Just as the industry eagerly embraced Containers and Kubernetes over machine virtualization, W3C's WebAssembly (Wasm) promises another leap forward with lightweight, instantaneous processes. It serves as a stack-based virtual machine for clients and servers, acting as a portable compilation target for high-level languages. The CNCF's wasmCloud open-source project also offers a distributed application runtime that represents an evolutionary step beyond Kubernetes. This Catalyst showcases the benefits of this emerging technology for CSPs by bridging the gap between mobile, transport, and cloud technologies, ultimately accelerating the delivery of 5G applications and providing CSPs with significant advantages. Today, the majority of the work in this area is focused on VMware and Kubernetes deployments. However, this project aims to push the boundaries of efficient, portable, and secure application hosting by exploring WebAssembly and wasmCloud at the advanced edge. By rapidly prototyping open-source ODA Components and Canvas within a short timeframe, the project's objective is to showcase the potential of W3C's WebAssembly and CNCF's wasmCloud in the context of Open Digital Architecture (ODA). It will demonstrate an ODA Canvas realized on wasmCloud, utilizing Wasm actors and capability providers to compose ODA Components.