Best IoT Security Software in Canada

Cortex Xpanse constantly monitors the internet for assets to ensure that your security operations team is not exposed blind spots. Get an outside-in view on your attack surface. Identify and attribute all internet-connected assets, discover sanctioned or unsanctioned assets and monitor for changes. By detecting and preventing breaches, you can ensure compliance and ensure compliance. By identifying potential misconfigurations, you can reduce third-party risk. Avoid inheriting M&A security problems. Xpanse keeps a global inventory of all internet-facing assets. It is accurate, current, and constantly updated. This allows you to identify, evaluate, and mitigate attack surface risk. You can also flag potentially dangerous communications, assess supplier risk, and assess the security of acquired businesses. Before a breach occurs, catch misconfigurations and exposures.

Phosphorus provides the backbone to secure the rapidly expanding and often unmonitored enterprise IoT ecosystem. Phosphorus provides visibility down to the firmware version and device model, giving you complete, detailed visibility into all embedded devices in your network. Phosphorus's unique capabilities allow you to update all your IoT devices with the latest firmware and rotate credentials with a click. Phosphorus's scanner is not like traditional scanners which search for vulnerabilities and require expensive Spanports. It detects all IP-enabled devices on your network with a light touch, without "knocking over" them. Our solutions provide enterprise protection. Audit IoT inventories. Conform to industry regulations and compliance requirements. Automate key tasks such as policy enforcement and patching updates, all at a fraction the cost.

We provide support to our key clients in digital transformation, R&D, and innovation strategies. We have offices in five continents and offer our expertise and solutions around the globe. The new technologies and methodologies allow actors to benefit quickly from a successful digital transformation in the work environment. This provides everyone with interactive, collaborative, and participative tools that enable quick and easy information sharing and search. Critical systems like embedded systems are becoming more complex, connected, and efficient. Advanced technologies like AI and edge computing allow them to develop their own diagnosis. All the necessary knowledge to create and master these embedded hardware and other software systems, as far as remote middleware, communication means and remote middleware, is now available.

You can get streamlined with a complete range of workload security capabilities. Protect your cloud-native apps, platforms, data, and data in any environment using one agent. Deep Security seamlessly works in the cloud thanks to its strong API integration with Azure, AWS, and other platforms. Deep Security protects sensitive enterprise workloads without you having to create and maintain your own security infrastructure. You can accelerate and maintain compliance in hybrid and multi-cloud environments. AWS and Azure offer many compliance certifications. However, you are still responsible to secure the workloads that you place in the cloud. With one security product, you can secure servers across the cloud and data center. You no longer need to worry about product updates or hosting. Quick Start AWS CloudFormation templates are available for NIST or AWS Marketplace. These host-based security controls can be deployed automatically even if auto-scaling is enabled.

IT Standards for the IoT Space. Operational management of large-scale IoT deployments presents significant challenges. Endpoint protection capabilities, real time health monitoring & analysis and mitigation & maintenance. Protect connected devices in airports and ports from malicious actors who exploit vulnerabilities to compromise security operations. Allow airport and port staff to verify that their connected devices are up and running automatically. IoT devices are being deployed in large numbers at airports and ports to increase safety and security, as well as to improve passenger experience.

IoT applications must be reliable and secure. Software failures or security breaches can prove to be very costly in terms not only of money and time but also in terms safety. Unfortunately, current operations monitoring solutions are manual, ad-hoc, and inefficient. SensorHound™, an IoT-specific operation monitoring software, has created a proactive, automated, and systemic IoT-specific software. Our breakthrough solution is based on award-winning technology that was developed over a decade by top IoT researchers. It can significantly reduce operational and maintenance costs for IoT deployments. SensorHound's mission aims to improve security and reliability of IoT. Our software products provide continuous monitoring of the IoT in situ and sends you alerts with detailed diagnostic information if there are any security intrusions or software failures.

