Best IT Security Software in Japan - Page 177

A unified dashboard allows for streamlined management across various environments, including physical, virtual, and hybrid-cloud setups. This approach ensures secure workloads throughout the entire spectrum, from on-premises systems to cloud infrastructures. It automates the protection of dynamic workloads to remove any potential blind spots while providing robust defense against advanced threats. Additionally, it incorporates specialized host-based workload protections tailored for virtual instances, preventing strain on the overall system. Utilize threat defenses specifically designed for virtual machines to implement multilayered countermeasures effectively. Enhance your awareness and safeguard your virtualized environments and networks against external threats. The strategy involves comprehensive protective measures such as machine learning, application containment, anti-malware optimized for virtual machines, whitelisting, file integrity monitoring, and micro-segmentation to secure your workloads. Furthermore, it simplifies the assignment and management of all workloads by allowing the importation of AWS and Microsoft Azure tag data into Trellix ePO, ultimately improving operational efficiency and security posture. By integrating these advanced solutions, organizations can ensure a more resilient infrastructure against emerging threats.

With over ten years of AI modeling experience and a quarter-century in the fields of analytics and machine learning, Trellix Wise XDR capabilities effectively mitigate alert fatigue while identifying elusive threats. It enhances team efficiency by automatically escalating issues with relevant context, allowing every team member to actively seek out and resolve potential threats. Wise stands out by integrating with three times as many third-party applications compared to its competitors and harnesses real-time threat intelligence derived from a staggering 68 billion daily queries across over 100 million endpoints. The platform streamlines the process by automatically investigating alerts and prioritizing them through automated escalation, underpinned by workflows and analytics refined over a decade and backed by more than 1.5 petabytes of data. Users can seamlessly find, investigate, and address threats using AI-driven prompts that utilize everyday language, resulting in significant efficiency gains. In fact, teams can reclaim up to eight hours of Security Operations Center (SOC) work for every 100 alerts processed, with visible time savings displayed on dashboards. Trellix Wise ultimately alleviates alert fatigue for security operations teams of all experience levels, empowering them to investigate and automate the resolution of every alert effectively. This ensures a more robust defense against cyber threats in an increasingly complex digital landscape.

Global Threat Intelligence (GTI) serves as a dynamic, cloud-based reputation service that is seamlessly integrated into Trellix's suite of products. It offers protection to organizations and their users from both established and emerging cyber threats, irrespective of their origin or the manner in which they spread. By equipping your security framework with collective threat intelligence, GTI allows security solutions to operate cohesively, utilizing the same accurate, real-time data. This proactive approach effectively narrows the threat window through immediate, and frequently anticipatory, reputation-based intelligence, which minimizes the likelihood of attacks while lowering remediation costs and downtime. The intelligence is derived from billions of queries generated by Trellix product sensors worldwide, which are then analyzed to enhance threat insights. Trellix products engage with GTI in the cloud, allowing the service to deliver the most current reputation or categorization metrics to these products, enabling them to respond appropriately. Additionally, by utilizing GTI, organizations can enhance their overall security posture and stay ahead of potential threats in an ever-evolving digital landscape.

Customers gain a distinctive perspective on malicious files, domains, and IP detections observed around the globe. The Advanced Threat Landscape Analysis System (ATLAS) collates data from multiple Trellix sources to deliver the most recent global threats, enhanced with information such as industry sector and geolocation. By correlating these threats with campaign data and incorporating research from Trellix’s Advanced Research Center (ARC) and Threat Intelligence Group (TIG), along with open-source information, ATLAS offers a focused overview of campaigns that includes details like events, dates, threat actors, and indicators of compromise (IOCs). This system empowers users with a remarkable global understanding of the malicious threats detected by Trellix, presenting geospatially enabled situational awareness. It effectively utilizes telemetry data gathered from around the world to highlight both current and emerging threats, drawing attention to those that are particularly significant based on various factors such as type, industry sector, and geolocation. Furthermore, this comprehensive approach ensures that customers remain informed about the evolving threat landscape and are better equipped to defend against potential cyber risks.

Achieve unmatched visibility while implementing cutting-edge, signatureless detection and defense mechanisms to combat highly sophisticated and stealthy threats, including zero-day vulnerabilities. Enhance the efficiency of analysts through high-fidelity alerts that activate during crucial moments, thereby conserving time and resources while minimizing the volume of alerts and associated fatigue. Produce tangible real-time evidence and Layer 7 metadata to enrich security context, facilitating thorough investigations, alert validation, endpoint containment, and rapid incident response. Identify multi-flow, multi-stage, zero-day, polymorphic, ransomware, and other intricate attacks using advanced signature-less threat detection techniques. Recognize both familiar and unfamiliar threats in real-time and enable retrospective detection to uncover past threats as well. Monitor and obstruct lateral threats that might spread throughout your organizational network to significantly decrease post-breach dwell time. Distinguish between critical and non-critical malware, such as adware and spyware, to effectively prioritize responses to alerts while ensuring that your security posture remains robust against evolving threats. By doing so, you create a more resilient environment capable of adapting to the dynamic nature of cybersecurity challenges.

