Alternatives to GetReal

Adaptive Security is OpenAI’s investment for AI cyber threats. The company was founded in 2024 by serial entrepreneurs Brian Long and Andrew Jones. Adaptive has raised $50M+ from investors like OpenAI, a16z and executives at Google Cloud, Fidelity, Plaid, Shopify, and other leading companies. Adaptive protects customers from AI-powered cyber threats like deepfakes, vishing, smishing, and email spear phishing with its next-generation security awareness training and AI phishing simulation platform. With Adaptive, security teams can prepare employees for advanced threats with incredible, highly customized training content that is personalized for employee role and access levels, features open-source intelligence about their company, and includes amazing deepfakes of their own executives. Customers can measure the success of their training program over time with AI-powered phishing simulations. Hyper-realistic deepfake, voice, SMS, and email phishing tests assess risk levels across all threat vectors. Adaptive simulations are powered by an AI open-source intelligence engine that gives clients visibility into how their company's digital footprint can be leveraged by cybercriminals. Today, Adaptive’s customers include leading global organizations like Figma, The Dallas Mavericks, BMC Software, and Stone Point Capital. The company has a world class NPS score of 94, among the highest in cybersecurity.

A singularly innovative platform. Unmatched velocity. Limitless scalability. Singularity™ provides unparalleled visibility, top-tier detection capabilities, and self-sufficient response mechanisms. Experience the strength of AI-driven cybersecurity that spans across the entire enterprise. The foremost companies in the world rely on the Singularity platform to thwart, identify, and address cyber threats at remarkable speed, larger scales, and with enhanced precision across endpoints, cloud environments, and identity management. SentinelOne offers state-of-the-art security through this platform, safeguarding against malware, exploits, and scripts. The SentinelOne cloud-based solution has been meticulously designed to adhere to security industry standards while delivering high performance across various operating systems, including Windows, Mac, and Linux. With its continuous updates, proactive threat hunting, and behavioral AI, the platform is equipped to tackle any emerging threats effectively, ensuring comprehensive protection. Furthermore, its adaptive nature allows organizations to stay one step ahead of cybercriminals in an ever-evolving threat landscape.

Oz Liveness is a world-leading facial recognition and authentication software that is used by private and public organizations around the world to reduce the risk of biometric fraud. It prevents deepfake attacks and spoofing attacks. Oz Liveness uses advanced algorithms to detect many forms of biometric spoofing. This includes 3D and 2D masks, photos and videos displayed on iPads or laptops, and photos and videos. Our technology has been approved by the industry's most stringent testing standard, ISO30107 certification. This certification helps organizations verify that they are dealing with a real person within seconds. It also lowers compliance risk and fraud risk.

DeepDetector is an advanced deep learning network specifically engineered to identify faces that have been generated or altered by AI. Functioning as an artificial neural network, it is adept at uncovering both forgeries and traces left by computer-generated images. This innovative tool plays a vital role in identity verification and fraud prevention. With its exceptional ability to detect AI-generated content, DeepDetector stands as a crucial ally in combating deepfakes. By incorporating biometric systems, it guarantees the authenticity of documents and protects user identity integrity, thereby facilitating Know Your Customer (KYC) processes. Users can achieve rapid and dependable identification of deepfake content in real-time, boasting an impressive accuracy rate of up to 99% and an analysis time of merely one second. Additionally, our versatile API integration allows for smooth customization, enabling the seamless incorporation of our deepfake detection capabilities into your current identity verification frameworks, ensuring you stay ahead in the fight against digital deception. As the landscape of digital content evolves, having such a proactive defense mechanism becomes increasingly essential.

CrowdStrike Falcon is a cutting-edge cybersecurity platform that operates in the cloud, delivering robust defenses against a variety of cyber threats such as malware, ransomware, and complex attacks. By utilizing artificial intelligence and machine learning technologies, it enables real-time detection and response to potential security incidents, while offering features like endpoint protection, threat intelligence, and incident response. The system employs a lightweight agent that consistently scans endpoints for any indicators of malicious behavior, ensuring visibility and security with minimal effect on overall system performance. Falcon's cloud-based framework facilitates quick updates, adaptability, and swift threat responses across extensive and distributed networks. Its extensive suite of security functionalities empowers organizations to proactively prevent, identify, and address cyber risks, establishing it as an essential resource for contemporary enterprise cybersecurity. Additionally, its seamless integration with existing infrastructures enhances overall security posture while minimizing operational disruptions.

