Product Inquiry

Public Sector BQN Success Case

The target organization, with an environment of over 3,000 users, implemented the BQN platform to resolve network latency and user complaints caused by increased high-definition video and large-capacity traffic.

Service Improvement & Complaint Reduction

Solved internet service latency issues in local government aggregation networks using BQN Platform's AI algorithms, resulting in increased productivity and reduced complaints.

Current Status & Challenges

  • Need to identify exact causes of recurring internet speed latency
  • Need to resolve persistent internal user dissatisfaction and IT support burden
  • Need to improve work productivity affected by slow connections in branch offices

BQN Deployment Environment

  • Transparently connected between switches in Bridge Mode
  • Optimized and accelerated traffic in branch aggregation sections
  • Real-time user traffic monitoring and automatic congestion control

BQN Core Operational Technology

TCP Optimization & Acceleration

Maximizes data transfer efficiency by minimizing packet loss and accelerating response speeds.

Automatic Congestion Management (ACM)

Self-learns and manages network states through ML-based automatic congestion management.

Plug-N-Play

Provides immediate performance improvement by simply connecting devices without changing the existing NW environment.

Daily Complaints Before vs After Deployment

Achieved 0 latency complaints after operation began

Download/Upload Performance Improvement Rate

Average 31% performance increase after BQN application

Deployment Results & Operational Effects

Network Speed Increase +31%
User Complaints (Call/Day) 0 Cases
1
Innovation in User Satisfaction

After BQN implementation, internal user complaint calls regarding network latency were completely eliminated.

2
Securing Intelligent Stability

Stable service is maintained even during unexpected traffic surges through the ML-powered ACM feature.

3
Enhanced Productivity

Business and internet connection speeds significantly increased, improving actual task processing speeds for employees.