Top Build38 Alternatives

The leading hybrid and multi-cloud platform provides an exceptional array of security features, including next-generation WAF, API Security, RASP, Enhanced Rate Limiting, Bot Defense, and DDoS protection, specifically designed to overcome the shortcomings of traditional WAF systems. Conventional WAF solutions were inadequate for the challenges posed by modern web applications that function across cloud, on-premise, or hybrid environments. Our state-of-the-art web application firewall (NGWAF) and runtime application self-protection (RASP) solutions not only bolster security measures but also ensure reliability and optimal performance, all while offering the most competitive total cost of ownership (TCO) in the industry. This forward-thinking strategy not only satisfies the requirements of the current digital environment but also equips organizations to tackle future web application security challenges effectively. By continuously evolving our solutions, we aim to provide businesses with the tools necessary to navigate an ever-changing security landscape.

Mitigate lateral movement and safeguard against data breaches with Avocado’s groundbreaking agentless, application-native security solution that delivers unparalleled visibility. This security architecture prioritizes both simplicity and scalability, utilizing runtime policies and pico-segmentation to protect applications with precision. By creating finely-tuned perimeters around subprocesses, it effectively addresses threats at their most detailed level. The solution integrates runtime controls seamlessly into application subprocesses, enabling self-learning mechanisms for threat detection and automated responses, irrespective of the programming language or system architecture employed. Moreover, it automatically shields against internal attacks without necessitating manual intervention, ensuring a low incidence of false positives. Unlike traditional agent-based detection methods that depend on signatures, memory, and behavioral analysis, which struggle with broad attack surfaces and ongoing lateral threats, Avocado’s approach offers a more robust defense. Without a fundamental transformation in attack detection methodologies, vulnerabilities, including zero-day exploits and configuration flaws, will continue to go unchecked. Thus, adopting an advanced, proactive security model is crucial for sustaining effective defenses in the intricate digital landscape we navigate today. Embracing innovative technologies can empower organizations to stay ahead of emerging threats.

Hdiv solutions offer an extensive array of security measures designed to protect applications from internal threats while ensuring straightforward implementation in various environments. By alleviating the need for teams to have specialized security expertise, Hdiv automates the self-protection process, which significantly reduces operational costs. This forward-thinking strategy guarantees that applications are secured from the very beginning of development, tackling the root causes of risk and maintaining security after deployment. Hdiv's efficient and unobtrusive system operates without requiring extra hardware, effectively utilizing the existing resources assigned to your applications. Consequently, Hdiv meets the scaling demands of your applications while eliminating traditional costs associated with security hardware. In addition, Hdiv proactively detects security vulnerabilities within the source code before they can be exploited, employing a runtime dataflow technique that accurately identifies the specific file and line number of any issues discovered, thereby further strengthening overall application security. This anticipatory strategy not only enhances the protection of applications but also simplifies the development workflow, allowing teams to concentrate on feature creation rather than potential security concerns. Ultimately, Hdiv fosters a safer and more efficient development environment.

MASST (Mobile Application Security Suite & Tools) is a comprehensive platform dedicated to the protection of mobile applications, focusing on the identification, safeguarding, and management of these applications during both development and operational stages. Central to its functionality is the Threat Detection module, which includes several specialized components such as CodeLock, which assesses vulnerabilities across an extensive array of over 50 vectors; RunLock, which performs runtime assessments and simulates potential attacks; APILock, tasked with the identification and protection of API endpoints; and ThreatLock, which conducts thorough red-teaming evaluations. To counteract potential security threats, MASST offers protective features like Defender, which utilizes Runtime Application Self-Protection (RASP) for immediate defense; Shield, which aims to thwart reverse-engineering and protect intellectual property; and Guard, which securely handles the local storage of sensitive information, keys, and certificates through white-box cryptography. Furthermore, the suite's Threat Visibility layer includes the ThreatLens Dashboard, providing real-time monitoring, analytical evaluations, and actionable insights regarding attacks, anomalies, and the overall security status of applications. This integrated approach not only fortifies mobile applications against vulnerabilities but also equips developers with essential tools to continually refine and elevate their security practices over time. Ultimately, this ensures a robust defense mechanism for mobile application ecosystems.