With the help of our AI-powered narrative intelligence platform, organizations can gain a proactive understanding of digital threats in real-time, facilitating crucial strategic decisions when they are needed most. The risk environment has undergone significant changes across all sectors. Our comprehensive range of solutions equips customers and partners with actionable risk intelligence. A new wave of actors and techniques is influencing online audiences in unprecedented ways. Traditional listening tools are insufficient. By delivering daily risk intelligence summaries, we rapidly distill narratives and provide real-time insights that empower strategic choices. Enhance the effectiveness of your AI-created narrative intelligence reports with human context to improve the accuracy, relevance, and strategic significance of your insights. Furthermore, elevate decision-making processes with data-driven suggestions customized for diverse problem sets, use cases, and user personas. Our accelerated reporting capabilities cater specifically to intelligence professionals, streamlining their workflow and conserving valuable time and effort. This combination of technology and human insight ensures that organizations are better prepared to navigate the complexities of today's digital landscape.

The ability to detect deepfakes in real-time and at scale is crucial for both the present and the future. Deepfakes present an unprecedented danger, eroding our essential trust in both society and one another, while continually evolving to avoid detection. Their accessibility makes them a threat that is widespread and easy to produce. These manipulations can infiltrate all forms of digital content, including videos, audio, and images, allowing them to impersonate virtually anyone. Addressing the challenge of deepfake detection necessitates advanced, ongoing research in artificial intelligence and cybersecurity. The brightest minds in the field are joining forces with our specialists to create cutting-edge technology that addresses this issue. Clarity stands out as a pioneering AI cybersecurity startup that defends against deepfakes, as well as emerging social engineering and phishing threats propelled by the swift rise of generative AI. With its innovative, patent-pending technology, Clarity identifies manipulations in videos, images, and audio while ensuring media authenticity through encrypted watermarking. As generative AI continues to evolve, the importance of robust detection methods will only grow, highlighting the need for continual advancements in this domain.

Leading the market, QRadar SIEM is designed to surpass adversaries through enhanced speed, scalability, and precision. As digital threats escalate and cyber attackers become more advanced, the importance of SOC analysts has reached unprecedented heights. QRadar SIEM empowers security teams to tackle current threats proactively by leveraging sophisticated AI, robust threat intelligence, and access to state-of-the-art resources, maximizing the potential of analysts. Whether you require a cloud-native solution tailored for hybrid environments, or a system that complements your existing on-premises setup, IBM offers a SIEM solution that can cater to your specific needs. Furthermore, harness the capabilities of IBM's enterprise-grade AI, which is crafted to improve the efficiency and knowledge of each security team member. By utilizing QRadar SIEM, analysts can minimize time-consuming manual tasks such as case management and risk assessment, allowing them to concentrate on essential investigations and remediation efforts while enhancing overall security posture.

Deepfakes represent a formidable challenge that AI poses to humanity, marking a significant turning point in cybersecurity. The industry must act swiftly to address the threats posed by deepfakes, as their potential to erode public trust in what is real looms large. This emerging danger, characterized by the malicious deployment of AI-generated synthetic media, stands as one of the most potent cyber weapons we have encountered to date. We anticipate that harmful applications of deepfakes will soon manifest, particularly in the form of sophisticated phishing attacks. A critical obstacle remains the current inadequacy of legitimate voice-swapping technologies, which presents a far greater risk than the more commonly discussed face or head-swapping methods. With the rapid advancement of AI, the need for robust countermeasures has never been more urgent.

Leading organizations across Europe are utilizing our technology, which enables large-scale manipulation of public perception, as the human eye is increasingly unable to distinguish malicious deepfakes. By automatically identifying AI-generated digital media, we eliminate uncertainty and save valuable time. If deepfakes remain undetected, it could result in manipulation of decision-makers, citizens, and the democratic process, ultimately eroding trust in democratic institutions. This highlights the urgent need for robust solutions to combat the rise of deceptive digital content.

An accessible platform that incorporates cutting-edge methods for detecting deepfakes is available for use. Users can upload a single video file from their computer at a time. Deepfakes, which are AI-generated fabricated media, can create misleading representations of individuals and their actions, posing significant risks when misused. The DeepFake-o-meter, created by the UB Media Forensics Lab, is an open-source tool designed to identify deepfake technologies created by third parties. It offers a user-friendly service that allows for the analysis of deepfake content using various advanced detection techniques, ensuring that results are delivered securely and privately. Additionally, it features an API framework that enables developers to integrate their deepfake detection algorithms and execute them on a remote server. Furthermore, it serves as a valuable resource for researchers in digital media forensics, providing a platform for assessing and benchmarking the effectiveness of different detection algorithms against one another. This multifaceted approach ultimately enhances the fight against the misuse of deepfake technology.

