfuscation and anti-tampering, Secrets, which offers AI-driven secret detection and decentralized management, Monitor for real-time detection of runtime threats, and Radar for comprehensive SAST/SCA scanning. These essential tools operate within secure, isolated environments, automatically concealing sensitive personal data to enhance security further. By combining these features, ByteHide not only strengthens your security posture but also fosters a smoother workflow for developers.

Comodo Advanced Endpoint Protection (AEP) is designed to shield your endpoints from malware, but the AEP application itself frequently faces threats from malicious software attempting to bypass its defenses. Thankfully, Comodo AEP is equipped with powerful self-protection measures that thwart any attempts by harmful applications to seize control or evade its security services. It achieves this by intercepting critical system calls that could endanger the application, such as Terminate Process and Create Remote Thread, which are clear indicators of potential threats. Additionally, there are subtler yet more perilous calls like CreateFile, which can facilitate actions beyond merely creating a file. By intercepting these system calls, Comodo AEP ensures that they are only executed if they pose no risk to its processes. Furthermore, Comodo AEP incorporates a kernel mode driver that actively prevents direct modifications to the system kernel, reinforcing its defensive capabilities against sophisticated attacks. The combination of these protective strategies establishes a robust barrier that enhances endpoint security against a myriad of potential threats.

As video gaming continues to expand rapidly and the Metaverse approaches, it is increasingly crucial to safeguard the industry against piracy and cheating while delivering an exceptional gaming experience. Denuvo's Anti-Tamper and anti-cheat technologies serve to defend PC games from piracy and identify cheating, allowing developers to choose their approach to handle cheaters effectively. Additionally, Denuvo's solutions extend to mobile games, shielding them from various threats such as tampering, cracking, cloning, cheating, debugging, reverse engineering, and modding. With a focus on protecting sensitive game logic and data, Denuvo anti-cheat ensures that developers have control over how they address instances of cheating. This security framework also facilitates the distribution of games through new channels beyond traditional platforms, empowering developers to establish their own PC platforms—whether Windows, Linux, or macOS—thereby saving up to 30% on revenue typically owed to platform providers while maintaining complete control over their distribution strategies. Ultimately, this not only enhances the gaming experience but also supports developers in maximizing their revenue potential in an evolving market.

Operant AI offers comprehensive protection for all layers of contemporary applications, spanning from infrastructure to APIs. With a straightforward deployment that takes only minutes, Operant ensures complete security visibility and runtime controls, effectively thwarting a variety of both common and critical cyber threats such as data exfiltration, data poisoning, zero-day vulnerabilities, lateral movement, cryptomining, prompt injection, and beyond. This is achieved with no need for instrumentation, no drift, and minimal disruption for Development, Security, and Operations teams. Furthermore, Operant's in-line runtime safeguarding of all data in use during every interaction, from infrastructure to APIs, elevates the defense mechanisms for your cloud-native applications while requiring zero instrumentation, no alterations to application code, and no additional integrations, thus streamlining the security process significantly.

Hackers can easily access tools that allow them to deconstruct and analyze your iOS applications and SDKs, providing them with a deeper understanding of their internal mechanisms. This vulnerability paves the way for various malicious activities such as intellectual property theft, credential harvesting, tampering, and cloning. To combat these threats, iXGuard offers robust protection for both native iOS and cross-platform applications, safeguarding them against reverse engineering and hacking attempts. By reinforcing the application's code, iXGuard empowers applications to defend themselves during runtime. As a command-line utility, iXGuard processes and secures iOS applications and libraries, ensuring comprehensive protection without the need to share or modify the original source code. The configuration process is user-friendly, allowing you to set up protection for entire applications or target specific functions through a single configuration file. Additionally, iXGuard is designed to support a variety of platforms, including native iOS (Objective-C, Swift) and cross-platform frameworks such as Cordova, Ionic, React Native, and Unity, making it a versatile choice for developers seeking to enhance their app security. With its wide-ranging capabilities, iXGuard stands as a vital tool for developers aiming to safeguard their applications from potential threats.

