Top BreakingPoint Alternatives

Enhance the performance of your network devices while uncovering potential issues through comprehensive evaluations of their functionality. FortiTester offers a variety of effective and intuitive tests that simulate different common traffic patterns, enabling you to set performance benchmarks and perform audits to ensure your network meets these criteria consistently. Furthermore, it maintains a history of prior tests to facilitate easy comparisons. By leveraging the insights derived from these test results, you can significantly improve your network's performance. Fortinet's FortiTester solution provides an exceptionally effective and budget-friendly way for businesses and managed service providers to uphold a secure and robust infrastructure. Continuous validation is essential for maintaining a proactive and secure environment. Additionally, FortiTester excels in Network Performance Testing and Breach Attack Simulation (BAS), allowing security teams to assess the effectiveness of the personnel, processes, and technologies that support the security of the organization. Consequently, organizations can take proactive measures to mitigate vulnerabilities and enhance their security posture. As a result, your network not only becomes more resilient but also better positioned to adapt to future challenges.

Pentera, which was previously known as Pcysys, serves as a platform for automated security validation. This tool assists organizations in enhancing their security posture by offering real-time insights into their security status. By simulating various attack scenarios, it enables users to identify vulnerabilities and presents a strategic plan for addressing risks effectively. Ultimately, Pentera aids in fortifying defenses and prioritizing remediation efforts based on actual risk levels.

Lupovis provides exceptional and precise threat detection by dramatically reducing the alert-to-noise ratio through its software-as-a-service deception platform. This offering delivers customized and contextual intelligence specifically tailored to meet the unique needs of your organization. By utilizing insights that bring to light potential insider threats and pre-breach situations like compromised credentials, you can adopt a proactive approach to security. Engage with actionable intelligence while avoiding the hassle of irrelevant alerts. Our platform facilitates the strategic placement of realistic traps and decoys across your network, designed to seamlessly integrate with your existing security measures. When an intruder engages with our user-friendly no-code deception solution, it activates an accurate alert, empowering you to respond swiftly. By incorporating our sophisticated threat detection features, you receive high-fidelity alerts accompanied by detailed contextual and global intelligence. Consequently, Lupovis is essential in protecting your organization’s sensitive data and invaluable intellectual property from theft, cleverly misdirecting attackers within the network and diverting them from critical assets. Furthermore, this cutting-edge strategy not only strengthens your defenses but also significantly improves your overall security posture amid an increasingly challenging threat landscape, ensuring that you are better prepared for any potential attack.

Adaptive Threat Intelligence equips security experts to promptly eliminate potential threats before they can cause damage. Leveraging our vast global network visibility, we provide tailored intelligence specific to your IP addresses, coupled with Rapid Threat Defense to proactively address threats and optimize security operations. Our automated validation technology, developed by Black Lotus Labs, meticulously evaluates newly detected threats, ensuring the integrity of our threat data and significantly lowering false positive rates. The automated detection and response features within Rapid Threat Defense efficiently thwart threats based on your predetermined risk tolerance. Our holistic virtual solution eliminates the need for additional device installations or data integration, providing a single escalation point for streamlined management. Furthermore, our intuitive security portal, mobile app, API feed, and customizable alerts empower you to manage threat visualization and response effectively, complete with detailed reports and access to historical data for in-depth analysis. This thorough strategy not only boosts situational awareness but also simplifies the decision-making process for security teams, ultimately enhancing their overall effectiveness in safeguarding assets. By integrating these tools, organizations can achieve a more proactive and efficient security posture.

Loadster serves as a platform designed for conducting load tests on websites, web applications, and APIs. By utilizing Loadster, you can determine the maximum capacity of your site before your users encounter issues. To uncover performance bottlenecks, enhance overall performance, or avert potential crashes, you can develop realistic testing scripts tailored to your specific needs. This proactive approach to testing ensures that you are well-prepared to handle user traffic efficiently.

As remote work continues to expand, security teams face increasing difficulties due to diminished visibility and control over devices accessing their networks, as well as their security configurations. This challenge is exacerbated by the requirement for various point solutions to ensure proper monitoring and management. MetaAccess addresses these concerns by delivering secure network access alongside comprehensive endpoint compliance within a single, integrated platform. This cohesive strategy not only simplifies ongoing management processes but also reduces time and effort, significantly lowering overall risk. Cybersecurity threats, such as Advanced Persistent Threats and Distributed Denial of Service (DDoS) attacks, represent major threats, particularly for remote workers, which underscores the urgent need for more effective solutions beyond traditional VPNs. The Software Defined Perimeter (SDP) strengthens security measures while sidestepping the typical costs and performance issues tied to VPNs, thus providing an enhanced user experience that aligns with the expectations of today’s remote workforce. By implementing SDP, organizations can better protect their networks while also embracing the adaptability necessary in contemporary work settings, ultimately ensuring a secure and efficient operational environment.

Achieve extensive visibility and strong security analytics across your organization. By leveraging the innovative machine learning and behavioral modeling features provided by Secure Network Analytics, formerly known as Stealthwatch, you can stay ahead of emerging threats in your digital environment. Utilize telemetry data from your network infrastructure to gain insights into who is accessing your network and what activities they are engaged in. Quickly pinpoint advanced threats and take immediate action to address them. Protect critical data by implementing more effective network segmentation strategies. This all-encompassing solution functions without agents and is designed to scale as your business grows. Accurately detect intrusions in the constantly changing network landscape with alerts that are enriched with contextual details such as user identity, device type, geographic location, timestamps, and application usage. Analyze encrypted traffic to reveal threats and ensure compliance without the need to decrypt the data, thus maintaining privacy. Use advanced analytics to rapidly identify unfamiliar malware, insider threats like data exfiltration, policy violations, and other sophisticated attacks. Additionally, keep telemetry data for longer durations to support comprehensive forensic analysis, which will further enhance your security posture. This proactive approach ensures that your organization is well-prepared to tackle the dynamic nature of cybersecurity challenges.