Symbiote is a platform-independent, OS-agnostic, real-time, host-based intrusion defense that works by layering specific defense modules and diverting unused CPU cycles for defense. Symbiote can protect all embedded devices, including printers and PLCs. It can be applied to any device, regardless of its OS, CPU type, and hardware. Symbiote Defense is based on strategies found in nature such as defense through diversification or defensive mutualism. It keeps embedded systems secure against a variety of attacks. It protects devices without the need for vendor code changes or any additional hardware upgrades. All of this without affecting the device's functionality. Red Balloon Symbiote Defense can be embedded into the binary code and data protecting the host. It is injected in random fashion into the firmware.

Customers and regulatory agencies have been compelled to demand better device security. This has resulted in increased demands from customers and regulators. For vendors and manufacturers, it has also significantly increased security-related risks to the bottom line, reputation, and business. Device security has become a strategic imperative to manufacturers, vendors, operators, and service providers in multiple verticals. This requires them to rapidly scale up their ability provide optimal device security across all product lines and business units. Vdoo is the only platform that automates device security throughout the entire device lifecycle, from design, development, testing, deployment, and maintenance. All the necessary building blocks must be embedded into the device's development to ensure maximum security.

Xage Security, a cybersecurity company, provides zero-trust asset protection for critical infrastructures, industrial IoT and operational technology environments. Fabric Platform is the foundation of all Xage products and use cases. It protects assets from attacks across OT IIoT IT and cloud. Xage's zero-trust approach to security is based upon the principle "never trust, and always verify." Xage authenticates users and devices prior to granting any access. Xage enforces granular policies based on asset risk, context and user identity. Xage products include: Zero Trust Remote Access Identity-Based Access Control Zero Trust Data Exchange Xage products are used by a variety of organizations including government agencies and utilities as well as industrial manufacturers. Xage customers rely on Xage for protection of their critical infrastructures, OT assets and industrial data against cyberattacks.

The IAP, with its innovative combination of blockchain, zero-knowledge and meta-consensus protocol, allows any of these parties, to cryptographically verify the existence of evidence or states, or to prove activities to anyone interested. They also allow for total transparency without sacrificing sensitive data privacy. Allow anyone to create a proof of existence, such as an historical event or a legal document, with a time stamp. Third parties, like auditors or consumers can independently verify the proof without compromising the privacy or confidentiality.

Every day, your devices connect to millions, if not billions, of other devices. This level of connectivity increases the risk of unauthorized access, which can cause irreparable damages to your assets. Secure authentication will keep your assets and connections safe. We have developed a solution that is universally applicable to any connected device in the internet of things. It combines both worlds - a secure cloud platform linked with a token physically attached on the device. Each industry faces its own challenges and risks when it comes to connected devices. Unauthorized access to connected medical equipment can pose serious threats to patient safety and privacy. Cyber-attacks on connected vehicles could compromise the braking, steering and acceleration controls. Any compromise to defense and aerospace systems could have catastrophic consequences.

Protect your revenue, create new products and combat cybercrime. The World Leader in Digital Platform Security. Irdeto protects platforms for video entertainment, games, connected transport, connected healthcare, and IoT-connected industries. Secured more than 6 billion devices and applications Over 50 years of experience in digital security. Key patent holders for whitebox cryptography. Nearly 1000 experts are located in 15+ offices across the globe. Video entertainment customers are helped to protect their revenues, create new offerings, and combat cybercrime. 600m+ streams secured monthly. 400+ operators protected. 40m+ software CA client devices protected. Number 1 in Video Games Protection. Connected Industries. Software security that protects applications and devices against hacking, tampering, and IP theft. 50m transactions protected per day. Leader in connected vehicle security.

Suavei Internet Security. Intelligent Threat Management for IoT. We detect your vulnerabilities before hackers do. Computer networks are vulnerable to hackers, especially in remote areas. This is despite the fact that a lot of capital has been spent on inefficient, time-consuming and resource-intensive tools and processes to protect them. Each of these devices can compromise even the most stringent network security procedures. The number of connected network devices is increasing rapidly. Most enterprises don't have visibility into the 80 percent of devices that are attached to their networks. The current cybersecurity products are not sufficient to stop the growing threats. This is due in large part to the fact that they use outdated, static techniques that are ineffective and out of date. Suavei was born out of three fundamental problems we found in active vulnerability scanning products. They don't accurately and reliably identify the devices. They are unable to handle slow network environments.