SFILE'S SaaS "ON-DEMAND" ARCHITECTURE
Sfile applications are built upon a unified, integrated platform leveraging cloud computing technology in order to provide the fastest, most robust, scalable and safe electronic document discovery solution available. Sfile products are developed using a component based, multi-tenant architecture leveraging Microsoft Server, SQL Server, AJAX and .NET technologies.
BENEFITS OF SaaS COMPUTING
• Fast setup
• Storage and processing capacity scales on-demand
• New features and fixes deployed quickly to all customers
DATA CENTER PHYSICAL SECURITY
Access to the data center is protected 24 hours a day. In order to gain entry into the data center all guests must pass through two-factor authentication barriers.
DATA CENTER NETWORK SECURITY
Our data center infrastructure combines proven security technology, best practices and experienced professionals to help ensure network security for Sfile systems. Using traffic profiling and anomaly detection capabilities, we manage and secure our networks, pinpoints and troubleshoot network attacks, monitor our servers and applications, and analyze network security performance issues.
SFILE APPLICATION & DATA SECURITY
Sfile provides multiple levels of application security. Users connect to Sfile using the Hypertext Transfer Protocol Secure (HTTPS), a combination of application level and encrypted network level security designed for secure Internet connectivity. HTTPS encrypts web pages prior to transmission and decrypting a message upon arrival at the user’s web browser. Sfile manages user ID’s and passwords using Microsoft Directory Services. Users are required to enter their ID and Password to enter the system. User access to data and functionality is determined by access rights assigned by the system administrator. Extensive audit logs are maintained of all user and system activity. When possible, Sfile data is stored on encrypted storage systems.
DATA BACKUP
Sfile uses disk-to-disk backup and recovery resources. This form of back up accelerates recovery from major system failures.