Our advanced security solutions safeguard applications against reverse engineering, tampering, API vulnerabilities, and various other threats that could jeopardize your enterprise, your clientele, and your profitability. By obfuscating source code, incorporating honeypots, and employing various misleading coding techniques, we effectively deter and confound potential attackers. Additionally, our system activates defensive protocols automatically upon detecting any suspicious behavior, which may include shutting down the application, isolating users, or initiating self-repair of the code. We seamlessly integrate vital application protection measures and threat detection tools into the continuous integration and continuous deployment (CI/CD) pipeline after code development, ensuring that the DevOps workflow remains unperturbed. Furthermore, our technology encrypts both static and dynamic keys as well as sensitive data nestled within application code. It also secures sensitive information, whether at rest within the application or during transmission between the app and server. Our solutions are compatible with all leading cryptographic algorithms and modes, holding FIPS 140-2 certification to guarantee compliance and security standards. In an era where digital threats are increasingly sophisticated, our comprehensive approach ensures that your applications remain resilient and secure.

Mobile and desktop applications often harbor vulnerabilities that can lead to the exposure of sensitive customer data and jeopardize intellectual property. PACE Anti-Piracy stands as a frontrunner in the realm of software protection, having offered licensing platform solutions since 1985. Leveraging extensive experience and dedicated research and development, PACE has crafted cutting-edge security tools specifically designed for anti-tampering and white-box cryptography. Fusion, one of our proprietary technologies, integrates seamlessly with your binary code, safeguarding your software from potential tampering or unauthorized modifications by malicious actors. This protection encompasses both obfuscation and anti-tampering measures. Recognized as a leader in software and plug-in licensing, PACE delivers a versatile, fully-hosted platform that provides an all-encompassing solution for publishers aiming to launch their products in the market. The white-box works component is our latest offering within the white-box sector, featuring an innovative architecture that enhances security measures to protect keys and sensitive data right at the endpoint, making it a vital tool for modern software security. Additionally, our commitment to continuous improvement ensures that we stay ahead in a rapidly evolving technological landscape.

AppSuit Premium serves as a comprehensive mobile app security solution, employing advanced app obfuscation and anti-tampering technologies to guard against a range of hacking threats. Its effectiveness has earned the trust of numerous financial institutions and other organizations in Korea, where it has received validation for its safety. The service includes beta testing for new devices and operating systems prior to their official release, ensuring that it stays ahead of emerging cyber threats through regular updates. Clients benefit from prompt and precise technical support and maintenance services as well. The client application's build process begins after the AppSuit plug-in is integrated and the gradle settings are configured within the client’s app development environment. Once uploaded into the build system, AppSuit is automatically applied to the client APK/IPA, which operates as a web service. The requirement of this build system ensures seamless application of AppSuit to the client's files. Furthermore, AppSuit has consistently been recognized as a top-tier product in various evaluations, including POC and BMT assessments conducted by financial firms and major corporations, solidifying its reputation in the market. Over time, its proven reliability continues to attract new clients looking for robust app security solutions.

Imperva's Application Security Platform delivers extensive defense for applications and APIs, effectively countering contemporary threats while maintaining high performance levels. This platform encompasses a variety of features, including Web Application Firewall (WAF), Advanced Bot Protection, API Security, DDoS Protection, Client-Side Protection, and Runtime Protection to shield against potential vulnerabilities and attacks. With the use of sophisticated analytics and automated threat response mechanisms, Imperva guarantees that applications are protected in cloud, on-premises, and hybrid settings. Furthermore, its adaptability makes it suitable for diverse operational environments, enhancing overall security posture.

