Compare Fixzy Assist vs. SecureDesk

Fixzy provides an instant connection for homeowners, tenants, and occupants to maintenance and repair professionals. By leveraging advanced augmented reality, artificial intelligence, and state-of-the-art computer vision, Fixzy's web application offers live video interaction and user-friendly tools that work seamlessly across mobile devices and desktop computers. With this innovative platform, property stakeholders can quickly address issues, alleviating stress, minimizing damage, and reducing the need for on-site visits regardless of time or location. The no-download format of Fixzy's web app allows technicians to assist occupants through their smartphones, enabling remote problem-solving that integrates pioneering AR and AI technology. Occupants are empowered to submit precise measurements, damage reports, and analyze issues using computer vision capabilities. You can schedule a live video session with us to experience how our experts can efficiently support your occupants with remote functionalities like live hand overlays, pointers, toolkits, document sharing, zoom features, and translation services, ensuring that assistance is always just a click away. This transformative approach not only enhances the speed of resolution but also elevates the overall service experience for everyone involved.

SecureDesk is a self-hosted platform aimed at remote support and device management specifically for Windows systems, ensuring that the user's own infrastructure handles all interactions without relying on external cloud services. It features two modes of connection: attended sessions, which provide real-time assistance with the end user's approval, and unattended access for managing devices that do not have staff present, like servers or kiosks. Additionally, for more complex troubleshooting needs, technicians can access a SYSTEM-level shell to execute administrative commands directly on the device. Central to its architecture is a robust encryption model; both the technician's console and the remote device independently create their own AES-256-GCM encryption keys, with connections initiated solely from the endpoints. The self-hosted relay that facilitates each session only transmits encrypted data and does not possess any keys, ensuring that even the operator of the relay cannot decrypt or view the content of the sessions. This design not only enhances security but also provides peace of mind to users who prioritize data protection during remote interactions.