Top AirHook Alternatives

Finite State provides innovative risk management strategies tailored for the software supply chain, featuring in-depth software composition analysis (SCA) and software bills of materials (SBOMs) designed for today's interconnected landscape. By offering comprehensive end-to-end SBOM solutions, Finite State equips Product Security teams to meet various regulatory, customer, and security obligations effectively. Its exceptional binary SCA delivers critical insights into third-party software, allowing Product Security teams to evaluate risks in a contextual manner and enhance their ability to detect vulnerabilities. With its focus on visibility, scalability, and efficiency, Finite State consolidates information from all security tools into a single, cohesive dashboard, ensuring that Product Security teams have the utmost clarity in their operations. This integration not only streamlines workflows but also significantly boosts the overall security posture of organizations.

Rayven is an accessible SaaS platform that effectively addresses businesses' interoperability issues, offers real-time data capabilities, and simplifies app development, all while allowing companies to maintain their existing legacy systems without incurring additional risks or experiencing prolonged development cycles. By integrating iPaaS, Data, IoT, Workflow Automation, Analytics, BI, AI, App Development, and PaaS into one cohesive solution, Rayven streamlines system integration, enables real-time data processing, and facilitates the creation of customized applications with ease, making it an ideal tool for tackling intricate business challenges effortlessly. With Rayven, users can seamlessly connect any system, device, or data source, allowing for quick and efficient workflow and application development, while also incorporating AI and automation tailored to specific requirements. Rayven's intuitive design ensures full compatibility with diverse technologies, and its infinitely scalable nature allows businesses to expand as needed. It enhances the functionality of existing tools, empowering organizations of all sizes to engage in real-time, AI-enhanced decision-making at a cost-effective rate, transforming how they operate in today's competitive landscape.

Fortinet emerges as a key global player in the cybersecurity sector, notable for its comprehensive and integrated approach to safeguarding digital infrastructures, devices, and applications. Founded in 2000, the organization provides a wide range of products and services, including firewalls, endpoint protection, intrusion prevention systems, and secure access solutions. A cornerstone of its offerings is the Fortinet Security Fabric, a unified platform that seamlessly combines various security tools to enhance visibility, automation, and provide real-time threat intelligence across the entire network. Renowned for its dependability among businesses, government agencies, and service providers worldwide, Fortinet prioritizes innovation, scalability, and performance, thereby reinforcing its defenses against the constantly shifting landscape of cyber threats. In addition to its protective capabilities, Fortinet’s dedication to enabling digital transformation and ensuring business continuity highlights its essential role within the cybersecurity landscape, positioning itself as a trusted partner for organizations striving to navigate modern security challenges effectively. With a focus on proactive measures and cutting-edge solutions, Fortinet continues to adapt and evolve to meet the demands of an increasingly complex digital world.

An AI-driven platform is engineered to seamlessly fuse security and networking. By utilizing AI-enhanced data protection, the platform significantly boosts the efficiency of threat detection and response, thereby greatly diminishing the chances of human error. This leads to an elevated experience for both users and applications, while also improving overall performance and reliability through an AI-optimized network. Moreover, the total cost of ownership is reduced by simplifying infrastructure with a cohesive platform that minimizes the disorder caused by numerous point products, fragmented operations, and complex lifecycle management. VersaONE guarantees continuous connectivity and integrated security for users, devices, offices, branches, and edge locations. It offers secure access to all workloads, applications, and cloud services through a single unified platform, ensuring that data and resources remain both accessible and safeguarded across various network types, including WAN, LAN, wireless, cellular, or satellite. This all-encompassing platform approach not only simplifies network management and reduces complexity but also strengthens security, effectively tackling the challenges posed by modern IT infrastructures. Furthermore, the incorporation of AI equips organizations to proactively address potential threats while simultaneously enhancing their operational efficiencies, enabling them to thrive in an ever-evolving digital landscape.

Bastille emerges as a trailblazer in enabling enterprise security teams to assess and mitigate the threats stemming from the growing Internet of Radios. Their cutting-edge software and patented security sensors provide critical insights into devices that generate radio signals—encompassing Wi-Fi, Cellular, Bluetooth, BLE, and a variety of IoT communications—within an organization's airspace. A key feature of Bastille’s offering is its remarkable accuracy in identifying the locations of cell phones and other radio frequency sources in the designated area. Previous methods, which depended on spectrum analyzers or rudimentary software-defined radios with limited analytical capabilities, were restricted to showing ambiguous clouds of cellular energy that could suggest the presence of one to ten devices, often failing to specify their precise distances. In stark contrast, Bastille's revolutionary technology facilitates the clear detection and real-time localization of numerous cell phones and other emitters, allowing for a thorough distinction between all operational cellular devices. This development signifies a major advancement in tackling the challenges posed by contemporary wireless communications in enterprise settings. Furthermore, as organizations continue to embrace digital transformation, Bastille’s solutions are becoming increasingly vital in ensuring robust security measures against potential vulnerabilities.

Devices are found in abundance across various environments, including homes, factories, oil wells, hospitals, and vehicles. As the proliferation of these devices accelerates, the necessity for robust solutions to connect, collect, store, and analyze the data they produce grows increasingly urgent. AWS offers a wide-ranging portfolio of IoT services that integrates seamlessly from the edge of the network to the cloud. One distinguishing feature of AWS IoT is its exceptional capacity to merge data management with sophisticated analytics, providing user-friendly services designed to navigate the intricacies of IoT data. The platform boasts an extensive array of security features, including proactive strategies like encryption and access control for device data, along with ongoing monitoring and auditing services. In addition to this, AWS is leading the charge in fusing artificial intelligence with IoT technology, significantly augmenting device intelligence. Users benefit from the ability to create models in the cloud, which can be deployed to devices, resulting in performance that is twice that of other solutions available in the market. Furthermore, the platform allows users to effortlessly generate digital twins of physical systems, which streamlines management and enhances operational efficiency. The capability to conduct analytics on vast volumes of IoT data without needing a separate analytics infrastructure not only improves functionality but also makes AWS IoT solutions highly attractive. Consequently, managing IoT ecosystems has never been easier or more efficient than it is with AWS's innovative offerings. This comprehensive approach positions AWS as a frontrunner in the IoT landscape, catering to the evolving needs of modern enterprises.