CrowdStrike Falcon AI Detection and Response (AIDR) serves as a comprehensive security solution aimed at safeguarding the quickly evolving AI attack landscape by offering immediate visibility, detection, and response capabilities across various AI systems, users, and their interactions. This platform grants a consolidated view of how both employees and AI agents engage with generative AI by elucidating the connections between users, prompts, models, agents, and the necessary infrastructure, while also recording in-depth runtime logs for purposes of monitoring, compliance, and investigation. By consistently overseeing AI operations across endpoints, cloud settings, and applications, organizations can gain insights into data movement within AI frameworks and how agents function within established limits. AIDR is adept at identifying and neutralizing AI-specific threats, including prompt injections, jailbreak attempts, malicious actors, harmful outputs, and unauthorized interactions, through the application of behavioral analysis alongside integrated threat intelligence. Additionally, the platform facilitates proactive threat management, allowing organizations to not only respond to incidents but also to anticipate potential vulnerabilities in their AI ecosystems.

Comprehensive Safeguarding for Applications and Container Workloads. Immediate Protection Against Zero Day Attacks. The K2 Security Platform excels in identifying increasingly complex threats aimed at applications, often overlooked by traditional network and endpoint security systems such as web application firewalls (WAF) and endpoint detection and response (EDR). K2 offers a user-friendly, non-invasive agent that can be set up in just a few minutes. By employing a deterministic method known as optimized control flow integrity (OCFI), the K2 Platform constructs a runtime DNA map of each application, which is essential for verifying that the application is functioning correctly. This innovative approach leads to highly precise attack detection, significantly reducing false positives. Additionally, the K2 Platform is versatile, capable of being utilized in cloud, on-premise, or hybrid environments, and it effectively safeguards web applications, container workloads, and Kubernetes. Its coverage extends to the OWASP Top 10 and addresses various types of sophisticated attacks, ensuring comprehensive protection for modern digital infrastructures. This multilayered defense strategy not only enhances security but also fosters trust in application reliability.

The V-OS Mobile App Protection solution is designed to identify and safeguard mobile applications against a wide range of threats, including reverse-engineering, hooking, tampering, app integrity checks, library signature validation, code injection, and debugging among others. Even in an insecure operating system environment where the device may be compromised, applications utilizing V-OS Mobile Application Protection have mechanisms for detecting rooted and jailbroken devices, ensuring that the app can operate effectively while maintaining its integrity and confidentiality, all without jeopardizing its security or exposing sensitive data contained within. Built upon V-Key’s patented V-OS Virtual secure element, this solution provides an additional layer of tamper resistance and security features. The V-OS Mobile App Protection was developed as a flexible option to balance security with user convenience for enterprise users. By integrating a variety of protective techniques, it exemplifies the essence of true cybersecurity, emphasizing the importance of a multifaceted approach to digital safety. Ultimately, the goal is to create a seamless user experience while upholding the highest standards of protection against potential threats.

DexProtector offers immediate protection for applications on both iOS and Android platforms, safeguarding them from various static and dynamic threats. As a recognized leader in application and SDK security, it boasts over ten billion installations worldwide. The strategy employed by DexProtector for app defense is distinctive and effective. Its Runtime Application Self Protection (RASP) native engine operates at a deep system level within the application, allowing it to engage directly with operating system components. This integration enables it to manage crucial processes and protect the most sensitive elements of your applications and libraries. By layering multiple defenses, DexProtector constructs a robust barrier around your critical code and assets, significantly enhancing the resilience of your applications against real-time attacks. Integration into your CI/CD pipeline is instantaneous and requires no coding, making it incredibly user-friendly. In addition to securing your applications, it also protects the communication channels with servers, establishing a fortified layer between your application and the operating system. Ultimately, DexProtector effectively shields your applications from both static and dynamic threats, ensuring comprehensive security in an ever-evolving digital landscape.

