Alternatives to Entrust IoT Agent

An AI-driven platform designed to integrate security and networking seamlessly. Boost the efficiency of threat detection and response with AI-enhanced data protection that significantly reduces the likelihood of human error. Elevate the experience for users and applications, while also enhancing overall performance and dependability through an AI-optimized network. Decrease total cost of ownership by simplifying infrastructure with a cohesive platform that minimizes the chaos of multiple point products, fragmented operations, and intricate lifecycle management. VersaONE ensures uninterrupted connectivity and consolidated security for users, devices, offices, branches, and edge sites. It provides secure access to all workloads, applications, and cloud services from one unified platform, guaranteeing that data and resources remain both accessible and protected across any network type, be it WAN, LAN, wireless, cellular, or satellite. This comprehensive platform strategy not only streamlines network management and lowers complexity but also fortifies security, effectively addressing the challenges presented by contemporary IT infrastructures. Additionally, the integration of AI empowers organizations to stay ahead of potential threats while optimizing their operational efficiencies.

Finite State offers risk management solutions for the software supply chain, which includes comprehensive software composition analysis (SCA) and software bill of materials (SBOMs) for the connected world. Through its end-to-end SBOM solutions, Finite State empowers Product Security teams to comply with regulatory, customer, and security requirements. Its binary SCA is top-notch, providing visibility into third-party software and enabling Product Security teams to assess their risks in context and improve vulnerability detection. With visibility, scalability, and speed, Finite State integrates data from all security tools into a unified dashboard, providing maximum visibility for Product Security teams.

EJBCA, an Enterprise-grade PKI platform, can issue and manage digital certificates in the millions. It is one of the most widely used PKI platforms worldwide and is used by large enterprises in all sectors.

The rapid growth of the Internet of Things (IoT) introduces an increasingly complex threat landscape. As the number of connected devices continues to surge, it is crucial to establish strong identities as the cornerstone of trust, ensuring that security measures can be effectively implemented and expanded. BK offers a secure root key generation and management solution specifically designed for IoT security, enabling device manufacturers to provide their products with a unique identity generated internally, eliminating the need for expensive, security-focused silicon. Serving as a software implementation of SRAM PUF, BK stands out as the only hardware entropy source that can be integrated without requiring changes during silicon fabrication. This flexibility allows for its installation further along the supply chain and even enables retrofitting on devices that are already in use. Such capabilities facilitate an unprecedented remote implementation of a hardware root of trust, laying a solid foundation for scaling IoT infrastructure to accommodate billions of devices while maintaining security integrity. Consequently, BK not only addresses current security challenges but also positions the IoT ecosystem for sustainable growth in the future.

Comprehensive safeguarding for all smart devices ensures privacy and security for every family member. With award-winning cybersecurity innovations, Bitdefender BOX offers a robust ecosystem tailored for your home network and connected devices. It secures every Internet-connected gadget, including those lacking built-in virus protection. Bitdefender effectively combats malware, safeguards against password breaches, thwarts identity theft, and defends against hacker intrusions, among other threats. This protection extends to various devices such as printers, security cameras, baby monitors, smart assistants, gaming consoles, and media players. Experience online activities with peace of mind, knowing that Bitdefender provides top-notch solutions to shield your family. If you work remotely or your children engage in online learning, rest assured that your WiFi network remains secure. As a recognized leader in cybersecurity on a global scale, Bitdefender guarantees comprehensive protection supported by advanced, innovative technologies that have received numerous accolades from the most reputable independent testing organizations in the industry. Additionally, their commitment to ongoing improvements ensures that your family's digital experience is both safe and enjoyable.

Effective enrollment of devices in a Public Key Infrastructure (PKI) is crucial for establishing unique, robust, and secure identities for devices. The IoT Edge Enroll service is a comprehensive registration authority that facilitates straightforward, secure, and optimized device enrollment processes. This service plays a vital role in our PKI-driven IoT Identity Platform, which supports the management of device identity throughout its lifecycle. As the most extensive and adaptable commercial PKI device enrollment feature set on the market, it stands out for its capabilities. The Certificate Templating Engine allows for precise enrollment by utilizing custom certificate fields and tailored data, providing exceptional adaptability to meet various IoT authentication needs. Additionally, the Device Identity Manager presents administrative control, enabling the management of distinct device identities across their entire lifecycles, including tasks such as certificate auditing and reporting, device whitelist management, and controlling device enablement or disablement, as well as determining eligibility for enrollment. With these features, organizations can ensure a streamlined approach to device identity management, enhancing the overall security of their IoT ecosystems.