FortiTrust Identity offers a cloud-based subscription service that streamlines identity and access management within complex enterprise hybrid environments. This solution, known as FortiTrust Identity (FTI), is seamlessly integrated with the Fortinet Security Fabric, providing a comprehensive array of security measures alongside centralized management of user authentications, which encompasses multi-factor authentication. By adopting FTI, organizations can embark on their zero-trust strategy, ensuring reliable user verification and robust authentication while maintaining a user-friendly experience. The platform supports various authentication methods, including adaptive, multi-factor, and passwordless options, as well as identity federation for single sign-on (SSO) across the hybrid environment, all facilitated through user-based licensing. It is crucial to guarantee that only authorized individuals have access to sensitive data, resources, and applications throughout the enterprise. Enhancing user identity assurance through the incorporation of additional verification factors and adaptive authentication techniques is vital for maintaining security integrity. As organizations increasingly pivot to digital frameworks, implementing such strategies will be essential for safeguarding their assets.

CISOs, operational technology (OT) facility managers, cybersecurity professionals, executive boards, and insurers are in need of improved methods for quantifying cyber risks associated with their collection of OT assets to facilitate effective risk management and transfer. DeNexus offers a solution grounded in evidence that allows stakeholders in the OT industrial sector to gain insights into the cyber vulnerabilities of each facility, assess the likelihood and financial consequences of possible cyber events, and prioritize risk reduction efforts based on return on investment (ROI) or other key performance indicators (KPIs). With our platform, you can seamlessly visualize the impact of each risk mitigation initiative on your overall exposure and enhancement of your risk profile. Additionally, you can compare your cyber risk standing against that of your industry counterparts and across your entire asset portfolio. By utilizing ROI analyses for risk mitigation, you can make well-informed choices about where to allocate your investments first. Ultimately, our comprehensive outputs can steer your cybersecurity and risk management approach, including decisions regarding cyber insurance, ensuring that you are well-prepared for potential threats and challenges.

Confidently assess and prioritize vulnerabilities spanning from endpoint devices to the cloud while maintaining comprehensive visibility of the attack surface and threat-aware risk context. Focus on remediation efforts from endpoints to cloud infrastructure with a pioneer in exposure management solutions. Stay one step ahead of cyber adversaries by leveraging critical insights to address vulnerabilities, policy deficiencies, and misconfigurations present in hybrid environments. Enhance ongoing attack surface monitoring through detailed environmental context and automated risk scoring, effectively identifying and mitigating harmful combinations. Gain a comprehensive understanding of asset posture, ownership, and policy shortcomings in hybrid environments that require adherence to regulatory standards. Proactively mitigate cloud risks before they impact production by utilizing infrastructure-as-code (IaC) and continuous web application scanning, which offer developers actionable insights. Exposure Command supplies teams with an enriched context, enabling them to effectively manage the most significant risks to the organization, thereby transforming risk management into a proactive endeavor that aligns with business objectives.

The Labyrinth Deception Platform alters the attack surface, creating a façade of genuine infrastructure weaknesses that mislead adversaries. Each element of this simulated environment faithfully replicates the services and content of an actual network segment. This innovative solution utilizes points, which are intelligent imitation hosts that emulate various software services, content, routers, and devices. These points are instrumental in detecting any malicious activities within the corporate network, thereby ensuring extensive coverage of potential attack vectors. Seeder agents operate on both servers and workstations, creating alluring artifacts that entice intruders. When activated by unauthorized users, these agents redirect them to the points for further engagement. The worker node serves as the central hub for all points within the Labyrinth, capable of operating across multiple VLANs at once. Each point is designed to replicate relevant content and services pertinent to their respective environment segments, effectively keeping an attacker contained within Labyrinth until all critical information has been acquired, ensuring a robust defense against threats. Through this strategic deception, organizations can gain valuable insights into attack methodologies while safeguarding their true network assets.