Barracuda Application Protection serves as a cohesive platform that ensures robust security for web applications and APIs across a variety of environments, whether on-premises, in the cloud, or hybrid. It seamlessly integrates comprehensive Web Application and API Protection (WAAP) capabilities with sophisticated security features to mitigate a multitude of threats, including the OWASP Top 10, zero-day vulnerabilities, and various automated attacks. Among its key functionalities are machine learning-driven auto-configuration, extensive DDoS protection, advanced bot defense, and client-side safeguarding, all aimed at protecting applications from complex threats. Furthermore, the platform boasts a fortified SSL/TLS stack for secure HTTPS transactions, an integrated content delivery network (CDN) to enhance performance, and compatibility with numerous authentication services to ensure precise access control. By streamlining application security, Barracuda Application Protection offers a cohesive solution that is not only user-friendly but also straightforward to deploy, configure, and manage, making it an attractive choice for organizations seeking to fortify their digital assets. Its versatility allows businesses to adapt their security posture to meet evolving challenges in the cyber landscape.

SlashNext's solutions for anti-phishing and incident response effectively combat threats in mobile, email, and web environments, significantly minimizing the chances of data breaches, cyber extortion, and theft. They safeguard users on iOS and Android devices against phishing attacks tailored for mobile platforms through a compact, cloud-enhanced agent. Employees are also protected from real-time phishing attempts thanks to cloud-based browser extensions compatible with all leading desktop browsers. By leveraging live threat intelligence, organizations can transform their current network security measures into a proactive, multi-faceted defense against phishing attacks. The process of managing phishing incidents and conducting threat hunting can be automated with precise, on-the-fly assessments of suspicious URLs whenever needed. Attackers often utilize targeted strategies to hijack individual accounts or impersonate specific users, employing deception tactics to coerce victims into revealing sensitive information for illicit purposes. Furthermore, malicious HTML, PDF, and Microsoft Office attachments are frequently deployed to extract credentials or install harmful software on unsuspecting systems. Awareness of these varied threats is crucial for developing effective defenses against evolving cyber risks.

Alice is an enterprise-grade AI security and trust platform designed to protect applications, agents, and foundation models from adversarial threats. Formerly known as ActiveFence, the company leverages its proprietary Rabbit Hole intelligence engine, built on billions of real-world toxic and abusive data samples, to deliver unmatched safety coverage. Alice protects more than 50% of global online experiences, monitoring over 1 billion daily AI-human interactions across 120+ languages. Its WonderSuite platform provides comprehensive safeguards, including pre-launch stress testing with WonderBuild, dynamic runtime guardrails through WonderFence, and continuous automated red-teaming via WonderCheck. These solutions help organizations defend against prompt injection, jailbreaks, model exploitation, and policy misalignment risks. By aligning defenses with regulatory and compliance requirements, Alice supports responsible AI governance and enterprise risk management. Trusted by leading tech companies and model labs, Alice empowers businesses to deploy GenAI systems securely and scale innovation without fear.

App development teams are facing increasing security threats as apps become more important to businesses and attackers become more sophisticated. Intellectual property theft is only one of many security threats. Apps can also be used to steal trade secrets, user data, and identify other attack vectors. These breaches can result in serious brand and reputation damage, as well as revenue loss. App protection is a good investment for risk management, according to highly skilled app developers. Basic renaming obfuscation doesn't suffice. PreEmptive Protection Dotfuscator.NET offers many layers of protection. These include multiple forms of obfuscation such as renaming, string encryption and control flow. Active runtime checks also include tampering, debugging, root and other security measures. We test all layers to ensure that they don't cause any problems as the runtime platform changes.