Enhance both productivity and security with our application and device protection services, which encompass components such as data encryption and reliable user authentication. Your internet of things ecosystem is filled with smart endpoints, which, while beneficial, can also pose risks to your enterprise data. Fortunately, our Internet of Things Security Credentialing offers a pathway to maintain productivity while safeguarding your information. Our comprehensive IoT Security Credentialing platform delivers adaptable tools and services designed to ensure the protection of your IoT applications and devices. We implement a tri-layered security framework, featuring an additional protective layer for devices and applications, alongside data encryption and trusted authentication for both users and devices. Our IoT security solutions are powered by America’s most extensive and dependable 4G LTE network, supported by insights drawn from over a decade of analysis of more than 200,000 security incidents worldwide, making your enterprise more resilient against potential threats. By utilizing these advanced solutions, you can focus on innovation without compromising on security.

Utilize a cloud IoT Identity Platform centered on PKI to provision, secure, and oversee device identities, designed specifically for scalable, flexible, and interoperable security in the IoT landscape. GlobalSign's advanced IoT Identity Platform provides comprehensive solutions for managing the entire device identity lifecycle, covering everything from design and manufacturing to deployment, ongoing management, and eventual decommissioning. With a focus on exceptional security, this tailored PKI-based platform enables the secure provisioning of device identities. Public Key Infrastructure stands as the standard credential for identifying both IoT and IIoT devices. Streamline, enhance, and fortify the process of enrolling, securing, and managing these PKI-based identities through a robust IoT registration authority service that guarantees secure and customizable device enrollment. By leveraging this platform, organizations can effectively create unique, strong, and secure identities for their devices, ultimately ensuring greater trust and efficiency in IoT deployments. This comprehensive approach to identity management is essential for meeting the evolving security demands of interconnected systems.

Keyfactor Command for IoT is an end-to-end identity management solution that ensures the security and compliance of connected devices. By automating the process of provisioning, managing, and revoking device certificates, the platform helps businesses secure IoT devices throughout their entire lifecycle. With support for over-the-air provisioning and real-time visibility into device identity statuses, businesses can easily track and monitor their IoT deployments. Whether for automotive, medical devices, or industrial IoT, Keyfactor Command for IoT provides the tools needed to maintain a trusted, scalable IoT infrastructure. It integrates seamlessly with major IoT platforms, enhancing security with features like automated certificate renewal, revocation, and crypto-agility. This ensures that IoT systems remain secure, adaptable, and compliant with industry standards.

GlobalSign is the world's leading provider of security and trusted identity solutions. GlobalSign enables large enterprises, cloud service providers, and IoT innovators worldwide to secure online communications, manage millions digital identities, and automate authentication/encryption. Its high-scale Public Key Infrastructure and identity solutions support billions of people, devices, and things that make up the Internet of Everything (#IoE). GlobalSign, an identity services company, provides cloud-based, highly scalable, PKI solutions to enterprises that need to conduct safe commerce and communications. Our identity and security solutions allow large enterprises, cloud-based service provider, and IoT innovators all over the world to securely communicate online, manage millions of digital identities, and automate encryption and authentication.

The rise of Internet of Things (IoT) devices has compelled organizations to enhance their understanding of what connects to their networks. It is crucial for them to identify every user and device accessing their systems. While IoT devices are instrumental in driving digital transformation efforts, leading to greater efficiency, flexibility, and optimization, they come with significant security vulnerabilities due to their emphasis on cost-saving rather than robust protection. FortiNAC offers comprehensive network visibility, allowing organizations to monitor all connections and manage devices and users effectively, including implementing automated, responsive security measures. Network access control solutions are vital for establishing a Zero Trust Access framework, which eliminates implicit trust for users, applications, or devices trying to gain network access. By adopting such a model, IT teams can effortlessly track who and what is accessing their networks, thereby enhancing the safeguarding of corporate assets both within and outside the network perimeter. Additionally, this proactive approach helps organizations adapt to the evolving threat landscape, ensuring a more resilient security posture.

KeyScaler® serves as a specialized identity and access management platform, designed specifically for IoT and Blockchain applications. It enables users to securely onboard, provision, and link devices to various IoT platforms, applications, and services. The platform streamlines the creation of a comprehensive security framework within the IoT ecosystem, enhancing operational efficiency through automation and eliminating the need for human oversight. Given the vast and constantly evolving nature of IoT, where new devices are incessantly added, managing this process without automation quickly becomes overwhelming. There is a pressing need for a device identification strategy that focuses on individual devices, ensuring they are authenticated in an automatic and dynamic manner without any manual input. Device Authority has introduced a versatile device interface protocol that works in tandem with KeyScaler® to facilitate automated public key infrastructure (PKI) for IoT devices, offering two distinct options for device authentication and enhancing overall security measures. This innovation not only supports scalability but also addresses the critical need for secure device management in modern IoT environments.

