There is a resurgence of manufacturing underway in the United States. The supply chain shocks of the pandemic and a renewed emphasis on domestic production driven by policy initiatives in Washington are reshaping the industrial landscape. Even before this shift, many manufacturers had been adopting industry 4.0 technology to improve productivity, resource efficiency and uptime. Every day brings announcements of companies from around the world pledging billions of dollars in n

The digital revolution has a secret, unsustainable cost: the energy burned by our ever-growing networks. As industries accelerate their digital transformation, they face a critical challenge: how to deliver real-time digital services without a massive environmental footprint. The answer lies in a new class of low-latency edge architecture designed to be not just fast, but also efficient, durable, and environmentally friendly. 

In the world of public safety, a second can be the difference between a life saved and a tragedy. The tools our first responders rely on—from real-time video feeds to biometric sensors—demand a network that is not just fast, but unfailingly reliable. As 5G rolls out, it promises to be the backbone of this next-generation public safety infrastructure, but its full potential can only be unlocked with the right architecture. 

As the world accelerates toward a hyper-connected future, leadership must evolve at the same pace as technology. In the 5G era, success isn’t just about faster speeds—it’s about the vision, adaptability, and purpose-driven innovation that will harness them. At Canoga Perkins, we believe a new leadership mindset is required to thrive in this landscape.

The future of enterprise AI hinges on the network, and at the recent 2025 OnGo Alliance Fall Meeting, Canoga Perkins President Malik Arshad delivered a compelling message: The era of "best effort" networking is over. In his presentation, “Powering the AI Enterprise: The Imperative of Deterministic Networking,” Arshad underscored a critical distinction that will define the next decade of enterprise technology. The Network Divide For AI workloads—where every millisecond transla

One thing you can count on in the technology world is that networks will get faster.   Ethernet debuted at 10 Mbps and today it's scaled...

The world of enterprise technology is at a fascinating crossroads. For years, network infrastructure has operated on a “best-effort” basis, perfectly fine for general web Browse and email. But now, with the rapid acceleration of artificial intelligence (AI), that old-school approach is no longer cutting it. AI isn't just another application; it’s a demanding new tenant on the network, one that requires precision, speed, and reliability that traditional systems simply can't pr

For years, this was the reality—a time-consuming process that demanded specialized telecommunications knowledge and rigid, hardware-heavy infrastructure. As the demand for ultra-reliable networks skyrockets with the rise of AI, robotics, and industrial automation, this traditional approach is no longer sustainable. Imagine deploying private 5G as simply as setting up a Wi-Fi network. That’s what SyncMetra, a software-defined 5G transport solution, makes possible.