Intel has developed the FakeCatcher deepfake detection technology, which evaluates the “blood flow” in video pixels to quickly assess the authenticity of a video in mere milliseconds. This system is seamlessly integrated into editing software widely used by content creators and broadcasters, allowing for effective detection of manipulated content during the editing process. Furthermore, it serves a critical role in screening user-generated content, ensuring that authenticity checks are part of the upload process. By providing a universally accessible platform for deepfake detection, it empowers individuals and organizations alike to verify the legitimacy of videos with ease. Deepfakes represent synthetic media that distort reality, presenting actors and actions that are fabricated. While many deep learning-based detection systems examine raw data to identify inconsistencies and flaws, FakeCatcher takes a different approach by searching for genuine indicators of authenticity within real footage, focusing on the minuscule evidence of human traits—such as the subtle variations in pixel color caused by blood circulation. When the heart pumps, the color of our veins shifts, creating the unique data that FakeCatcher utilizes to distinguish between real and manipulated videos. This innovative detection method signifies a significant leap forward in the fight against deepfake technology.

Utilize AI or Not to quickly identify whether images or audio are generated by artificial intelligence, protecting both your business and personal interests. In mere seconds, you can detect generative AI, thereby minimizing fraud and thwarting the latest scams. Additionally, safeguard music copyrights by determining if an artist's voice has been incorporated into AI-generated audio content. Equip your trust and safety teams with advanced AI content detection capabilities, ensuring precise identification of deepfakes with transparency. Furthermore, bolster identity verification and KYC compliance by protecting against the risks posed by AI-generated synthetic IDs. AI or Not serves as a web platform designed to assist users in swiftly and accurately discerning whether an image originates from AI or human creation, and if the former, it pinpoints the specific AI model utilized. For those needing to analyze multiple images, we provide an API that facilitates bulk analysis and easy integration into existing platforms. While our service allows free analysis for individual images, we also offer a premium API for extensive image assessments and commercial applications. In this rapidly evolving digital landscape, staying informed about the authenticity of content is more crucial than ever.

IDLive Face Plus enhances the capabilities of IDLive Face by integrating robust injection attack detection alongside presentation attack detection, ensuring a high level of security against deepfakes and various forms of deceptive digital imagery. It effectively identifies injection attacks that utilize both virtual and external cameras, safeguarding against unauthorized modifications of browser JavaScript on desktop and mobile platforms. Additionally, it thwarts man-in-the-middle replay attacks and protects against the use of emulators, cloning applications, and other fraudulent software. This solution significantly boosts the performance of presentation attack detection, which is critical for facial recognition security to confirm that a biometric selfie is genuinely a live image rather than a fraudulent representation, such as a printed photo, screen replay, or 3D mask. By merging award-winning presentation attack detection with a distinctive approach to injection attack detection, IDLive Face Plus offers a comprehensive shield against deepfakes and other forms of digital deception, making it a vital tool in today’s security landscape. As threats evolve, the need for advanced detection methods becomes increasingly crucial.

StegAI watermarks safeguard your digital assets against unauthorized use. By staying proactive, you can combat deepfakes, information leaks, and piracy effectively. With StegAI's API, your unreleased products and proprietary information remain confidential. You can track leaks back to specific individuals or organizations. This technology provides provenance for verifying authenticity, documenting history, and ensuring copyright protection. Additionally, watermarking AI-generated content ensures that the markers remain intact, even after modifications. It offers a scalable solution for protecting digital images, videos, and documents across various platforms and formats. This means that regardless of how your content is shared, you can maintain control over its integrity and ownership.

The rise of online disinformation and counterfeit media has become a significant danger to democracy, the economy, and society as a whole. Verifying content on a large scale and in near real-time presents considerable challenges, even for seasoned journalists, fact-checkers, human rights advocates, and scholars specializing in media literacy. To address this issue, the WeVerify initiative seeks to create advanced methods and tools for intelligent human-in-the-loop content verification and disinformation analysis. By analyzing social media and web content within the context of the broader online landscape, the project aims to unveil false information through techniques such as cross-modal content verification, social network analysis, targeted debunking strategies, and a blockchain-based public repository for documenting known fabrications. This multifaceted approach not only enhances the accuracy of information but also empowers individuals and organizations to combat misinformation effectively.

Reality Defender's proactive platform can detect deepfakes and stop them before they become a major problem. Deepfake-driven disinformation is exploding. AI-powered fraud techniques are now more accessible than ever. Reality Defender is a first-line defense against cybercrimes as attacks continue to increase. Scans user-generated content for fabricated items using API, Webhooks and Web Apps to stop deepfakes from the first day. Download PDF report cards and CSVs, or receive instant deepfake notifications via email. Our government-grade detection system, developed by the world's top AI research teams provides enterprises and entities of all sizes with intuitive protection against damaging deepfakes.

