• Private Network Solutions for Hotels, Hospitals & Educational Institutions
    This solution delivers customized private network services for hotels, hospitals, and educational institutions, integrating Wi-Fi 6/6E, network slicing, and SD-WAN technologies. It constructs secure, easy-to-manage, and user-centric networks to meet scenarios like guest privacy protection in luxury hotels, real-time medical data transmission in hospitals, and online education in academic institutions, empowering service providers to achieve digital service upgrades.
    Project consultation
SOLUTION
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SOLUTION ADVANTAGE
  • Scenario-Based Network Segmentation
    Supports multi-SSID and VLAN technologies to create isolated virtual networks for hotel guests, hospital departments, and educational platforms, ensuring data isolation and access control.
  • Critical Application Assurance
    QoS engines prioritize video conferencing, telemedicine, and online classrooms with dedicated bandwidth, ensuring latency ≤20ms and packet loss <0.1%.
  • Seamless Roaming Experience
    Wi-Fi 6E and wireless Mesh technologies enable cross-floor/ward/classroom handoffs with signal strength ≥-65dBm, supporting 500+ concurrent devices.
  • Simplified AI-Driven Operations
    Integrates AI network brains for automatic device monitoring and remote fault diagnosis, reducing OPEX by 40% through policy automation.
TECHNICAL POINTS
  • Multi-Service Network Slicing
    SDN-based logical slicing for hotel management, medical IoT, and educational platforms with physical isolation and SLA customization.
  • Wi-Fi 6E Tri-Band Deployment
    6GHz band utilization with tri-band APs (2.4G/5G/6G), supporting 128 users per device and avoiding channel congestion in dense environments.
  • PoE++ Unified Power
    90W PoE++ switches supply IP cameras, interactive whiteboards, and medical devices, simplifying cabling infrastructure.
  • End-to-End Encryption
    WPA3 and AES-256 encryption across APs to core networks, coupled with dynamic blacklisting to prevent unauthorized access.
  • AI-Powered QoS Optimization
    Deep learning identifies traffic types (e.g., video streams, VoIP) and dynamically adjusts priority queues for critical services.
  • Energy-Efficient Design
    AP sleep mode reduces idle power to <3W, cutting annual carbon emissions by 50% per site compared to traditional networks.
RELEVANT PRODUCTS
  • Private Network Solutions for Hotels, Hospitals & Educational Institutions

    Scenario-Specific Assessment：Conduct on-site surveys to evaluate user density, device types, and existing bottlenecks. Generate 3D heatmaps and business simulation models.

    Customized Architecture Design：Develop hierarchical networks (core/aggregation/access) with two deployment options (high-density Wi-Fi/wired-centric). Validate multi-service concurrency.

    Zero-Touch Deploymen：Use pre-configured APs and automated provisioning. Deploy core node dual-redundancy and LACP aggregation for <50ms failover.

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OUR CASE
ISP FTTX Date center School
Our team
SEESUO combines professional knowledge with innovation to provide tailored technical support and advanced solutions for clients, meeting their needs and ensuring precision in network design, system optimization, and troubleshooting. The technical team at SEESUO consistently stays at the forefront of technology.
  • This solution establishes "secure, available, and user-friendly" private networks for service institutions, enabling hotels to elevate guest satisfaction, hospitals to achieve precision care, and educational bodies to build smart campuses.
Scenario-Specific Assessment
Conduct on-site surveys to evaluate user density, device types, and existing bottlenecks. Generate 3D heatmaps and business simulation models.

Customized Architecture Design
Develop hierarchical networks (core/aggregation/access) with two deployment options (high-density Wi-Fi/wired-centric). Validate multi-service concurrency.

Zero-Touch Deploymen
Use pre-configured APs and automated provisioning. Deploy core node dual-redundancy and LACP aggregation for <50ms failover.

Experience Optimization
Integrate with AI Operation and maintenance platforms, provide 72-hour onsite support, and deliver monthly user experience reports for continuous refinement.

CONSULTATION PROCESS
01
Demand consultation
Describe business needs and submit demand consultation
02
Initial communication
Answer questions about needs, align core demands, and determine cooperation intentions
03
Solution Exchange
Conduct online or offline discussions on relevant plans
04
Business Process
After the plan is finalized, the business process begins
TECHNICAL SUPPORT
Get solutions or consultation from the technical team.
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