CyAmast provides exceptional insights and forensic capabilities in the field of IoT security. Featuring an intuitive interface, it enables users to effortlessly oversee the operations of both individual and grouped IoT devices, offering comprehensive real-time reporting. This pioneering Australian firm is transforming the way businesses and government entities protect their networks from the ongoing dangers of cyber threats. By harnessing advanced technologies driven by Artificial Intelligence and Machine Learning, CyAmast effectively identifies, detects, classifies, and safeguards organizations against the ever-growing IoT attack surface. It diligently creates a thorough inventory of all IoT devices—whether existing, new, or replaced—connected to the network, while also producing detailed vulnerability assessments. Functioning similarly to a security system, CyAmast quickly notifies network administrators of any unusual traffic patterns identified within both IoT and Operational Technology (OT) networks. In addition, it carefully records network activities to maintain compliance with regulatory requirements, thereby enhancing the overall cybersecurity framework. This proactive strategy not only reduces risks but also equips organizations to act promptly in the face of potential threats, fostering a more secure digital environment. Ultimately, CyAmast stands as a vital ally in the fight against cyber vulnerabilities, ensuring a more resilient and secure IoT landscape.

Establishing IT standards in the field of IoT is essential due to the myriad challenges associated with managing large-scale IoT deployments, which include issues like default passwords and vulnerability to brute force attacks, poor configurations, malware and botnet threats, insider risks and tampering, performance slowdowns, and the difficulties of handling manual updates and maintenance, alongside excessive consumption of network and storage resources and ongoing troubleshooting requirements. To combat these challenges, it is crucial to implement comprehensive endpoint protection alongside real-time monitoring and analysis to effectively mitigate risks and uphold operational integrity. Protecting the connected devices utilized in airports and ports is vital to thwart potential threats from malicious actors seeking to exploit vulnerabilities that could undermine overall security protocols. In addition, enabling specialized teams within these facilities to automatically verify the operational status of their connected devices fosters a more secure environment. As the adoption of IoT technologies expands in airports and ports, the primary goals are to enhance both security and safety while also improving the passenger experience. Ultimately, a well-thought-out approach to IoT standards will not only support a more resilient infrastructure but also ensure adaptability in response to emerging threats. This strategic framework will play a pivotal role in the future of secure and efficient IoT implementation in critical areas.

The Darktrace Immune System is recognized as the leading autonomous cyber defense solution in the world today. This acclaimed Cyber AI is crafted to protect your employees and confidential information from sophisticated threats by swiftly identifying, analyzing, and neutralizing cyber risks in real-time, regardless of their source. As a premier platform in cyber security technology, Darktrace uses artificial intelligence to detect intricate cyber dangers, including insider threats, corporate espionage, ransomware, and attacks backed by nation-states. Mirroring the functionality of the human immune system, Darktrace comprehends the distinct ‘digital DNA’ of an organization and continually adapts to changing circumstances. We are now entering an era of self-learning and self-healing security, effectively tackling the challenges presented by machine-speed attacks that human operators find difficult to manage. With the introduction of Autonomous Response, security teams experience reduced stress, as the system provides continuous responses to swiftly evolving threats. This cutting-edge AI not only offers protection but also proactively retaliates against cyber attackers. In a landscape where cyber threats are becoming increasingly intricate, establishing a solid defense strategy is of paramount importance for organizations seeking to safeguard their assets. Moreover, the ability of Darktrace to evolve and learn ensures that it remains a step ahead in the ongoing battle against cyber adversaries.

The rise of the Internet of Things has created a vast attack surface, with a remarkable 80% of IoT devices depending on wireless connections. Traditional networks and organizations were not equipped to handle the sheer volume, velocity, and interconnectivity of these smart devices, leading to significant challenges in identifying the IoT devices integrated within their systems. Consequently, this has resulted in an increase in new security vulnerabilities. AirShield confronts this issue by providing a comprehensive overview of the IoT and operational technology (OT) threat landscape, allowing for the detection, assessment, and mitigation of risks tied to unmanaged, insecure, and misconfigured IoT devices. Its non-intrusive methodology offers real-time insights and extensive monitoring for various wireless devices across multiple domains, including IoT, Industrial Internet of Things (IIOT), Internet of Medical Things (IOMT), and OT environments, irrespective of the operating system, protocol, or connection type. Additionally, AirShield's sensors integrate effortlessly with the LOCH Machine Vision Cloud, removing the necessity for any on-site server installations, which simplifies the deployment process significantly. This cutting-edge solution is crucial for organizations looking to bolster their security measures amidst the escalating intricacies of IoT landscapes, ultimately ensuring a safer technological environment. As the Internet of Things continues to evolve, the importance of robust security solutions like AirShield will only grow more pronounced.

Forescout operates as a comprehensive cybersecurity platform that provides immediate insights, control, and automation to manage risks linked to various devices and networks efficiently. This solution empowers organizations with essential tools to monitor and protect a diverse array of IT, IoT, and operational technology (OT) assets, thereby ensuring robust defense against cyber threats. By leveraging Forescout's Zero Trust methodology along with its integrated threat detection capabilities, enterprises can enforce compliance for their devices, manage secure network access, and sustain continuous monitoring to uncover vulnerabilities. Designed with scalability in mind, Forescout’s platform delivers critical insights that allow organizations to mitigate risks and enhance their security posture across numerous industries, such as healthcare and manufacturing. Furthermore, the holistic approach of Forescout's offerings guarantees that companies are well-equipped to adapt to the constantly changing landscape of cyber threats, maintaining operational integrity and trust with their stakeholders.