Quixxi stands out as a top-notch provider of mobile application security solutions, enabling businesses and security experts to safeguard their mobile apps effectively. Our advanced AI-driven app scanner facilitates swift evaluations and provides recommendations by detecting possible vulnerabilities in mobile applications, offering practical advice aligned with the Open Web Application Security Project Mobile Application Security Verification Standard (OWASP MASVS). As the only provider of a patented proprietary mobile app security solution, Quixxi takes pride in its diverse array of security services, which includes Static Application Security Testing (SAST), Dynamic Application Security Testing (DAST), Runtime Application Self-Protection (RASP), and ongoing threat monitoring. Our self-service portal, which operates on a Software as a Service (SaaS) model, is designed specifically for large enterprises and government entities with multiple applications that may be at risk from emerging cyber threats, particularly within the Banking, Financial Services, and Insurance (BFSI), healthcare, and IT service provider sectors. With our comprehensive solutions, organizations can proactively defend against vulnerabilities and ensure the integrity of their mobile applications.

SEAP® for Mobile functions as a software development kit that integrates effortlessly into user applications without requiring special permissions, whereas SEAP® for Web operates via JavaScript within web browsers, thus bypassing the need for agent installations. This cutting-edge solution effectively identifies malware threats across both mobile and web domains, tackling advanced attacks such as man-in-the-browser, man-in-the-app, remote access trojans (RAT), web injections, overlay attacks, SMS grabbing, memory tampering, and a variety of injection threats. In addition to malware detection, SEAP® can also recognize and report on technological weaknesses present in devices, including jailbreaking, rooting, attempts at reverse engineering, binary tampering, and repacking. When specific device conditions are detected, the application has the capability to invoke countermeasures through specialized RASP APIs. Moreover, SEAP® is adept at detecting fraudulent activities that jeopardize existing user accounts by utilizing behavioral biometrics and device identity verification techniques, significantly enhancing security for users. This all-encompassing method of threat detection not only protects applications but also strengthens user confidence in digital interactions and environments, ultimately promoting safer online experiences.

A cybersecurity framework focused on protection is now attainable. By allowing server workloads to independently defend themselves, we maintain a continuous shield against both known and unknown threats, such as zero-day vulnerabilities. As software serves as the backbone of global infrastructure, traditionally, there has been no efficient way to secure active server workloads. Our groundbreaking and patented technology delivers protection from within during runtime, carefully scrutinizing the authorized actions of the workload and blocking malicious code before it can run. This comprehensive system encompasses workloads, components, filesystems, processes, and memory, enabling swift disruption of any attacker's attempts. Regardless of whether vulnerabilities have been patched, our solution can detect threats that might slip past conventional endpoint defenses. It facilitates a thorough mapping of server workloads without compromising application functionality, thereby ensuring strong protection. This strategy not only boosts security at the server workload level but also results in considerable operational cost reductions. Furthermore, we offer on-demand demonstrations and tutorials for the Virsec platform, and interested parties can conveniently schedule a live demo with one of our security specialists to witness the technology firsthand. By investing in this innovative approach, organizations can reinforce their defenses while optimizing their resources effectively.

Enhance the security of your smart contracts by actively blocking malicious transactions rather than merely putting your applications on hold. Our innovative machine learning technologies continuously scrutinize your smart contracts and transactions, providing instant risk assessments that fortify your web3 applications against a variety of threats, exploitation attempts, and compliance issues. The Protect platform is designed to offer robust defenses against cyber risks, compromised wallets, fraud, and security gaps. By incorporating our Real-Time Application Self-Protection (RASP) SDK and API, your web3 applications are equipped with a safeguard against harmful transactions, ensuring a secure environment for your users. Stay one step ahead of cyber threats with features like watchlists, alerts, in-depth reports, analytical insights, and thorough logging. This anticipatory strategy not only bolsters security but also cultivates a sense of trust and confidence among your user community, ensuring a safer digital experience for all.