CrowdStrike's Charlotte AI serves as a state-of-the-art cybersecurity solution powered by artificial intelligence, aimed at improving the detection and response to threats through the utilization of machine learning and behavioral analytics. It perpetually observes network activities, endpoints, and cloud infrastructures to uncover patterns and irregularities that may signify harmful actions or impending cyber threats. By employing sophisticated algorithms, Charlotte AI predicts and identifies complex attacks in real-time, thereby minimizing response durations and enhancing overall threat mitigation. Its capability to sift through extensive data and deliver practical insights empowers security teams to effectively tackle vulnerabilities and thwart incidents before they materialize. Additionally, Charlotte AI is an integral component of CrowdStrike's extensive array of cybersecurity offerings, equipping organizations with advanced automated defense mechanisms to stay ahead of evolving threats while ensuring robust protection against potential risks. This proactive approach not only strengthens organizational security but also fosters a culture of vigilance and preparedness in the face of cyber challenges.

CounterSocial is dedicated to combating misinformation and propaganda effectively. As the sole network utilizing artificial intelligence to instantly evaluate uploaded materials for the likelihood of deepfakes, we are committed to maintaining a trustworthy platform. Our collaboration with Botsentinel enhances user protection against foreign influence campaigns, ensuring a safer online environment. Additionally, users can opt for a browser extension that provides transparency regarding potentially problematic accounts that may arise. To further safeguard personal information, CounterSocial has implemented automatic identity theft alerts that are available with just one click. Our COSOGuard feature tirelessly monitors both the open and dark web around the clock. If your personal information is compromised in a breach, you will be promptly notified! Moreover, our partnership with Factlayer allows us to offer real-time, inline assessments of political bias and fake news recognition through color-coded links, informing users of a website's credibility before they navigate away. This comprehensive approach not only empowers our users but also fosters a more informed community.

Phocus enables users to harness the power of our sophisticated AI deepfake detection API, DeepDetector. With this platform, individuals can easily manage employee accounts and submit images or videos for thorough examination via a user-friendly interface. After submission, Phocus generates an in-depth report detailing the likelihood that the submitted visual content is a deepfake, complete with a heat map for in-depth analysis. Additionally, Phocus securely saves these analytical results within the platform, providing users with the convenience of accessing their findings at any time. Experience the forefront of deepfake detection technology with Phocus, your trusted AI detection solution, and invite colleagues or external partners to collaborate. The detection process not only identifies potential deepfakes but also offers insightful explanations, ensuring users understand the results clearly. Moreover, the heat map highlights specific areas of the image that may raise suspicion, enhancing the overall analysis experience.

DeepfakeProof is an innovative and free browser extension that employs sophisticated technology to detect deepfakes, aiming to curb the dissemination of altered images across the internet. This state-of-the-art tool operates by scanning each webpage you access in real-time, delivering trustworthy notifications upon identifying any deepfake or manipulated visuals. With DeepfakeProof, users can feel confident knowing they are safeguarded from the deceptive effects of deepfake technology. Its dependable alerts and precise detection features contribute to a more secure online experience for everyone. Utilizing advanced AI-driven detection methods, DeepfakeProof efficiently analyzes all images on visited web pages, promptly notifying users if any manipulated content is detected. From celebrity impersonations to those generated by deepfake software, this extension ensures users are protected against the proliferation of misleading and potentially harmful deepfakes on the web, making your browsing experience safer than ever. Ultimately, DeepfakeProof empowers users with the tools needed to navigate the digital landscape with greater assurance.

Pi-labs offers advanced AI++ solutions specializing in deepfake detection, video analytics, forensics, and data intelligence, drawing insights from various structured and unstructured data sources. Our innovative technologies greatly improve the operational productivity of law enforcement and intelligence agencies, facilitating quicker and more precise analysis and decision-making processes. As a frontrunner in AI-powered cyberforensics, pi-labs is dedicated to delivering dependable, cutting-edge solutions tailored to the intricate needs of contemporary investigative settings, guaranteeing integrity, security, and actionable insights that empower agencies in their missions. Furthermore, our commitment to ongoing research and development ensures that we stay ahead of emerging challenges in the field.

Deepfake technology poses significant risks by enabling the creation of misleading videos and audio that can confuse audiences and spread false information. Our DeepFake Detector is designed to help you effectively identify and screen out these AI-generated media, ensuring that you can trust the content in critical contexts, such as news reporting and judicial matters. Recognizing the serious implications of deepfakes, we prioritize the need for genuine audio and video content. By utilizing our professional verification services, you can easily distinguish authentic media from misleading fakes. To begin the verification process, simply select a video or audio file for analysis, keeping in mind that files should ideally be a minimum of 8 seconds in duration and free from edits or special effects for optimal accuracy. Once you upload your chosen file, just hit the "detect deepfake" button to initiate the process, and you will receive an assessment indicating the likelihood of the media being a deepfake versus legitimate content. This empowers you to make informed decisions based on the authenticity of the media you are analyzing.