Every IoT device comes with a specialized agent designed to monitor its operations in real-time and identify any irregular behavior. This innovative agent is lightweight, making it easy to implement even in retrofitted devices. It includes a straightforward and user-friendly dashboard that presents thorough analytics and insights, not only from individual devices but also across the entire network, providing vital information for both security protocols and business functions. Furthermore, our solutions benefit from the expertise of a dedicated Security Operations Center (SOC) and Threat Hunting team. These cybersecurity experts enhance the system's AI by incorporating threat intelligence gained from continuous research into new attack methods, drawing on extensive hacking experience from the national defense sector. The Firedome SOC and Threat Hunting team conducts 24/7 surveillance on clients’ devices, skillfully addressing any suspicious activities that may occur. This proactive strategy guarantees that potential security threats are dealt with immediately, allowing for smooth device operation without the need for intervention from manufacturers or users. In essence, this comprehensive system establishes a strong defense for all connected devices, fostering user confidence in their security while adapting to evolving cyber threats. By prioritizing real-time monitoring and intervention, the system not only enhances security but also empowers users with valuable insights into the operational health of their devices.

The landscape of cybersecurity threats is becoming more intricate and challenging to detect. Check Point Quantum Network Security delivers robust and scalable defenses against Generation V cyber threats across multiple platforms, including networks, cloud infrastructures, data centers, IoT devices, and remote users. The Check Point Quantum Next Generation Firewall Security Gateways™ fuse SandBlast threat prevention with extensive networking features, a centralized management interface, remote access VPN capabilities, and IoT security functionalities to defend against even the most sophisticated cyber threats. With built-in SandBlast Zero Day protection, it offers superior threat prevention right from the outset. Furthermore, it provides on-demand hyperscale threat prevention performance, empowering organizations to achieve cloud-level scalability and resilience while functioning on-site. By implementing state-of-the-art threat prevention strategies and a simplified management system, our security gateway appliances are meticulously designed to counter cyber attacks, lessen operational complexity, and lower overall costs, thereby significantly improving your organization's cybersecurity posture. This all-encompassing protection guarantees that your systems remain fortified in a digital landscape that is increasingly fraught with danger and uncertainty. As the threat landscape continues to evolve, staying ahead of potential vulnerabilities is critical for safeguarding sensitive information.

CUJO AI is leading the charge in artificial intelligence advancements, focusing on improving security, control, and privacy for connected devices in both home and business environments. The company provides a wide array of solutions for fixed network, mobile, and public Wi-Fi providers around the world, allowing them to offer a unified set of Digital Life Protection services that enhance user experience while also strengthening their own network monitoring, intelligence, and security capabilities. By leveraging artificial intelligence along with advanced data access techniques, CUJO AI delivers exceptional insights and visibility into user networks, thoroughly cataloging connected devices, examining active applications and services, and pinpointing potential security and privacy risks. The synergy between AI and real-time network data promotes not only smarter environments but also safer spaces for individuals and their numerous connected devices. This dedication to innovation and security firmly establishes CUJO AI as a crucial entity in the continuous development of digital security technologies. Furthermore, their approach ensures that users can enjoy peace of mind, knowing that their digital lives are being safeguarded against emerging threats.

Suavei Internet Security delivers cutting-edge Threat Management tailored for IoT, focusing on identifying vulnerabilities before they can be exploited by cybercriminals. In the current landscape, computer networks are fraught with weaknesses, especially in remote areas, despite substantial investments in tools and processes that frequently yield inefficient and resource-draining outcomes. As the number of network-connected devices continues to rise, each one introduces a potential risk that can undermine even the most stringent security measures. Disturbingly, many organizations are unaware of around 80% of the devices linked to their networks, which exacerbates their security challenges. The existing cybersecurity solutions are falling short in countering the escalating threats, largely because they depend on outdated and static approaches. Suavei was established to address three significant flaws in current vulnerability scanning products: their inability to accurately and reliably detect connected devices, their issues in environments with slow network connections, and their lack of adaptability to modern security demands. By confronting these challenges directly, Suavei strives to offer a more robust and all-encompassing security solution tailored specifically for IoT environments, enhancing overall network security and providing organizations with greater peace of mind. This proactive approach not only protects individual devices but also helps in fortifying the entire network infrastructure against potential breaches.

Tenable One delivers an innovative solution that integrates security visibility, insights, and actions across the entire attack surface, enabling modern organizations to pinpoint and mitigate critical cyber threats across IT infrastructures, cloud environments, crucial infrastructures, and more. It is the only AI-powered platform available for exposure management in today’s marketplace. With Tenable's sophisticated vulnerability management sensors, users can achieve a thorough understanding of every asset within their attack surface, encompassing cloud systems, operational technologies, infrastructure, containers, remote workforce, and contemporary web applications. By examining over 20 trillion elements associated with threats, vulnerabilities, misconfigurations, and asset data, Tenable’s machine learning technology enhances remediation efforts by prioritizing the most pressing risks efficiently. This targeted strategy promotes essential improvements that reduce the chances of severe cyber incidents while also delivering clear and objective evaluations of risk levels. In a digital landscape that is constantly changing, having such detailed visibility and predictive capabilities is crucial for protecting organizational assets. Furthermore, Tenable One’s ability to adapt to emerging threats ensures that organizations remain resilient in the face of evolving cyber challenges.

Ensuring the reliability and security of Internet of Things (IoT) applications is of utmost importance. Software failures and security flaws can result in significant costs, impacting not only financial assets but also safety and operational functionality. Currently, most monitoring methods are manual, inconsistent, and often fall short of effectiveness. To fill this void, SensorHound™ has developed a cutting-edge operations monitoring software specifically designed for IoT that is both proactive and automated. This pioneering solution draws on over ten years of acclaimed technology crafted by leading IoT professionals, significantly lowering both operational and maintenance costs linked to IoT systems. SensorHound is committed to improving the overall security and reliability of the IoT ecosystem. Our all-encompassing software suite provides continuous monitoring for on-site deployments, ensuring that users receive immediate notifications alongside comprehensive diagnostic data whenever software failures or security threats arise. As a result, we are dedicated to creating a safer environment for IoT applications. Ultimately, our goal is to revolutionize how businesses oversee their IoT infrastructures, paving the way for enhanced efficiency and productivity.

SCADAfence leads the charge in cybersecurity for operational technology (OT) and the Internet of Things (IoT) on a worldwide level. Their extensive suite of industrial cybersecurity solutions offers robust protection for vast networks, showcasing exceptional capabilities in areas such as network monitoring, asset discovery, governance, remote access, and securing IoT devices. By partnering with a skilled team of experts in OT security, organizations are able to greatly reduce their mean time to detect (MTTD) and mean time to recovery (MTTR). Each monthly report on OT security provides valuable insights regarding your network's OT assets, allowing for prompt action against potential threats prior to exploitation. This proactive strategy not only strengthens your security measures but also boosts overall operational resilience, ensuring a safer and more reliable environment for your organization. Ultimately, investing in such comprehensive cybersecurity measures is essential for navigating the complexities of modern technological landscapes.

