23.8 C
New York

Technological Advances that are Driving Edge Computing Adoption


The adoption of edge computing is experiencing rapid growth across various industries, with companies like Kneron, IBM, Synaptic, Run:ai, Fortifyedge, and Sidus Space investing heavily in the technology.

Technological advances and the impact on app performance and security

As edge computing becomes more inclusive and accommodating towards new tools, questions arise regarding app performance and security. It is crucial to understand the direction of edge computing before adopting it. This article focuses on recent technical developments that aim to address pressing industrial concerns and shape the future.

WebAssembly as an Alternative for JavaScript Libraries

WebAssembly is emerging as an alternative for edge application development, offering portability and enhanced security. It enables faster startup for containers and is being leveraged for AI/ML inferencing in browsers and program logic over CDN PoPs.

TinyML for Optimizing Edge AI

TinyML refers to the use of AI/ML on resource-constrained devices, leading to better optimization for edge AI implementation at the device edge. The ARM architecture is a popular choice for edge devices, offering better price per performance compared to x86 for AI/ML inferencing.

Orchestration to Overcome Architectural Challenges for Multiple CSPs

Orchestration tools like Kubernetes and Docker Swarm are in high demand for managing container-based workloads in edge computing. Efforts like K3S and KubeEdge aim to improve and adapt Kubernetes for edge-specific implementations.

Federated Learning for Distributed Machine Learning

Federated learning is a distributed machine learning approach that addresses issues related to distributed data sources, high data volume, and data privacy constraints at the edge.

Zero Trust Architecture for Better Security

The zero-trust security model offers enhanced security for edge resources, workloads, and the centralized cloud interacting with the edge, addressing the wider attack surface created by the distributed nature of edge computing.

In Conclusion

Edge computing is set to experience high adoption due to the evolving needs of IoT, Metaverse, and Blockchain apps. Understanding these technological advancements can inform decisions and improve the success of edge computing implementations.

Featured Image Credit Provided by the Author; AdobeStock; Thank you!

Related articles

Recent articles