Alternatives to BugProve

ManageEngine's Endpoint Central, formerly Desktop Central, is a Unified Endpoint Management Solution that manages enterprise mobility management, including all features of mobile app management and mobile device management, as well as client management for a wide range of endpoints such as mobile devices, laptops computers, tablets, servers, and other machines. ManageEngine Endpoint Central allows users to automate their desktop management tasks such as installing software, patching, managing IT assets, imaging, and deploying OS.

Astra's Pentest is a comprehensive solution for penetration testing. It includes an intelligent vulnerability scanner and in-depth manual pentesting. The automated scanner performs 10000+ security checks, including security checks for all CVEs listed in the OWASP top 10 and SANS 25. It also conducts all required tests to comply with ISO 27001 and HIPAA. Astra provides an interactive pentest dashboard which allows users to visualize vulnerability analysis, assign vulnerabilities to team members, collaborate with security experts, and to collaborate with security experts. The integrations with CI/CD platforms and Jira are also available if users don't wish to return to the dashboard each time they want to use it or assign a vulnerability for a team member.

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.

Golioth IoT cloud platform is the leading IoT development platform that enables modern engineering teams to quickly prototype and manage fleets of IoT devices. We put hardware at the center of your CI/CD process. With a unified API and device firmware SDK, plus a strong IoT ecosystem Golioth helps engineers easily build, integrate, and manage IoT solutions–without the stress. The only IoT cloud solution built for your entire team: from your hardware engineers to firmware developers, from cloud to data teams.

Safeguard against security threats with our cutting-edge and thorough security evaluations. Our all-encompassing cybersecurity solutions not only assist organizations in assessing, developing, and managing their cybersecurity infrastructure, but also empower them to effectively respond to incidents and crises when they arise. We conduct rigorous testing across all IoT devices to prevent and address security vulnerabilities in hardware, firmware, mobile applications, cloud services, and more. Our assessments measure the resilience of your systems, applications, and security protocols against both online and offline threats. We provide tailored countermeasures to meet all of your security requirements, ensuring you conserve time and resources during the bug fixing and patching processes. By proactively mitigating potential risks to your products, we help you achieve complete security. Additionally, we protect your AI applications from unique and potentially grave security and privacy issues. Our in-depth auditing methods thoroughly examine every aspect of your system to uncover possible attack vectors, guaranteeing a robust defense against evolving threats. We believe that with the right strategies in place, organizations can significantly enhance their overall security posture and confidence.

Phosphorus serves as an essential tool for safeguarding the rapidly expanding and frequently overlooked enterprise IoT environment. It offers comprehensive visibility down to specific device models and firmware versions, ensuring complete awareness of all embedded devices within your network. With its patented technology, Phosphorus enables seamless firmware updates and credential rotation for all your IoT devices with just a single click. Unlike conventional scanners that focus solely on identifying vulnerabilities or necessitate costly Spanports, Phosphorus's scanner efficiently detects all IP-enabled IoT devices on your network without disrupting their operations. Achieve robust protection for your enterprise with our innovative solutions, which also facilitate IoT inventory audits. Ensure compliance with necessary regulations and industry standards while automating crucial processes such as policy enforcement and patch management, all while significantly reducing expenses. By integrating these capabilities, Phosphorus not only enhances security but also streamlines IoT management.

Cruz IoT Device Director is a comprehensive, scalable management tool that securely and efficiently monitors, manages, and onboards IoT devices from all vendors. IT staff can automate deployment of bulk IoT device, monitor alerts, notifications, troubleshoot devices, view audit logs, configure devices, and remotely push firmware updates across multiple devices through over-the air (OTA) updates.

CodeSentry is a Binary Composition Analysis (BCA) solution that analyzes software binaries, including open-source libraries, firmware, and containerized applications, to identify vulnerabilities. It generates detailed Software Bill of Materials (SBOMs) in formats such as SPDX and CycloneDX, mapping components against a comprehensive vulnerability database. This enables businesses to assess security risks and address potential issues early in the development or post-production stages. CodeSentry ensures ongoing security monitoring throughout the software lifecycle and is available for both cloud and on-premise deployments.