Xplico is a prominent tool featured in many leading digital forensics and penetration testing distributions, including Kali Linux, BackTrack, DEFT, Security Onion, Matriux, BackBox, CERT Forensics Tools, Pentoo, and CERT-Toolkit. It supports simultaneous access for multiple users, allowing each to manage one or several cases effectively. The interface is web-based, and its backend database options include SQLite, MySQL, or PostgreSQL. Additionally, Xplico can function as a Cloud Network Forensic Analysis Tool. Its primary objective is to extract application data from internet traffic captures, such as retrieving emails via protocols like POP, IMAP, and SMTP, along with HTTP content, VoIP calls through SIP, and file transfers using FTP and TFTP from pcap files. Importantly, Xplico is not classified as a network protocol analyzer. As an open-source Network Forensic Analysis Tool (NFAT), it organizes the reassembled data with an associated XML file that distinctly identifies the data flows and the corresponding pcap file. This structured approach enables users to efficiently analyze and manage the data extracted from network traffic.

SandBlast Threat Extraction technology is an integral feature of both SandBlast Network and Harmony Endpoint protection solutions. This technology efficiently eliminates potentially exploitable content, reconstructs files to remove any threats, and ensures that sanitized content is delivered to users within seconds to support uninterrupted business operations. It effectively reconstructs files using known safe elements found in documents and emails downloaded from the web. Users receive sanitized versions of files that may have posed a risk, allowing for a seamless workflow. Additionally, original files can be accessed after a thorough background analysis of any attempted attacks. By utilizing Threat Extraction technology, SandBlast Network and Harmony Endpoint work together to eradicate threats and rapidly provide safe, sanitized content to users. Moreover, after assessment by the Threat Emulation Engine, users can retrieve the original files, ensuring a comprehensive approach to security. SandBlast Threat Extraction is designed to support the most prevalent document types utilized in today's organizations, making it a vital component of modern cybersecurity strategies.

Paravision offers a cutting-edge computer vision platform that supports face recognition applications tailored for critical use cases. Our suite of SDKs and APIs provides robust security and seamless user experiences, backed by a top-tier feature set. These tools can be easily integrated into contemporary, secure infrastructures. In addition, we develop sophisticated solutions to address identity-related security risks, such as spoofing attempts and deepfake threats. By leveraging the latest AI frameworks and collaborating with leading hardware accelerator providers, Paravision ensures rapid performance, scalability, and responsiveness while minimizing operational expenses. As a proud leader in the Vision AI landscape based in the United States, we are committed to being adaptable, responsive, and dedicated to excellence, whether through technical partnerships, tackling challenges faced by end users, or collaborating on strategic market initiatives. Our mission is to continually innovate and enhance the security landscape with forward-thinking solutions.

As a component of the Tri-Suite64 software suite, VideoActive® 64 represents the pioneering software for real-time forensic video processing. This patented Cognitech® software stands out as the sole application globally that offers a fully automatic Real-Time Universal De-Multiplexing feature, alongside capabilities such as Real-Time Track & Cover and lidar crime scene analysis. Additionally, it includes Real-Time Universal DVR Capture, patented lossless video capture that effectively doubles video storage capacity, and robust video search functionality for identifying objects like vehicles and individuals. The modular architecture of Cognitech VideoActive empowers users to select either a pre-defined setup or customize their own signal processing workflows. Users can seamlessly integrate various VideoActive® modules to create a tailored processing pipeline that can operate with both live feeds and stored files, all in real-time. Furthermore, the software has been completely rewritten for a 64-bit architecture, significantly enhancing its ability to handle larger file sizes, including 4K and 8K videos, which can now be opened, played, and saved with ease. This advancement not only improves user efficiency but also broadens the software's application in modern forensic investigations.

FortiNDR effectively detects ongoing cybersecurity threats by analyzing unusual network behavior, which accelerates the investigation and response processes to incidents. This solution offers comprehensive protection across the network lifecycle, combining detection and response capabilities. Utilizing AI, machine learning, behavioral analytics, and human insight, it scrutinizes network traffic to help security teams recognize malicious activities and take swift action against them. FortiNDR excels in providing in-depth analysis of network traffic and files, determining the root causes of incidents, and assessing their scope, all while equipping users with the necessary tools to address these threats promptly. One of its standout features is the Virtual Security Analyst, designed to pinpoint harmful network activities and files, allowing for the immediate identification of complex threats, such as zero-day vulnerabilities. Additionally, FortiNDR Cloud enhances security measures by merging machine learning and AI with human expertise to bolster overall security and minimize false alarms. The expertise of seasoned threat researchers at FortiGuard Labs plays a crucial role as they monitor the activities of cybercriminals, conduct reverse engineering, and continually refresh detection protocols to stay ahead of emerging threats. This ongoing effort ensures that organizations can react effectively and maintain robust defenses against various cyber risks.