Atonomi is the architect of a universal trust framework tailored for the Internet of Things (IoT). This innovative platform is intended to authenticate unchangeable device identities while facilitating device compatibility and credibility in a connected ecosystem. By harnessing blockchain technology, Atonomi seeks to empower IoT solutions to utilize its framework for secure transactions. Its parent organization, CENTRI Technology, stands out as a key player in providing IoT data security for devices with limited resources. Developers and manufacturers have the opportunity to integrate the Atonomi SDK into their IoT devices, allowing them to tap into the potential of blockchain technology alongside the Atonomi trust framework. Remarkably, Atonomi manages to deliver these functionalities through meticulously crafted coding that keeps the size of its embedded SDK to just 50 Kb for the majority of devices. Recognizing the necessity of fitting security measures within the stringent limitations of IoT devices, Atonomi ensures that its solutions do not compromise on efficiency or effectiveness, paving the way for a more secure connected future.

A managed service facilitates two-way communication between IoT devices and Azure, ensuring secure and dependable interaction between your IoT application and its managed devices. With Azure IoT Hub, you have access to a cloud-based backend that can connect almost any device seamlessly. Moreover, you can enhance your solution from the cloud to edge devices through features like per-device authentication, integrated device management, and scalable provisioning options. By utilizing telemetry data from devices to the cloud, you can gain insights into device status and establish message pathways to other Azure services effortlessly, without the need for coding. For cloud-to-device messages, you can reliably send commands and alerts to your connected devices while monitoring message delivery via acknowledgment receipts. The system also allows for automatic resending of messages to address any connectivity issues that may arise. Azure IoT Central goes beyond just proof of concept; it empowers you to create top-tier solutions using a comprehensive hosted IoT application platform, thus fostering innovation in your projects. This combination of features positions Azure as a leading choice for IoT communication solutions.

Your industrial operations are at risk from cyber threats due to the deeper integration of IT, cloud, and industrial control networks (ICS). Cisco Cyber Vision was specifically designed for OT and IT teams to collaborate to ensure production continuity and safety. Now you can deploy Industrial Internet of Things technologies and reap the benefits of industry digitization efforts. Start your OT security project with an accurate list of your industrial assets, communication patterns, and network topologies. Your SOC (security operation center) should have OT context. This will allow you to leverage the money and time you have spent on IT cybersecurity to protect your OT network. You can take OT security to the next step: Provide detailed information to comply regulations and facilitate collaboration between IT and OT experts.

UBIRCH has completely reimagined the concept of data security by adopting an innovative strategy that leverages strong, established cryptography alongside blockchain technology. Their solution seamlessly integrates with IoT platforms and various system environments without the need for extra hardware, consisting only of two essential components: the Ubirch Nano Client and the Ubirch Trust Service. To ensure data integrity, every data packet is encrypted right at the point of capture before it transitions from the physical realm to the digital domain, employing advanced cryptographic techniques and blockchain principles. This process establishes an immutable "chain of trust," which guarantees that IoT data remains unaltered, untouched, and intact from the very beginning. Any recipient can verify the authenticity of the data at any time and from any location, as if they were present at the original data source. The Nano Client, one of the two key components of the UBIRCH solution, is a compact and efficient software library designed for ease of use and implementation. This innovative approach not only enhances security but also fosters confidence in the reliability of IoT data management.

Cybeats is an integrated security platform that protects and secures high-value connected devices. Cybeats' unique approach eliminates the need for device downtime due cyber-attacks. It allows device manufacturers to quickly develop and maintain secure devices that are cost-effective and reliable. Security vulnerabilities can be identified during the development process, so security is built into the connected devices and not after deployment. Real-time trusted profile profiles protect against abnormal behavior and allow for immediate response with no downtime. Secure firmware updates and managed provisioning are available to ensure that deployed devices remain secure and protected. Cybeats sentinel profile and device profile allow for immediate response to an attacker without having to quarantine or remove the device.

Every day, your devices interact with millions, if not billions, of others, leading to a heightened risk of unauthorized access that could inflict significant harm on your assets. This extensive connectivity necessitates robust authentication methods to safeguard both your connections and your valuable resources. We have developed an innovative solution that can be universally implemented across all devices within the internet of things. This system merges the strengths of a secure cloud platform with a physical token attached to each device, enhancing security measures. Different industries encounter specific challenges and threats associated with their connected devices, which must be addressed. For instance, unauthorized access to medical devices can jeopardize patient safety and jeopardize confidentiality. Similarly, connected vehicles face vulnerabilities that could lead to cyber-attacks capable of compromising critical functions like braking and steering. Moreover, any breach in defense and aerospace systems can result in dire and potentially disastrous outcomes, emphasizing the urgent need for comprehensive security solutions. As the landscape of connected devices continues to evolve, the implementation of advanced security measures will be crucial for protecting sensitive information and ensuring safety across various sectors.