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.

Symbiote functions as a versatile, real-time, host-based intrusion defense system that is not dependent on any specific operating system, utilizing specialized defense modules while also reallocating idle CPU cycles for its protective measures. This innovative solution is tailored to safeguard a broad range of embedded devices, including printers and PLCs, and is applicable to any hardware, regardless of its operating system or CPU architecture. Inspired by natural defense mechanisms such as diversification and mutualistic relationships, Symbiote Defense effectively shields embedded systems from numerous threats. Remarkably, it requires no modifications to the vendor’s original code, additional hardware, or upgrades, all while maintaining the device's inherent functionality. The Red Balloon Symbiote Defense integrates seamlessly into the device’s binary code and data, employing a randomized approach to firmware injection. This method ensures that the defense remains unobtrusive and adaptable to various environments. Thus, Symbiote not only enhances security but also preserves the operational integrity of the devices it protects.

PFP offers a cloud-based service that analyzes power behavior dynamically, facilitating Integrity-Assessment-as-a-Service for various devices compatible with its technology. These devices gather unintended emissions data, such as electromagnetic signals or current, through methods that are non-contact, over power lines, or embedded within the devices themselves. By creating a unique fingerprint that encompasses the hardware, firmware, and configuration of these devices, PFP can effectively authenticate, monitor, and respond to or preempt malicious activities, including those related to supply chain threats, implants, and insider tampering. The PFP AI platform is designed to continuously oversee the systems in question, enabling timely remediation by reverting to a known safe state prior to any potential harm. By merging artificial intelligence with analog power analysis, PFP is paving the way for next-generation cyber protection solutions. Their patented technology ensures the security of systems by meticulously tracking power usage data and issuing immediate alerts if any unauthorized execution is detected. Furthermore, PFP's innovative technology can be integrated into existing systems or incorporated into devices during the manufacturing process, enhancing security from the ground up. This adaptability allows for a broader range of protection across multiple industries, ensuring comprehensive defense against evolving cybersecurity threats.

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.

Eclypsium®, which protects enterprise devices at the hardware and fundamental firmware layers, ensures their health and integrity. This is something that traditional security cannot protect. Eclypsium adds a layer of security to protect the vital servers, networking gear, laptops, and computers at the heart of every company. Eclypsium provides security for the hardware and firmware, as opposed to traditional security that protects only the software layers of a device. Eclypsium detects and corrects low-level vulnerabilities and threats to traditional security, from the device's initial boot process to its most fundamental code. High-fidelity views of all enterprise devices, including servers, networking gear and laptops, are available. Automatically identify vulnerabilities and threats in every hardware and firmware component of each device. You can access devices on-premises and remotely, including remote work and BYOD.

ZeroThreat.ai is an AI-powered web application and API pentesting platform designed to identify real, exploitable vulnerabilities—not just surface-level findings. Built for modern engineering teams, it combines Agentic AI pentesting with a high-performance scanning engine to deliver up to 10× faster, deeply validated security testing. Unlike traditional DAST tools that rely on static signatures and generate excessive noise, ZeroThreat.ai executes adaptive, attacker-style workflows that evolve based on application behavior. Its interpreter-driven vulnerability intelligence continuously ingests emerging threats and newly disclosed CVEs, enabling near real-time detection updates and rapid CVE-to-exploit mapping. The platform supports over 100,000 vulnerability checks, including native Nuclei template execution, and extends beyond known issues with zero-day detection through behavioral pattern analysis. It validates every finding through live exploit execution, ensuring only real, impactful vulnerabilities are reported—with clear proof of risk and exposed data. ZeroThreat.ai is purpose-built for modern applications, with advanced browser automation for SPAs, authenticated testing, and complex multi-step workflows. It identifies critical issues such as auth bypass, business logic flaws, and workflow abuse that traditional scanners miss.