Distributed denial of service (DDoS) attacks present considerable threats to the availability and security of applications migrating to the cloud. These malicious assaults aim to saturate an application's resources, thus obstructing access for authorized users. Any endpoint that is publicly accessible on the internet is vulnerable to DDoS attacks. Fortunately, Azure offers Basic DDoS Protection to every asset at no additional cost, thanks to its robust infrastructure. The extensive scale and capabilities of Azure's global network provide strong defense mechanisms against common network-layer attacks by utilizing ongoing traffic analysis and prompt response measures. Users benefit from the fact that no configuration or modifications to their applications are required for Basic DDoS Protection, facilitating easier implementation. This level of safeguarding encompasses all Azure services, including platform-as-a-service (PaaS) offerings like Azure DNS, which ensures comprehensive security for cloud applications. As more organizations turn to cloud solutions, the necessity for effective DDoS protection becomes increasingly critical. In this evolving landscape, investing in reliable security measures is essential for maintaining operational integrity and user trust.

Silent Break Security will work closely with you to develop a customized assessment strategy that meets your unique needs, risk appetite, and current security situation. Our services encompass a variety of methodologies, including black-box, white-box, and hybrid techniques. The black-box method emulates the perspective of an external attacker, requiring no insider knowledge of the targeted system or application, and closely reflects the strategies employed by actual hackers. On the other hand, the white-box approach facilitates deeper collaboration with clients, allowing for a more thorough evaluation and enhancement of the target application or network, though it may not entirely mimic the behaviors of real attackers. It’s crucial to understand that skilled attackers often conceal their activities by blending malicious actions with legitimate user behavior, complicating detection efforts. Organizations ultimately strive to bolster their abilities in identifying threats, detecting attacks, and strengthening their overall security framework, ensuring they are more resilient against potential risks. By leveraging these tailored methodologies, we aim to provide a comprehensive defense strategy that evolves alongside emerging threats.

FlowCoder operates as a WYSIWYG programming framework designed to streamline the processes of prototyping, debugging, validating, fuzzing, and testing within computer networks, including assessments of functionality, load, and security. It allows users to generate packets for various network protocols, send them through the network, and scrutinize incoming traffic, effectively correlating requests and responses while managing states. The simplest deployment takes place locally, where FlowCoder generates all packets from a local host, with any received answers being processed on the same machine. While the components of the FlowCoder IDE function locally, the generated flowcharts are sent to a cloud environment, which hosts multiple instances of the flowchart processing engine. Within this cloud infrastructure, packets are both created and handled, providing users with diagnostic information and statistical data. Additionally, by serving as a man-in-the-middle (MITM) in this cloud setting, the flowchart can monitor and manipulate packets traversing between two network endpoints, allowing for modifications at every layer of the stack, thus significantly enhancing testing capabilities. This innovative methodology not only offers a thorough solution for network analysis and testing but also establishes FlowCoder as an essential asset for developers and engineers striving for efficiency and accuracy in their projects. With its robust features, FlowCoder stands out as a pivotal resource in the realm of network programming and evaluation.

AI takes proactive measures to identify and neutralize potential threats before they can be executed, thereby safeguarding users from harmful URLs or fake webpages that mimic legitimate sites. This advanced technology not only recognizes and blocks attacks but also tackles complex malicious threats at both the device and application levels. By utilizing techniques such as application sandboxing, code analysis, and app-security testing, it successfully detects malware and grayware. Each application undergoes a meticulous scanning and verification process prior to being made available to users or devices seeking access. Furthermore, all mobile endpoints managed by BlackBerry UEM are protected against zero-day vulnerabilities without requiring users to install, log in to, or manage third-party applications or manually adjust any settings. Choose a centralized connectivity solution that simplifies the process: download once and distribute locally to all necessary devices. Additionally, hybrid deployment enhances the security of communications between cloud services and local infrastructure, effectively shielding your network from potential threats. This holistic strategy not only strengthens security measures but also enhances the user experience by reducing the need for manual intervention, ensuring that users can navigate their digital environments with confidence and ease. By prioritizing user safety and operational efficiency, this approach fosters a more secure and streamlined technology landscape.

The frequency of Distributed Denial of Service (DDoS) attacks is escalating, with 53 percent of organizations reporting they endure more than 51 attacks each month, a rise from 44 percent the year before. Industries such as Financial Services, Hosting/E-Commerce, and Government stand out as particularly susceptible to these threats. To effectively counter the growing sophistication of DDoS attacks, organizations must utilize high-capacity scrubbing centers that are strategically located across regions, in addition to implementing network controls that reduce latency and enhance overall performance. In order to tackle and lessen the impact of these overwhelming traffic assaults designed to disrupt servers, applications, websites, and networks, the Lumen DDoS Mitigation Service provides a powerful cloud-based solution capable of absorbing malicious traffic through a network of scrubbing centers located worldwide during an attack, ensuring that only legitimate traffic reaches the customer's public-facing addresses. This advanced capability empowers organizations to sustain their online operations and service availability amid persistent cyber threats, reinforcing the necessity for robust cybersecurity measures in today's digital landscape. As the threat landscape continues to evolve, remaining vigilant and prepared is essential for all organizations.

CyberFlood is a powerful and intuitive testing solution that mimics realistic application traffic to assess the performance, scalability, and security of your application-aware networking devices and solutions. This tool streamlines the testing process, allowing users to enforce application traffic policies, benchmark performance and capacity, and evaluate network security effectiveness according to NetSecOPEN standards. Celebrated as the leading L4-7 testing solution worldwide, CyberFlood distinguishes itself through its remarkable scale, exceptional performance, and user-friendly interface, all of which boost productivity while creating highly realistic application traffic. Users can quickly and easily conduct tests with the latest applications on the market, ensuring they remain competitive. Furthermore, CyberFlood combines various testing functionalities within a fully virtual environment, delivering a high-performance appliance that performs app security assessments across a range of interfaces, including 10G, 25G, 40G, 50G, and 100G, all housed in a compact 1U form factor. This solution is vital for analyzing the performance of content-aware networks, security systems, and web applications, empowering organizations to optimize their network infrastructure efficiently. By adopting CyberFlood, businesses can significantly enhance their ability to manage and evaluate their network capabilities, ultimately leading to better decision-making and resource allocation.

