Best IoT Security Software in Canada - Page 3

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.

Comprehensive security for all smart devices ensures privacy and safety for every family member. With award-winning cybersecurity solutions, Bitdefender BOX offers a full-fledged ecosystem tailored for your home network and connected devices. Safeguard every Internet-connected gadget, even those lacking built-in virus defenses. Bitdefender is adept at thwarting malware, password theft, identity fraud, cyberattacks, and much more. This protection extends to printers, security cameras, baby monitors, smart assistants, gaming consoles, media players, and beyond. Enjoy a worry-free online experience while Bitdefender provides unparalleled solutions for family safety. Working from home or overseeing your children’s online studies? We guarantee robust WiFi security. As a recognized leader in cybersecurity worldwide, Bitdefender delivers complete protection, backed by groundbreaking technologies that have earned numerous accolades from the most reputable independent testing organizations in the field. By choosing Bitdefender, you are investing in peace of mind for your entire household.

BugProve, established by ex-security researchers, provides an automated platform for firmware analysis. - Rapid Results: Simply upload firmware and receive a detailed security report within just 5 minutes. - Supply Chain Risk Management: Effectively pinpoint components and vulnerabilities while benefiting from optional CVE monitoring for regulatory compliance. - Zero-day Detection: Identify memory corruption vulnerabilities proactively to prevent potential exploits. - Comprehensive Hub: Access reevaluations, comparisons, and updates in an intuitive and user-friendly interface. - Easy Sharing: Disseminate findings effortlessly through live links or export them as PDFs for straightforward reporting. - Speedy Testing Process: Reduce pentesting time significantly, allowing for a focus on thorough discoveries and the development of more secure products. - No Need for Source Code: Conduct checks directly on firmware, utilizing static and dynamic analysis, multi-binary taint analysis, and additional methods. Still unsure? Try our Free Plan to experience the platform firsthand, with no obligations attached.

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.

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.

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.

RTI offers a specialized software connectivity framework tailored for advanced machines and tangible systems. By utilizing RTI Connext DDS, it fosters an intelligent architecture that facilitates real-time information sharing, enabling large-scale applications to function cohesively. RTI stands out globally for its ability to connect sophisticated, distributed systems. These interconnected systems enhance healthcare services, increase road safety, optimize energy consumption, and uphold individual freedoms. Built on the Connext DDS Databus, RTI’s software ensures that applications can share data instantaneously while maintaining the uninterrupted availability and security that are critical for mission-essential operations. The Connext Databus allows these applications to collaborate seamlessly as a unified entity, which significantly lowers costs associated with development, integration, and maintenance. RTI Connext represents a pioneering intelligent connectivity framework that is specifically designed to manage, oversee, secure, and enhance the performance of complex distributed systems, highlighting the company's commitment to innovation in this domain. By doing so, RTI not only addresses current technological challenges but also sets the stage for future advancements in connectivity solutions.

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.

Achieve efficiency with a comprehensive array of workload security features that safeguard your cloud-native applications, platforms, and data in any setting using a unified agent. With robust API integrations with Azure and AWS, Deep Security operates fluidly within cloud infrastructures. You can protect valuable enterprise workloads without the hassle of establishing and managing your own security framework. This solution also facilitates the acceleration and maintenance of compliance across hybrid and multi-cloud environments. While AWS and Azure boast numerous compliance certifications, the responsibility for securing your cloud workloads ultimately rests with you. Protect servers spanning both data centers and the cloud using a singular security solution, eliminating concerns about product updates, hosting, or database administration. Quick Start AWS CloudFormation templates are available for NIST compliance as well as AWS Marketplace. Furthermore, host-based security controls can be deployed automatically, even during auto-scaling events, ensuring continuous security in dynamic environments. This level of integration and automation allows organizations to focus more on their core business rather than security intricacies.

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.

Cybersecurity threats are evolving in complexity and becoming increasingly difficult to identify. Check Point Quantum Network Security offers highly scalable defense mechanisms against Generation V cyber threats across various platforms, including networks, cloud environments, data centers, IoT devices, and remote users. The Check Point Quantum Next Generation Firewall Security Gateways™ integrate SandBlast threat prevention, extensive networking capabilities, a unified management system, remote access VPN, and IoT security features to safeguard against even the most advanced cyber threats. With out-of-the-box SandBlast Zero Day protection, it provides top-tier threat prevention right from the start. Additionally, it offers on-demand hyperscale threat prevention performance, enabling businesses to achieve cloud-level scalability and resilience while operating on-site. By incorporating cutting-edge threat prevention measures and a streamlined management approach, our security gateway appliances are specifically engineered to thwart cyber attacks, minimize operational complexity, and reduce overall expenses, thereby enhancing your organization's cybersecurity posture significantly. This comprehensive protection ensures that your systems remain secure in an increasingly hostile digital environment.

Cylera offers a cybersecurity and analytics solution that is specifically engineered for rapid deployment and smooth integration within your network, ultimately conserving your resources and alleviating stress. Its passive integration feature minimizes the potential for disruptions while ensuring complete visibility across both on-premises and cloud networks for comprehensive deployment. With pre-built APIs, the solution allows for swift setup through out-of-the-box integrations. Its adaptable architecture supports collaboration among various teams and locations. More than just a standard cybersecurity solution, Cylera is tailored for intricate and high-stakes environments, marrying extensive contextual awareness with a profound understanding of operational processes. Powered by our AI-driven cybersecurity and intelligence platform, we deliver real-time insights to address challenges in information technology and cybersecurity. With Cylera, you can effortlessly monitor your existing networks, as it seamlessly connects with many of the platforms you rely on daily, enhancing your overall operational efficiency. Leverage Cylera to not only bolster security but also to streamline your entire network management process.

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.

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.