Cyble is an AI-native, intelligence-driven cybersecurity platform designed to provide cutting-edge protection against complex and rapidly evolving cyber threats. Its third-generation Agentic AI leverages autonomous agents to orchestrate real-time defense, including incident detection, automated response, and threat takedowns. The platform’s offerings span attack surface management, vulnerability scanning, brand intelligence, dark web monitoring, and third-party risk management. Cyble is trusted by governments, enterprises, and security teams globally, earning a reputation for innovation and reliability. The solution’s predictive capabilities enable organizations to anticipate cyber risks up to six months in advance, allowing proactive risk mitigation. Extensive integrations with SOC and threat intelligence tools help unify security operations. Cyble also provides timely threat intelligence updates, research blogs, and vulnerability landscape reports through its Cyble Research and Intelligence Labs (CRIL). With scalable AI-powered defense, Cyble empowers security teams to automate operations and maintain continuous threat visibility.

WebOrion Protector Plus is an advanced firewall powered by GPU technology, specifically designed to safeguard generative AI applications with essential mission-critical protection. It delivers real-time defenses against emerging threats, including prompt injection attacks, sensitive data leaks, and content hallucinations. Among its notable features are defenses against prompt injection, protection of intellectual property and personally identifiable information (PII) from unauthorized access, and content moderation to ensure that responses from large language models (LLMs) are both accurate and relevant. Additionally, it implements user input rate limiting to reduce the risk of security vulnerabilities and excessive resource consumption. Central to its robust capabilities is ShieldPrompt, an intricate defense mechanism that incorporates context evaluation through LLM analysis of user prompts, employs canary checks by integrating deceptive prompts to identify possible data breaches, and prevents jailbreak attempts by utilizing Byte Pair Encoding (BPE) tokenization combined with adaptive dropout techniques. This comprehensive approach not only fortifies security but also enhances the overall reliability and integrity of generative AI systems.

Content Credentials offer enhanced clarity regarding the processes behind the creation or modification of digital content. Frequently, crucial details about online material are either elusive or misleading. This innovative tool uncovers valuable insights that are typically obscured and introduces a straightforward technology that provides answers to your inquiries about content with ease. By making the provenance and evolution of digital material accessible to all, Content Credentials empower users to evaluate the reliability of the information they encounter, fully grasping its nature and the extent of any alterations it may have undergone. In the digital landscape, content is often attributed incorrectly or not acknowledged at all, leading to numerous missed chances for creators to receive credit. Our platform not only helps creators gain recognition for their contributions but also supports them in marketing their work and cultivating a dedicated audience, thus enriching the creative ecosystem. Ultimately, the implementation of Content Credentials fosters a more trustworthy and equitable environment for all digital creators.

Carbon Black EDR by Broadcom provides a robust endpoint security solution that combines real-time threat detection, behavioral analysis, and machine learning to protect organizations from sophisticated cyber threats. The platform monitors endpoint activity across networks, offering continuous visibility and automated responses to potential security incidents. By leveraging a cloud-based architecture, Carbon Black EDR ensures seamless scalability and fast deployment, helping organizations mitigate risks, detect threats faster, and respond effectively. It’s ideal for businesses seeking a proactive solution to safeguard their systems from evolving cybersecurity threats.

Elevate your threat hunting and IT security operations with advanced querying and remote response functionalities. Safeguard against ransomware with file protection, automatic recovery solutions, and behavioral analytics designed to thwart ransomware and boot record intrusions. Intercept X integrates deep learning technology, utilizing artificial intelligence to identify both known and unknown malware without depending on signatures. Block attackers by preventing the exploits and methods they use to spread malware, steal credentials, and evade detection. A highly skilled team of threat hunters and response specialists proactively takes decisive actions to neutralize even the most advanced threats on your behalf. Additionally, active adversary mitigation ensures the prevention of persistence on systems, offers protection against credential theft, and enhances the detection of malicious traffic, further strengthening your security posture. With these robust features, organizations can significantly increase their resilience against evolving cyber threats.

With SydeLabs, you can proactively address vulnerabilities and receive immediate defense against threats and misuse while ensuring compliance. The absence of a structured method to recognize and resolve vulnerabilities in AI systems hinders the secure implementation of models. Furthermore, without real-time protective measures, AI applications remain vulnerable to the constantly changing landscape of new threats. The evolving regulations surrounding AI usage create opportunities for non-compliance, which can jeopardize business stability. Thwart every attack, mitigate abuse, and maintain compliance seamlessly. At SydeLabs, we offer an all-encompassing suite of solutions tailored to your AI security and risk management needs. Gain an in-depth insight into the vulnerabilities present in your AI systems through continuous automated red teaming and tailored assessments. Leverage real-time threat scores to take proactive steps against attacks and abuses across various categories, thereby establishing a solid defense for your AI systems while adapting to the latest security challenges. Our commitment to innovation ensures that you are always a step ahead in the ever-evolving world of AI security.