Strengthen your application security and protect your APIs with AppSec powered by contextual AI. Safeguard your web applications from emerging threats with a fully automated, cloud-native security solution that eliminates the need for tedious manual rule adjustments and exception drafting whenever changes are made to your applications or APIs. As modern applications demand sophisticated security strategies, it’s essential to defend against vulnerabilities effectively. With CloudGuard, you can shield your web applications and APIs, minimize false positives, and counter automated attacks targeting your business. The platform employs contextual AI to precisely eliminate threats autonomously, adapting as your application landscape changes. It’s crucial to protect your web applications against the OWASP Top 10 vulnerabilities, and CloudGuard AppSec excels in this area. From setup through ongoing management, the system conducts thorough evaluations of every user, transaction, and URL to produce a risk score that effectively stops attacks while minimizing false alarms. Impressively, all CloudGuard clients report having fewer than five rule exceptions per deployment, underscoring the system's effectiveness. By choosing CloudGuard, you can be confident that your security measures will keep pace with your applications, providing not only robust protection but also a sense of security in an ever-evolving digital landscape. Furthermore, this seamless integration allows for continuous improvement, ensuring your defenses remain strong against new threats.

Zimperium’s Mobile Application Protection Suite (MAPS) empowers developers to create robust and secure mobile applications that can withstand various types of attacks. It stands out as the sole integrated solution that merges extensive app protection with genuine on-device threat detection and centralized threat monitoring capabilities. MAPS includes four distinct solutions, each tailored to meet specific security needs as outlined below: zScan: This tool scans application binaries for vulnerabilities related to security, privacy, and regulatory compliance that could be exploited by malicious actors. zKeyBox: Utilizing advanced white-box cryptography, it safeguards encryption keys and sensitive information while concealing cryptographic processes, ensuring that an app's operational logic remains hidden even if an attacker gains physical access to the device. zShield: This component offers top-tier protection for an application’s source code, intellectual property, and data against threats such as reverse engineering and code tampering. zDefend: Leveraging machine learning, this device attestation tool with runtime awareness through RASP provides extensive telemetry and analytics to zConsole. zDefend is designed to defend against zero-day vulnerabilities and can receive Over-The-Air updates without necessitating the rebuilding or redistribution of the application itself, ensuring ongoing protection and adaptability. Together, these solutions create a formidable defense against the evolving landscape of mobile security threats.

ByteHide serves as an all-encompassing application security platform designed specifically for developers, aimed at protecting code, sensitive information, data, and runtime environments while significantly minimizing dependencies and their inherent risks. It seamlessly integrates with current development methodologies and communication tools, delivering essential security insights and notifications without disrupting workflow efficiency. Utilizing a zero-knowledge framework, ByteHide implements client-side encryption, guaranteeing that you alone hold the encryption keys and that your source code is not stored on their servers. With an emphasis on limited, typically read-only access, you retain full control over which repositories and data sources are subject to scrutiny. Key features of ByteHide comprise Shield, which focuses on sophisticated code obfuscation and anti-tampering, Secrets for AI-powered secret detection and decentralized management, Monitor for the immediate identification of runtime threats, and Radar for extensive SAST/SCA scanning. These vital components function within secure and isolated environments, automatically safeguarding sensitive personal information to further bolster security. By integrating these capabilities, ByteHide not only enhances your security framework but also promotes a more streamlined experience for developers, ultimately making the development process more efficient and secure. This commitment to security and efficiency positions ByteHide as a leader in the application security landscape.