The Internet of Things (IoT) has resulted in an unprecedentedly vast attack surface, with around 80% of these devices being connected wirelessly. Current networks and organizations were not designed to cope with the enormous scale, rapid data flow, and extensive interconnectivity introduced by smart devices. Many companies continue to face challenges in pinpointing IoT devices in their settings, leading to significant security vulnerabilities. AirShield aims to bridge this gap by offering extensive visibility into the IoT and operational technology (OT) threat landscape, enabling the detection, assessment, and mitigation of risks posed by unmanaged, insecure, and misconfigured IoT devices. Through AirShield, users gain real-time, non-intrusive visibility, as well as thorough monitoring and safeguarding for a wide array of wireless devices, including those in the realms of IoT, the Industrial Internet of Things (IIOT), the Internet of Medical Things (IOMT), and various OT environments, regardless of the operating system, protocol, or connection method employed. Additionally, AirShield's sensors seamlessly integrate with the LOCH Machine Vision Cloud, eliminating the need for any on-site server installations. This innovative approach enhances security measures in an increasingly connected world.

QuarkLink, created by Crypto Quantique, is an all-encompassing security platform for IoT devices that aims to streamline and hasten the adoption of security-by-design practices within embedded systems. This Software-as-a-Service (SaaS) offering integrates effortlessly into current software development processes, such as CI/CD pipelines, enabling the management of device identities, secure boot procedures, firmware updates over the air, and the lifecycle management of keys and certificates. It accommodates a diverse array of hardware platforms, ranging from microcontrollers operating on bare metal to industrial PCs running Linux, and is compatible with leading semiconductor manufacturers. The modular design of QuarkLink permits the independent utilization of its various components, which include provisioning and secure boot, OTA updates, service onboarding, and fleet management alongside certificate management. By offering such versatility, QuarkLink empowers developers to tailor their security implementations to meet specific project needs effectively. Ultimately, this platform stands as a pivotal tool in enhancing the security landscape for IoT devices.

Mocana specializes in cyber defense for IoT, operational technology (OT), and essential infrastructure. Our reliable cybersecurity software, designed for on-device application and lifecycle management, empowers manufacturers and industrial enterprises to create systems that are inherently resistant to tampering. The solutions we offer are seamlessly integrated, allowing businesses to reduce the likelihood of cyber breaches, adhere to industry regulations, and safeguard intellectual property by ensuring that devices and processes maintain trust throughout the entire lifecycle, from manufacturing to deployment. In contrast to conventional IT network security methods, Mocana equips devices with the ability to self-protect, effectively thwarting malware installations. Established in 2002, Mocana currently secures over 100 million devices and systems across commercial, governmental, and military domains, earning the trust of leading companies in aerospace, industrial sectors, energy, automotive, healthcare, and telecommunications. Our commitment to innovation and security continues to drive the evolution of self-defending technology in an increasingly connected world.

Medigate is a leading company focused on enhancing security and clinical analytics within the healthcare sector, offering the premier IoT device security solution tailored specifically for medical environments. The company has dedicated resources to develop the largest database of medical devices and protocols, ensuring you have access to comprehensive device inventories and precise threat detection capabilities. Medigate boasts the industry's only specialized medical device security platform, which effectively identifies and safeguards all Internet of Medical Things (IoMT) devices linked to a healthcare provider's network. Unlike generic IoT security solutions, our platform is uniquely tailored to meet the specific requirements of medical devices and clinical networks, ensuring optimal protection. Our solution fortifies clinical networks by delivering thorough visibility into connected medical devices, allowing for risk assessment based on clinical context and anomaly detection according to manufacturers’ guidelines. Furthermore, it actively prevents malicious activities by seamlessly integrating with your existing firewalls or Network Access Control systems. In this way, Medigate not only protects healthcare environments but also enhances the overall safety and efficiency of patient care.

Shield your income, innovate your services, and combat cyber threats with the foremost authority in digital platform security. Irdeto specializes in safeguarding platforms and applications across various sectors, including video entertainment, gaming, connected transportation, healthcare, and IoT industries, securing over 6 billion devices and applications globally. With more than 50 years of expertise in digital security, the company is known for being the inventors and primary patent holders of whitebox cryptography. Boasting nearly 1,000 professionals across over 15 worldwide locations, Irdeto is dedicated to assisting customers in the video entertainment domain to safeguard their earnings, develop new offerings, and fend off cybercrime. Each month, the firm secures more than 600 million streams, while protecting over 400 operators and more than 40 million software client devices. Renowned as the top choice in video game protection, Irdeto also excels in securing connected industries with its industry-leading software that defends devices and applications from tampering, hacking, and intellectual property theft. Daily, the company protects around 50 million transactions and has established itself as a pioneer in connected vehicle security. In this competitive landscape, Irdeto continues to set the benchmark for security solutions.