Santoku focuses on mobile forensics, analysis, and security through a user-friendly, open-source platform. It offers automated scripts for tasks such as decrypting binaries, deploying applications, and enumerating app details. Additionally, there are scripts available to identify prevalent problems within mobile applications. There are also utilities designed to emulate network services for dynamic analysis. The platform provides a range of useful tools and scripts tailored specifically for mobile forensic investigations. Furthermore, it includes firmware flashing tools compatible with various manufacturers, along with graphical user interface (GUI) tools to facilitate seamless deployment and management of mobile applications. This combination of features makes Santoku an invaluable resource for professionals in the field of mobile forensics.

SonicWall Capture Client serves as an integrated platform that provides a range of endpoint protection features, such as advanced malware defense and insights into application vulnerabilities. It utilizes cloud-based sandbox testing for files, extensive reporting capabilities, and enforcement mechanisms to ensure robust endpoint security. Furthermore, it offers reliable guarantees regarding client safety, along with user-friendly and actionable intelligence and reporting tools. The platform inspects files that may be poised for activation within a cloud sandbox environment. It employs dynamic white and blacklisting techniques alongside cloud intelligence to enhance security measures. Advanced static analysis is used to detect threats during the download process, and shared threat intelligence from SonicWall’s verdict database is leveraged for improved defense. Users can visualize threat maps to trace the origins and destinations of threats, enabling a clearer understanding of their security landscape. Additionally, the system allows for cataloging applications to identify any potential vulnerabilities they may have, ensuring that users maintain a comprehensive view of their security posture and can take necessary action on any risks identified.

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.

Shielded VMs are fortified virtual machines on Google Cloud that incorporate a range of security measures designed to safeguard against rootkits and bootkits. By utilizing Shielded VMs, enterprises can shield their workloads from various threats, including remote intrusions, privilege escalations, and harmful insider actions. These VMs utilize sophisticated security features such as secure and measured boot processes, a virtual trusted platform module (vTPM), UEFI firmware, and continuous integrity monitoring. With just a few simple clicks, users can activate Shielded VMs, providing protection against sophisticated threats from malicious insiders, compromised guest firmware, and both kernel and user-mode vulnerabilities. This streamlined process makes it easier than ever to enhance the security posture of cloud-based workloads.

The 1Exiger platform from Exiger offers end-to-end visibility and advanced risk analytics to improve third-party and supply chain management. Using AI and the largest global dataset, 1Exiger helps organizations assess risks, validate supply chain data, and take swift, informed actions to mitigate potential disruptions. With integrated tools like DDIQ for due diligence, ScreenIQ for sanctions screening, and SDX for supply chain visibility, the platform enables seamless risk management, empowering businesses to build more resilient, efficient supply chains.

Deepbits Platform is based on years of academic research and generates software bill-of-materials (SBOMs), directly from application binaries or firmware images. It also protects digital assets, by integrating into the software supply chain's lifecycle. - without requiring any source code

Suavei Internet Security offers advanced Threat Management specifically designed for IoT, ensuring that we identify your vulnerabilities before they can be exploited by hackers. In today's landscape, computer networks are riddled with vulnerabilities, particularly in remote areas, despite significant investments being made in tools and processes that often prove to be inefficient and resource-draining. With the surge in the number of network-connected devices, each poses a risk that can compromise even the strictest security measures in place. Alarmingly, most organizations lack visibility into approximately 80% of the devices connected to their networks, which further complicates their security posture. The current cybersecurity solutions available are inadequate in addressing the growing threats, primarily due to their reliance on outdated and static methodologies. Suavei emerged from the recognition of three critical shortcomings in existing vulnerability scanning products: they often fail to accurately and reliably identify connected devices, they struggle in environments with slow network speeds, and they lack the adaptability needed for modern security challenges. By tackling these issues head-on, Suavei aims to provide a more effective and comprehensive security solution for IoT environments.

