modular

HyperSense AI
Modular

HyperSense AI is highly modular and is primarily driven by composable architecture. It is an emerging cutting-edge IT architecture concept.

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Three charateritics of Modular Architecture

Granularity

HyperSense AI decouples IT resources from the hardware it reside on. It breaks monolithic code into granular bits that are well-contained, self-sustaining, and can communicate with each other. Each bit is capable of running specific functionalities.

Scalability

Earlier, deploying software had to be paired with compatible hardware to scale performance. Enterprises can buy commercial off-the-shelf (COTS) hardware with HyperSense AI and apply microservices to achieve the desired functionalities and reduces cost.

Coexistence

HyperSense AI abstracts hardware from software, breaking code into micro-capabilities, and re-architect software in a vendor-agnostic fashion, creating a highly interoperable environment where hardware, applications, systems, and processes coexist seamlessly.

Granularity
Scalability
Coexistence

Benefits of Modular Architecture

Flexibility
Flexibility

Creates highly flexible infrastructure that can rapidly provision and run IT services to meet business requirements, even on bare-metal, containers, and virtual machines.

Improve performance
Improve performance

Accelerates application delivery, and performance through agile practices, unified application programming interfaces and a low-latency as-a-service approach.

Plug-and-Play
Plug-and-Play

Achieve modularity by deploying software compatible with private and hybrid clouds, allowing it to plug seamlessly into ongoing digital transformation journeys.

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