The Electric Imp Platform is specifically designed for the Internet of Things (IoT) and features a distinctive architecture that connects edge devices to enterprise systems; it includes seamlessly integrated hardware, device and cloud software, communication tools, APIs, managed cloud services, and ongoing security measures to provide a comprehensive, ready-to-use solution. This platform, along with imp-authorized hardware modules, establishes a secure link between new products or retrofitted existing devices and the Electric Imp Cloud. The Electric Imp Cloud is responsible for authenticating and managing devices on a large scale, ensuring secure communication, and processing the data as it transitions between the Device and Customer Cloud Tiers. Your IoT business application operates within the Customer Cloud, where it receives reliable and processed device data sourced from the Electric Imp Cloud. If you're interested in exploring how Electric Imp can enhance your business operations, let's start a conversation about the possibilities.

AWS IoT Device Defender is a comprehensive service designed to safeguard your collection of IoT devices. This service actively conducts audits of your IoT configurations to ensure compliance with established security best practices. A configuration comprises various technical measures implemented to secure data exchanges between devices and the cloud. With AWS IoT Device Defender, it becomes straightforward to uphold and implement necessary IoT configurations, which include verifying device identity, performing authentication and authorization, and encrypting the data transmitted by devices. Moreover, it systematically evaluates your device configurations against a set of established security guidelines. If any discrepancies that could pose a security threat arise, such as the improper sharing of identity certificates among devices or attempts to connect with a revoked identity certificate, AWS IoT Device Defender promptly issues an alert. This proactive approach not only enhances security but also streamlines the management of IoT devices across your network.

Xage Security specializes in cybersecurity, focusing on zero trust asset protection specifically designed for critical infrastructure, industrial IoT, and operational technology (OT) settings. At the heart of its offerings is the Xage Fabric Platform, which supports various products and use cases, providing robust defense against cyber threats across OT, IIoT, IT, and cloud environments. Adopting a zero trust security model, Xage operates on the guideline of "never trust, always verify," ensuring that every user and device undergoes authentication before being granted access to any asset. Additionally, Xage implements detailed access policies that take into account user identity, situational context, and the risk associated with each asset. The portfolio of Xage includes solutions like Zero Trust Remote Access, Identity-Based Access Management, and Zero Trust Data Exchange, which cater to diverse operational needs. Various organizations, spanning government entities, utility services, and industrial manufacturers, utilize Xage’s products, relying on the company to safeguard their vital infrastructure, OT resources, and industrial data from potential cyber threats. This commitment to security empowers organizations to operate with greater confidence in an increasingly complex digital landscape.

The surge in vulnerabilities associated with connected devices, coupled with increasing offensive activities, has compelled customers and regulatory bodies to intensify their expectations for enhanced device security; meanwhile, manufacturers and vendors face heightened security risks that threaten their business interests and reputations. Consequently, ensuring device security has emerged as a crucial priority for manufacturers, vendors, operators, and service providers across various sectors, necessitating that they rapidly enhance their capabilities to deliver effective security solutions throughout all divisions and product offerings. In this context, Vdoo stands out with its unique automated device security platform, which encompasses the complete lifecycle of devices—from conception and development to testing, deployment, and ongoing maintenance. To achieve the highest level of security, it is essential that all necessary security features are integrated into the device during the development phase itself. By addressing security from the outset, Vdoo helps minimize vulnerabilities and supports a stronger defense against potential threats.

Enhance the protection of your ICS and OT resources by utilizing our zero-trust network access solution, specifically designed for industrial environments and challenging conditions, to facilitate secure remote access and effectively implement cybersecurity measures across a broad spectrum. With this approach, achieving secure remote access to operational technology has become more straightforward and scalable than ever before. Experience increased operational efficiency and enjoy peace of mind with Cisco Secure Equipment Access, which enables your operations team, contractors, and OEMs to remotely manage and troubleshoot ICS and OT assets through a user-friendly industrial remote access tool. You can easily set up least-privilege access based on identity and contextual policies, while also enforcing security protocols such as scheduling, device posture verification, single sign-on, and multifactor authentication. Eliminate the hassle of complicated firewalls and DMZ configurations. Cisco Secure Equipment Access seamlessly integrates ZTNA into your industrial switches and routers, allowing you to connect to more assets, minimize the attack surface, and scale your deployments effectively. This means that your organization can focus on innovation and growth while maintaining robust security measures.