As organizations strive to manage their workloads between on-premises systems and cloud solutions, they often create new vulnerabilities stemming from the complexity and size of their attack surfaces. This balance makes it increasingly challenging to ensure compliance and secure a hybrid network without having detailed, real-time visibility into every device, workload, and connection in the system. FireMon Lumeta provides a solution that allows for real-time monitoring of hybrid cloud environments, effectively detecting anomalies, potential security threats, and compliance violations. The platform continuously scans and maps the entire network infrastructure, covering all devices and connections, including firewalls, routers, endpoints, and cloud components. By utilizing advanced behavioral detection techniques, Lumeta creates a baseline for normal network activity and quickly alerts security teams when it detects any unusual behavior or compliance problems. This capability guarantees that organizations possess a thorough and accurate inventory of all network pathways and devices, enabling them to implement proactive security measures. Moreover, FireMon Lumeta not only helps organizations protect their networks against emerging threats but also plays a crucial role in maintaining compliance with industry regulations and standards. Ultimately, this powerful tool allows businesses to navigate the complexities of hybrid networks with greater confidence and security.

IPFire is a robust and secure Open Source firewall operating on the Linux platform. It is designed with a user-friendly interface, offering outstanding performance in various settings and flexibility that accommodates a diverse user base. Focusing on security as its primary goal, IPFire is built to protect against online threats while also ensuring that your network is shielded from potential breaches. The firewall features a powerful engine along with an integrated intrusion prevention system, both of which collaborate effectively to defend your network against cyber attacks and denial-of-service incidents. Created as free software through the efforts of a collaborative community, IPFire enjoys the confidence of hundreds of thousands of users around the world. Its main objective is to deliver maximum security while allowing for straightforward configuration to set up a firewall that efficiently prevents unauthorized access. IPFire's default configuration organizes the network into separate zones, such as LAN and DMZ, each equipped with specific security policies that facilitate effective risk management and enable tailored configurations to meet unique needs. This intentional architecture significantly boosts the overall security of any network utilizing IPFire, providing peace of mind to its users.

To ensure the protection of public-facing web content and applications prior to their access in the cloud, it is essential to implement DDoS defense mechanisms alongside global load balancing strategies, supported by a robust set of security, reliability, and performance features. At the fundamental level, a distributed denial-of-service (DDoS) attack can be compared to a severe traffic jam on a highway, which prevents regular vehicles from reaching their destinations smoothly. In essence, a DDoS attack represents a calculated attempt to disrupt the normal functioning of a server, service, or network by bombarding the target or its surrounding infrastructure with an excessive amount of internet traffic. For clients aiming to shield their internet-facing applications from various threats, including DDoS attacks, data breaches, and bot-related incidents, IBM Cloud Internet Services provides a user-friendly selection of edge network solutions. Additionally, these services accommodate those looking to improve their web applications while ensuring global responsiveness and consistent availability of their online offerings. By utilizing these advanced services, organizations can significantly bolster their online security and operational efficiency, creating a more resilient digital environment. This proactive approach ultimately leads to a better user experience and increased trust from clients.

Circadence leads the way in IT innovation, bolstered by strong relationships with top professionals in the government and military sectors, as it strives to set new benchmarks for accessibility and cost-effectiveness. Our extensive suite of products and technologies guarantees exceptional performance and straightforward implementation, promoting increased agility through cutting-edge solutions that are more efficient, intelligent, and secure. At the moment, we are revolutionizing the fields of WAN optimization, security, and business continuity, making considerable advancements within the industry. A wide array of clients, ranging from multinational corporations to government organizations and small to medium-sized businesses, rely on our optimization technology for the swift and secure transmission of their data on a daily basis. Impressively, independent assessments reveal that our proprietary optimization protocol functions nearly 100 times quicker than standard TCP, even in challenging traffic situations. With Circadence, users can effortlessly enhance any TCP traffic, no matter their device or geographical location, including tablets, thus streamlining connectivity like never before. This groundbreaking strategy is set to transform how companies handle their data transfers and enhance their networking capabilities, paving the way for a more connected future. As we continue to innovate, we remain committed to providing solutions that not only meet but exceed our clients' expectations in an ever-evolving digital landscape.

Surgical Science emerges as a leading provider of medical simulation training and software, dedicated to enhancing patient safety and healthcare outcomes through tailored, validated simulations. Their high-fidelity simulations enable healthcare professionals to hone their skills—from basic techniques to the handling of complex scenarios—without putting patients at risk. Recognized by surgeons, clinicians, and healthcare teams around the world, Surgical Science's evidence-based simulations play a significant role in improving patient care every day. With over 8,000 simulators currently in use that cover more than 150 medical procedures and are supported by more than 400 validated studies, their impact on the medical field is substantial. Their user-friendly simulators, paired with evidence-based customizable curricula, empower healthcare professionals and teams to enhance their skills, promote professional growth, and ultimately improve the quality of patient care and safety. Moreover, the incorporation of these sophisticated simulation tools into training programs has transformed how medical practitioners prepare for real-life challenges, ensuring they are well-prepared to deliver optimal care in high-pressure situations. This ongoing commitment to innovation continues to shape the future of medical training and patient outcomes in profound ways.

The digital environment is rapidly evolving, making it increasingly difficult to guard against complex threats. According to a recent study by Ponemon, nearly 80% of businesses are pushing forward with digital innovation at a pace that surpasses their ability to protect against cyberattacks effectively. Additionally, the complexity and fragmentation within existing systems are leading to a rise in cyber incidents and data breaches. Many organizations rely on disparate security solutions that operate independently, which prevents network and security operations teams from achieving a comprehensive and unified view of the organization's security posture. By adopting an integrated security framework that incorporates analytics and automation, organizations can greatly improve their visibility and streamline their operational processes. For instance, FortiAnalyzer, a key component of the Fortinet Security Fabric, provides robust analytics and automation capabilities that enhance the detection and response to cyber threats. This kind of integration not only strengthens security protocols but also equips organizations to tackle new cyber challenges more adeptly. By fostering collaboration between various security tools and teams, organizations can ensure a more resilient defense against future threats.