Traditional methods of cybersecurity fall short when it comes to safeguarding modern IT/OT/ICS software and devices. The generation of Software Bill of Materials (SBOM) is primarily focused on identifying only known vulnerabilities in existing software. Moreover, source code analysis alongside static application security testing (SAST) often yields excessive false-positive results, which can hinder timely remediation efforts. Additionally, network scans can be ineffective for devices that are not directly connected to the network. To achieve deeper security insights, consider BinLens™—an all-encompassing solution for advanced binary analysis. Formerly known as the ObjectSecurity OT.AI Platform, BinLens™ takes an integrated approach that merges various techniques to identify potential zero-day vulnerabilities with exceptional accuracy. Its capabilities are enhanced by automated symbolic execution, which is particularly adept at revealing memory-safety violations and other undefined behaviors present in binary programs, leading to a significantly reduced false-positive rate compared to other tools available in the market. Furthermore, BinLens™ simplifies and automates critical manual reverse engineering processes such as static analysis, disassembly, and decompilation, making it an invaluable asset in the realm of cybersecurity.

OpenWrt is an adaptable GNU/Linux distribution designed specifically for embedded devices, especially wireless routers. In contrast to many other router distributions, OpenWrt is engineered from the ground up to function as a comprehensive and easily customizable operating system for embedded systems. This design philosophy ensures that users can access all essential features without unnecessary bloat, thanks to its reliance on a modern Linux kernel. Rather than offering a single, unchangeable firmware, OpenWrt features a fully writable filesystem accompanied by optional package management. This versatility liberates users from the limitations imposed by manufacturers regarding application choices and configurations, allowing for tailored modifications to meet any specific application needs. Furthermore, for developers, OpenWrt serves as a robust framework that enables the creation of applications without the necessity of building an entire firmware image or distribution around them, thus simplifying the development process. Ultimately, this makes OpenWrt an appealing choice for both end-users and developers alike.

Efficiently oversee and control your servers with a range of Intel® server management tools and firmware designed to notify users of potential issues, help maintain up-to-date firmware, and keep track of power and thermal conditions within the data center. Gain complete server management capabilities through the use of a virtual keyboard, video, mouse (KVM), and virtual media redirection. At the heart of this system is a Baseboard Management Controller (BMC), a dedicated microcontroller located on the server's motherboard, equipped with features and northbound interfaces that enable users to monitor and manage their servers using custom management software, established solutions like Intel® Data Center Manager and Intel® Server Utilities, or third-party applications. The platform also offers comprehensive Redfish schemas for managing and updating firmware while keeping an organized asset inventory. Additionally, it fully supports legacy protocols like IPMI, SNMP, and SMTP, with IPMI ensuring 2.0 compliance and incorporating several extra OEM commands for enhanced functionality. This robust infrastructure ensures that users have a reliable and detailed way to maintain optimal server performance.

The Black Kite RSI employs a systematic approach that includes examining, converting, and modeling data gathered from a range of open-source intelligence (OSINT) channels, such as internet-wide scanners, hacker forums, and the deep or dark web, among others. By leveraging this data alongside machine learning techniques, it uncovers correlations among control items to generate reliable approximations. This process is operationalized through a platform designed to seamlessly integrate with various tools, including questionnaires, vendor management systems, and established process workflows. Moreover, it automates compliance with cybersecurity regulations, thereby mitigating the risk of breaches through a robust defense-in-depth strategy. The platform capitalizes on Open-Source Intelligence (OSINT) and non-intrusive cyber scans to detect possible security threats without ever engaging directly with the target customer. It identifies vulnerabilities and attack patterns across 20 distinct categories and over 400 controls, positioning Black Kite as three times more thorough than its competitors in the industry, thereby ensuring a deeper level of security and risk assessment. This comprehensive approach not only enhances security measures but also fosters greater confidence in safeguarding sensitive information.

