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Enterprise Document Centralization Success Case

The client was using a Document Centralization system for internal security,
but required the BQN Platform to improve real-time upload/download speeds for large files and system stability.

Optimizing Business with Document Centralization Systems

Optimized performance, stability, and eliminated bottlenecks using BQN Platform's AI algorithms
for a large-scale Document Centralization system used by over 3,500 users.

Pain Points (Before)

  • Connection speed delays occurred after building the centralization system for security.
  • Decrease in business productivity due to slow system response times.
  • Increased investment costs and maintenance burden due to unplanned server expansion.

Network Environment

  • Accommodating over 3,500 concurrent users at scale.
  • Core systems located in the DMZ zone behind firewalls.
  • Frequent large file transfers due to the nature of their business.

Applied BQN Platform Optimization Technologies

TCP Optimization & Acceleration

Automated acceleration of TCP traffic
through Plug-N-Play operations.

AI Congestion Control

Artificial Intelligence (AI) based
automated traffic congestion management.

Real-time Traffic Management

Analyzes traffic flows across all network sections
in real-time to prevent latency.

Performance Optimization Based on Data

Results - Speed Increase

Throughput Performance Comparison (Before vs After)

Mbps

Total Network Increase

+45.7%

DMZ Zone Increase

+58.3%

Network Session Reduction

Reduction of unnecessary sessions and load relief

Sessions

Reduced sessions by over 460%

Dramatically reduced load on security and network equipment after TCP optimization.

Implementation Results & Effects

Key performance metrics measured after BQN deployment

Total Network Performance

45.7% Improved

DMZ Zone (Doc System) Performance

58.3% Improved

Operational & Cost Benefits

Improved business productivity through enhanced connectivity
and significantly reduced procurement and maintenance budgets by suppressing unplanned server additions.