Protecting Android applications and SDKs from reverse engineering and harmful attacks is essential in today's digital landscape. The ease with which these applications can be decompiled using readily available tools leads to numerous threats, including intellectual property theft, credential harvesting, tampering, and cloning. DexGuard offers a strong line of defense for both native Android and cross-platform applications and SDKs against these vulnerabilities. By reinforcing the application code, it equips apps to safeguard themselves during their runtime. Functioning as a command-line tool, DexGuard manages, optimizes, and secures Android applications along with their libraries. This solution provides all-encompassing protection without requiring any changes to the source code. It is compatible with both native Android technologies such as Java and Kotlin, as well as cross-platform frameworks like Cordova, Ionic, React Native, and Unity, making it quite adaptable. Furthermore, its functionality can be augmented with the NDK add-on, which allows for the protection and processing of native libraries, ensuring a comprehensive defense against possible threats. By incorporating DexGuard, developers can significantly enhance the security of their Android applications, thus fostering greater trust among users. Enhanced security measures not only protect sensitive information but also improve overall application integrity and user experience.

Reassert control over your applications by proficiently tracking and recognizing mobile security risks. With Promon INSIGHT™, you can securely manage, detect, and promptly tackle both known and new threats. Its reporting features are specifically designed to collect data about the app's operational landscape and specific security concerns. Promon INSIGHT™ provides you with crucial time to react to emerging threats as they occur. The system's ability to communicate back to servers discreetly ensures that cybercriminals conducting targeted attacks remain unaware of their detection. By utilizing Promon INSIGHT™, you gain an in-depth perspective on your app's operational context and security status. Unlike other technologies that may be vulnerable and produce unreliable reports, Promon INSIGHT™ delivers trustworthy reporting methods you can depend on. This tool goes beyond standard APIs with exhaustive monitoring techniques, enabling it to detect anomalies that other reporting solutions might miss. Such a profound level of insight not only strengthens your app's defenses but also fosters a proactive approach to security management. By implementing Promon INSIGHT™, you fortify your defenses against potential threats more effectively than ever before.

Imperva Runtime Protection effectively detects and blocks threats that arise from within the application. Utilizing advanced LangSec methodologies that treat data as executable code, it provides in-depth analysis of potentially dangerous payloads before application processes fully execute. This method offers rapid and accurate defense, eliminating the need for traditional signatures or preliminary learning periods. Additionally, Imperva Runtime Protection is a crucial component of Imperva's premium, all-encompassing application security framework, significantly enhancing the principle of defense-in-depth. By doing so, it guarantees that applications stay protected against emerging threats as they occur, thereby reinforcing their overall security posture.

Mobile and desktop applications frequently contain weaknesses that may expose sensitive customer information and threaten intellectual property rights. Since 1985, PACE Anti-Piracy has been a leader in the software protection industry, providing comprehensive licensing platform solutions. Drawing from a wealth of experience and continuous research and development, PACE has developed advanced security tools tailored for anti-tampering and white-box cryptography. Our proprietary technology, Fusion, seamlessly integrates with your binary code, ensuring robust protection against tampering and unauthorized alterations by potential threats. This security encompasses not only obfuscation but also anti-tampering strategies. As a recognized authority in software and plug-in licensing, PACE offers a flexible, fully-hosted platform that serves as a complete solution for publishers aiming to introduce their products effectively. Our newest innovation, the white-box works component, features a groundbreaking architecture designed to bolster security measures for protecting keys and sensitive information directly at the endpoint, making it essential for contemporary software protection. Furthermore, our ongoing dedication to enhancement guarantees that we remain at the forefront of advancements in a quickly changing technological environment, ensuring our clients always benefit from the latest in security innovations.

