Containers
Fast, Flexible and Stable Services Deployment
Standardized units for any environment
A container is a standardized unit that packages the code, dependencies, and the environment all together in a logical block. Containers are portable and can be shipped in the form of images. A suitable container runtime can deploy them on any kind of hardware supporting containers, retaining the encapsulation of logic and keeping it separate from the process of deployment. This decoupling allows container-based applications to be deployed easily and consistently regardless of its deployment environment.
Execution flexibility between edge and the cloud
Application-specific containers share the load between edge and the cloud by providing a distributed microservices architecture. Some processes can be completed at the edge and the remainder completed in the cloud, based on resource availability. Performing more operations at the edge delivers faster response times while computing in the cloud enables advanced Machine Learning to be applied to low-power edge devices.
Run AI anywhere
Camio builds optimized containers for AI applications that use hardware acceleration across different platforms like Nvidia CUDA and Intel OpenVINO. This container architecture enables the execution of AI models anywhere in the pipeline, whether at the edge or the cloud.
Facilitate serverless workloads
Containers across applications enable serverless execution of workloads, with continuous updates. Using technologies such as Knative and Kubernetes, different services can run independently via containers without any management overhead, giving teams more experimentation and development time, with reliable managed infrastructure.