Our platform, fueled by Continuous Threat Detection (CTD) and Secure Remote Access (SRA) solutions, provides an extensive array of industrial cybersecurity controls that seamlessly integrate with your existing infrastructure, easily scale, and offer the most competitive total cost of ownership (TCO) in the marketplace. These advanced cybersecurity measures are structured around the REVEAL, PROTECT, DETECT, CONNECT framework, equipping you with the essential tools to bolster your industrial cybersecurity regardless of where you currently stand in your journey. The Claroty Platform is deployed in numerous sectors, each with its unique operational and security challenges. A successful approach to industrial cybersecurity starts with a thorough understanding of what requires protection, and our platform removes barriers that prevent industrial networks from securely linking to vital business operations, thereby fostering innovation while keeping risks within acceptable limits. By emphasizing security without compromising operational effectiveness, our solution empowers businesses to flourish amid an ever-evolving digital environment, ensuring they remain resilient against emerging threats. Through this strategic alignment of security and functionality, organizations can better navigate their digital transformation initiatives.

FortiGuard's AI-Powered Security Services are designed to work in harmony with Fortinet's vast array of security solutions, providing top-tier defense for applications, content, web traffic, devices, and users, no matter where they are situated. To learn more about how to obtain these AI-Powered Security Services, you can check the FortiGate Bundles page for additional details. Utilizing cutting-edge machine learning (ML) and artificial intelligence (AI) technologies, our experts guarantee a consistently high level of protection while offering actionable insights into potential threats, thereby significantly bolstering the security capabilities of IT and security teams. At the heart of these AI-Powered Security Services lies FortiGuard Labs, which effectively counters threats in real time through synergistic, ML-enhanced defense mechanisms. This integration within the Fortinet Security Fabric facilitates swift detection and proactive measures against a wide range of potential attacks, ensuring thorough security coverage. Moreover, these services are designed to continuously adapt and evolve in response to new and emerging threats, thus strengthening the overall resilience of organizational defenses while maintaining a proactive stance against cybersecurity challenges.

Medigate stands at the forefront of security and clinical analytics in the healthcare industry, providing an exceptional IoT device security solution designed specifically for medical settings. The company has committed significant resources to establish the most extensive database of medical devices and protocols, granting users access to detailed inventories and accurate threat detection capabilities. With its specialized medical device security platform, Medigate uniquely identifies and protects all Internet of Medical Things (IoMT) devices connected to a healthcare provider's network. In contrast to standard IoT security solutions, our platform is specifically engineered to address the distinct needs of medical devices and clinical networks, ensuring the highest level of protection. By offering comprehensive visibility into connected medical devices, our solution strengthens clinical networks, enabling risk assessments based on clinical context and detecting anomalies following manufacturers’ guidelines. Moreover, it proactively thwarts malicious activities by integrating smoothly with existing firewalls or Network Access Control systems. As a result, Medigate not only secures healthcare environments but also significantly boosts the safety and efficiency of patient care delivery. The company's commitment to innovation and excellence ensures that healthcare providers can focus on delivering high-quality care while remaining confident in their security posture.

Symbiote serves as a dynamic, host-based intrusion defense system that operates independently of specific operating systems, employing specialized defense modules while also utilizing idle CPU resources for enhanced security. This cutting-edge solution is designed to protect a wide array of embedded devices, such as printers and PLCs, and is compatible with any hardware type, irrespective of its CPU architecture or operating system. Drawing inspiration from natural defense strategies like diversification and mutualistic relationships, Symbiote Defense effectively guards embedded systems against an extensive range of threats. Notably, it operates without requiring any alterations to the existing vendor code, additional hardware, or system upgrades, all while ensuring that the device's original functionality remains intact. The Red Balloon Symbiote Defense is adept at integrating into the binary code and data of devices, utilizing a randomized approach for firmware injection that guarantees unobtrusiveness and adaptability to diverse environments. Consequently, Symbiote not only bolsters security but also safeguards the operational integrity of the devices it protects, thereby offering a comprehensive solution for modern cybersecurity challenges. Moreover, this innovative technology represents a significant advancement in the realm of embedded systems protection, making it a vital asset for manufacturers and users alike.

Azure Sphere serves as a comprehensive IoT platform aimed at developing solutions that start from the silicon foundation and connect effortlessly with the operating system as well as the cloud infrastructure. It guarantees secure connections, effective management, and robust protection for both innovative and legacy intelligent devices. Your entire ecosystem—comprising hardware, software, and cloud services—is shielded from potential threats. The platform provides a thorough end-to-end IoT security framework that supports the integration of existing technology while facilitating the creation of new IoT devices. By leveraging Azure Sphere certified guardian modules, you can easily connect legacy devices to the cloud or kickstart the incorporation of Azure Sphere into new devices using the available development kit. To address emerging threats and changing requirements, the platform offers timely security updates, operating system enhancements, and upgrades for your applications in real-time. Each instance of Azure Sphere benefits from more than ten years of Microsoft’s expertise in security services, which includes managed updates for peace of mind. When you're ready, you can deploy over-the-air (OTA) updates alongside your application directly to your IoT devices, thereby ensuring ongoing security and performance improvements. This adaptability allows businesses to remain competitive and responsive in an ever-evolving technological environment, fostering innovation and growth.

Cloud IoT Core serves as a robust managed service that streamlines the secure connection, management, and data collection from a diverse range of devices worldwide. By seamlessly integrating with other offerings on the Cloud IoT platform, it delivers a comprehensive method for the real-time gathering, processing, analysis, and visualization of IoT data, significantly boosting operational efficiency. Utilizing Cloud Pub/Sub, Cloud IoT Core amalgamates data from multiple devices into a unified global framework that aligns effortlessly with Google Cloud's data analytics capabilities. This integration enables users to tap into their IoT data streams for advanced analytics, visual representations, and machine learning initiatives, leading to enhancements in workflows, proactive issue resolution, and the creation of strong models that optimize business functions. Moreover, it facilitates secure connections for any scale of devices—ranging from a handful to millions—through protocol endpoints that support automatic load balancing and horizontal scaling, which guarantees effective data ingestion in any circumstance. Consequently, organizations can derive crucial insights and enhance their decision-making processes by leveraging the potential of their IoT data, ultimately paving the way for greater innovation and progress. This transformative approach positions businesses to respond swiftly to market demands and operational challenges.