Phishing has evolved into a highly profitable venture, seeing remarkable expansion in recent times, which underscores the necessity of a strong security awareness initiative as part of a thorough defense strategy. Sophos Phish Threat improves user training and assessment through automated attack simulations, exceptional security education, and valuable reporting analytics. This platform provides the essential adaptability and personalization that organizations require to cultivate a robust culture of security awareness. End users are often the most significant and vulnerable targets within companies, frequently confronted with persistent spear-phishing and socially engineered threats. With just a few clicks, users can replicate countless intricate and realistic phishing scenarios. Furthermore, Sophos is supported by a dedicated global team of analysts at SophosLabs who meticulously examine millions of emails, URLs, files, and other data daily to proactively combat emerging threats and effectively protect your organization. By emphasizing the importance of user education, organizations can notably diminish the likelihood of succumbing to these advanced attacks, ultimately fostering a more resilient security posture. Consequently, investing in comprehensive training not only benefits individual employees but also strengthens the entire organizational framework against potential breaches.

Merely concentrating on latency or bandwidth may not suffice for effective network administration. Conducting network stress tests can uncover the potential effects that abrupt increases in packet traffic might have on the functionality of network devices. The WAN Killer tool found in Engineer’s Toolset serves as a valuable resource for stress testing by generating and transmitting packets, thereby demonstrating how devices may behave in response to unanticipated or significant traffic surges. The knowledge gained from these stress evaluations can assist in strengthening your network infrastructure ahead of any major issues. By mimicking network traffic, you can take a proactive approach to managing network performance, which is especially advantageous when planning to roll out a new application across your network. Furthermore, you can use this simulated traffic to gauge whether your application's data is receiving the appropriate prioritization. Should any weaknesses be discovered, steps can be taken to rectify them, ensuring that you deliver the highest quality of service. This forward-thinking method not only boosts reliability but also guarantees a smooth user experience during vital operations. Ultimately, being proactive in network performance can lead to long-term benefits and a more robust infrastructure.

Many people think that breach and attack simulation (BAS) offers a comprehensive evaluation of an organization's cybersecurity strengths; however, this view is somewhat misleading. A number of traditional BAS providers have begun to reposition themselves as security validation services. To efficiently distribute resources, it is essential to leverage the latest global threat intelligence and insights from adversaries to tackle the specific risks faced by your organization. Create realistic and active attack simulations that include dangerous threats such as malware and ransomware. Conduct authentic attacks that cover the entire lifecycle of an assault, ensuring a strong and thorough integration with your overall security architecture. Regularly and objectively assessing the effectiveness of cybersecurity measures is vital, as this not only reduces the organization's exposure to risks but also assists CISOs in showcasing quantifiable enhancements and illustrating the value of their security investments to key stakeholders. Moreover, in the fast-changing landscape of threats today, organizations need to continuously evolve their strategies to preemptively counter emerging risks. By doing so, they can establish a more resilient security posture and enhance their overall defense mechanisms.

Organizations are increasingly turning to sophisticated deception-based active defense strategies because of their low-risk profile and effectiveness in reducing false positives that often plague traditional methods. Acalvio's ShadowPlex aims to set new benchmarks for countering advanced persistent threats (APTs), ransomware, and malware by centralizing the entire mitigation process. The system deploys decoys, such as fake hosts or honeypots, throughout the enterprise network from a singular point, ensuring they resemble authentic local resources. Moreover, the intricacy of these decoys can be dynamically modified in response to an attacker's behavior, which significantly boosts the overall effectiveness of the deception. This pioneering method of resource management empowers ShadowPlex to deliver both vast scalability and a high degree of realism in its decoys, thus serving as a formidable asset for organizations. Additionally, the platform simplifies the setup and implementation of deception tools through automation. By utilizing established playbooks alongside an AI-powered recommendation system, ShadowPlex can automatically create and strategically place deception elements where they are most needed. As a result, this approach not only strengthens security measures but also alleviates the workload for IT teams, enabling them to concentrate on more pressing priorities. Consequently, organizations that leverage ShadowPlex are better equipped to combat evolving cyber threats while optimizing their available resources.

C9Phish, created by C9Lab, is a robust platform designed for phishing simulation and training that helps organizations identify, evaluate, and address cybersecurity risks related to phishing attacks. By mimicking real-world phishing situations, C9Phish enables companies to assess employee awareness, uncover vulnerabilities, and strengthen their overall security posture. This platform allows security teams to craft customized phishing campaigns that utilize a variety of attack techniques, including email, SMS, and social engineering, thereby fostering a realistic training environment. In addition, its advanced analytics and reporting capabilities enable organizations to track employee responses, assess risk levels, and identify specific teams or individuals who may need further training. Moreover, C9Phish includes automated training modules that provide targeted education and constructive feedback to employees who are tricked by these simulated attacks, preparing them to detect and avoid future threats. Overall, this holistic strategy not only enhances employee awareness but also significantly bolsters the organization’s defenses against potential cyber threats, ensuring a proactive approach to cybersecurity. As a result, organizations can cultivate a culture of security that is vital in today’s digital landscape.

Phishr operates as a comprehensive solution tailored for phishing simulation and security awareness education, designed to empower organizations with essential tools to educate their staff, identify vulnerabilities, and build a strong defense against phishing attacks. By crafting realistic phishing scenarios, Phishr allows businesses to assess how employees respond to fraudulent emails and social engineering schemes, providing vital insights into their overall susceptibility to risk. It offers a wide selection of customizable phishing templates, enabling security teams to replicate both common and emerging phishing tactics pertinent to their industry. When employees interact with these simulated threats, the platform quickly initiates automated training sessions and delivers immediate feedback, helping them learn to identify and avoid similar dangers in the future. In addition, Phishr features in-depth analytics and reporting functionalities, which empower organizations to track their progress over time, pinpoint individuals or departments that may be more vulnerable to phishing, and ensure compliance with cybersecurity training requirements. This platform not only boosts security awareness but also cultivates a culture of attentiveness among employees, ultimately resulting in a more secure organizational environment. By investing in such a proactive approach to cybersecurity training, companies can significantly reduce their exposure to potential threats.