RevBits Deception Technology enhances the threat-hunting capabilities of security administrators by providing an advanced architecture within the deception and honeypot sector. The use of genuine server-based honeypots in environments with limited resources makes it nearly impossible to differentiate between actual and fake servers. By strategically placing counterfeit honey drop credentials across the network, potential breach points can be clearly identified and contained. This technology is specifically engineered to lure, capture, and retain any malicious actions or software that infiltrate the network while searching for valuable resources. The implementation of real server-based decoys simplifies the process of distinguishing between legitimate and harmful software. Additionally, RevBits’ integrated solutions facilitate the sharing of intelligence among different modules through standardized logging, which enhances detection capabilities, reduces response times, and strengthens the protection of network assets, including honeypots. Overall, this innovative approach significantly fortifies the security posture of organizations against evolving threats.

Insider threats often have the ability to navigate internal systems and are privy to secret security protocols, allowing them to access or transfer critical data without triggering any alerts. Such breaches and instances of data theft can remain unnoticed for extended periods, sometimes lasting years. HoneyTrace provides a solution by enabling you to monitor your sensitive information both within and beyond your network's boundaries, helping you track its movement and assess potential risks of leakage. Operable in the cloud and in environments you cannot fully oversee, HoneyTrace is perfect for ensuring that your partners and employees handle your crucial data appropriately. It boasts user-friendly functionality and seamlessly integrates with your current cybersecurity infrastructure, eliminating the need for extra software installations or management. Moreover, HoneyTrace creates artificial files that are stored in locations accessible solely to authorized personnel; any attempt to access these files triggers a tracer, immediately notifying you of the event. This added layer of security ensures that any unauthorized access is promptly highlighted, further safeguarding your valuable information.

Developing convincingly realistic fake networks that can effectively impede, mislead, or manipulate an opponent is a demanding process that requires significant time, financial investment, and resources. Penten’s Deception.ai stands out as a formidable artificial intelligence solution that streamlines the creation and implementation of these intricate fake networks necessary for identifying, tracking, and countering advanced cyber threats. The platform's smart workflow offers guidance on designing your deceptive network and attack trajectory, planning scenarios, deploying them, and generating realistic, customized users along with content. These fabricated users engage with the environment, executing system and user tasks in a manner that closely mimics real human behavior, including activities such as reading and sending emails, editing files, making calls, and chatting with other users. This efficient approach ensures the rapid establishment of a lifelike environment that is critical for engaging adversaries effectively. Ultimately, leveraging such technology not only enhances security measures but also provides strategic advantages in cyber defense operations.

To effectively tackle the difficulties presented by unfamiliar threats, cybersecurity experts in both operational technology (OT) and information technology (IT) must have the capability to deploy policies that are contextual, adaptive, and dynamic, utilizing deceptive techniques to enhance security measures. By eliminating the hassle of false positives, automated responses can effectively manage these threats, safeguarding against further exploitation, data exfiltration, and additional damage. Discover how partnering with a seasoned cybersecurity firm can empower you to address your security challenges. Every OT asset or facility linked to a wider network or the internet poses a potential entry point for cyber threats. Aging infrastructure, outdated technology, and unsupported devices are also vulnerable to cyber attacks and require diligent protection. Cybersecurity professionals often struggle with excessive network noise, a flood of false-positive alerts, and the fatigue that comes from sifting through them. As IT networks evolve and expand to meet new business demands, this ongoing cycle of adaptation continues to complicate the landscape. Staying ahead of these challenges necessitates a proactive and strategic approach to cybersecurity that evolves alongside technological advancements.

ZeroHack TRACE is an advanced cyber threat intelligence framework that utilizes decoy technology along with a variety of sensors to create and evaluate threat data effectively. It provides dynamic, customizable intelligent shifting sensors that can be easily reconfigured and possess self-healing capabilities. Equipped with a specialized deep packet inspection (DPI) engine, TRACE captures real-time data for in-depth user analysis. The processed data from honeynets significantly improves visualization and correlation, thereby empowering analysts to strengthen network security comprehensively. The Dynamic Intelligent Shifting Sensors (DISS) within ZeroHack TRACE enhance security further by periodically altering sensor locations to evade detection by malicious actors. Additionally, ZeroHack TRACE incorporates honeynets tailored to specific IT environments, ensuring optimal functionality. The sensors are designed to self-repair from attacks and automatically update, which drastically reduces the maintenance burden on customers. Each sensor is equipped with a deep packet inspection engine that facilitates real-time data capture, allowing for meticulous network monitoring and rapid threat identification. This innovative framework not only bolsters security measures but also adapts to the ever-evolving landscape of cyber threats.

