Backup

Multimodal and cross-platform backup architecture for data protection. Highly flexible custom system capable of managing heterogeneous sources and destinations (local, remote, cloud), with automated replication processes and instant notifications via Telegram and email.

Custom Backup & Data Resilience System – Multi-Level Modular Architecture

This solution is a proprietary backup framework designed to overcome the limitations of commercial software thanks to a completely modular and source-agnostic structure. The system is engineered to ensure data integrity in complex environments, allowing for maximum customization of backup workflows and timely recovery in disaster recovery scenarios.

Technical Features and Modularity:

  • Heterogeneous Data Sources: The system can operate simultaneously on local and remote file systems (via FTP or secure SSH/SFTP protocols). It natively supports extraction and dumping of local and remote SQL databases, with full compatibility for SQL engines MySQL, MariaDB, PostgreSQL and SQL Server.
  • Versatile Rescue Destinations: The framework's flexibility allows backups to be directed to multiple storage locations: from local storage servers to remote repositories (FTP/SFTP), up to the integration of encrypted endpoints for data saving.
  • Integrated Alerting System: Constant monitoring of each backup job with immediate sending of logs and confirmations of successful operations via Telegram and email channels, ensuring complete supervision without the need for manual access to the consoles.
  • Automation and Integrity: Automated procedures for verifying generated files and intelligent management of rotation cycles, ensuring that data versions are always consistent and readily available.

Integration Models:

  • Centralized Implementation (Managed Model): The entire backup flow orchestration and management process is hosted on dedicated infrastructures, reducing management complexity on the source node.
  • Independent Implementation (On-Premise): Installation of the framework within the network perimeter of the production infrastructure, ensuring complete data sovereignty and minimal latency in internal transfer processes.