The rapid growth of video gaming and the impending emergence of the Metaverse make it increasingly essential to protect the industry from piracy and cheating while ensuring a top-notch gaming experience. Denuvo's advanced Anti-Tamper and anti-cheat technologies are designed to shield PC games from piracy and detect cheating, empowering developers to effectively manage cheaters in their games. Furthermore, Denuvo's innovative solutions are applicable to mobile games as well, providing protection against various threats such as tampering, cracking, cloning, cheating, debugging, reverse engineering, and modding. By concentrating on safeguarding critical game logic and data, Denuvo's anti-cheat system allows developers to dictate their responses to cheating incidents. This security infrastructure also supports the distribution of games through alternative channels beyond conventional platforms, enabling developers to create their own PC platforms—whether for Windows, Linux, or macOS—thereby potentially saving up to 30% on revenue typically owed to platform providers while retaining complete oversight of their distribution strategies. Ultimately, this approach not only enriches the gaming experience but also empowers developers to optimize their revenue potential in an ever-evolving marketplace, fostering innovation and creativity in game development. As the landscape of gaming continues to shift, these protective measures will become vital for sustaining a fair and enjoyable environment for all players.

Operant AI provides extensive protection across all tiers of modern applications, ranging from infrastructure to APIs. Its easy-to-implement solution can be set up in just minutes, guaranteeing full security visibility and runtime controls that effectively counter a wide spectrum of cyber threats, including data exfiltration, data poisoning, zero-day vulnerabilities, lateral movement, cryptomining, prompt injection, and more. This level of security is delivered without the need for instrumentation, ensuring there is no drift and that Development, Security, and Operations teams experience minimal disruption. Additionally, Operant enhances the defense mechanisms for cloud-native applications by offering in-line runtime protection for all data being utilized during every interaction, from infrastructure to APIs. This solution demands zero instrumentation, requires no changes to application code, and does not necessitate extra integrations, thereby significantly simplifying the overall security process while maintaining robust protection. Ultimately, the combination of these features positions Operant AI as a leader in the realm of application security.

Cybercriminals can effortlessly obtain tools that enable them to dissect and examine your iOS applications and SDKs, granting them insight into their inner workings. This inherent weakness opens doors to numerous malicious actions, including the theft of intellectual property, credential collection, unauthorized modifications, and application cloning. To address these dangers, iXGuard provides strong protection for both native iOS and cross-platform applications, shielding them from reverse engineering and hacking efforts. By fortifying the code of the application, iXGuard equips it to protect itself during runtime against potential intrusions. Acting as a command-line utility, iXGuard processes and secures iOS applications and libraries, delivering extensive protection without requiring any alterations to the original source code. The setup process is straightforward, enabling users to apply protection to entire applications or focus on specific functions using a single configuration file. Furthermore, iXGuard is compatible with various platforms, including native iOS (Objective-C, Swift) and cross-platform frameworks like Cordova, Ionic, React Native, and Unity, making it an adaptable option for developers looking to bolster their app security. With its extensive features, iXGuard emerges as an essential resource for developers committed to defending their applications from looming threats, ensuring that their innovations remain secure. This makes it an indispensable asset in the ever-evolving landscape of application security.

Comodo Advanced Endpoint Protection (AEP) provides robust defense against malware threats targeting endpoints; however, the AEP application itself is not immune to attacks from harmful software trying to circumvent its security measures. Thankfully, Comodo AEP incorporates potent self-defense features that prevent these malicious programs from compromising its protective capabilities. It effectively intercepts critical system calls that could endanger its operations, with significant examples including Terminate Process and Create Remote Thread, which can terminate running processes or inject harmful code into other applications. While calls like CreateFile might appear harmless, they can actually facilitate various significant operations beyond simple file creation, posing additional risks. To address these potential threats, Comodo AEP thoroughly evaluates these calls, permitting them to continue only when they are verified as safe for the integrity of the Comodo process. Moreover, the AEP is enhanced by a kernel mode driver that fortifies its defenses against any attempts to modify the system kernel, further strengthening its overall security against sophisticated threats. This multi-layered strategy guarantees that Comodo AEP remains a formidable defense mechanism, continually adapting to counter evolving cyber risks while ensuring optimal endpoint protection.

