OnePort™ SD-WAN
Resilient Wide Area Networks for Modern Businesses
Businesses today depend on reliable connectivity across offices, cloud platforms, and remote workers. Traditional WAN architectures weren’t designed for this reality. They rely on fixed routing paths and manual configuration, which can introduce latency, instability, and unnecessary complexity.
OnePort SD-WAN transforms your internet connections into a single, secure, and intelligent network fabric. Instead of managing individual links, VPNs, and firewalls at each site, OnePort creates a unified network wehre every location operates as part of the same system.
Whether you’re running two offices or fifty locations, your network behaves like one stable, predictable, and centrally controlled environment.
Ask about OnePort SD-WAN for Single and Multi-Site Businesses
What is SD-WAN?
Software-Defined Wide Area Networking (SD-WAN) is a technology that allows businesses to intelligently manage multiple internet connections and prioritize critical applications automatically.
Instead of relying on static routing, SD-WAN continuously monitors network conditions (including latency, packet loss, and jitter) and dynamically routes traffic across the best available path.
For organizations using cloud services, VoIP, SaaS platforms, and remote work environments, SD-WAN ensures that network performance remains stable and predictable even when underlying connections fluctuate.
What OnePort SD-WAN Replaces
Most multi-site businesses are operating with a mix of:
- Site-to-site VPNs
- MPLS circuits
- Static routing rules
- Multiple firewalls and inconsistent policies
OnePort replaces this fragmented architecture with a single overlay network, eliminating complexity while improving performance and resilience.
What OnePort SD-WAN Creates
- All sites connected in a private topology
- Centralized traffic control and routing
- Consistent security and access policies
- Seamless communication between locations
OnePort delivers your internet connections as your own private Wide Area Network. Fully managed by Fidalia’s engineeers.
Multi-Site Network Connectivity Without Complex VPN Management
Many organizations operate across multiple offices, retail locations, or remote branches. Traditionally, these networks are connected using site-to-site VPN tunnels that require manual configuration, ongoing maintenance, and careful troubleshooting when issues arise.
As the number of locations grows, managing VPN tunnels between sites becomes increasingly complex. Routing changes, performance problems, and application conflicts can require significant administrative effort to resolve.
OnePort SD-WAN replaces traditional site-to-site VPN architecture with a centrally managed wide area network.
Instead of manually configuring tunnels between every location, each site connects securely to the OnePort platform. From there, traffic between offices is intelligently routed and optimized across available network paths.
This approach simplifies network management while improving overall performance and reliability.
International calling is treated as an operational capability that must be planned, monitored, and adjusted over time.
OnePort™ SD-WAN:
Multi-Site Redundancy, Visibility and Control. One Platform.
Building Private IP-based WANs using OnePort™
Connect offices and resources over the Internet without having to manage multiple VPNs:
- Each site gets a subnet on the WAN
- Resources are managed by Access Control Lists per site
- Internet Access can be local or centralized
- Every component in the system is redundant (CPEs, Controllers, Ports, and Connectivity)
OnePort™ Bonded Internet
Combine multiple internet connections into a single, higher-performance link that increases throughput and stability.
- Aggregate bandwidth across DSL, cable, fibre, or wireless
- Improve performance for high-demand applications
- Maintain consistent speeds even under fluctuating conditions
OnePort™ Backup Internet
Maintain uninterrupted connectivity by automatically switching between links without dropping sessions or disrupting users.
- No dropped calls, VPN sessions, or transactions during outages
- Automatic failover with no manual intervention
- Business continuity even when a primary link fails
- Independence from any single ISP connection
OnePort™ WAN Access Control
Securely connect your locations with granular access controls that define exactly which users, devices, and subnets can communicate across sites.
- Share only what’s needed (servers, VoIP, apps) between sites
- Prevent unnecessary lateral traffic across your WAN
- Apply consistent access rules across every location
OnePort™ Local Internet Breakout
Send internet and cloud traffic directly from each site instead of backhauling it, improving speed and reducing unnecessary WAN load.
OnePort enables:
- Faster, geo-localized access to cloud and SaaS applications
- Free up WAN capacity for inter-site traffic
- Better user experience for video, voice, and web apps
OnePort™ Event Monitoring
Get real-time visibility into link health, performance, and usage, with proactive alerts before issues impact your business.
- Detect degradation, outages, and instability early
- Monitor bandwidth usage and avoid overage surprises
- Act quickly with clear, actionable network insights
Why Businesses Choose OnePort SD-WAN
Application-Aware Traffic Routing
OnePort SD-WAN continuously evaluates network conditions and routes traffic based on application requirements, ensuring that business-critical services receive priority.
Multi-Connection Optimization
Traffic automatically shifts between connections based on performance conditions, providing higher availability and improved overall performance.
Centralized Network Management
OnePort SD-WAN centralizes policy management and monitoring, allowing Fidalia’s network engineers to configure routing policies, performance thresholds, and failover logic across all locations from a single platform.
Seamless Failover
For applications such as VoIP or cloud services, this ensures uninterrupted connectivity and consistent user experience.
Secure Connectivity Between Offices
OnePort SD-WAN provides secure encrypted connectivity between all connected locations.
Each office becomes part of a private, software-defined wide area network, allowing users and applications to communicate across sites as if they were on the same local network.
This architecture allows organizations to:
- securely share internal systems across offices
- support centralized servers or cloud infrastructure
- maintain secure communications between remote locations
- simplify network architecture compared to traditional VPN mesh designs
By replacing complex VPN configurations with centrally managed routing, OnePort SD-WAN makes multi-site networks easier to manage and scale.
Is OnePort SD-WAN Right for your Business?
Operate Multiple Office Locations
Rely Heavily on Cloud Applications
Require Stable VoIP and Video Communications
Want Intelligent Failover across Multiple Internet Connections
Learn More About OnePort Connectivity
OnePort SD-WAN is part of Fidalia’s OnePort connectivity platform designed to deliver resilient, high-performance networking for modern organizations.
To learn how OnePort SD-WAN can improve the reliability and performance of your network infrastructure, contact Fidalia Networks today.
Frequently Asked Questions about OnePort SD-WAN
How does OnePort differ from traditional SD-WAN solutions?
OnePort combines bonding and failover at the network level, maintaining active sessions during outages instead of forcing reconnections. Each site can be provisioned the bandwidth and resilience they need from available services.
Can OnePort use different types of internet connections at the same site?
How does OnePort handle cloud and SaaS traffic?
Is OnePort suitable for multi-site environments with shared resources?
What happens to active calls or VPN sessions during an outage?
Can you provide a real-world example of performance gains?
How does OnePort prevent overage charges on metered connections?
How disruptive is deployment across multiple locations?
Let’s discuss your network needs.