Technology
Saisei FlowCommand
Maximize network performance and stability
with cutting-edge traffic management technology.
Core Technology Overview
AI-Driven Traffic Analysis Engine
Leverages machine learning algorithms to analyze per-user traffic patterns and automatically control congestion.
Per-Flow Traffic Control
Uses per-flow queues to precisely control network flows, achieving bandwidth equalization and fair resource distribution.
Encrypted Traffic Automated Congestion Control
Effectively analyzes flow characteristics and automatically controls congestion even for encrypted traffic such as HTTPS and IPSEC.
DPDK-Based High-Speed Packet Processing
Implements Direct Packet Forwarding via Data Plane Development Kit technology, minimizing inter-interface transfer latency.
AI-Driven Automated Traffic Control
Limitations of Legacy QoS Systems
Static Policy-Based Control
Relies solely on pre-defined rules and fails to respond effectively to dynamic network conditions.
Limited Traffic Classification
Unable to accurately classify the diverse applications and protocols found in complex modern network environments.
DPI Rendered Ineffective
The rapid growth of encrypted traffic sharply reduces DPI recognition rates, rendering traffic control ineffective.
Inefficient Resource Utilization
Fixed bandwidth allocation prevents network resources from being utilized efficiently.
Legacy QoS systems struggle to deliver effective traffic management in modern network environments due to static policies and limited traffic classification. In particular, they cannot respond in real time to dynamic network conditions and are unable to accurately classify complex application traffic.
Relies solely on pre-defined static rules
Limited traffic classification capability
Unable to respond to real-time network conditions
Inefficient resource utilization
Limitations of Legacy QoS Systems
Saisei FlowCommand Automated Congestion Control
FlowCommand's automated congestion control detects network congestion in real time and automatically executes the optimal response through AI algorithms. This capability maintains consistent network performance without requiring manual intervention from network administrators.
Real-time traffic pattern analysis and anomaly detection
Machine learning-based traffic prediction and proactive response
Continuous performance optimization through self-learning
Dynamic policy application based on network conditions
AI-Driven Automated Network Congestion Control
Per-Flow Traffic Control
Independent Per-Flow Queue System
FlowCommand elevates the sophistication of network traffic management to a new level through its independent per-flow queue system. This innovative approach ensures that normal user traffic is unaffected even when controlling users or flows generating excessive traffic.
Benefits of Independent Per-Flow Queuing:
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Precise bandwidth allocation at the individual flow level
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Guaranteed quality of service for critical services even during traffic surges
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Fair network resource distribution per user
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Stable network performance maintained even under congestion
Precise Targeted Control Using Independent Per-Flow Queues
Flow Ratio Control
Continuously monitors the ratio of inbound and outbound network flows. When excessive inbound or outbound traffic is detected, the system identifies the situation as a potential DDoS event and automatically adjusts bandwidth.
Intelligent Delay-Based Rate Control for Non-Compliant Applications
Intelligently introduces delay to flows generating excessive traffic that does not respond to TCP flow control, preventing network congestion.
10-Level H-QoS
FlowCommand delivers powerful Hierarchical Quality of Service (H-QoS) capabilities that maximize the sophistication and flexibility of network traffic management.
Encrypted Traffic Automated Congestion Control
Bandwidth Management for Encrypted Traffic
In modern network environments, encrypted traffic such as HTTPS and IPSEC continues to grow, posing a significant challenge for traditional traffic management solutions. FlowCommand provides advanced technology that enables effective management and control of encrypted traffic.
For flows not covered by standard DPI signatures, or for encrypted traffic, accurate identification and control is difficult with conventional solutions. FlowCommand implements flow-based congestion prevention technology to overcome these limitations.
Encrypted Traffic Management Approach:
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Traffic pattern analysis without decrypting packet contents
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Classification based on flow characteristics and behavioral patterns
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Application registration support for encrypted traffic
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Fair per-flow rate allocation
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Effective traffic management without privacy intrusion
Encrypted Traffic Share Trend — HTTP vs HTTPS
Encrypted Traffic QoS Processing Efficiency
Additional Key Features
Geo/ASN-Based Control
FlowCommand provides precise traffic control based on geographic region (country) and ASN (Autonomous System Number). This enables granular policy enforcement for traffic from specific regions or network providers.
Key Capabilities:
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Per-country traffic monitoring and control
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ASN-based traffic filtering and priority setting
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Region-differentiated QoS policy enforcement
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Per-region traffic statistics and analysis reports
Automated Application Registration
FlowCommand provides an advanced URL Parser that automatically discovers and registers applications operating within the network. This feature focuses particularly on detecting and managing web-based applications not covered by DPI signatures.
Key Capabilities:
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Intelligent application discovery based on URL fields
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Automatic identification of new cloud services and SaaS applications
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Custom application classification and policy enforcement
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Application usage pattern analysis and reporting
Non-Compliant Application Control
FlowCommand provides an innovative solution for controlling non-compliant applications — one of the key challenges network administrators face. Some advanced applications do not respond effectively to traditional policing or shaping mechanisms, making network management difficult.
Key Capabilities:
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Identification and classification of non-compliant applications
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Effective bandwidth management through advanced control mechanisms
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Application-specific tailored control strategies
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Monitoring and reporting of non-compliant application usage
Bandwidth Control and Optimization
FlowCommand offers a rich set of capabilities for efficiently controlling and optimizing network bandwidth. These features maximize the use of limited network resources, guarantee the performance of business-critical applications, and improve overall network efficiency.
Key Capabilities:
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Per-Flow precision bandwidth allocation
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Effective traffic control through traffic shaping and policing
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Dynamic bandwidth adjustment based on real-time network conditions
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Intuitive interface for managing complex bandwidth policies
Optimize Your Network Performance
with Saisei FlowCommand
Resolve network latency, packet loss, and bandwidth waste with cutting-edge traffic management technology
and maximize user experience.