Our cutting-edge security solutions protect applications from threats such as reverse engineering, tampering, API vulnerabilities, and other risks that could endanger your business, your customers, and your revenue. By utilizing techniques like source code obfuscation, the integration of honeypots, and various deceptive coding practices, we successfully thwart potential attackers and create confusion. Moreover, our system is designed to trigger defensive measures automatically when it identifies any unusual activity, which can include actions like terminating the application, isolating users, or activating self-repair mechanisms in the code. We ensure the smooth incorporation of essential application protection strategies and threat detection systems into the continuous integration and continuous deployment (CI/CD) pipeline post-code development, maintaining the integrity of the DevOps workflow. Additionally, our technology encrypts both static and dynamic keys alongside sensitive data embedded within the application code, safeguarding critical information. This protection extends to sensitive data, whether it is stored within the application or transmitted between the application and server. Our solutions are fully compatible with a variety of leading cryptographic algorithms and modes and are backed by FIPS 140-2 certification to ensure adherence to security regulations. In a landscape where digital threats are becoming more advanced, our all-encompassing approach guarantees that your applications remain robust and secure against evolving challenges. Ultimately, we strive to provide peace of mind, allowing you to focus on growing your enterprise without worrying about potential security breaches.

Imperva's Application Security Platform provides robust protection for applications and APIs, effectively addressing modern security threats without compromising performance. This comprehensive platform includes a range of features such as Web Application Firewall (WAF), Advanced Bot Protection, API Security, DDoS Protection, Client-Side Protection, and Runtime Protection, all designed to defend against various vulnerabilities and attacks. By leveraging advanced analytics and automated threat response systems, Imperva ensures that applications remain secure whether deployed in cloud, on-premises, or hybrid environments. Its flexible architecture further allows for seamless integration into different operational frameworks, significantly bolstering the overall security posture. As a result, organizations can confidently safeguard their digital assets against evolving threats while maintaining optimal operational efficiency.

AppSuit Premium acts as an all-encompassing security solution for mobile applications, effectively safeguarding against various hacking threats through state-of-the-art app obfuscation and anti-tampering techniques. This solution has earned accolades from a wide array of financial institutions and enterprises in Korea, demonstrating its dependability and security through thorough validation processes. It also participates in beta testing phases for new devices and operating systems before their public release. With continuous updates designed to address the evolving nature of cyber threats, clients benefit from prompt and effective technical support and maintenance services. The application for clients is built and stored after integrating the AppSuit plug-in and adjusting gradle settings within the app development framework. As soon as the app is uploaded to the build system, AppSuit protection is seamlessly applied to the client's APK or IPA file. This web-based build system plays a crucial role in deploying AppSuit’s security functionalities. In addition, it has consistently been recognized as a leading product by financial institutions and large companies during proof of concept (POC) and benchmark testing (BMT) assessments, reflecting its prestigious status within the industry. Its reliable performance and steadfast reputation render it a favored option for organizations aiming to bolster their mobile application security, ensuring they remain ahead in a competitive digital landscape.

Thorough Protection for Applications and Container Workloads. Instant Defense Against Zero-Day Vulnerabilities. The K2 Security Platform stands out in its ability to detect increasingly intricate threats targeting applications, which are frequently neglected by conventional network and endpoint security solutions like web application firewalls (WAF) and endpoint detection and response (EDR) systems. K2 provides an intuitive, non-intrusive agent that can be deployed within minutes. Utilizing a deterministic technique called optimized control flow integrity (OCFI), the K2 Platform formulates a runtime DNA blueprint for each application, crucial for ensuring that the application operates as intended. This cutting-edge method results in exceptionally accurate threat identification, significantly minimizing the number of false alarms. Furthermore, the K2 Platform is adaptable, functioning effectively in cloud, on-premise, or hybrid setups, and it protects web applications, container workloads, and Kubernetes environments. Its reach includes the OWASP Top 10 and tackles various complex attack types, guaranteeing all-encompassing security for contemporary digital frameworks. In addition to bolstering security, this multilayered defense approach cultivates confidence in the dependability of applications while also providing detailed insights for future improvements.

