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Education Network Architecture, Services & Solutions

Deliver connected learning through secure, scalable network architecture designed for classrooms, campuses, and remote education environments. Paygasus Connect supports low-latency access to learning platforms, centralized visibility for IT teams, and network performance that adapts to growing devices, users, and instructional demands.

Empower Learning with Reliable Connectivity

Focus: Consistent Uptime for Every Learning Experience

Paygasus Connect delivers low-latency performance and resilient WAN architecture built for digital instruction across classrooms, campuses, and remote learning. Support video instruction, cloud-based coursework, and real-time collaboration with stable connectivity that holds up under peak demand.

  • Performance for modern learning platforms: Low-latency delivery for video classes, cloud tools, and interactive applications.
  • Scales with enrollment and devices: Designed for expanding school networks across K-12 and higher education environments.
  • Built for hybrid delivery: Consistent access for on-campus, distance, and blended learning programs.
Students learning
Network Diagram

Advancing Education Through Smarter Networking

Inclusive, High-Speed Access Anywhere

Enable seamless, real-time collaboration for educators and students across districts, campuses, and remote locations. Intelligent traffic prioritization and dependable last-mile connectivity support video instruction, learning platforms, and cloud-based tools without disruption during peak usage.

Cost-Efficient Security and Compliance

Protect student data while maintaining financial control. Education-aligned security frameworks support FERPA, COPPA, and CIPA requirements, with centralized visibility and policy oversight that reduce operational complexity and unnecessary connectivity spend.

Seamless Scalability & Cloud Management

Expand education networks without disruption as campuses, devices, and digital tools grow. Cloud-based orchestration centralizes visibility and simplifies control across routers, servers, and access points, reducing operational complexity for IT teams.

Network Solutions for Every Learning Environment

From K-12 classrooms to university campuses and hybrid learning models, Paygasus Connect delivers resilient network architectures designed to support instruction, collaboration, and digital access across every stage of education.

Reliable Connectivity for Every Classroom

Maintain consistent access to digital curriculum, learning platforms, and video instruction using multi-WAN network design. Built-in MediaFast caching accelerates classroom content delivery, supports instructional continuity during peak usage periods, and helps manage bandwidth utilization across school networks.

Students in a modern K-12 classroom engaged in digital learning with reliable SD-WAN connectivity

Unified Campus Network Architecture

Support large-scale campus environments with centralized cloud-based network control. InControl 2 provides visibility and coordinated policy management across thousands of connected endpoints, while high-capacity routing platforms maintain consistent performance for research labs, student housing, and administrative systems.

University campus network infrastructure enabling enterprise-grade connectivity for research labs, student housing, and administration

Consistent Connectivity for Remote and Hybrid Learning

SpeedFusion bonding helps maintain stable video sessions and collaboration tools for students and staff using limited or variable home internet connections. Portable routing solutions enable quick deployment for temporary, mobile, or off-site learning environments without complex setup.

Remote learning environment with students accessing uninterrupted online lessons using portable SD-WAN routers and SpeedFusion technology

Education Network Architecture

Modular network architecture is designed to integrate with existing infrastructure while supporting secure expansion across classrooms, campuses, and remote learning environments.

Featured Products

These networking platforms support scalable campus design, consistent classroom connectivity, and centralized network control. Each solution is selected to address specific learning environments, from K–12 classrooms to large university campuses and remote learning deployments, while integrating seemlessly with existing infrastructure.

BR1 Pro 5G
BR1 Pro 5G
  • Embedded 5G for gigabit-speed access
  • Multi-core processing optimizes digital classrooms
  • SpeedFusion built-in for reliable, bonded connectivity
Balance 2500EC
Balance 2500EC
  • High-capacity SD-WAN router for extensive campuses
  • Edge computing supports research and administration
  • High-availability design guarantees 99.999% uptime
SDX Pro
SDX Pro
  • Modular SD-WAN platform with 24 Gbps throughput
  • FlexModule slots enable flexible future expansion
  • Edge computing with continuous SpeedFusion resilience
FusionHub
FusionHub
  • Virtual SpeedFusion controller deployable anywhere
  • Secure VPN tunnels for remote and hybrid learning
  • Centralized cloud management simplifies policy control
AP One AX
AP One AX
  • Dualband Wi-Fi 6 with 4x4 MUMIMO for dense environments
  • Supports up to 256 concurrent users
  • Consistent, campus-wide wireless coverage
MediaFast Routers
MediaFast Routers
  • Multi-WAN caching for lightning-fast content delivery
  • Dramatically reduces bandwidth demands
  • Designed for scalable network efficiency
SpeedFusion Cloud
Network Diagram

SpeedFusion Cloud

Unbreakable Connectivity

Support video instruction, real-time communication, and collaborative learning with network architecture designed to maintain connectivity during disruptions.

Through cloud-hosted endpoint management, institutions gain encrypted tunneling, traffic steering, and rapid failover capabilities that help preserve access to learning platforms when primary connections are unavailable.

Built to support modern digital learning environments, SpeedFusion Cloud helps classrooms, campuses, and remote learners stay connected without adding operational complexity.