Azure Sphere is a robust IoT platform designed for creating solutions that begin at the silicon level and seamlessly integrate with both the operating system and the cloud. It offers secure connections, management, and protection for both new and existing intelligent devices. Your device, data, and infrastructure are safeguarded across all dimensions—hardware, software, and the cloud. You can trust that your data environment is secured through a comprehensive end-to-end IoT security framework that enables the integration of current equipment and the development of new IoT devices. By utilizing Azure Sphere certified guardian modules, you can link your existing devices to the cloud or begin embedding Azure Sphere into new devices with the provided development kit. In response to evolving threats and requirements, the platform ensures real-time security patches, operating system updates, and enhancements to your applications. Each Azure Sphere instance is backed by over a decade of Microsoft security services, which include managed updates. When you are prepared, you can implement over-the-air (OTA) updates alongside your application directly to the IoT device, ensuring continuous security and performance enhancement. This versatility empowers businesses to stay ahead in a rapidly changing technological landscape.

SASE represents a unified approach that combines various technologies to enhance network efficiency and security for users who may be located anywhere, utilize diverse devices, and require seamless access to corporate data and cloud applications. By leveraging Symantec's solutions, organizations can fully realize the advantages of digital transformation and SASE, benefiting from rapid cloud and internet connectivity alongside a comprehensive suite of top-tier network security features. This advanced, cloud-based network security service ensures that consistent security and compliance measures are applied to web and cloud applications for all users, no matter their physical location or device used. Additionally, it safeguards sensitive data from potential breaches and protects intellectual property at the service edge. With the implementation of Zero Trust Network Access (ZTNA) technology, your applications and resources are shielded from unauthorized access, network attacks, and lateral movements, enhancing your overall security posture. This holistic approach not only addresses current security challenges but also positions organizations for future growth in an increasingly complex digital landscape.

Verimatrix is a security platform that empowers the modern connected world. We provide digital content protection, as well as applications and devices security that is intuitive, user-friendly, and frictionless. Verimatrix is trusted by leading brands to protect everything, from premium movies and live streaming sports to sensitive financial and medical data to mission-critical mobile apps. We provide the trusted connections that our customers need to deliver engaging content and experiences to millions around the globe. Verimatrix assists partners in getting to market faster, scaling easily, protecting valuable revenue streams, and winning new business. Scale quickly, get to market faster, win new business, and protect valuable revenue streams. We do that. We protect your digital content, applications, and devices with intuitive, human-centered, and frictionless security. Verimatrix is the leader in protecting video content via IPTV, OTT and DVB.

Cradlepoint is a global leader for cloud-delivered 4G/5G wireless network edge solutions. Cradlepoint's NetCloud™, platform and cellular routers provide a pervasive, secure and software-defined Wireless WAN edge that connects people, places, things, and everything - anywhere. Cradlepoint is trusted by more than 25,000 government agencies and businesses around the globe, including many Global 2000 agencies and top public sector agencies. Cradlepoint helps keep mission-critical sites, points, commerce, field forces and vehicles connected. Cradlepoint was established in 2006 and acquired by Ericsson at the end of 2020. It is now a separate subsidiary within Ericsson’s Business Area Technologies and New Businesses. Cradlepoint has its headquarters in Boise (Idaho), and has development centers in Silicon Valley, India, and international offices in the UK, and Australia.

CUJO AI stands at the forefront of artificial intelligence innovation, dedicated to enhancing security, control, and privacy for connected devices utilized in both residential and commercial settings. The company offers a comprehensive range of products to fixed network, mobile, and public Wi-Fi providers globally, enabling them to deliver a cohesive suite of Digital Life Protection services that benefit end users while simultaneously bolstering their own capabilities in network monitoring, intelligence, and security. By harnessing the power of artificial intelligence alongside sophisticated data access methods, CUJO AI offers remarkable insights and visibility into user networks, effectively cataloging connected devices, scrutinizing active applications and services, and identifying potential security and privacy vulnerabilities. The integration of AI with real-time network data works in concert to foster environments that are not only smarter but also safer for individuals and their multitude of connected devices. This commitment to innovation positions CUJO AI as a pivotal player in the ongoing evolution of digital security solutions.

Establishing IT standards in the realm of IoT is vital, as managing extensive IoT implementations presents numerous obstacles, including default passwords and susceptibility to brute force attacks, inadequate configurations, malware and botnet threats, insider risks and tampering, performance degradation, and the challenges of manual updates and maintenance, as well as excessive use of network and storage resources and persistent troubleshooting needs. To address these issues, it is essential to implement endpoint protection, along with real-time health monitoring and analysis, to effectively mitigate risks and maintain operational integrity. Safeguarding the connected devices used in airports and ports is crucial to prevent malicious entities from taking advantage of vulnerabilities, which could compromise overall security measures. Furthermore, empowering dedicated teams within these facilities to automatically confirm the operational status of their connected devices contributes to a more secure environment. As airports and ports increasingly deploy IoT technologies, the dual objectives are to bolster security and safety while simultaneously enhancing the overall passenger experience. Ultimately, a strategic approach to IoT standards will facilitate a more resilient infrastructure that can adapt to evolving threats.