Belkasoft Triage is an innovative tool for digital forensics and incident response, tailored for the rapid assessment of live computers while enabling the capture of essential data. This tool is particularly beneficial for investigators and first responders at the scene of an incident, allowing them to swiftly pinpoint and retrieve crucial digital evidence from Windows systems. In high-pressure scenarios where time is of the essence, this product proves invaluable by facilitating the immediate discovery of relevant information, thus providing critical investigative leads without the need for a comprehensive examination of all available digital evidence. Ultimately, Belkasoft Triage streamlines the process of evidence collection, ensuring that vital information is not overlooked in urgent situations.

With our innovative generative AI technology, your security analysts can pose precise inquiries regarding their operational environment, and the Peritus security copilot will seamlessly conduct data analysis and identify potential issues from various sources. Additionally, your security team can leverage GPT-generated and expert-reviewed playbooks, harness the capabilities of the Peritus intelligence platform for AI-driven conversation analysis, and receive prompt responses in platforms like Slack, Mattermost, or any other collaboration tools utilized by the team. To enhance community engagement and expand membership, access to real-time data is essential. Community members often seek swift solutions across diverse channels, frequently rephrasing similar queries in different contexts. By employing GPT-powered machine learning insights, Peritus aids in the automation of community-driven growth, enabling you to efficiently address member needs. Furthermore, uncover the valuable insights hidden in your data with the automation capabilities provided by machine learning powered by GPT, leading to a more informed and connected community experience.

NVIDIA Morpheus is a cutting-edge, GPU-accelerated AI framework designed for developers to efficiently build applications that filter, process, and classify extensive streams of cybersecurity data. By leveraging artificial intelligence, Morpheus significantly cuts down both the time and expenses involved in detecting, capturing, and responding to potential threats, thereby enhancing security across data centers, cloud environments, and edge computing. Additionally, it empowers human analysts by utilizing generative AI to automate real-time analysis and responses, creating synthetic data that trains AI models to accurately identify risks while also simulating various scenarios. For developers interested in accessing the latest pre-release features and building from source, Morpheus is offered as open-source software on GitHub. Moreover, organizations can benefit from unlimited usage across all cloud platforms, dedicated support from NVIDIA AI experts, and long-term assistance for production deployments by opting for NVIDIA AI Enterprise. This combination of features helps ensure organizations are well-equipped to handle the evolving landscape of cybersecurity threats.

FiA is an all-encompassing software suite equipped with analytical tools specifically tailored for the forensic examination and validation of digital imagery. This robust toolkit empowers users to explore evidence and identify potential signs of alteration or other discrepancies. FiA systematically identifies altered or manipulated digital image evidence, enabling users to confirm authenticity and pinpoint where modifications have occurred. The software facilitates experts in preparing necessary materials for court-ready documentation, with all findings grounded in a forensic scientific approach. Proven through extensive research, FiA continues to evolve, with ongoing studies aimed at enhancing its capabilities for video authentication as well. Originally designed solely for Law Enforcement Agencies, it is essential to note that acquiring this technology is not advisable without undergoing the accompanying comprehensive training program. This ensures that users can fully leverage the software's capabilities in their investigative processes.

Bricklayer AI represents a cutting-edge autonomous security team designed to elevate Security Operations Centers (SOCs) by efficiently handling alerts from endpoints, cloud environments, and SIEM systems. Its innovative multi-agent framework replicates the workflows of human teams, which facilitates seamless collaboration between AI analysts, incident responders, and human specialists. Among its standout features are automated triage of alerts, prompt incident responses, and comprehensive threat intelligence analysis, all operable via natural language commands. The platform integrates smoothly with pre-existing tools and processes, enabling organizations to create tailored API integrations that can pull data from their entire technological ecosystem. By utilizing Bricklayer AI, organizations can lower their monitoring expenses, enhance the speed of threat detection and response, and expand operations without requiring additional personnel. Moreover, its focus on action-oriented tasking guarantees that each alert is thoroughly investigated, feedback is effectively communicated, and responses are provided in real time, ultimately fostering a more proactive security posture. This ensures that organizations remain vigilant against emerging threats while streamlining their security operations.

MCP Defender is an innovative open-source desktop application that serves as an AI firewall, specifically designed to oversee and safeguard communications related to the Model Context Protocol (MCP). By functioning as a secure proxy between AI applications and MCP servers, it meticulously analyzes all communications in real-time to detect potential threats. This application automatically scans and secures all MCP tool calls, leveraging advanced LLM capabilities to identify malicious activities effectively. Users have the flexibility to manage the signatures utilized during the scanning process, enabling tailored security measures that fit their specific needs. MCP Defender excels in recognizing and preventing a range of AI security threats, such as prompt injection, credential theft, arbitrary code execution, and remote command injection. It seamlessly integrates with numerous AI applications, including Cursor, Claude, Visual Studio Code, and Windsurf, with plans for expanded compatibility in the future. The application provides intelligent threat detection and promptly alerts users as soon as it detects any malicious actions perpetrated by AI applications, ensuring a robust defense against evolving threats. Ultimately, MCP Defender empowers users with enhanced security and peace of mind in their AI interactions.