Cognata offers an all-encompassing simulation platform for the entire product lifecycle, specifically tailored for developers working on Advanced Driver Assistance Systems (ADAS) and autonomous vehicles. The solution includes automatically generated 3D environments and sophisticated AI-driven traffic agents, making it exceptionally well-suited for AV simulations. Users can take advantage of an extensive library filled with scenarios and an easy-to-use authoring tool that enables the creation of numerous edge cases essential for testing autonomous vehicles. The system facilitates effortless closed-loop testing with simple integration options. Customizable rules and visualization settings designed for autonomous simulation guarantee that performance can be accurately assessed and monitored. The digital twin-grade 3D environments are meticulously crafted to mirror roads, buildings, and infrastructure, capturing intricate details, such as lane markings, surface textures, and traffic signals. With a cloud-based infrastructure, the platform is accessible globally and designed for cost efficiency from the beginning. Achieving closed-loop simulation and integrating with CI/CD workflows requires just a few simple clicks, enhancing usability. This adaptability allows engineers to effectively integrate control, fusion, and vehicle models with Cognata’s extensive capabilities in environment, scenario, and sensor modeling, significantly improving the development process. Additionally, the platform's intuitive interface makes it easy for users with varying levels of experience to leverage its robust features efficiently, thus further streamlining the entire simulation experience.

Distributed Denial of Service (DDoS) attacks represent a persistent and significant threat to the integrity and security of any business operating online. A study from 2017 revealed that organizations face an 80 percent chance of encountering a DDoS attack, and those affected should be prepared for repeat attempts at a similar frequency. The fallout from these attacks is not limited to the initial incident; nearly half of the reported cases are linked to further breaches, leading to a range of complications, including malware activation, sensitive data theft, virus infections, and a growing risk of ransomware. To effectively address the DDoS challenges posed by both current and future threats, organizations must adopt a holistic strategy that goes beyond simple technological fixes. UltraDDoS Protect offers users advanced analytics, top-tier DDoS mitigation techniques, and robust layer 7 defenses, which empower them to proactively neutralize threats before they can escalate into severe attacks. Businesses of all sizes rely on UltraDDoS Protect to defend their systems and maintain the security and accessibility of their vital information at all times. This forward-thinking approach is crucial in a landscape where cyber threats are not only widespread but also rapidly advancing, highlighting the need for constant vigilance and adaptation. Every organization must prioritize its cybersecurity measures to ensure resilience against these evolving threats.

RidgeBot® delivers fully automated penetration testing that uncovers and emphasizes confirmed risks, enabling Security Operations Center (SOC) teams to take necessary action. This diligent software robot works around the clock and can perform security validation tasks on a monthly, weekly, or even daily basis, while also generating historical trending reports for insightful analysis. By facilitating ongoing security evaluations, clients are granted a reliable sense of security. Moreover, users can assess the efficacy of their security policies through emulation tests that correspond with the MITRE ATT&CK framework. The RidgeBot® botlet simulates the actions of harmful software and retrieves malware signatures to evaluate the defenses of specific endpoints. It also imitates unauthorized data transfers from servers, potentially involving crucial information such as personal details, financial documents, proprietary papers, and software source codes, thereby ensuring thorough protection against various threats. This proactive approach not only bolsters security measures but also fosters a culture of vigilance within organizations.

Located in Miami, Florida, Gaumard Scientific is dedicated to creating sophisticated simulators for top-tier teaching hospitals, nursing institutions, military medical training, and emergency medical services. Founded in 1946, the company has amassed over 75 years of experience in healthcare simulation, producing state-of-the-art patient simulators, task trainers, educational modules, and mixed reality tools that focus on delivering secure and effective training opportunities for healthcare students and professionals across numerous clinical disciplines. Their extensive product lineup includes high-fidelity simulators that are carefully crafted to present realistic training situations in critical areas such as obstetrics, emergency medicine, pediatrics, and nursing. A standout innovation among their offerings is VICTORIA, a versatile birthing simulator capable of accurately simulating a range of childbirth scenarios, including typical vaginal deliveries and C-sections, while also accounting for potential complications, enabling healthcare professionals to enhance their skills in dealing with complex medical challenges. This dedication to providing realistic training through advanced simulation technologies guarantees that healthcare providers are well-equipped to tackle the difficulties they might encounter in actual medical environments. Ultimately, Gaumard Scientific plays a crucial role in advancing the quality of healthcare education and preparedness.

Since 1999, our DDoS protection and network visibility solutions have been rigorously evaluated within the most intricate global networks. We deliver extensive insights and traffic data at a scale that empowers customers to comprehend their environments and the activities of threat actors, including their methodologies and patterns on a worldwide scale. Our approach to defense against Denial of Service attacks is layered and automated, aligning with industry best practices that emphasize the importance of a comprehensive strategy supported by ongoing threat intelligence. We are equipped to thwart today's massive attacks, which may reach over 600GB/sec, as well as covert application layer assaults targeting stateful infrastructure components like firewalls, IPS, and ADCs. A well-coordinated and integrated defense system is essential to safeguard against the full spectrum of DDoS threats. As organizations face mounting pressure to effectively manage risk, they are also compelled to embrace technology transformation to stay ahead of evolving challenges. This dual focus on risk management and innovation is crucial for maintaining a robust security posture in today's digital landscape.

AttackIQ delivers customers a highly dependable, trusted, and secure method for validating security measures in both production and at scale. Unlike competitors who rely on sandbox testing, AttackIQ conducts evaluations throughout the entire kill chain within actual production environments. This capability enables the examination of every system across your network and cloud infrastructure, ensuring comprehensive coverage. It operates seamlessly within your production environment, linking with your controls and visibility platforms to gather crucial evidence. By utilizing scenarios that benchmark your controls against adversarial behavior, you can confidently ascertain that your security program functions as intended. The AttackIQ platform is rich in insights tailored for both executives and technical operators alike. Additionally, AttackIQ consistently provides threat-informed intelligence through user-friendly dashboards and detailed reports, empowering you to enhance the effectiveness of your security initiatives. Ultimately, this robust approach allows for ongoing optimization and adaptation in an ever-evolving threat landscape.

No matter how sophisticated your cybersecurity measures are, there will always be a possibility that an attacker will penetrate your network's defenses. Once the breach occurs, the success of your countermeasures hinges exclusively on how prepared and responsive your security team is. Unfortunately, many security professionals are often caught off guard during their first encounter with a real cyber threat. Cyberbit's cyber range addresses this issue by providing your team with essential hands-on training through extremely realistic cyber-attack scenarios within a simulated Security Operations Center (SOC), allowing them to hone their skills and strategies well before an actual crisis emerges. This forward-thinking approach to training can greatly improve your organization's ability to withstand and respond to potential cybersecurity challenges. Ultimately, investing in such simulations not only prepares your team but also instills confidence in your overall security framework.