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.

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.

Our platform, driven by Continuous Threat Detection (CTD) and Secure Remote Access (SRA) solutions, offers a comprehensive suite of industrial cybersecurity controls that integrate flawlessly with your current infrastructure, scale easily, and boast the lowest total cost of ownership (TCO) in the industry. These robust cybersecurity controls are built around the REVEAL, PROTECT, DETECT, CONNECT framework, ensuring you have the necessary tools to enhance your industrial cybersecurity, no matter your current stage in the journey. The Claroty Platform is utilized across various industries, each presenting its own specific operational and security challenges. Effective industrial cybersecurity begins with a clear understanding of what needs protection, and our platform eliminates the obstacles that hinder industrial networks from securely connecting to essential business operations, allowing for innovation while maintaining an acceptable risk threshold. By prioritizing security without sacrificing operational efficiency, our solution enables businesses to thrive in an increasingly complex digital landscape.

The rapid growth of the Internet of Things (IoT) introduces an increasingly complex threat landscape that must be addressed. As the number of connected devices surges, the necessity for robust identities becomes critical to foster trust and ensure effective security measures are implemented. BK serves as a secure software solution for root key generation and management tailored for IoT security, enabling manufacturers to give their products a unique identity generated internally, eliminating the need for expensive, dedicated security hardware. By utilizing SRAM PUF technology, BK stands out as the sole option for providing a hardware entropy source that does not require integration during silicon manufacturing. This flexibility allows for installation at any point in the supply chain and even enables remote retrofitting on devices that are already operational. Consequently, BK facilitates an unprecedented approach to establishing a remote hardware root of trust, which is essential for scaling the IoT ecosystem to accommodate billions of devices while maintaining security integrity. This innovative capability represents a significant leap forward in managing IoT security challenges.

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.

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.

The Internet of Things has resulted in an expansive attack surface, with a staggering 80% of IoT devices relying on wireless connectivity. Current networks and organizations were not designed to accommodate the overwhelming number, speed, and interconnectedness of these intelligent devices. As a result, many companies face difficulties in recognizing IoT devices present in their systems, which leads to the emergence of new vulnerabilities in security. AirShield addresses this challenge by offering a thorough view of the IoT and operational technology (OT) threat landscape, enabling the detection, evaluation, and mitigation of risks associated with unmanaged, insecure, and misconfigured IoT devices. Through its non-intrusive approach, AirShield delivers real-time insights and extensive monitoring capabilities for a wide range of wireless devices across IoT, Industrial Internet of Things (IIOT), Internet of Medical Things (IOMT), and OT settings, regardless of the operating system, protocol, or type of connection. Furthermore, AirShield sensors integrate seamlessly with the LOCH Machine Vision Cloud, eliminating the need for any on-premise server installations, which streamlines the deployment process. This innovative solution is essential for organizations aiming to enhance their security posture amidst the growing complexities of IoT environments.

In the realm of 5G cellular IoT, effectively forecasting and managing expenses, monitoring policies and behaviors, evaluating vulnerability conditions, and identifying as well as addressing real-time threats is impossible without comprehensive visibility, advanced instrumentation, and actionable guidance. AirHook stands out as a premier cellular IoT security solution, equipping organizations with a sophisticated, multi-faceted strategy to address cellular risks, costs, and threats as they occur. With a unified interface, users can effortlessly manage all of their cellular IoT devices while enjoying support from multiple carriers. This service also offers valuable operational insights and anticipatory revenue analytics through detailed data usage assessments, resolution of departmental operational challenges, and efficient troubleshooting processes. Users benefit from rule-based notifications, enabling them to swiftly identify recurring issues and make well-informed decisions. Additionally, it facilitates the coordination of back-office billing, management of cost centers, and balancing of data pools. Furthermore, AirHook integrates a predictive IoT analytics framework alongside its patented capabilities for cellular intrusion detection, ensuring robust security measures are in place. This comprehensive approach not only enhances security but also empowers organizations to respond proactively to emerging threats.

Atonomi has developed a universal trust environment specifically for the Internet of Things (IoT). This platform is intended to ensure that device identities are immutable and to facilitate both interoperability and reputation within an interconnected ecosystem. By leveraging blockchain technology, Atonomi seeks to empower IoT solutions to utilize its framework for conducting secure transactions. Its parent organization, CENTRI Technology, is recognized for its expertise in securing data for devices with limited resources. By integrating the Atonomi SDK into their IoT devices, developers and manufacturers can harness blockchain capabilities along with the Atonomi trust environment. Remarkably, Atonomi maintains a compact SDK size of only 50 Kb for most devices, ensuring it can operate effectively within the stringent limitations of IoT environments. This approach underscores the importance of creating solutions that not only secure IoT devices but also align with their resource-constrained nature. Ultimately, Atonomi is paving the way for a more secure and connected future for IoT.

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.

Bastille stands out as the pioneering company that empowers enterprise security teams to evaluate and address the risks posed by the expanding Internet of Radios. Their innovative software and patented security sensors offer insights into devices that emit radio signals—such as Wi-Fi, Cellular, Bluetooth, BLE, and various IoT communications—within the airspace of an organization. A fundamental aspect of Bastille’s solution is its precision in pinpointing the locations of cell phones and other radio frequency emitters in the monitored area. Earlier solutions, which relied on spectrum analyzers or basic software-defined radios with minimal analytics, were limited to presenting vague clouds of cellular energy that could indicate the presence of one to ten devices, but often lacked specificity regarding their exact distance. In contrast, Bastille's groundbreaking technology allows for the clear identification and real-time localization of multiple cell phones and other emitters, enabling a detailed differentiation of all cellular devices in operation. This advancement marks a significant leap forward in managing the complexities of modern wireless communications within enterprise environments.