Introducing the Trellix Platform, a versatile XDR ecosystem designed to tackle your business's unique challenges. This platform continuously evolves and learns, offering proactive protection while ensuring both native and open connectivity, along with specialized support for your team. By implementing adaptive defenses that respond in real-time to emerging threats, your organization can maintain resilience against cyber attacks. With a staggering 75 million endpoints trusting Trellix, you can enhance business agility through zero trust strategies and safeguard against various attack vectors, including front-door, side-door, and back-door intrusions, all while simplifying policy oversight. Experience comprehensive, unobtrusive security for your cloud-native applications, facilitated by secure agile DevOps practices and clear visibility into deployment environments. Additionally, our security solutions for email and collaboration tools efficiently mitigate high-risk exposure points, automating processes to boost productivity and foster secure teamwork in a dynamic environment. This holistic approach ensures that your organization not only remains protected but also thrives in an ever-evolving digital landscape.

Safeguard cloud-native applications while minimizing the potential attack surface by identifying vulnerabilities, concealed malware, sensitive information, compliance breaches, and additional risks throughout both the build and runtime phases, thereby guaranteeing that only compliant containers are deployed in production. Seamlessly incorporate security measures early in the continuous integration and continuous delivery (CI/CD) process, automating protections that enable DevSecOps teams to launch production-ready applications without hindering build timelines. With the confidence that applications are secure, developers can focus on building and deploying their projects. Leverage a unified platform that provides automated discovery, runtime protection, continuous threat detection and response for cloud workloads and containers, as well as managed cloud threat hunting. This comprehensive solution aids in uncovering hidden malware, embedded secrets, configuration errors, and other vulnerabilities in your images, ultimately contributing to a significantly reduced attack surface and enhanced security posture. Empower your team to innovate while maintaining the highest security standards.

Enhanced options for deploying facial biometrics with maximum security features include remote biometric registration capabilities. This system is designed to detect and assess facial attributes in real-time, analyzing elements such as head positions, closed eyes, eye direction, mouth openness, and eyewear. It also incorporates national identity tokenization strategies. At the heart of this technology is V-OS, which is V-Key’s proprietary virtual secure element. This innovative solution functions as a secure sandbox within native iOS or Android applications, ensuring a protected operating space for data storage and the execution of cryptographic operations independently from the broader mobile app ecosystem. The V-OS App Protection solution is adept at identifying and safeguarding applications against various threats, including reverse-engineering, hooking, tampering, integrity checks, library signature validation, and code injections, among others. In scenarios where the operating system is vulnerable due to a compromised device, apps that utilize V-OS Application Protection are equipped with mechanisms to detect rooted or jailbroken environments, ensuring seamless functionality for the mobile application. This multifaceted approach enhances the overall resilience of mobile applications in challenging security landscapes.

A contemporary application security solution that effortlessly integrates within DevOps frameworks, enabling the delivery of secure applications from inception to end-user. The current application environment has evolved significantly, with modern applications consisting of microservices that operate in containers, interact through APIs, and are deployed using automated CI/CD pipelines. It is essential for DevOps teams to incorporate security measures approved by the security team throughout distributed systems without compromising release speed or system performance. NGINX App Protect serves as an effective security solution tailored for modern applications, functioning as both a robust WAF and a defense against application-level DoS attacks, ultimately facilitating the secure delivery of applications from their initial code stage to the final customer. It integrates seamlessly with NGINX Plus and NGINX Ingress Controller, providing strong security controls that safeguard against a wide range of sophisticated threats and evasive attacks. This solution minimizes complexity and reduces tool sprawl while supporting the development of modern applications. By employing NGINX App Protect, organizations can create, secure, and manage adaptive applications that not only lower costs but also enhance operational efficiency and provide improved protection for users against emerging threats. Ultimately, this empowers teams to focus more on innovation and less on security concerns.