ValidMind emerges as the leading choice for organizations aiming to enhance the automation of testing, documentation, and risk management related to AI and statistical models. This all-encompassing platform provides an array of tools that support data scientists, corporations, and professionals in risk or compliance roles, helping them identify and document potential risks associated with their AI models while ensuring compliance with regulatory requirements. With its cohesive features, ValidMind streamlines the assessment of risk factors across various teams' models, enabling organizations to effectively focus on compliance and risk management initiatives. Additionally, ValidMind enhances collaboration by dismantling information silos, thus minimizing the challenges of sharing and collaborating on model documentation, validation reports, and risk evaluations throughout the model's lifecycle. By utilizing ValidMind, organizations can cultivate a culture characterized by transparency and accountability in their AI operations, ultimately leading to more informed decision-making and improved outcomes. This not only benefits the organization but also instills confidence in stakeholders regarding the integrity of AI practices.

The health of the infrastructure that supports your essential applications is vital for the seamless delivery of those applications. When infrastructure encounters a failure, it can directly result in disruptions to application functionality. Moreover, this infrastructure is not static; it often experiences constant changes in its configuration and structure. Consequently, IT teams must adopt a proactive approach to manage and monitor their IT infrastructure, enabling them to detect performance issues, chart application network paths, produce network diagrams, oversee configuration changes, and address infrastructure-related challenges effectively. By employing diverse techniques such as SNMP, WMI, streaming, CLI, traps, syslog, and synthetic testing, organizations can achieve a thorough understanding of their enterprise infrastructure's performance. Furthermore, implementing native health scoring can swiftly identify which devices and locations are suffering from performance degradation, allowing for quick resolution of issues. This holistic strategy not only enhances the resilience of the IT environment but also fosters greater operational efficiency, ultimately supporting the organization's goals. Therefore, prioritizing infrastructure health is essential for maintaining the overall success of application delivery.

Certes Enforcement Points (CEPs) are sophisticated encryption devices that carry FIPS 140-2 and Common Criteria EAL4+ certifications, specifically engineered to protect data and enable application segmentation. Providing security solutions that fulfill such rigorous standards is critical for organizations and government bodies aiming to comply with data protection regulations. These CEPs can be effortlessly integrated into any existing network configuration and operate invisibly within the infrastructure, ensuring data remains encrypted without hindering network performance. Furthermore, they are designed to work in tandem with our key management software, CryptoFlow® Net Creator, making them simple to install, scalable for networks of any size, and easy to oversee. Users of dedicated CEP appliances enjoy rapid encryption speeds while ensuring peak performance. With their remarkable adaptability and user-friendly nature, CEPs can be deployed to enforce encryption across multiple layers of a network, providing strong security management and protective features. This flexibility positions them as an excellent option for contemporary organizations seeking to bolster their data security infrastructure and address evolving threats. As the landscape of cybersecurity continues to develop, the role of CEPs will likely become increasingly vital in safeguarding sensitive information.

Simulaids is recognized as a leading provider of medical simulation equipment, offering a wide range of training resources designed to enhance healthcare education and prepare professionals for emergencies. Their extensive product line includes categories such as basic and advanced life support, clinical skills, rescue and trauma, and T-level health. Noteworthy among their offerings are high-fidelity patient simulators like the SMART STAT, a wireless adult manikin with light-reactive pupils and capabilities for handling difficult airways, as well as the ALEX Patient Communication Simulator, which features realistic physiological traits like palpable pulse points and spontaneous breathing. Moreover, Simulaids supplies moulage kits filled with artificial wounds and simulated body fat, which significantly increase the realism of training scenarios. With over twenty years of experience in healthcare simulation, Simulaids has successfully provided more than one million medical simulation tools to a varied customer base of over 15,000 satisfied clients, reinforcing its esteemed status in the field. Their ongoing dedication to innovation not only enhances training methodologies but also ensures that healthcare professionals are well-equipped to face real-world challenges. This focus on continuous improvement helps set a high standard for educational practices within the industry.

Achieve unparalleled insight while implementing innovative, signature-free detection and defense strategies designed to address highly advanced and covert threats, such as zero-day vulnerabilities. Enhance analyst productivity through precise alerts that are triggered at pivotal moments, thereby optimizing time and resources while significantly reducing the number of alerts and the risk of alert fatigue. Generate real-time evidence and Layer 7 metadata to enrich the security context, which aids in comprehensive investigations, alert validation, endpoint containment, and swift incident response. Utilize sophisticated signature-free threat detection methods to identify complex attacks, including multi-flow, multi-stage, zero-day, polymorphic, and ransomware variants. Detect both known and unknown threats in real-time and support retrospective analysis to reveal previously unnoticed threats. Vigilantly monitor and disrupt lateral movements within your organizational network, effectively shortening post-breach dwell times and minimizing potential damages. Differentiate between critical and non-critical malware types, such as adware and spyware, to prioritize responses to alerts efficiently while maintaining a strong security posture against evolving threats. In doing so, you foster a more adaptable environment that is well-equipped to meet the ever-changing landscape of cybersecurity challenges, ultimately enhancing your organization's overall resilience.

Connect indicators from your network to a vast array of active IP addresses and domains on the Internet. Uncover how this data can improve risk assessments, help pinpoint attackers, aid in online fraud investigations, and track cyber activities back to their source infrastructure. Gain vital insights that allow for a precise evaluation of the threat levels confronting your organization. DomainTools Iris provides a distinctive threat intelligence and investigative platform that combines top-tier domain and DNS intelligence with an intuitive web interface, making it accessible for professionals. This robust tool proves invaluable for organizations striving to enhance their cybersecurity strategies effectively, ensuring a proactive approach to potential threats. By adopting such advanced solutions, organizations can stay one step ahead in the ever-evolving landscape of cyber threats.