Falcon Forensics delivers an all-encompassing solution for data collection and triage analysis during investigative processes. The field of forensic security typically involves extensive searches utilizing a variety of tools. By consolidating your collection and analysis into a single solution, you can accelerate the triage process. This enables incident responders to act more swiftly during investigations while facilitating compromise assessments, threat hunting, and monitoring efforts with Falcon Forensics. With pre-built dashboards and user-friendly search and viewing capabilities, analysts can rapidly sift through extensive datasets, including historical records. Falcon Forensics streamlines the data collection process and offers in-depth insights regarding incidents. Responders can access comprehensive threat context without the need for protracted queries or complete disk image collections. This solution empowers incident responders to efficiently analyze large volumes of data, both in a historical context and in real-time, allowing them to uncover critical information essential for effective incident triage. Ultimately, Falcon Forensics enhances the overall investigation workflow, leading to quicker and more informed decision-making.

CyFIR offers advanced digital security and forensic analysis tools that deliver exceptional visibility at endpoints, enhanced scalability, and rapid resolution times. Organizations with strong cyber resilience experience minimal to no impact when faced with security breaches. The cyber risk solutions provided by CyFIR enable the identification, examination, and mitigation of current or potential threats at a pace 31 times quicker than conventional EDR systems. In today's landscape, where data breaches are increasingly common and more damaging, the need for robust security is paramount. The attack surface for these threats now stretches far beyond an organization's premises, incorporating countless interconnected devices and endpoints scattered across remote sites, cloud environments, SaaS platforms, and various other locations, necessitating comprehensive security measures.

During this period, threats can freely propagate through the network, leading to escalating damage and higher expenses. It is essential to react to attacks swiftly, aiming to mitigate harm within minutes through robust email search capabilities and quick removal from all inboxes. By recognizing anomalies that could signify threats, based on insights derived from past email analyses, organizations can enhance their security posture. Utilizing intelligence from earlier threat responses can help in blocking future emails from malicious entities and in pinpointing the most vulnerable users within the network. When email-based attacks successfully bypass security measures and infiltrate users’ inboxes, a prompt and precise response is crucial to avert further damage and curb the attack’s spread. Manual responses to these attacks are not only time-consuming but also ineffective, allowing threats to proliferate and amplifying the overall damage incurred. Therefore, implementing automated solutions can significantly enhance response times and improve overall security efficiency.

Tumeryk Inc. focuses on cutting-edge security solutions for generative AI, providing tools such as the AI Trust Score that facilitates real-time monitoring, risk assessment, and regulatory compliance. Our innovative platform enables businesses to safeguard their AI systems, ensuring that deployments are not only reliable and trustworthy but also adhere to established policies. The AI Trust Score assesses the potential risks of utilizing generative AI technologies, which aids organizations in complying with important regulations like the EU AI Act, ISO 42001, and NIST RMF 600.1. This score evaluates the dependability of responses generated by AI, considering various risks such as bias, susceptibility to jailbreak exploits, irrelevance, harmful content, potential leaks of Personally Identifiable Information (PII), and instances of hallucination. Additionally, it can be seamlessly incorporated into existing business workflows, enabling companies to make informed decisions on whether to accept, flag, or reject AI-generated content, thereby helping to reduce the risks tied to such technologies. By implementing this score, organizations can foster a safer environment for AI deployment, ultimately enhancing public trust in automated systems.

Our real-time deep learning platform has been meticulously crafted to provide unparalleled speed in detection, effectiveness, and comprehensive coverage, establishing a groundbreaking benchmark for cyber defense. We harness global threat intelligence that we have meticulously gathered from various sources, including threat repositories, the dark web, our own deployments, and collaborations with partners, to train our neural networks. Similar to how layers of neural networks can recognize images in photographs, our unique neural network architecture is adept at pinpointing threats in both payloads and headers. Blue Hexagon Labs rigorously tests and confirms the precision of our models daily against emerging threats in the environment. Our advanced neural networks are capable of detecting a broad spectrum of threats, including both file and fileless malware, exploits, command and control communications, and malicious domains across multiple platforms such as Windows, Android, and Linux. Additionally, deep learning, a specialized area within machine learning, leverages complex, multi-layered artificial neural networks to comprehend and represent data effectively. This innovative approach enhances our ability to adapt to the ever-evolving landscape of cybersecurity challenges.