Recognized as a premier penetration testing provider, Rhino Security Labs delivers thorough security evaluations tailored to meet the distinct high-security demands of its clients. Our team of penetration testing specialists possesses extensive expertise in uncovering vulnerabilities across various technologies, including AWS and IoT. Assess your networks and applications to uncover emerging security threats. Rhino Security Labs is at the forefront of the industry when it comes to web application penetration testing, effectively detecting vulnerabilities in numerous programming languages and environments. Whether it's modern web applications hosted on scalable AWS platforms or older applications within traditional infrastructures, our security professionals have successfully protected sensitive data worldwide. With numerous zero-day vulnerabilities reported and our research frequently featured in national media, we continually demonstrate our dedication to providing outstanding security testing services. We are committed to staying ahead of the curve in cybersecurity, ensuring our clients are well-equipped to face evolving threats.

Given that numerous IoT implementations involve vast numbers of devices, often ranging from hundreds of thousands to millions, it becomes crucial to effectively track, oversee, and manage these connected device networks. Ensuring the performance and security of your IoT devices post-deployment is vital. In addition, it is necessary to safeguard access to these devices, keep an eye on their health, identify and resolve issues remotely, and handle software and firmware upgrades. AWS IoT Device Management simplifies the process of securely registering, organizing, monitoring, and managing your IoT devices on a large scale. With this service, you can register your devices one by one or in bulk, and efficiently manage their permissions to maintain security. Furthermore, it allows you to categorize your devices, monitor their performance, troubleshoot any issues, check the status of devices in your network, and send over-the-air (OTA) firmware updates—all via a user-friendly, fully managed web application. This comprehensive management solution ensures that your IoT ecosystem remains robust and efficient, reducing the potential for downtime and enhancing overall operational effectiveness.

Mongoose OS is an open-source operating system available in two variants: Community and Enterprise. It offers reliable Over-The-Air updates, secure device provisioning, and remote management, ensuring trusted and proven performance in various applications. Released under the Apache 2.0 license, it allows for commercial licensing and support options. Mongoose OS has been integrated into numerous commercial products, with hundreds of millions of devices actively deployed in production settings. As a recognized partner of Google Cloud IoT Core, it is also recommended by Microsoft Azure IoT for its capabilities in OTA updates, automatic device management, and large-scale firmware deployment. The Azure IoT Hub showcases how to effectively manage firmware updates for devices using Mongoose OS through Over-The-Air capabilities, while Google Cloud IoT Core utilizes MQTT for seamless communication between devices. This robust platform continues to evolve, catering to the needs of developers and organizations focusing on IoT solutions.

SCADAfence stands at the forefront of cyber security for operational technology (OT) and the Internet of Things (IoT) on a global scale. Their comprehensive range of industrial cybersecurity solutions ensures extensive protection for sprawling networks, delivering top-tier capabilities in network monitoring, asset discovery, governance, remote access, and securing IoT devices. By collaborating with a team of experienced professionals who specialize in OT security, organizations can significantly decrease their mean time to detect (MTTD) and mean time to recovery (MTTR). Each monthly OT security report equips you with detailed insights into your network’s OT assets, enabling timely remediation of potential threats before they can be exploited. Furthermore, this proactive approach not only fortifies your defenses but also enhances overall operational resilience.

PatrowlHears enhances your vulnerability management for internal IT resources, which include operating systems, middleware, applications, web content management systems, various libraries, network devices, and IoT systems. A wealth of information on vulnerabilities and associated exploitation notes is made readily available to you. The platform facilitates continuous scanning of websites, public IPs, domains, and their subdomains to identify vulnerabilities and misconfigurations. It also conducts thorough reconnaissance, encompassing asset discovery, comprehensive vulnerability assessments, and remediation verification. The service automates processes such as static code analysis, evaluation of external resources, and web application vulnerability assessments. You can access a robust and regularly updated vulnerability database that is enriched with scoring, exploit information, and threat intelligence. Furthermore, metadata is meticulously gathered and vetted by security professionals utilizing both public OSINT and private sources, ensuring a high level of reliability. This thorough approach not only enhances your security posture but also helps in proactive risk management.