Ensuring reliability and security is critical for applications within the Internet of Things (IoT). Software malfunctions and security vulnerabilities can lead to substantial expenses, affecting not just financial resources but also safety and operational integrity. Presently, the monitoring solutions available are primarily manual, inconsistent, and often ineffective. To address this gap, SensorHound™ has created a specialized operations monitoring software for IoT that is proactive, automated, and methodical. This innovative solution leverages over a decade of award-winning technology developed by top IoT experts, enabling a significant reduction in both operational and maintenance expenses associated with IoT systems. SensorHound is dedicated to enhancing the security and reliability of the IoT landscape. Our comprehensive software suite offers continuous monitoring for in situ deployments, ensuring that users receive instant alerts along with detailed diagnostic information whenever software failures or security breaches occur, thereby fostering a more secure environment for IoT applications. In this way, we aim to transform how organizations manage their IoT infrastructures.

Armis, the leading asset visibility and security company, provides a unified asset intelligence platform designed to address the new extended attack surface that connected assets create. Fortune 100 companies trust our real-time and continuous protection to see with full context all managed, unmanaged assets across IT, cloud, IoT devices, IoMT, OT, ICS, and 5G. Armis provides passive cyber asset management, risk management, and automated enforcement. Armis is a privately held company and headquartered in California.

Sectrio is a comprehensive OT/IoT cybersecurity solution that identifies and secures connected infrastructure. It provides a safety net to mitigate threats and unprecedented visibility across device types and systems, enabling businesses make informed decisions about their security posture. It uses a robust detection strategy that uses signatures, heuristics and machine learning-based anomaly detectors to identify and remediate threats in converged networks. This includes IoT, OT, IoT and Cloud environments. It protects your infrastructure against sophisticated attacks like zero day, APTs and malware. Our multi-layered approach to securing a constrained ecosystem and our consulting services have helped our customers stay safe from advanced threats.

Bayshore Networks develops innovative solutions to tackle the pressing challenges faced by ICS/OT Security professionals today, including the surge in cybersecurity threats and the scarcity of skilled personnel knowledgeable in both security and production environments. As a leading provider of cyber protection for Industrial Control Systems and the Industrial Internet of Things, Bayshore Networks® delivers a modular ICS security platform comprising both hardware and software solutions that can scale according to your requirements. The company focuses on safeguarding industrial Operational Technology (OT) while also transforming OT data for IT use cases. By integrating a range of open, standard, and proprietary industrial protocols at a fundamental level, Bayshore meticulously analyzes OT protocol content and context, ensuring that every command and parameter is verified against comprehensive, logic-driven policies. In response to zero-day vulnerabilities, internal threats, and rapidly changing security landscapes, Bayshore offers proactive protection for industrial endpoints and process control automation systems, ensuring a robust defense against emerging risks. This commitment to security enables organizations to operate more confidently in a complex digital landscape.

Ensure the authentication of users and devices while safeguarding your PKI across various locations and platforms. Establish secure virtual enclaves for both mobile and desktop environments, achieving the highest levels of security without compromising user experience. With the CORE virtual secure enclave SDK, access for users is authenticated and identified in a simple yet secure manner. Whether it’s mobile, desktop, or server-side, CORE guarantees the protection of credentials, even in instances where personal devices may be at risk. Leverage the flexibility of software to create virtual smartcards, secure mobile applications, and more. Seamlessly incorporate robust two-factor and multi-factor authentication into mobile applications without the need for hardware, one-time passwords, or software tokens. Transition from conventional smartcards to virtual ones for employee authentication, leading to reduced operational burdens and lower total ownership costs. Safeguard both machine and human electronic identities along with the root certificate authority that governs them, ensuring maximum protection for personally identifiable information while delivering an optimal user experience. This comprehensive approach allows organizations to enhance security measures while also streamlining operations effectively.

Pwn Pulse Sensor ensures complete visibility of devices by establishing a foundational security profile and implementing essential network controls throughout various physical locations. It offers a straightforward deployment process that does not require the installation or management of agents. The sensor enables real-time identification of all IT and IoT devices—regardless of whether they are wired, wireless, or using Bluetooth—both within the network and the adjacent airspace. It automatically generates detailed device fingerprints that include details such as the manufacturer, operating system, ports, running services, and both IP and MAC addresses. Additionally, it correlates interfaces, analyzes data snapshots, and assesses device relationships to formulate unique device identities, which aids in monitoring their behavior and any subsequent changes over time. This comprehensive monitoring capability enhances overall network security and facilitates proactive responses to potential threats.