ZeroHack SIEM consolidates logging and security event oversight, significantly improving security management with instantaneous alerts and valuable insights. By gathering data from multiple IT sources, it facilitates continuous monitoring and proactive measures against cyber threats. Additionally, ZeroHack SIEM offers a thorough perspective on network activities. Through the aggregation of log and event information from various origins, it empowers security teams to grasp the entire extent of possible threats. The system effortlessly integrates data from a range of sources, including firewalls and switches, ensuring that no potential danger goes undetected. With this extensive data collection, users benefit from uninterrupted protection against ever-evolving threats while enjoying seamless scalability and peak performance, even during high demand. Furthermore, organizations can select from on-premises, cloud-based, or hybrid deployment options, customized to fit their unique needs and preferences. This flexibility allows ZeroHack SIEM to adapt to the diverse landscapes of modern cybersecurity challenges.

Achieve comprehensive security through user-friendly automation and smooth integration with the ZeroHack SOAR platform, which enhances cyber threat response by automating key incident management tasks for security teams. This innovative approach significantly lowers Mean-Time-To-Detect (MTTD) and Mean-Time-To-Respond (MTTR), ultimately enhancing overall security effectiveness. ZeroHack SOAR solutions are designed to integrate flawlessly with your current systems, forming a cohesive security environment. With a focus on user experience, ZeroHack SOAR platforms prioritize intuitive usability, making it easier for teams to navigate. By offering pre-defined content and a commitment to ongoing enhancement, these platforms ensure that security professionals remain both engaged and efficient. Moreover, they provide user-friendly, no-code interfaces that allow for the creation of custom playbooks and workflows. Supporting a variety of operational approaches, ZeroHack SOAR solutions can facilitate automated, semi-automated, and manual processes. Join us in embracing the future of security technology with our cutting-edge offerings, tailored to meet the evolving needs of your organization.

Cybercriminals are increasingly focusing their efforts on SaaS platforms, leading to significant data breaches that can compromise sensitive information. To safeguard against these threats, it is vital to comprehend and address the underlying risks associated with such environments. The intricate nature of SaaS can obscure potential security threats, making it imperative to achieve clarity for effective vulnerability identification and resolution. A lack of adequate security measures in SaaS applications can result in breaches of compliance with regulations, which is crucial to prevent fines and maintain stakeholder trust. Furthermore, poor data governance can allow unauthorized access and lead to potential data loss, emphasizing the need for strong protective strategies. To mitigate these risks, Cybenta AI offers a comprehensive approach that provides insights into user behavior, data exposure, and overall SaaS risks while ensuring compliance. By utilizing AI-driven analytics for vulnerability assessment and automated remediation, organizations can significantly enhance their SaaS security posture. Additionally, leveraging automation and orchestration can simplify the management of applications and user identities, ultimately leading to a more robust and secure SaaS environment. In conclusion, prioritizing security in SaaS is not just a necessity; it is a critical component of operational integrity in today’s digital landscape.

Identity serves as the primary channel for lateral movement and data breaches, making it essential to address this vulnerability effectively. SlashID provides a robust solution for establishing a secure, compliant, and scalable identity infrastructure. You can oversee the creation, rotation, and deletion of identities and secrets from one centralized platform, offering a complete inventory across various cloud environments. The system enables you to identify initial access attempts, privilege escalation, and lateral movements within your identity providers and cloud platforms. Enhance your services with features like authentication, authorization, conditional access, and tokenization. It also allows for real-time detection of compromised key materials, which helps to thwart data breaches by facilitating timely rotation. In response to any detected threats, you can automatically block, suspend, rotate credentials, or enforce multi-factor authentication (MFA) to mitigate the effects of an attack. Additionally, you can incorporate MFA and conditional access protocols into your applications, ensuring a higher level of security. Furthermore, you can extend these authentication and authorization capabilities, along with credential tokenization and conditional access, to your APIs and workloads, thereby fortifying your entire infrastructure.

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.

Identify threats sooner, react swiftly, and maintain an edge against cyber attacks. This platform represents the pinnacle of AI security analysts, being the sole comprehensive solution that integrates a unified platform, console, and data repository. Enhance autonomous security measures throughout your organization using cutting-edge, patent-pending artificial intelligence technology. Simplify the investigative process by seamlessly merging widely-used tools and integrating threat intelligence with relevant insights into an intuitive conversational interface. Uncover latent vulnerabilities, delve deeper into investigations, and respond more quickly, all while utilizing natural language. Equip your analysts with the ability to convert natural language inquiries into powerful query translations. Propel your Security Operations with our quick start hunting initiatives, AI-driven analyses, automated summaries, and recommended queries. Facilitate collaborative investigations with easily shareable notebooks. Utilize a framework meticulously designed for the safeguarding of data and privacy. Importantly, Purple AI ensures that customer data remains untouched during training and is constructed with the utmost protective measures. This commitment to security and privacy builds trust and confidence in the system’s reliability.

