Why Your Multi-Location Business Can’t Rely on a Wired Backbone Anymore

Most companies underestimate the cost of relying on wired networks. It shows up in slow rollouts, lost revenue during downtime, and limits on how fast they can grow. Ajay Malik and Greg Davis break this down in Episode 022 of Go Beyond the Connection. Their message is clear: a wireless-first network strategy for multi-location businesses is not a risk. It reduces risk.

The Deployment Gap Nobody Talks About

When Ajay Malik talks about scalability, he is speaking from real experience. He has seen restaurant and retail chains backed by private equity speed up expansion by 30 to 50 percent by using wireless-first deployments.

The reason is simple. Wired rollouts require permits, trenching, cabling, truck visits, and long setup times. Wireless deployments need a device, a power outlet, and an IP address.

Greg Davis has seen this from the operator side. Bigleaf customers like Hungry Howie’s run 550 locations with fewer than three network staff. That would not be possible with traditional wired infrastructure.

It works because Bigleaf places intelligence in the cloud network, not at the edge device. Locations do not need manual setup. They connect and start working automatically.

“Scalability is the biggest driver. PE businesses that deploy a wireless-first strategy can deploy 30 to 50% faster. Everybody was growing, and everybody understood the importance of deploying it. I think it’s already wireless-first.” – Ajay Malik, CEO, StudioX AI

The Reliability Misconception

The biggest concern about wireless in business is reliability. Ajay responds with data, not opinion.

Forrester research shows wireless deployments have 25 percent fewer outages and 35 percent fewer support tickets than wired networks.

The misunderstanding comes from past experience. Many IT teams remember early Wi-Fi issues like weak security and low speeds. Today’s wireless is very different. Speeds are much higher, and security has improved.

Greg adds that Bigleaf’s dashboard shows real-time performance across all connections, including 5G, LTE, Starlink, and wired. In real use, customers often see wireless perform better than wired connections.

Redundancy Is the New Baseline

Ajay looks at redundancy in a new way. It is not just backup. It is the foundation of reliability.

The question is no longer whether to use wireless. It is how many connections you should run at the same time so one failure does not affect the business.

Bigleaf makes this possible with single-IP routing across multiple connections. If one connection slows down or fails, traffic moves automatically to the next best option.

Users do not notice. No support ticket is created. No manual change is needed.

Greg showed this during the episode by cutting a live connection during a call with no interruption.

For businesses that depend on calls and payments, this is not just helpful. It protects revenue.

What to Do Next

Ajay and Greg recommend a clear path forward.

1. First, stop treating wireless as a backup. Use multiple connections together so the network can choose the best path automatically.
2. Second, move network intelligence to the cloud so locations do not need on-site setup or local IT support.
3. Third, use systems that adjust performance in real time across all locations instead of managing each site separately.

This is not a future idea. Bigleaf customers are already doing this today.

As Ajay explains, these systems are already moving beyond assisted management. They adjust performance in real time, detect problems early, and improve based on past behavior.

Key Takeaways

• Wireless-first deployments are 30 to 50 percent faster than wired, helping businesses open new locations more quickly
• Research shows wireless has fewer outages and fewer support tickets than wired networks
• Bigleaf’s zero-touch setup allows large networks to run with small teams and no on-site configuration
• Using multiple connections with single-IP routing keeps applications running without interruption
• Real-time optimization improves performance across all locations at once