The Kontakt.io IoT Device Management cloud accelerates the readiness of businesses in the market by providing a comprehensive suite of tools for the oversight and management of IoT networks. It simplifies operations, significantly cutting down on the time, complexity, and costs linked to managing a multitude of IoT devices. This platform not only ensures that IoT edge devices remain secure but also protects the local area network from potential threats. Users benefit from real-time monitoring, receiving alerts about various components such as sensors, tags, gateways, and wayfinding infrastructure. Additionally, it enhances the organization of location hierarchies by merging multiple device feeds into a unified cloud platform. Device onboarding is streamlined through a one-click process that allows for bulk registration of devices and gateways, while also accommodating the manual entry of data for third-party devices and gateways into the Kontakt.io Cloud. With centralized policies in place, organizations can maintain a secure connectivity profile for devices, thereby implementing strong security measures for IoT edge devices. This all-encompassing strategy ultimately improves operational efficiency and strengthens security across the entire IoT landscape, allowing organizations to focus more on innovation and growth. Furthermore, the ease of management offered by the platform empowers businesses to agilely respond to emerging challenges in the IoT space.

Bring your envisioned network to life with a solution that is not only quick to deploy but also simple to oversee. You won’t require extensive machinery to get underway. Protect crucial assets and devices that are unable to be patched by implementing a segmented virtual air gap. This approach enables secure interaction between any device or network across various environments, such as public, private, cloud, and mobile networks. Protect against unauthorized lateral movement that could threaten your network's stability. Remove the necessity for internal firewalls, intricate VLANs, and ACLs, while substituting expensive MPLS connections with cost-effective SD-WAN solutions. Simplify remote access for both employees and vendors, improve hybrid cloud connectivity, and enable efficient multi-cloud transport. Moreover, isolate and secure essential process controls and devices, safely share device data with cloud analytics, and provide secure vendor access to sensitive industrial networks. By adopting these strategies, you can achieve strong network segmentation that bolsters security, mitigates ransomware risks, and simultaneously enhances overall network efficiency, ensuring a resilient operational environment for your organization. This holistic approach not only fortifies your systems but also positions your network for future growth and adaptability.

Cybeats serves as a comprehensive security platform designed to safeguard valuable connected devices from threats. By employing a distinctive strategy, Cybeats ensures that devices do not experience downtime due to cyber threats. This enables manufacturers to swiftly create and sustain secure, cost-effective, and dependable devices. Vulnerabilities in security can be detected during the development phase, ensuring that protection is integrated into the devices from the outset rather than being an afterthought. The platform features real-time trusted profiles that guard against unusual activities and facilitate prompt responses without any service interruptions. Additionally, it offers secure firmware updates and managed provisioning to keep deployed devices safe and sound. The Cybeats sentinel and device profiles empower immediate action against potential intrusions, eliminating the need to isolate or remove the affected device. This holistic approach not only enhances security but also fosters greater trust among users in the connected ecosystem.

Cylera provides a tailored cybersecurity and analytics solution designed for quick deployment and smooth integration into your network, which ultimately helps save resources and reduce stress. Its passive integration capability ensures minimal disruptions while delivering complete visibility across both on-premises and cloud infrastructures for thorough deployment. The solution features pre-built APIs for rapid configuration via out-of-the-box integrations. With an adaptable architecture, it fosters collaboration among diverse teams and locations. Unlike typical cybersecurity solutions, Cylera is specifically engineered for complex, high-stakes environments, combining deep contextual awareness with a solid understanding of operational workflows. Powered by an AI-driven cybersecurity and intelligence platform, we offer real-time insights to resolve challenges in both information technology and cybersecurity. Cylera enables you to effortlessly oversee your existing networks, as it smoothly integrates with many of the platforms you depend on daily, thereby enhancing your overall operational efficiency. By utilizing Cylera, you can not only strengthen your security measures but also refine your entire network management process, making it a comprehensive tool for modern organizations. In this way, Cylera positions itself as an essential ally in navigating the complexities of today’s digital landscape.

We address a wide array of threats by implementing automated security measures and risk management strategies for all types of Healthcare IoT devices, ranging from medical and IoMT devices to Enterprise IoT and OT systems. This comprehensive approach guarantees the protection of patient safety, the confidentiality of data, and the uninterrupted operation of healthcare facilities. Cynerio advocates for a proactive and preventive stance on cybersecurity, utilizing automated tools that facilitate risk reduction, threat mitigation, and attack prevention. Additionally, we provide detailed remediation strategies grounded in a zero trust framework, which integrates clinical context to swiftly enhance hospital security. The vulnerability of hospital networks to Healthcare IoT devices cannot be overstated, as insecure devices significantly broaden the cyber attack surface and threaten both patient safety and the seamless functioning of healthcare operations. By addressing these concerns, we help healthcare organizations maintain a robust security posture.

The Dragos Platform stands out as a leading solution in the field of cybersecurity for industrial control systems (ICS). It offers an all-encompassing view of your ICS/OT assets and potential threats, along with practical recommendations for proactive responses to avoid significant breaches. Crafted by seasoned professionals, this security tool equips your team with the latest resources to combat industrial threats effectively. Developed by experts actively engaged in tackling sophisticated ICS challenges, the Dragos Platform integrates various data inputs, such as communication protocols, network traffic, and asset logs, to furnish unparalleled insights into your ICS/OT landscape. By swiftly identifying malicious activities within your network, it adds valuable context to alerts, ensuring that false positives are minimized for superior threat detection. Ultimately, the Dragos Platform empowers organizations to maintain a robust security posture against evolving industrial threats.