Safeguard your applications and APIs from the most advanced and extensive threats by utilizing a web application firewall alongside edge-based DDoS protection. Kona Site Defender offers robust application security positioned at the network's edge, making it more challenging for attackers to reach your applications. With an astonishing 178 billion WAF rule triggers processed daily, Akamai provides unparalleled insights into attack patterns, ensuring the delivery of tailored and precise WAF protections that adapt to emerging threats. Its versatile security measures are designed to protect your entire application landscape while accommodating dynamic business needs, such as API security and cloud transitions, all while significantly reducing management efforts. Furthermore, Kona Site Defender features an innovative anomaly detection engine that guarantees exceptional accuracy right from the start. It is essential to have application security solutions that are adaptable to meet your specific requirements and the diverse organizations you serve, ensuring a comprehensive defense strategy.

open-appsec is an open-source initiative that builds on machine learning to provide pre-emptive web app & API threat protection against OWASP-Top-10 and zero-day attacks. It can be deployed as add-on to Kubernetes Ingress, NGINX, Envoy and API Gateways. The open-appsec engine learns how users normally interact with your web application. It then uses this information to automatically detect requests that fall outside of normal operations, and sends those requests for further analysis to decide whether the request is malicious or not. open-appsec uses two machine learning models: 1. A supervised model that was trained offline based on millions of requests, both malicious and benign. 2. An unsupervised model that is being built in real time in the protected environment. This model uses traffic patterns specific to the environment. open-oppsec simplifies maintenance as there is no threat signature upkeep and exception handling, like common in many WAF solutions.

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.

Once an Android or iOS application is launched, developers and security teams frequently find themselves unaware of prevalent attack vectors and weak areas within their codebase...until they encounter issues. ThreatCast empowers customers of DexGuard and iXGuard to oversee threats in real-time, allowing them to adjust their security settings and safeguard apps from dubious activities and harmful users. With user-friendly dashboards and tailored alerts, users can identify threat incidents as they occur. By analyzing threat information, teams can take swift action against attacks or prevent access from suspicious individuals. This solution enables organizations to prioritize mobile security during the development phase, ensuring that they do not compromise their speed to market while maintaining robust defenses. Furthermore, it fosters a proactive approach to security that is essential in today's fast-paced digital landscape.

The recognition of web attacks utilizes a combination of AI and predefined rules, ensuring robust anti-bypass capabilities and maintaining low rates of both false negatives and false positives. This system effectively protects against prevalent web threats, such as those listed in the OWASP top 10, which encompasses issues like SQL injection, unauthorized access, cross-site scripting, and cross-site request forgery, among others. Additionally, users have the option to store essential web content in the cloud, enabling the publication of cached web pages that serve as backups to mitigate the risks associated with web page alterations. The backend infrastructure is safeguarded through a comprehensive strategy that includes concealing servers and applications before an attack occurs, preventing attacks during ongoing incidents, and replacing or concealing sensitive data after an event. Furthermore, the Web Application Firewall (WAF) conducts extensive DNS verification across the nation for the domains provided by customers, allowing it to identify and report any hijacking attempts affecting the protected domain names in different areas, which is crucial for preventing data breaches and financial losses linked to user hijacking on websites. This multifaceted approach not only fortifies security but also enhances user trust in web services.

The Anti-Bot Service delivers extensive protection against bots for web applications, HTML5 sites, mobile applications, and APIs, significantly mitigating the risks associated with particular vulnerabilities. This service is particularly useful in various scenarios, including flight seating occupancy management, combating online scalping, preventing user enumeration, and safeguarding core API functionalities. As a SaaS solution built on reverse proxy technology, it enables users to establish customized protection policies to detect and manage harmful traffic effectively. Additionally, users can monitor the security status through a convenient console interface. With straightforward access configurations, this solution requires no modifications to the server-side code, ensuring seamless integration. It also provides a wealth of security threat information stored in the cloud, along with prompt updates to protection policies to counteract ongoing attacks. The Anti-Bot Service excels in identifying and filtering out malicious traffic while maintaining a smooth user experience, making it a vital tool for businesses looking to enhance their online security. Overall, its multifaceted approach ensures robust defense against evolving threats in the digital landscape.