OpManager MSP is a comprehensive monitoring and management tool from ManageEngine that allows service providers to monitor network devices for their clients. It has an easy-to use interface that streamlines management tasks and reduces workload. It also helps optimize the performance of client network devices. OpManager MSP provides network visualization capabilities to provide a consolidated view across multiple client networks. Resources can be saved by automating basic maintenance tasks and troubleshooting and by analyzing network performance. The new NCM Add-on in OpManager MSP enables managed service providers (MSPs) to efficiently manage network configurations and compliance, as well as identify firmware vulnerabilities, for improved security. This tool simplifies management of multi-client network and various components, eliminating the requirement for multiple tools.

Tenable One offers a groundbreaking solution that consolidates security visibility, insights, and actions across the entire attack surface, empowering contemporary organizations to identify and eliminate critical cyber risks spanning IT infrastructure, cloud systems, essential infrastructure, and beyond. It stands as the only AI-driven platform for managing exposures in the market today. With Tenable's advanced vulnerability management sensors, you can gain a comprehensive view of every asset within your attack surface, including cloud systems, operational technologies, infrastructure, containers, remote employees, and modern web applications. By analyzing over 20 trillion components related to threats, vulnerabilities, misconfigurations, and asset data, Tenable’s machine-learning capabilities streamline remediation efforts by allowing you to prioritize the most significant risks first. This focused approach fosters necessary enhancements to minimize the likelihood of serious cyber incidents while providing clear and objective assessments of risk levels. In this rapidly evolving digital landscape, having such precise visibility and predictive power is essential for safeguarding organizational assets.

The Device OS provides a user-friendly programming framework that simplifies the creation of applications for your devices. With just a single line of code, you can securely transmit messages to the web. There are four essential communication primitives available for interaction with the web via the Device Cloud. This platform stands out as the only IoT solution that offers a complete integration of hardware, software, connectivity, and cloud infrastructure right from the start, enabling you to quickly and safely execute OTA updates of any size. The setup process is straightforward, allowing you to implement remote updates within minutes without the need for custom integrations. Our distinctive Intelligent Firmware Release feature incorporates context awareness, allowing fleet-wide OTA firmware updates to be completed in mere minutes. Moreover, Particle supports both individual device and fleet-wide OTA functionalities that effortlessly scale with your fleet, accommodating everything from prototypes to full-scale production. This ensures that as your needs evolve, the platform can adapt accordingly.

mDash serves as a comprehensive framework designed for the creation and management of connected devices. Its primary focus is on delivering a powerful yet user-friendly device management experience. Notably, mDash features an unparalleled remote control system that includes one-click firmware updates (OTA), file management, device shadow/twin capabilities, remote function calls, access control, notifications, a database, and much more. This framework can operate independently or in conjunction with various cloud platforms, such as AWS IoT, Azure, and Google Cloud. For a business to successfully deploy a product using mDash, it must first develop the hardware component—the physical device itself. Furthermore, mDash offers reference firmware and a mobile application that are straightforward to customize, reducing the necessity for external development assistance. This flexibility allows businesses to adapt their connected products to meet specific market needs efficiently.

We assist organizations in making informed purchasing choices. Gain deeper insights into your supplier expenditures, identify potential business risks, and consider the ethical ramifications of your decisions. Robobai: Modern procurement solutions tailored for the present. Optimize your resources and cut costs. Our advanced AI platform analyzes your spending behavior and offers recommendations along with intelligent, real-time insights to elevate your business performance. Achieve comprehensive visibility. We illuminate the entire procurement process by delivering thorough visibility and analytics, which empower you to adjust your spending patterns over time, thereby enhancing cash flow and profitability. Recognize your risks. In today's environment, being aware of supplier risks—stemming from fraud, geographical supply chain issues, or cybersecurity threats—is crucial for making impactful spending decisions. Mitigate harm. Reduce negative impacts on your business with detailed analytics regarding your suppliers’ environmental and social effects, ensuring responsible procurement practices that contribute positively to society. By prioritizing these aspects, we create a foundation for sustainable growth and enhanced decision-making.