Bayshore Networks develops cutting-edge solutions aimed at addressing the pressing challenges that ICS/OT Security professionals face today, particularly the increase in security threats and the limited availability of qualified personnel who understand both security and production environments. As a recognized leader in the field of cyber defense for Industrial Control Systems and the Internet of Things (IIOT), Bayshore Networks® offers a flexible modular ICS security platform designed for scalable expansion. Their products ensure strong oversight and protection of industrial Operational Technology (OT) while facilitating the transformation of OT data for IT usage. By effectively integrating a wide range of open, standard, and proprietary industrial protocols, Bayshore conducts thorough inspections of the content and context of OT protocols, validating each command and parameter against detailed, logic-driven policies. In light of zero-day vulnerabilities, internal risks, and the rapidly changing nature of cyber threats, Bayshore is prepared to provide proactive protection for industrial endpoints and systems engaged in process control automation. This all-encompassing strategy not only bolsters security but also equips organizations with the necessary tools to navigate the constantly evolving cyber threat landscape, ensuring they remain resilient in the face of adversity. Ultimately, Bayshore's commitment to innovation helps foster a safer and more secure industrial environment.

PFP provides a cloud-based solution that dynamically assesses power behavior, offering Integrity-Assessment-as-a-Service for a variety of devices that are compatible with its technology. These devices capture unintended emissions data, which includes electromagnetic signals or current, using non-contact methods, over power lines, or directly embedded within the devices. By developing a distinct fingerprint that combines the hardware, firmware, and configuration of these devices, PFP is capable of effectively authenticating, monitoring, and either responding to or preempting malicious threats, which encompass supply chain risks, implants, and insider tampering. The AI platform from PFP is structured to continuously supervise the relevant systems, facilitating prompt remediation by restoring to a known safe state before any damage can occur. Through the integration of artificial intelligence and analog power analysis, PFP is at the forefront of advancing cyber protection solutions for the future. Their patented technology guarantees system security by diligently monitoring power usage data and providing immediate notifications if any unauthorized actions are detected. Additionally, PFP's groundbreaking technology can be seamlessly integrated into current systems or embedded in devices during the manufacturing phase, thereby bolstering security from the outset. This level of adaptability not only enhances security across a wider spectrum of industries but also ensures comprehensive protection against the ever-evolving landscape of cybersecurity threats. By prioritizing innovation and flexibility, PFP is setting a new standard for safeguarding digital infrastructures against potential breaches.

BugProve, a company founded by former security experts, offers an automated solution for analyzing firmware. - Quick Outcomes: Just upload your firmware and obtain a comprehensive security report in as little as 5 minutes. - Supply Chain Risk Management: Accurately identify components and vulnerabilities while taking advantage of optional CVE monitoring to ensure compliance with regulations. - Zero-day Detection: Detect memory corruption vulnerabilities in advance to mitigate the risk of future exploits. - All-in-One Platform: Utilize a user-friendly interface for access to reevaluations, comparisons, and updates. - Effortless Sharing: Easily share findings via live links or export them as PDFs for uncomplicated reporting. - Accelerated Testing Process: Significantly cut down on pentesting time, allowing you to concentrate on thorough discoveries and building more secure products. - Source Code Not Required: Perform assessments directly on firmware using static and dynamic analysis, multi-binary taint analysis, and other techniques. Still not convinced? Sign up for our Free Plan to explore the platform without any commitments. Additionally, see how our tools can enhance your security processes.

Cortex Xpanse effectively tracks and manages assets across the entire internet, guaranteeing that your security operations team remains vigilant against any potential exposure gaps. It provides an extensive view of your possible attack surface, enabling you to accurately identify and attribute all internet-connected assets while revealing both authorized and unauthorized ones. The platform monitors changes and maintains a unified repository of information. By identifying dangerous communications within the global data stream, it assists in preventing breaches and ensuring compliance with regulations. Additionally, it addresses third-party risks by identifying vulnerabilities that might stem from configuration errors. This helps you avoid inheriting security challenges through mergers and acquisitions. Xpanse offers a detailed, accurate, and continuously updated catalog of all assets visible on the global internet, giving you the tools to identify, evaluate, and reduce risks linked to your attack surface. Moreover, it allows you to emphasize risky communications, assess supplier threats, and examine the security status of organizations you acquire. By staying ahead of potential exposures and misconfigurations, you can prevent breaches from occurring, thereby enhancing the robustness of your overall security strategy. This proactive approach not only protects your assets but also fosters a culture of vigilance within your security operations.

Authenticate users and devices while protecting your Public Key Infrastructure (PKI) across diverse locations and platforms. Create secure virtual environments tailored for both mobile and desktop systems, ensuring top-tier security without sacrificing user experience. The CORE virtual secure enclave SDK facilitates a straightforward yet secure method for user authentication and identification. Regardless of the platform—be it mobile, desktop, or server-side—CORE assures the safeguarding of credentials, even when personal devices face vulnerabilities. Take advantage of software flexibility to develop virtual smartcards, enhance mobile application security, and much more. Integrate strong two-factor and multi-factor authentication seamlessly into mobile applications without relying on hardware, one-time passwords, or software tokens. Shift from traditional smartcards to virtual alternatives for employee authentication, which leads to decreased operational challenges and lower overall ownership expenses. Protect both machine and human electronic identities along with the governing root certificate authority, guaranteeing the utmost security for personally identifiable information while providing an excellent user experience. By adopting this all-encompassing strategy, organizations can not only bolster security protocols but also optimize their operational processes effectively, all while maintaining user satisfaction and engagement.

Phosphorus plays a crucial role in protecting the rapidly growing and often underappreciated enterprise IoT landscape. It provides thorough visibility down to individual device models and firmware versions, ensuring complete awareness of all embedded devices present within your network. Utilizing its patented technology, Phosphorus allows for effortless firmware updates and credential rotations for all IoT devices with a mere click. In contrast to traditional scanners that primarily identify vulnerabilities or require expensive Spanports, Phosphorus's scanner effectively locates all IP-enabled IoT devices on your network without interfering with their normal functions. By implementing our groundbreaking solutions, you can achieve strong protection for your enterprise while also enabling efficient IoT inventory audits. This approach not only guarantees compliance with relevant regulations and industry standards but also automates vital processes like policy enforcement and patch management, leading to significant cost savings. With these integrated features, Phosphorus not only bolsters security but also simplifies the overall management of IoT devices, ultimately helping organizations operate more efficiently.