We uncover valuable insights within your data that you may not have realized existed. Our innovative AI suite meticulously analyzes your organization’s digital activities, continuously adapting based on our application and network information. Utilizing our patent-pending AI, we develop models with hundreds of unique dimensions in real-time. This advanced AI comprehends the intricacies of your business operations, providing context and relevance that surpasses the capabilities of existing AI solutions. Currently, we are rolling out InsightCyber GenAI to a select group of organizations and partners. The InsightCyber platform excels at detecting and evaluating minor anomalies that may signify cyber threats, regardless of the size of the environment. Our AI is specifically calibrated to handle data from both small settings and vast enterprises. In real time, our platform effectively identifies threats from remote origins as well as those stemming from malware that has already breached the system, ensuring comprehensive protection for your organization. As a result, you gain a powerful tool that not only enhances security but also improves overall operational efficiency.

Utilize ContraForce to streamline investigation workflows across multiple tenants, automate the remediation of security incidents, and provide outstanding managed security services. Achieve cost-effectiveness through scalable pricing while ensuring high performance tailored to your operational requirements. Enhance the speed and scale of your current Microsoft security infrastructure with effective workflows, integrated security engineering tools, and advanced multi-tenancy features. Benefit from response automation that adjusts to the context of your business, offering comprehensive protection for your clients from endpoints to the cloud, all without the need for scripting, agents, or coding. Centrally manage various Microsoft Defender and Sentinel customer accounts, along with incidents and cases from other XDR, SIEM, and ticketing systems. Experience a consolidated investigation platform where all your security alerts and data are accessible in one place. With ContraForce, you can seamlessly conduct threat detection, investigations, and response workflows in a unified environment, enhancing the overall efficiency and effectiveness of your security operations.

Hillstone CloudView is an advanced cloud-focused platform for security management and analytics, designed to offer SaaS security services across Hillstone's Next-Generation Firewalls (NGFW), the I-Series Network Intrusion Prevention System (NIPS), and the Virtual NGFW CloudEdge. This service equips security administrators with the ability to swiftly respond through real-time centralized monitoring, which encompasses multiple devices, traffic analysis, threat analytics, instant alerts, and extensive reporting and log retention. Additionally, it ensures a seamless user experience with round-the-clock mobile and web access from any location or device, enhancing security management and operational efficiency. By providing a comprehensive overview of the global threat landscape along with detailed analyses of threat events, it allows clients to effectively monitor network health and receive timely notifications of any unusual activities or attacks targeting their systems, enabling them to act promptly to mitigate potential risks. Ultimately, Hillstone CloudView not only strengthens security protocols but also fosters a proactive approach to threat management.

SonicWall Analytics serves as a powerful management and reporting tool designed for your network infrastructure. It enables you to ensure a secure and efficient user environment while keeping operational costs in check. To effectively navigate the complexities of your network, both you and your IT teams require immediate, actionable insights into network analytics. This platform offers a comprehensive and flexible analytics engine that processes extensive raw data from numerous next-generation firewall nodes as needed. A detailed overview of your network, including user interactions, active applications, connected devices, network efficiency, and critical warnings, is available through an interactive and real-time executive dashboard. Additionally, SonicWall Analytics is cloud-native, allowing for scalability and the provision of agile cloud resources to fulfill demanding enterprise needs. It empowers you to continuously monitor and evaluate all network traffic and user actions flowing through your firewalls, ensuring you are always informed and prepared. With SonicWall Analytics, your organization can enhance its security posture and operational efficiency in an increasingly complex digital landscape.

The Veriti platform, powered by AI, actively oversees and effectively addresses security vulnerabilities throughout the entire security framework without interfering with business operations, starting from the operating system level and extending upwards. With full transparency, you have the ability to quickly eliminate threats before they materialize. Veriti integrates all configurations to create a foundational security baseline, and it then correlates various data sources such as telemetries, CAASM, BAS, vulnerability management solutions, security logs, and intelligence feeds to identify misconfigurations that could lead to exposures. This automated process allows for a non-intrusive evaluation of all security settings. You'll gain direct insight into your risk posture and all available remediation strategies, which include compensating controls, Indicators of Compromise (IoCs), and necessary patches. Consequently, your team can make well-informed security decisions. The most effective remediation occurs before vulnerabilities can be exploited. By utilizing advanced machine learning techniques, Veriti not only predicts the potential ripple effects of any remediation action but also evaluates the possible impacts, ensuring that your security measures are both proactive and strategic. As a result, your organization can maintain a robust security posture in an ever-evolving threat landscape.