We have eliminated malware infiltration risks by using QR code transmissions. This has allowed us to deliver a level of transparency that isn't possible via Bluetooth or USB. Find out how to verify every transmission that enters or leaves the Keystone. Secure Element, a proprietary bank-grade security element, ensures that your private keys are never lost from the Keystone. The Secure Element generates an authentic random number for your private key and is essential to ensure your crypto assets are kept in the most secure manner possible. Open source firmware that is compliant with BIP32, BIP39 and BIP44 is also available. Keystone pioneered the first open-source Secure Element firmware for hardware wallets. It allows you to see how private key derived from physical generated entropy (TRNG), and it remains completely contained within the Secure Element. Open source are our hardware wallet application layer (circuit diagram), device schematic (circuit diagram) and bill of materials(BOM).

Supply Chain Catalyst offers a comprehensive overview of suppliers, encompassing various risk dimensions such as financial, sustainability, reputation, and operational factors, enabling users to identify vulnerabilities and foresee possible disruptions throughout the supply chain. This tool is especially beneficial for organizations with intricate supply chains and distribution systems, as it enhances decision-making processes during the onboarding and oversight of suppliers, ultimately reducing risk exposure. Leveraging the prestigious Orbis database, Supply Chain Catalyst empowers companies to concentrate on critical risk elements, including financial instability, reputational threats, and vulnerability to significant climate occurrences, alongside broader enterprise risks. By integrating their own supplier insights with our extensive corporate data, detailed risk metrics, and powerful analytical resources, firms can achieve a more holistic understanding of their supply chain dynamics. This approach not only strengthens risk management practices but also fosters more resilient supply chain strategies in the face of uncertainties.

Your mission-critical systems carry the weight of your entire organization. Protecting them shouldn't leave you guessing about hidden vulnerabilities or compliance risks. Rocket® z/Assure™ Vulnerability Analysis Program (VAP) is a specialized mainframe security solution built to proactively scan and safeguard your most valuable environments. By identifying system-level risks before they become active threats, we partner with you to ensure your infrastructure remains locked down, resilient, and fully compliant. We understand the responsibility of managing enterprise security, and our tool gives you the exact insights you need to confidently eliminate weak points. Key benefits for your security team: - Identify and resolve hidden vulnerabilities with deep, automated scanning. - Protect your mission-critical data from evolving external and internal threats. - Streamline compliance reporting with clear, actionable security insights. Take control of your mainframe security. Partner with Rocket Software to protect your digital foundation today.

Karamba Security’s XGuard offers a comprehensive solution that combines embedded software agents with a cloud-based backend system. These XGuard agents effectively block malware and fileless attacks in a deterministic manner. Meanwhile, the backend engine identifies unusual behaviors and sends proactive alerts regarding potentially suspicious devices. Integrated into the firmware build toolchain, XGuard agents require no source code alterations, thereby leaving development processes untouched and ensuring a seamless integration with product binaries. The processes for verification and validation remain intact; the product software image undergoes testing with XGuard embedded, avoiding any modifications to existing test plans, as the incorporation of XGuard does not interfere with product functionality. Furthermore, XGuard adapts automatically to various device and fleet behaviors without necessitating user intervention. This innovative software solution empowers OEMs and device manufacturers to confidently guarantee their customers robust protection against cyber threats while simplifying their security measures. Ultimately, XGuard represents a significant advancement in the fight against cyberattacks.

Forescout serves as an all-encompassing cybersecurity solution that delivers real-time insights, control, and automation to effectively manage risks associated with various devices and networks. The platform equips organizations with the tools needed to observe and safeguard a wide spectrum of IT, IoT, and operational technology (OT) assets, ensuring they remain well-protected against cyber threats. By implementing Forescout's Zero Trust approach alongside its integrated threat detection features, companies can enforce compliance for devices, manage secure access to networks, and maintain ongoing monitoring to identify vulnerabilities. Tailored for scalability, Forescout’s platform furnishes valuable insights that enable organizations to reduce risks and boost their security stance across multiple sectors, including healthcare, manufacturing, and beyond. The comprehensive nature of Forescout's offerings ensures that businesses are better prepared to navigate the evolving landscape of cyber threats.