Armis, a premier company specializing in asset visibility and security, offers a comprehensive asset intelligence platform that tackles the challenges posed by the increasingly complex attack surface created by interconnected assets. Renowned Fortune 100 companies rely on our continuous and real-time safeguarding to gain complete insight into all managed and unmanaged assets spanning IT, cloud environments, IoT devices, IoMT, operational technology, industrial control systems, and 5G networks. Our solutions include passive cyber asset management, risk assessment, and automated policy enforcement to enhance security. Based in California, Armis operates as a privately held enterprise dedicated to ensuring robust protection for diverse asset ecosystems. Our commitment to innovation positions us as a trusted partner in the ever-evolving landscape of cybersecurity.

RTI provides a dedicated software connectivity framework specifically designed for cutting-edge machines and physical systems. Through the implementation of RTI Connext DDS, it promotes an intelligent infrastructure that allows for the real-time exchange of information, ensuring that extensive applications operate in harmony. RTI is recognized worldwide for its capability to link advanced, distributed systems effectively. These interconnected platforms significantly improve healthcare delivery, enhance road safety, optimize energy usage, and support individual liberties. Built upon the Connext DDS Databus, RTI’s software guarantees instantaneous data sharing between applications while safeguarding the constant availability and security that are essential for critical operations. The Connext Databus enables these applications to work together as a cohesive unit, which considerably reduces costs related to development, integration, and ongoing maintenance. RTI Connext embodies a groundbreaking intelligent connectivity framework meticulously crafted to manage, supervise, secure, and boost the efficiency of intricate distributed systems, underscoring the company’s dedication to innovation in this field. By focusing on these aspects, RTI not only tackles existing technological issues but also paves the way for future progression in connectivity solutions, ensuring that emerging challenges are met with effective strategies. This forward-thinking approach positions RTI as a leader in the evolving landscape of connectivity technology.

SonicWall Capture Client functions as a comprehensive platform that delivers various endpoint protection capabilities, including sophisticated malware defense and analysis of application vulnerabilities. It leverages cloud-based sandbox testing to evaluate files, boasts extensive reporting features, and implements enforcement strategies to maintain strong endpoint security. Additionally, it assures clients of their safety and provides user-friendly, actionable intelligence along with reporting tools. The platform analyzes files that might be activated in a cloud sandbox setting, incorporating dynamic white and blacklisting methods as well as cloud intelligence to bolster its security protocols. It utilizes advanced static analysis to identify threats during the download phase, while also drawing on shared threat intelligence from SonicWall’s verdict database to enhance its defenses. Users have access to visual threat maps that illustrate the sources and targets of threats, offering a clearer perspective on their security environment. Moreover, the system facilitates the cataloging of applications to uncover potential vulnerabilities, empowering users to maintain a well-rounded view of their security posture and promptly address any identified risks. Ultimately, this integrated approach ensures that organizations are well-equipped to tackle the evolving landscape of cybersecurity threats.

Cradlepoint stands out as a worldwide frontrunner in delivering cloud-based 4G and 5G wireless network edge solutions. Their NetCloud™ platform, along with cellular routers, creates a robust, secure, and software-defined Wireless WAN edge that seamlessly connects individuals, locations, devices, and everything in between, no matter where they are. With over 25,000 government and business clients worldwide, including numerous Global 2000 organizations and leading public sector agencies, Cradlepoint is a trusted partner for maintaining connectivity at crucial sites, commercial points, field teams, and vehicles. Founded in 2006, the company was acquired by Ericsson in late 2020 and now operates as a distinct subsidiary within Ericsson’s Business Area Technologies and New Businesses. Headquartered in Boise, Idaho, Cradlepoint also boasts development facilities in Silicon Valley and India, along with international offices in the UK and Australia, showcasing its commitment to global reach and innovation in wireless solutions. The company's strategic position and technological advancements continue to enhance how entities manage their network needs across diverse environments.

Cruz IoT Device Director serves as a robust and adaptable management solution that ensures the secure and effective oversight, management, and onboarding of IoT devices from various manufacturers. IT personnel have the capability to streamline the bulk deployment of IoT devices, keep track of alerts and notifications, resolve device issues, access audit logs, configure settings, and remotely implement firmware updates across a range of devices using over-the-air (OTA) technology. This tool not only enhances efficiency but also simplifies the complexities involved in managing a diverse array of IoT devices.

Protect yourself from potential security threats with our state-of-the-art and comprehensive security assessments. Our extensive cybersecurity solutions not only guide organizations in evaluating, enhancing, and maintaining their cybersecurity frameworks, but also equip them to adeptly handle incidents and emergencies as they occur. We carry out thorough testing on all types of IoT devices, aiming to prevent and resolve security weaknesses in hardware, firmware, mobile applications, cloud services, and beyond. Our evaluations assess the strength of your systems, applications, and security measures against both digital and physical threats. We offer customized countermeasures tailored to suit all your security needs, helping you save valuable time and resources during the troubleshooting and patching stages. By adopting a proactive approach to identifying and mitigating potential risks, we enable you to attain comprehensive security. Furthermore, we safeguard your AI applications from distinctive and severe security and privacy challenges. Our meticulous auditing processes scrutinize every component of your system to reveal potential attack vectors, ensuring a formidable defense against emerging threats. We are committed to empowering organizations with the right strategies to significantly bolster their overall security posture and instill greater confidence in their systems. In this ever-evolving landscape of cyber threats, staying ahead is not just beneficial; it is essential for sustained success.

EJBCA is a robust PKI platform designed for enterprise use, capable of issuing and managing millions of digital certificates efficiently. Its popularity spans globally, as it serves large organizations across various industries, making it a trusted choice for secure digital certificate management.

