The Story of Cosmonic: Building the Future of Distributed Computing

entrepreneurship often runs deeper than just business opportunities. For Liam Randall, it started with immigrant parents and childhood hustle. “I grew up hustling when I was six, seven, eight, I was working fairgrounds, selling fireworks, you name it,” he recalls in a recent episode of Category Visionaries. This early exposure to entrepreneurship would shape his approach to building multiple successful technology companies.

Before founding Cosmonic, Liam’s journey through the enterprise technology landscape led him to create Critical Stack, one of the first Kubernetes companies in 2014. “We launched about a week after Kubernetes was originally released from Microsoft,” he explains. The company’s rapid success – achieving $5 million in revenue in its first year – caught the attention of Capital One, leading to an acquisition.

But it was during his time at Capital One, where he served as VP of innovation and oversaw open source initiatives, that Liam identified a fundamental problem in enterprise software development. A Deloitte study confirmed what he was seeing firsthand: developers were spending 80% of their time on operations and maintenance rather than creating business value.

This insight would eventually lead to Cosmonic’s founding vision. “When you want to deliver a microservice that charges you an interest rate, or that does a lookup to restaurants that are open late, you have to think about the web server and all of these supporting tools, tracing, logging, monitoring,” Liam explains. Each additional requirement added layers of complexity, particularly in regulated environments.

The solution emerged in WebAssembly, which Liam describes as “the world’s smallest virtual machine.” But Cosmonic’s approach wasn’t just about building another development tool. They saw an opportunity to fundamentally change how applications are built and deployed across different environments.

“WebAssembly really continues that big journey, and it’s not just another abstraction in tech. It’s actually the final abstraction in tech,” Liam argues. This bold vision is backed by practical applications – Amazon Prime Video already uses WebAssembly to run on 8,000 unique devices, and edge computing companies like Cloudflare and Fastly are embracing it for their functions-as-a-service offerings.

Building in an emerging technology space presented unique challenges. “The biggest challenge has been building a community,” Liam admits. Rather than pushing ahead alone, Cosmonic took a collaborative approach, organizing summits to bring together WebAssembly project leaders and align on shared roadmaps.

This community-first strategy has paid off. Today, Cosmonic’s platform is attracting attention from major enterprises, with companies like Adobe, BMW, and Orange Business Systems publicly working with their open-source project, CNCF WASM Cloud.

Looking ahead, Cosmonic’s vision extends beyond current use cases. When asked about the future, Liam points to a fundamental shift in computing: “When we think about the enduring theme in Tech for the next ten years, which I view as bringing our compute to the data, the last ten years was really this great lifting shift into public clouds.”

This shift towards distributed computing creates new challenges. As Liam explains, “We need to position compute, to pre filter it and to action it. We need devices, all the dumb things in our lives to be a little smarter. We want those devices to have limited or deliberate autonomy. We want to enrich them with AI and ML.”

Cosmonic aims to be at the forefront of this transition, building tools that help companies adopt WebAssembly faster and deploy applications seamlessly across diverse environments. It’s a vision that extends from edge devices to enterprise data centers, positioning Cosmonic to play a crucial role in shaping how applications are built and deployed in an increasingly distributed world.

For Liam, who still “skips to work every single morning,” this journey represents more than just business success – it’s about fundamentally changing how we build and deploy software in an increasingly connected world.