bitByte Technologies
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    • Home
    • About Us
    • Solutions
      • TCP Optimization
      • Deep Packet Inspection
      • Forward/Reverse Proxy
      • BGP Optimization
      • PAM
      • DDoS Protection
      • Next Generation Firewall
    • Contact Us
bitByte Technologies
  • Home
  • About Us
  • Solutions
    • TCP Optimization
    • Deep Packet Inspection
    • Forward/Reverse Proxy
    • BGP Optimization
    • PAM
    • DDoS Protection
    • Next Generation Firewall
  • Contact Us

BGP Optimization

Introduction

   We provide BGP Performance Automation and optimization solutions for Inbound and Outbound for multi-homed networks that enables networks to automatically bypass congestion and outages by choosing the best performing provider in real-time. Noction IRP currently optimizes traffic routing for hundreds of networks around the world. 

Outbound Performance Optimization

   The solution actively probes remote prefixes for metrics such as packet loss, latency, throughput, historical reliability, and maximum peer capacity. Based on these actively gathered metrics, IRP computes a performance-based route optimization. The platform then announces the improved route to the network`s edge routers via a typical BGP session. 

   

IRP Challenges   Resolution: 

  1. Meeting the customer’s demand for 100% uptime.
  2. Keeping bandwidth usage below predefined commit levels to avoid penalties      and extra charges.
  3. Reducing the cost and time of network troubleshooting.
  4. Facing the low latency requirement.
  5. Avoiding network congestion and blackouts.
  6. Achieving consistency of throughput.


IRP Business Features:

  1. Enhance company’s SLA and KPIs du to 100% uptime guarantee.
  2. No extra charges or penalties to the international carriers due to preserving the predefined commit rate.
  3. Reducing the rate of upgrading international bandwidth due to a full real utilization of current available bandwidth.

Inbound Performance Optimization

    The Inbound Optimization feature allows automated shaping of ingress traffic based on a set of predefined user-specific rules, proprietary loss & latency metrics identification algorithm, and the use of providers’ traffic engineering (TE) capabilities. 

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