Easily identify the weaknesses in your organization's security framework with Ostorlab, which offers more than just subdomain enumeration. By accessing mobile app stores, public registries, crawling various targets, and performing in-depth analytics, it provides a thorough understanding of your external security posture. With just a few clicks, you can obtain critical insights that assist in fortifying your defenses and safeguarding against potential cyber threats. Ostorlab automates the identification of a range of issues, from insecure injections and obsolete dependencies to hardcoded secrets and vulnerabilities in cryptographic systems. This powerful tool enables security and development teams to effectively analyze and address vulnerabilities. Enjoy the benefits of effortless security management thanks to Ostorlab's continuous scanning capabilities, which automatically initiate scans with each new release, thus conserving your time and ensuring ongoing protection. Furthermore, Ostorlab simplifies access to intercepted traffic, file system details, function invocations, and decompiled source code, allowing you to view your system from an attacker's perspective and significantly reduce the hours spent on manual tooling and output organization. This comprehensive approach transforms the way organizations address security challenges, making it an invaluable asset in today’s digital landscape.

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.

Enterprise-level DDoS protection is essential for effectively countering advanced DDoS attacks, minimizing the risks of business disruptions, and addressing potential security vulnerabilities. The Anti-DDoS service leverages Alibaba Cloud's extensive network of global scrubbing centers, paired with sophisticated DDoS detection and defense technologies developed by Alibaba, to automatically neutralize threats and bolster the security of your applications, thereby diminishing the risks posed by malicious incursions. Serving as the DDoS defense mechanism for Alibaba Group, the Anti-DDoS offerings are strategically positioned in scrubbing centers worldwide, providing a robust network with a cumulative mitigation capacity exceeding 10 Tbit/s. On average, Alibaba Cloud's Anti-DDoS solution successfully mitigates approximately 2,500 DDoS attacks daily and has proven capable of thwarting an attack reaching 1 Tbit/s. By implementing this effective DDoS protection system, enterprises can significantly reduce operational and maintenance expenses while ensuring the ongoing stability of their business operations. Additionally, this comprehensive defense strategy enhances customer trust and strengthens the overall resilience of the organization against future cyber threats.

Cisco AI Defense represents an all-encompassing security framework aimed at empowering businesses to securely create, implement, and leverage AI technologies. It effectively tackles significant security issues like shadow AI, which refers to the unauthorized utilization of third-party generative AI applications, alongside enhancing application security by ensuring comprehensive visibility into AI resources and instituting controls to avert data breaches and reduce potential threats. Among its principal features are AI Access, which allows for the management of third-party AI applications; AI Model and Application Validation, which performs automated assessments for vulnerabilities; AI Runtime Protection, which provides real-time safeguards against adversarial threats; and AI Cloud Visibility, which catalogs AI models and data sources across various distributed settings. By harnessing Cisco's capabilities in network-layer visibility and ongoing threat intelligence enhancements, AI Defense guarantees strong defense against the continuously changing risks associated with AI technology, thus fostering a safer environment for innovation and growth. Moreover, this solution not only protects existing assets but also promotes a proactive approach to identifying and mitigating future threats.

As the agile sentinel for Web, Mobile, and IoT applications, ForceShield emerged in 2016 from a collective of cybersecurity specialists intent on revolutionizing the industry. The founders recognized that traditional signature-based security measures were proving inadequate against the rising tide of sophisticated automated threats. To address this challenge, they crafted a unique security innovation known as Dynamic Transformation, which transitioned the focus from reactive responses to proactive safeguards, thereby complicating the task for potential attackers and elevating their operational costs. Understanding the escalating prevalence of automated assaults on the Internet of Things, they were confident that their cutting-edge technology and engineering prowess could effectively tackle this formidable security issue. ForceShield effectively establishes a comprehensive defense framework by shielding Web and Mobile applications, along with IoT devices, from malicious bot incursions. In doing so, they not only enhance security but also empower organizations to thrive in an increasingly hostile digital landscape.