Home
GitHub

Hyper Fetch

1. Introduction: Next-Generation Speed in Data Acquisition

Hyper Fetch is a multi-threaded download engine designed to meet the increasing data load of the modern web. Its primary goal is to minimize download times by utilizing network bandwidth to its ultimate limit.

2. Multi-Threaded Engine Architecture

The most significant technical difference of Hyper Fetch is that it downloads files by fragmenting them across numerous simultaneous threads instead of a single channel:

  • Fragmented Data Acquisition: To the extent supported by the server, the file to be downloaded is divided into logical segments, and a separate network request is created for each segment.
  • Simultaneous Processing: Each segment is processed by a different CPU core to prevent bottlenecks.
  • Dynamic Merging: Downloaded segments are merged in real-time on the RAM to minimize disk write latencies.

3. Security and Resource Integration

Hyper Fetch is not only speed-oriented but also works in full integration with Obside's security and performance ecosystem:

  • Antivirus Scanning: Downloaded data segments are scanned in real-time within the RAM buffer by the Download Security layer before they are even written to the disk.
  • Autonomous Resource Management: Working in integration with the Smart Resources feature, the engine autonomously adjusts the download speed and the number of threads when system resources are under heavy load.
  • Network Manager Integration: Every download process can be routed through specific proxy or VPN tunnels defined via the Network Manager.

4. Technical Advantages

  • Low Latency: Thanks to the multi-connection structure, server-side speed restrictions can be bypassed.
  • Error Recovery: Interrupted or failed download segments are automatically restarted without the need to redownload the entire file.
  • Low-Level Optimization: The engine is built on an optimized low-level architecture to provide maximum speed with minimum CPU usage.

5. Vision

Obside Hyper Fetch is based on the principle that speed is not a luxury, but a part of digital freedom. While protecting the user's time, it offers a stable and uninterrupted data transfer experience even under the most complex network structures.