DexProtector provides swift protection for apps on both iOS and Android, defending against a range of static and dynamic risks. As a prominent figure in the realm of application and SDK security, it has achieved over ten billion installations globally. The approach taken by DexProtector for safeguarding applications is both unique and highly effective. Its native Runtime Application Self Protection (RASP) engine operates at a fundamental system level within the app, allowing it to interact directly with aspects of the operating system. This deep-level integration enables effective management of critical processes, thus securing the most sensitive parts of your applications and libraries. By employing multiple layers of protection, DexProtector creates a strong defense around your vital code and assets, greatly increasing your applications' ability to withstand real-time threats. The seamless integration into your CI/CD pipeline requires no additional coding, making it notably user-friendly. Moreover, it ensures the security of communication channels with servers, establishing a strong protective barrier between your application and the operating system. In summary, DexProtector adeptly safeguards your applications from various threats, providing a comprehensive level of security in a constantly changing digital environment, while also enhancing user confidence in the safety of their data and interactions.

SlashNext offers robust solutions for anti-phishing and incident response that effectively address threats across mobile, email, and web channels, thereby significantly reducing the risk of data breaches, cyber extortion, and theft. Their protection extends to users on iOS and Android devices, shielding them from phishing attacks specifically designed for mobile environments through a streamlined, cloud-enhanced agent. Additionally, employees benefit from real-time defenses against phishing attempts thanks to cloud-based browser extensions that work seamlessly with all major desktop browsers. By harnessing live threat intelligence, organizations can upgrade their existing network security strategies into a proactive and comprehensive defense mechanism against phishing threats. The management of phishing incidents and the execution of threat hunting can be efficiently automated, allowing for immediate evaluation of suspicious URLs as needed. Attackers frequently employ targeted techniques to compromise individual accounts or impersonate specific users, using deceptive methods to manipulate victims into disclosing confidential information for illicit purposes. Moreover, malicious attachments in formats such as HTML, PDF, and Microsoft Office are commonly used to retrieve credentials or install harmful software on unwitting systems. Understanding these diverse threats is essential for creating effective strategies to counteract the continuously evolving landscape of cyber risks, ensuring that organizations can maintain robust security postures. As the threat landscape shifts, continuous education and adaptive defenses will be vital in safeguarding sensitive information.

CrowdStrike Falcon AI Detection and Response (AIDR) is an all-encompassing security solution designed to protect against the rapidly shifting landscape of AI-related attacks by providing real-time visibility, detection, and response capabilities across diverse AI systems, users, and their interactions. This innovative platform offers a unified perspective on how both human employees and AI agents utilize generative AI, clarifying the relationships among users, prompts, models, agents, and the supporting infrastructure, while maintaining extensive runtime logs for monitoring, compliance, and investigative needs. By continuously tracking AI activities across various endpoints, cloud environments, and applications, organizations can uncover insights into data flows within AI systems and understand the operational boundaries of agents. AIDR excels at recognizing and mitigating AI-specific threats, such as prompt injections, jailbreak attempts, malicious actors, harmful outputs, and unauthorized interactions, leveraging behavioral analysis and integrated threat intelligence. Furthermore, the platform enhances proactive threat management, enabling organizations not only to react to incidents but also to foresee and address potential vulnerabilities within their AI environments. As a result, AIDR empowers organizations to maintain a robust security posture in the face of evolving AI threats while fostering trust in their AI implementations.