In a landscape fraught with potential network threats, it is vital to implement a solution that effectively addresses these challenges. The Skylight Interceptor™ network detection and response system stands out as a powerful tool for neutralizing emerging risks, enhancing both security and performance, while also dramatically reducing mean time to resolution (MTTR). It is imperative to identify threats that may elude perimeter security measures. The Skylight Interceptor significantly improves your insight into network traffic by capturing and analyzing metadata from both north-south and east-west data flows. This capability protects your entire network from zero-day vulnerabilities, regardless of whether your infrastructure is cloud-based, on-premises, or located remotely. A dependable tool is essential for navigating the complex realm of organizational security. By harnessing high-quality data from network traffic, you can bolster your threat-hunting efforts. Forensic insights can be obtained within seconds, and the integration of AI/ML allows for the correlation of events into actionable incidents. As a result, alerts are only generated for legitimate cyber threats, which helps preserve critical response time and optimize the resources available in your Security Operations Center (SOC). In today's fast-paced threat environment, possessing such advanced capabilities is not merely advantageous but absolutely essential for maintaining a strong network defense strategy. Furthermore, organizations equipped with these tools can respond more effectively to incidents, ensuring a proactive stance in the face of evolving cyber challenges.

Cybersecurity leaders can feel at ease with SightGain, the only all-in-one risk management solution focused on improving cybersecurity readiness. SightGain assesses and measures your preparedness through real attack simulations that take place in your actual work environment. It starts by evaluating your organization's exposure to risk, which includes possible financial losses, operational interruptions, and incidents of data breaches. After that, it reviews your state of readiness, identifying specific strengths as well as weaknesses in your production environment. This cutting-edge platform enables you to allocate resources strategically, thereby enhancing security readiness across your workforce, processes, and technology. Differentiating itself as the first automated solution that provides reliable insights into your security infrastructure, SightGain incorporates not just technology but also human and procedural elements. In contrast to conventional Breach and Attack Simulation platforms, SightGain presents a holistic approach that intertwines all essential components. By implementing SightGain, organizations can continuously assess, quantify, and improve their security posture in light of changing threats, ensuring they stay ahead of potential risks. With its comprehensive capabilities, SightGain not only prepares you for current challenges but also anticipates future cybersecurity needs, making it an invaluable asset for any organization.

Adaptive Security stands out as a state-of-the-art defense platform that harnesses the power of AI to protect businesses from advanced cyber threats, including deepfakes, AI-enhanced phishing schemes, SMS fraud, and voice phishing. It provides cutting-edge security training alongside realistic AI attack simulations designed to empower employees in overcoming emerging social engineering techniques. A key highlight of this platform is its OSINT-based risk scoring, which assesses an organization's vulnerability to AI-driven social engineering by analyzing a wide array of publicly available data. The platform also features deepfake phishing simulations that evaluate weaknesses across multiple communication channels, such as email, voice, and SMS. Additionally, it presents tailored security awareness training that aligns with the specific roles and risk profiles of employees, preparing them to recognize and respond to intricate threats. Adaptive's flexibility, extensive content library, and seamless integrations have garnered substantial appreciation from its users, underscoring its effectiveness in bolstering cybersecurity strategies. As the landscape of cyber threats continues to evolve, Adaptive Security emerges as an essential ally for organizations striving to enhance their resilience and cultivate a robust security culture. Ultimately, its innovative approach ensures that businesses remain one step ahead of potential attacks.

IBM Sterling Secure Proxy acts as a protective layer for your dependable network by preventing direct links between external partners and internal servers. This solution significantly boosts the security of your network and data transfers at the perimeter, allowing for secure business-to-business transactions and managed file transfer (MFT) sharing. Functioning as a proxy located in a demilitarized zone (DMZ), Secure Proxy utilizes multifactor authentication, SSL session terminations, the mitigation of inbound firewall vulnerabilities, protocol inspection, and other measures to protect your trusted environment. Furthermore, it provides guidelines for effective firewall management aimed at enhancing perimeter security, which results in improved overall protection for your data and secure zones. The implementation of multifactor authentication is a prerequisite for accessing backend systems, ensuring a tighter grip on connection validation and control. In addition, its proxy capabilities and features are designed to enhance the security of file transfers at the network's edge. With sophisticated routing capabilities, it simplifies infrastructure updates, ultimately saving time and reducing the risks associated with system transitions. Overall, IBM Sterling Secure Proxy offers a holistic approach to network security, reinforcing the integrity and continuity of your business operations while adapting to the ever-evolving landscape of cyber threats. This makes it an essential asset for organizations striving to maintain secure and efficient communication.

Redirection.io provides a comprehensive toolkit designed to enhance your website's traffic management, user engagement, and search engine optimization capabilities. It meticulously records all HTTP interactions with your site and presents user-friendly dashboards to swiftly identify and rectify issues. Its rapid performance and robustness allow for seamless installation on your existing infrastructure without the need to adjust your DNS settings. Additionally, for those on paid plans, it features a website crawler that expedites the detection and resolution of issues within moments. The platform enables easy configuration of HTTP redirections, and its "redirection assistant" facilitates the creation of both straightforward and intricate redirection strategies without disrupting genuine traffic. Users can preview the impact of their new rules prior to implementation, ensuring accuracy and effectiveness. Beyond mere redirections, redirection.io provides advanced SEO functionalities, allowing users to modify meta tags, incorporate structured data, and fully manage response headers with its versatile "actions." This comprehensive suite is indispensable for anyone looking to optimize their online presence.

WhiteHaX's cyber readiness verification has earned the confidence of leading cyber insurance providers, boasting tens of thousands of active licenses for its advanced platform. This state-of-the-art solution operates as a cloud-based, automated tool for cyber readiness verification, often referred to as penetration testing. Specifically designed for the cyber insurance sector, it streamlines the verification process without the need for installation, ensuring minimal disruption and allowing assessments to be completed in under 15 minutes. During these quick evaluations, the platform simulates a variety of threat scenarios targeting the security infrastructure of a business, covering both network perimeter defenses and endpoint security measures. The scenarios encompass a range of attacks, including firewall breaches, user-targeted threats from the internet such as drive-by downloads and phishing emails, ransomware events, and data exfiltration attempts, among others. In addition, WhiteHaX Hunter functions as a dedicated tool for remotely identifying server-side indicators of compromise (SIoCs) across both on-premise and cloud-based applications and servers, thereby providing organizations with comprehensive security coverage. By implementing these robust testing methodologies, WhiteHaX significantly aids businesses in bolstering their cyber resilience in the face of ever-evolving threats, ultimately enhancing their overall security posture. As organizations navigate an increasingly complex threat landscape, the importance of such innovative solutions cannot be overstated.