Strengthen the security of your ICS and OT resources by implementing our zero-trust network access solution, meticulously tailored for industrial settings and adverse conditions, ensuring safe remote access and the effective execution of cybersecurity practices across a wide array of applications. This innovative strategy has streamlined the process of achieving secure remote access to operational technology, making it more scalable and user-friendly than ever. With Cisco Secure Equipment Access, you can enhance operational efficiency and gain peace of mind, as it empowers your operations team, contractors, and OEMs to manage and troubleshoot ICS and OT assets remotely through an intuitive industrial remote access tool. Setting up least-privilege access is simple, allowing for customization based on identity and contextual policies, while also incorporating essential security protocols such as scheduling, device posture verification, single sign-on, and multifactor authentication. Say goodbye to the complexities of traditional firewalls and DMZ configurations; Cisco Secure Equipment Access effortlessly integrates ZTNA into your industrial switches and routers. This capability enables connections to a larger number of assets, reduces the attack surface, and allows for effective scaling of your deployments. Ultimately, this means that your organization can concentrate on fostering innovation and growth while confidently upholding robust security measures, thus creating a safer and more efficient operational environment. Additionally, the flexibility of this solution positions you to adapt to evolving technological challenges with ease and assurance.

Beezz offers a robust data pipeline for operators, facilitating the creation and management of secure private network environments. It is recognized as the first security solution specifically designed to tackle the increasing and novel vulnerabilities associated with the Internet of Things (IoT). By leveraging advanced technology and intricate algorithms, Beezz achieves what earlier attempts could not: it simplifies and integrates the often convoluted and ineffective IoT security processes. Founded in 2013 by a team of cybersecurity experts with over 60 years of combined experience in cyber defense and intelligence from the Israeli military, the founders were instrumental in establishing a secure framework that protects the military's most sensitive information from external cyber threats. Understanding the growing complexities in the cybersecurity landscape, they partnered with leading executives from top operators, dedicating four years to develop an innovative security solution for IoT devices. This holistic strategy not only strengthens security but also promotes a more user-friendly and efficient experience in a world that is becoming increasingly interconnected. As a result, Beezz is well-positioned to meet the demands of modern cybersecurity challenges.

The swift expansion of the Internet of Things (IoT) presents a more intricate threat environment that demands attention. With an increasing number of connected devices, the importance of establishing strong identities becomes vital to build trust and guarantee that effective security measures are in place. BK offers a secure software solution specifically designed for the generation and management of root keys, enhancing IoT security by allowing manufacturers to create unique identities for their products internally, thus avoiding the costs associated with specialized security hardware. Leveraging SRAM PUF technology, BK emerges as the only solution that provides a hardware entropy source without requiring integration during the silicon manufacturing process. This adaptability enables installation at any stage in the supply chain and even allows for retrofitting on devices that are already in use. As a result, BK paves the way for a groundbreaking method to establish a remote hardware root of trust, which is crucial for scaling the IoT landscape to support billions of devices while preserving security integrity. This transformative capability not only addresses existing IoT security challenges but also sets the stage for future innovations in device security management.

Strata stands at the cutting edge of our network security solutions, engineered to prevent attacks and support network advancement while safeguarding users, applications, and data irrespective of their locations. By leveraging insights from PAN-OS device telemetry, Device Insights delivers an in-depth evaluation of your next-generation firewall’s efficiency, identifying areas that could benefit from improvement. Our dedication to innovation and preventative business security is exemplified by our award-winning features, including the industry's pioneering machine learning-based next-generation firewall, which keeps you ahead of emerging threats. The cohesive, high-caliber functionalities pave the way for efficient networking solutions, fortifying your overall security stance. Our machine learning-enhanced firewalls not only defend against unforeseen threats but also provide comprehensive visibility, including management of IoT devices, while reducing the likelihood of errors through automated policy recommendations. By choosing Strata, you are opting for a solution that is prepared for future challenges and adaptable to the shifting dynamics of cybersecurity. This investment not only enhances your security framework but also empowers your organization to effectively tackle the evolving threat landscape.

The integration of IT, cloud, and industrial control networks (ICS) has heightened the vulnerability of your industrial operations to cyber threats. To address this challenge, Cisco Cyber Vision has been specifically created to foster teamwork between OT and IT departments, ensuring the safety and continuity of production. Embracing Industrial Internet of Things technologies can help you capitalize on the advantages of digital transformation in the industry. It is essential to kick off your OT security initiative by compiling a precise inventory of your industrial assets, communication flows, and network architectures. Enhancing your Security Operations Center (SOC) with OT context will enable you to utilize the investments made in IT cybersecurity to safeguard your OT infrastructure. You can elevate your OT security strategy by providing comprehensive compliance information that encourages collaboration between IT and OT specialists, ultimately strengthening the overall security framework. This integration between teams not only improves security but also enhances operational efficiency across your organization.

Conventional routers, mesh WiFi systems, and WiFi extenders frequently fall short in delivering a consistent WiFi speed that keeps pace with the changing demands of home environments. To address this issue, we introduced HomePass, an innovative solution aimed at improving all facets of the home network while adapting to life’s transformations. At the core of this all-encompassing system is an exceptional and reliable WiFi connection, enabled by cutting-edge, cloud-based technology that adjusts effortlessly. Users also enjoy simplified management of both device and user access, advanced AI-powered security features, enhanced data visibility and protection, WiFi motion sensing functionalities, and a range of future services we anticipate providing. By adopting HomePass, you can greatly improve the experience of your subscribers with a versatile suite of Smart Home Services that constantly optimizes and evolves for the modern connected household. Moreover, to deepen your understanding of and interaction with your subscriber community, utilize Harvest to uncover trends, derive valuable insights, and execute unprecedented actions. This powerful combination not only strengthens your network but also cultivates a more meaningful relationship with users through tailored services and insights, ultimately enhancing user satisfaction and engagement.

Sectrio offers a holistic cybersecurity solution for OT and IoT environments, effectively recognizing and securing interconnected infrastructures. By providing extensive visibility across various device types and systems, it enables organizations to make well-informed decisions regarding their security strategies. Employing a strong detection methodology that combines signatures, heuristics, and machine learning-based anomaly detection, Sectrio efficiently identifies and addresses threats in integrated networks, including IoT, OT, and Cloud environments. It safeguards infrastructure from sophisticated threats such as zero-day vulnerabilities, advanced persistent threats (APTs), and malware. Additionally, our layered security approach, along with our expert consulting services, has empowered clients to maintain robust defenses against evolving advanced threats, ensuring their operational resilience and peace of mind.