The V-OS Mobile App Protection solution is specifically crafted to detect and shield mobile applications from numerous threats such as reverse-engineering, hooking, tampering, integrity checks, library signature validation, code injection, and debugging, among others. Even in environments where the operating system may not be secure and the device could be compromised, applications that employ V-OS Mobile Application Protection are equipped with tools to identify rooted and jailbroken devices, allowing them to function effectively while preserving their integrity and confidentiality without compromising security or exposing sensitive information. This solution is built on V-Key’s patented V-OS Virtual secure element, which adds an extra layer of tamper resistance and enhanced security capabilities. Developed to offer a balance between robust security and user-friendly experiences for enterprise clients, the V-OS Mobile App Protection integrates a diverse range of protective measures, highlighting the need for a comprehensive approach to cybersecurity. By prioritizing user convenience alongside stringent protection standards, it aims to deliver a smooth user experience without sacrificing the safety of sensitive data against potential threats. Ultimately, this innovative solution reflects a commitment to advancing the standards of mobile app security in an ever-evolving digital landscape.

Barracuda Application Protection functions as an integrated solution that provides strong security for web applications and APIs in various settings, including on-premises, cloud, or hybrid environments. It unifies comprehensive Web Application and API Protection (WAAP) features with advanced security tools to counter a wide range of threats, such as the OWASP Top 10, zero-day attacks, and numerous automated threats. Key features include machine learning-based auto-configuration, extensive DDoS mitigation, sophisticated bot defense, and protections for client-side vulnerabilities, all designed to shield applications from multifaceted threats. Additionally, the platform includes a strengthened SSL/TLS stack to secure HTTPS communications, an integrated content delivery network (CDN) for improved performance, and compatibility with multiple authentication services for precise access management. By simplifying application security, Barracuda Application Protection provides a streamlined solution that is both easy to use and simple to deploy, configure, and oversee, making it a compelling option for organizations aiming to enhance their digital security. Its adaptability enables businesses to adjust their security measures in response to the ever-changing challenges posed by the cyber threat landscape, ensuring continued protection of vital assets. This versatility is particularly important as cyber threats become increasingly sophisticated.

Alice is a leading AI safety and adversarial intelligence platform built to secure the rapidly evolving landscape of generative AI, agents, and emerging technologies. Rebranded from ActiveFence, Alice combines a decade of real-world adversarial research with the industry’s most comprehensive toxic and abuse dataset to protect platforms, applications, and foundation models at scale. Its proprietary Rabbit Hole intelligence engine continuously ingests and analyzes billions of manipulative, harmful, and abusive data samples, enabling proactive threat detection before incidents become public crises. Today, Alice safeguards more than 3 billion users worldwide and monitors over 1 billion daily AI-human interactions across 120+ languages. The company’s WonderSuite platform delivers end-to-end AI security, including WonderBuild for pre-deployment stress testing, WonderFence for dynamic runtime guardrails, and WonderCheck for ongoing automated red-teaming. These capabilities address emerging risks such as prompt injection, jailbreaks, application-level exploits, compliance failures, and unintended GenAI behavior. Alice allows organizations to customize policy alignment based on regulatory obligations and risk tolerance, ensuring trusted interactions across text, image, and multimodal systems. By strengthening governance frameworks and reducing reputational exposure, Alice helps enterprises and frontier model labs deploy AI responsibly and confidently. Trusted by leading global technology companies, Alice serves as a foundational layer of safety for more than half of the world’s online experiences.

As the significance of applications grows for businesses, app development teams are encountering escalating security threats from increasingly sophisticated attackers. Among these threats, intellectual property theft stands out, but apps can also facilitate the theft of trade secrets, user information, and various other vulnerabilities. Such security breaches can lead to substantial harm to a company’s brand and reputation, not to mention potential financial losses. To mitigate these risks, investing in app protection is deemed essential by expert developers. Simply renaming elements for obfuscation is no longer adequate to safeguard applications. PreEmptive Protection Dotfuscator.NET provides a comprehensive suite of protective measures, which includes various obfuscation techniques like renaming, string encryption, and control flow alterations. Additionally, it features active runtime checks designed to detect tampering, debugging attempts, rooting, and other security threats. Each layer of defense is rigorously tested to ensure compatibility and reliability as the runtime environment evolves, thus maintaining the app’s integrity over time. This multi-faceted approach to security is critical for modern applications facing a myriad of threats.