Unbreakable connectivity is no longer a future concept. It is a practical design choice IT leaders are adopting to stabilize cloud applications and keep teams productive. BCN Telecom’s President and COO, Julian Jacquez, and Bigleaf’s Senior VP and CPO, Dave Idle, explain how wireless and SD-WAN now work together to create a resilient experience across every location. Their perspective aligns closely with industry data showing that network resilience is now a C-suite-level priority.
Wireless is now equal to wired
For years, wireless was treated as a backup. Julian explains why that perception is outdated. Multi-site businesses face construction delays, temporary locations, project-based deployments, and rising expectations for uptime—challenges well-documented across Julian’s broader insights. Wireless solves these problems with fast activation and consistent performance.
Dave adds that carriers are shifting too. They are competing to provide multiple active connections at each site because customers expect redundancy, throughput, and stability. When those links are unified under Bigleaf’s SD-WWAN, they perform as one predictable connection—an approach reinforced by BCN’s analysis of unbreakable network design trends.
“Wireless is a true option for one of those two connections. It is not less than, but it is equal to a wired connection.” – Julian Jacquez
This shift allows businesses to build resilience without waiting for fiber builds, trenching, or construction windows—driving a wireless-first growth strategy across industries.
Up to four links, one experience
Bigleaf’s SD-WAN platform can connect up to four different circuits—fiber, cable, DSL, 4G, 5G, or satellite—and unify them into a single consistent experience. That means the network feels stable even when individual links fluctuate. Independent research confirms that wireless WAN improves SD-WAN agility and resilience, giving this architecture strong validation.
Julian shares how this works in practice. A 70-location deployment originally launched with two wired circuits per site. As the business needs changed, wireless was added as a primary path. The upgrade improved uptime without requiring construction or rewiring—an outcome consistent with findings on hybrid SD-WAN environments.
Dave highlights that bonding links can immediately increase throughput. Two 200-Mbps wireless circuits can function like a single 400-Mbps connection. Four links can scale even higher, rivaling fiber-class speeds. These bonding and traffic optimization results align numerically with Bigleaf’s SD-WAN performance benefits.
What This Means for Cloud-Heavy Operations
- Wireless stands as an equal primary connection
- SD-WAN unifies multiple circuits into one stable experience
- Bonding boosts throughput without construction delays
- POTS replacement makes wireless the default primary path
- Direct cloud routes improve application performance
- Resilience increases without added complexity
This is supported by global analyses showing network resiliency unlocks enterprise growth.
Where Wireless-First Architecture Makes the Biggest Impact
- Why wireless-first accelerates activations
- How bonding improves SLAs and reduces support tickets
- Why carriers are embracing multi-connection designs
- How SD-WAN protects session integrity for cloud apps
- Why IT teams gain resilience without added complexity
Built for simplicity and uptime
Both leaders emphasize that resilience should not come with extra operational overhead. Bigleaf’s device is configured before shipping and typically installs in minutes. Once online, the platform prioritizes critical applications and routes traffic dynamically to maintain performance.
Julian notes that the real value shows up when something goes wrong—a fiber cut, flooded conduit, or coax outage. Wireless keeps the business running and SD-WAN protects application performance, reflecting widespread shifts documented in the BCN partner ecosystem.
Why Unbreakable Connectivity Is Now Within Reach
Unbreakable connectivity happens when wireless, wired, and SD-WAN work together. For IT leaders managing distributed teams and cloud-heavy workflows, this architecture reduces risk and strengthens reliability across every location. It aligns with industry recognition that unbreakable connectivity has become a strategic mandate.
Related Links:
- Episode: Unbreakable Connections With Wireless-First Network Resilience
- Unbreakable Connectivity: Why Wireless Belongs Beside Fiber
- Creating a Unified Connectivity Experience Across Four Links
- Why 5G Belongs Beside Fiber as a Primary Connection
- Watch the YouTube Playlist of video episodes
- Watch the YouTube Shorts Playlist
- Subscribe to the LinkedIn Newsletter
- Listen on Captivate: Go Beyond the Connection
- Follow us on social: Linkedin | Facebook | Instagram