The AT&T DDoS Defense service presents a cloud-based approach to safeguarding against extensive distributed denial of service attacks, incorporating thorough traffic analysis alongside the capability to implement defenses that prevent harmful traffic from compromising your network. Customers have the option to either contact the AT&T threat management center to start mitigation efforts or rely on automated alerts triggered by AT&T when malicious traffic is identified targeting specific IP addresses within their network. This prompt response guarantees that vital applications essential for business operations continue to function without disruption, allowing legitimate traffic to move freely. Through meticulous traffic analysis, the service identifies anomalies and redirects harmful traffic to scrubbing facilities for effective elimination. Furthermore, the fully managed service ensures that critical notifications regarding alerts, advisories, and attacks are sent via email, keeping customers well-informed. Users also gain access to a web portal that provides detailed reports on service status and activity, enhancing transparency. This comprehensive service can monitor a specified range of IP addresses, bolstering security measures further. Such relentless vigilance enables businesses to uphold their operational integrity, even amidst the challenges posed by potential cyber threats, ensuring a resilient defense against future attacks.

MedVision stands as a global frontrunner in creating and manufacturing cutting-edge human patient simulators that provide a wide range of high-fidelity training resources. One of their standout products is the Leonardo Patient Simulator, an advanced adult manikin designed to authentically replicate various patient care scenarios, thus significantly enriching the training journey for healthcare professionals. This simulator features an intricately designed facial structure that encourages compassionate interactions, while also offering the capability to simulate numerous clinical challenges, such as complex airway management techniques. With its realistic size and fluid motions, Leonardo presents an immersive experience that closely mirrors real patient dynamics. In addition to this, MedVision’s lineup includes the Mia Infant Patient Simulator, which faithfully replicates the physiological and anatomical traits of infants, and the Lisa Female Patient Simulator, which is crafted to support comprehensive training thanks to its lifelike characteristics. Importantly, all of MedVision's simulators are designed to work seamlessly with actual medical equipment, allowing trainees to familiarize themselves with the tools they will use in real healthcare environments. This unwavering dedication to realism and detail truly distinguishes MedVision within the field of medical simulation training, making it a preferred choice for educational institutions and healthcare providers alike. Furthermore, their ongoing commitment to innovation ensures that they will continue to lead the way in developing effective training solutions for the healthcare industry.

Awareness is essential for protection; without it, vulnerabilities remain exposed. Achieve immediate visibility into your entire external environment by continuously mapping all domains, subdomains, networks, and third-party systems. An automated system can help identify vulnerabilities that attackers might exploit during real-world scenarios, even those that involve complex sequences of attacks, by filtering out noise and focusing on actual threats. Leverage expert-guided continuous penetration testing along with cutting-edge offensive security tools to validate these vulnerabilities and uncover possible avenues for exploitation, thereby pinpointing at-risk systems and data. After gaining these insights, you can effectively mitigate potential avenues for attack. Cosmos provides an extensive overview of your external attack landscape, recognizing not only well-known targets but also those often missed by traditional methods, significantly strengthening your security posture in the process. This holistic approach to fortifying your defenses ensures that your assets are well-protected against emerging threats. Ultimately, the proactive identification of risks allows for timely interventions that safeguard your organization.

LinkShadow's Network Detection and Response (NDR) system analyzes network traffic and employs machine learning to identify malicious activities and assess security vulnerabilities. By recognizing established attack patterns and understanding what constitutes normal behavior within an organization, it is capable of flagging any unusual network activities that might suggest an ongoing attack. Furthermore, LinkShadow NDR can take action against detected threats through integration with third-party tools like firewalls and Endpoint Detection and Response systems. NDR solutions are designed to scrutinize network traffic, particularly in the "east-west corridor," to facilitate advanced threat detection. They operate by passively capturing data through a network mirror port, utilizing sophisticated methods such as behavioral analytics alongside machine learning to uncover both known and unknown attack techniques. This proactive approach not only enhances security measures but also contributes to a more resilient organizational infrastructure.

ClusterFuzz is a sophisticated fuzzing platform aimed at detecting security flaws and stability issues in software applications. Used by Google across its product range, it also functions as the fuzzing backend for OSS-Fuzz. This platform boasts a wide array of features that enable seamless integration of fuzzing into the software development lifecycle. It offers fully automated systems for bug filing, triaging, and resolving issues across various issue trackers. In addition, it accommodates several coverage-guided fuzzing engines to optimize results using methods such as ensemble fuzzing and varied fuzzing techniques. The platform supplies comprehensive statistics that help assess the efficiency of fuzzers and monitor crash rates effectively. With an intuitive web interface, it streamlines management activities and crash investigations, while also supporting multiple authentication options through Firebase. Furthermore, ClusterFuzz enables black-box fuzzing, reduces test case sizes, and implements regression identification via bisection methods, rendering it a thorough solution for software testing. The combination of versatility and reliability found in ClusterFuzz significantly enhances the overall software development experience, making it an invaluable asset.

ClusterFuzz is a comprehensive fuzzing framework aimed at identifying security weaknesses and stability issues within software applications. Used extensively by Google, it serves as the testing backbone for all its products and functions as the fuzzing engine for OSS-Fuzz. This powerful infrastructure comes equipped with numerous features that enable the seamless integration of fuzzing into the software development process. It offers fully automated procedures for filing bugs, triaging them, and resolving issues across various issue tracking platforms. Supporting multiple coverage-guided fuzzing engines, it enhances outcomes through ensemble fuzzing and a range of fuzzing techniques. Moreover, the system provides statistical data to evaluate the effectiveness of fuzzers and track the frequency of crashes. Users benefit from a user-friendly web interface that streamlines the management of fuzzing tasks and crash analysis. ClusterFuzz also accommodates various authentication methods via Firebase, and it boasts functionalities for black-box fuzzing, reducing test cases, and pinpointing regressions through bisection. In conclusion, this powerful tool not only elevates software quality and security but also becomes an essential asset for developers aiming to refine their applications, ultimately leading to more robust and reliable software solutions.