Tailored to enhance your projects, Kii offers versatile deployment solutions for both public and private clouds. It connects a diverse range of devices to the cloud while maintaining high levels of availability and interoperability. Kii is stable, continuously monitored, and fully managed to ensure optimal performance and security, allowing for instantaneous scaling and remote firmware updates, thus relieving your IT team of platform management burdens. Although managing connections from various vendors can be challenging, Kii streamlines M2M, M2P, and P2P interactions through its API-driven platform. Additionally, you can tap into our vibrant community of mobile developers to create complementary applications that support your IoT projects. With Kii, you benefit from flexible public and private deployment choices, rapid server provisioning, and automated updates to the platform. We keep track of usage spikes and any performance issues, eliminating the need for you to monitor these factors. You can swiftly deploy, interact with, and manage the enabling or disabling of devices, as well as efficiently handle configurations and firmware updates from a distance, making your IoT operations seamless and effective. This comprehensive approach ensures that your technology needs are met without unnecessary complications.

Armis Centrix™ unifies cybersecurity operations by delivering continuous discovery, monitoring, and protection of every asset across complex hybrid networks. Its AI-powered intelligence engine enables security teams to detect unmanaged devices, assess vulnerabilities, and mitigate risks before attackers can exploit them. Organizations can manage IT systems, industrial OT environments, medical IoMT fleets, and IoT devices from a single platform with zero blind spots. The platform supports both on-premises and SaaS deployments, making it flexible for industries like healthcare, utilities, manufacturing, and critical infrastructure. VIPR Pro enhances the platform with automated remediation workflows, helping teams prioritize issues based on real-world threat activity. Early Warning intelligence provides insight into vulnerabilities actively being weaponized, ensuring organizations can act ahead of threats. Armis Centrix™ also improves business outcomes by increasing operational efficiency, supporting compliance, and strengthening resilience. Trusted by global enterprises and recognized by Gartner and GigaOm, Armis Centrix™ is built to meet the cybersecurity demands of modern digital environments.

As disruptions in the marketplace grow more frequent, companies must evolve their assessment and monitoring practices. How are you getting ready for these changes? Delve deeper into mapping and modeling your supply chains, gaining the ability to swiftly comprehend every aspect of your business relationships. By leveraging advanced natural-language AI models that specialize in supply chain data, we have created the most extensively interconnected and multi-faceted network of B2B relationships available today. Our systems provide ongoing surveillance of global events, offering immediate insights into supply chain vulnerabilities and strains throughout your entire business ecosystem, reaching down to the most granular level. It is crucial to instill resilience within your extended supply chain. Take proactive steps to manage cyber risks, uphold compliance with regulations, and secure your sourcing needs through a unified solution. Additionally, pinpoint connections to restricted and prohibited nations, evaluate legal and regulatory adherence, and uncover financial, cyber, governance, geographic, and operational risks associated with every supplier, no matter where they are located. Ensuring a robust and adaptable supply chain can safeguard your organization against unforeseen challenges and maintain operational continuity.

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.

CyAmast offers unparalleled insight and forensic capabilities in the realm of IoT security. With a user-friendly interface, it allows individuals to monitor the activities of both individual and grouped IoT devices effortlessly, delivering detailed real-time reports. This innovative Australian company is revolutionizing how enterprises and governmental bodies safeguard their networks against the relentless threat of cyber attacks. By leveraging cutting-edge technology powered by Artificial Intelligence and Machine Learning, CyAmast passively identifies, detects, classifies, and protects organizations from the rapidly expanding IoT attack surface. It meticulously compiles a comprehensive inventory of all existing, new, and replaced IoT devices connected to the network while generating vulnerability reports. Acting much like a security system, CyAmast promptly alerts network operators to any suspicious traffic patterns detected within the IoT and Operational Technology (OT) networks. Furthermore, it diligently logs network behaviors to ensure compliance with regulatory standards, enhancing overall cybersecurity posture. This proactive approach to network security not only mitigates risks but also empowers organizations to respond swiftly to potential threats.