Paygasus Connect deploys enterprise routing platforms within a unified network architecture designed for distributed operations, branch environments, and uptime-critical systems. These routers enable secure connectivity, policy-based traffic control, and failover-driven continuity across cellular, broadband, and satellite access paths.
The Balance Series is designed for branch, multi-site, and distributed environments that require consistent uptime, flexible WAN connectivity, and centralized policy control. These platforms form the routing foundation of Paygasus Connect architectures, supporting failover-driven resilience and predictable performance across diverse access types.
The SDX Series is built for environments that require modularity, long-term flexibility, and evolving network capacity. Fully modular SD-WAN architecture allows organizations to adapt hardware capabilities over time without redesigning network foundations.
The EPX Series is designed for environments with extreme throughput demands, dense traffic patterns, and data-intensive workloads where performance and stability cannot be compromised.
Aggregate and intelligently route traffic across WAN, LTE, 5G, fiber, and wireless paths to maintain performance and uptime when individual links degrade or fail.
Protect sensitive data and network traffic with integrated security controls designed for distributed enterprise environments and regulated industries.
Run critical applications and processing closer to the network edge to reduce latency, improve responsiveness, and support data-intensive workloads.
Adapt and expand your routing hardware over time with modular designs that support evolving performance, connectivity, and deployment requirements.
Manage, monitor, and troubleshoot networks across multiple locations through a unified cloud interface built for scale and operational efficiency.
Paygasus Connect designs the network around your environment, supports it end to end, and provides real human support when issues occur—reducing vendor sprawl and keeping operations accountable to one provider.