Cortex Xpanse consistently identifies and oversees assets throughout the entire internet, ensuring that your security operations team is free from any exposure blind spots. Gain a comprehensive perspective of your potential attack surface. It helps you pinpoint and attribute all assets connected to the internet, uncover both authorized and unauthorized assets, track modifications, and maintain a singular source of truth. By detecting hazardous communications in the global data flow, it aids in the prevention of breaches and upholding compliance. Additionally, it mitigates third-party risks by revealing potential vulnerabilities that may arise from misconfigurations. Ensure that you do not inherit security issues from mergers and acquisitions. Xpanse delivers a thorough, precise, and perpetually updated inventory of all assets facing the global internet, empowering you to identify, assess, and mitigate risks associated with your attack surface. Furthermore, you can highlight risky communications, evaluate supplier risks, and scrutinize the security posture of acquired organizations. Stay proactive in catching exposures and misconfigurations to avert potential breaches before they occur, ultimately strengthening your overall security framework.

ClearBlade is at the forefront of enterprise digital transformation by utilizing Intelligent Assets. Their innovative "no-code" IoT Application, built on the ClearBlade IoT & Edge Platform, combines AI, edge-native computing, and remarkable adaptability, enabling operational teams to accomplish tasks efficiently. In the aviation sector, mechanics face the challenge of maintaining aircraft according to a rigorous schedule that requires precise tools and equipment. Unfortunately, equipment on airfields is frequently misplaced, lost, or stolen, leading to costly replacements, operational delays, and unnecessary redundancies. To combat this, ClearBlade Edges are strategically deployed to gather data from cameras, sensors, and various infrastructures, all of which streams to the ClearBlade Platform to standardize and process the information into a unified data system. This integrated data feeds into Business Intelligence dashboards, providing valuable operational insights. Additionally, the rapid market introduction ensures compliance with distancing, occupancy, and safety mandates, thereby enhancing overall operational efficiency. By leveraging these advanced technologies, organizations can significantly improve their resource management and decision-making processes.

Overwatch serves as a comprehensive security platform aimed at safeguarding network-connected devices. Its main function is to assist device owners, fleet managers, server administrators, DevOps specialists, and others in monitoring and tracking their devices and servers, which helps to thwart unauthorized access by malicious entities while identifying anomalous activities that could easily be overlooked. You can envision Overwatch as a security monitoring solution and edge-deployed firewall rolled into one. The platform employs an installable device agent that actively oversees your devices, systematically analyzing and recording their typical behavior while implementing the security protocols you specify within the Overwatch web interface. In this context, the term "Device" encompasses any platform or physical hardware compatible with our agent installation. The agent operates as a service on your device, fulfilling two primary roles: enforcing the Security Policy rules you’ve established in the Overwatch web interface and providing consistent status updates to the Overwatch platform for further analysis. Ultimately, Overwatch strives to enhance the security landscape for various users by delivering reliable oversight and proactive protection against potential threats.

Safeguard your IoT data from initial creation to final consumption, ensuring protection at every stage of the journey. Protected Sessions revolutionizes data security by enabling secure bi-directional communication while eliminating the constraints imposed by various network protocols and diverse IoT environments. Tailored specifically for the IoT landscape, session lifecycles are designed to accommodate low-power microcontroller units (MCUs) that operate on low-power networks with sporadic connectivity, allowing Protected Sessions to uphold the integrity of your communication channels for durations ranging from mere seconds to several months. Employing robust, industry-standard encryption, CENTRI Protected Sessions is fine-tuned for resource-constrained devices, featuring data compression and a minimal footprint, thus ensuring both security and operational efficiency between the endpoint devices and the cloud infrastructure. By facilitating secure bi-directional communication between your IoT devices and application servers or cloud platforms, Protected Sessions fortifies your IoT ecosystem against potential vulnerabilities. This comprehensive approach not only enhances the reliability of IoT communications but also streamlines integration across various applications and services.

BugProve, established by a team of former security researchers, provides a cutting-edge platform for automated firmware analysis. - Rapid Results: Simply upload your firmware and receive a comprehensive security report within just five minutes. - Supply Chain Vulnerability Management: Uncover components and vulnerabilities, with optional CVE monitoring to ensure compliance. - Zero-day Detection Engine: Identify memory corruption vulnerabilities proactively, preventing potential exploits. - Comprehensive Access Point: Gain easy access to reevaluations, comparisons, and updates presented in an intuitive format. - Simplified Sharing: Distribute your findings through live links or export them as PDFs for straightforward reporting. - Enhanced Testing Efficiency: Reduce pentesting timelines by weeks, allowing for a focus on thorough discoveries and the release of more secure products. - No Source Code Required: Perform checks directly on firmware through various methods, including static and dynamic analysis as well as multi-binary taint analysis. Curious about its effectiveness? Sign up for our Free Plan to explore the platform without any obligations involved. Experience the benefits firsthand and see how it can improve your security analysis workflow.