As a result of developing AI without assuming operational costs
Are you facing any of the following issues?

Without assuming operational costs
AI development without considering the cost of operation
without considering the cost of operation?

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To edge devices
High model optimization cost

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Changes in device requirements will
Costly redevelopment

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AI services developed
High cloud operation costs

Scalable model development
Reduction of AI development and operation costs

Scalable model development
Reduction of AI development and operation costs

TYPICALLY, AI MODELS WERE REPEATEDLY REDEVELOPED WHENEVER REQUIREMENTS OR REQUIRED ACCURACY CHANGED, WHICH WAS COSTLY. SCALABLE MODEL DEVELOPMENT REDUCES OVERALL DEVELOPMENT MAN-HOURS. ALSO, BY SELECTING MODELS OPTIMIZED FOR THE DEVICE, DEVICE COSTS AND CLOUD COSTS CAN BE REDUCED.
What is scalable model development with SubnetX?

SubnetX is an AI model development support package that builds a vast number (tens of thousands or more) of trained deep learning models (subnets) with different computational complexity and accuracy by simply performing a predefined series of training on a certain deep learning model (Supernet), and achieves optimization by simply selecting the deep learning model that matches the target device. The package is an AI model development support package that can achieve optimization by simply selecting the appropriate deep learning model for the target device.

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Cost savings expected from SubnetX utilization

In our case study, we successfully reduced development time by 38% when optimizing the same model for three devices by leveraging a pre-trained SubnetX. We also confirmed that adapting a pre-trained SubnetX to a custom dataset speeds up adaptation to new datasets and has the potential to reduce EdgeAI Ops man-hours.

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Example of rework minimization through scalable model development
Model Development with SubnetX

New Approach

Minimize rework by acquiring tens of thousands of diverse models in a single cycle

Normally, only one model can be developed in one cycle, resulting in repeated trial and error and rework whenever performance targets change. With scalable model development, tens of thousands or more diverse models can be acquired in a single cycle, minimizing rework and reducing development costs even if requirements change after the start of operation, during development, or after operation.

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EXAMPLE OF A TYPICAL AI DEVELOPMENT

Standard Approach

AI MODEL DEVELOPMENT HAD TO BE REDONE WHEN DEPLOYING TO DEVICES OTHER THAN THOSE ORIGINALLY ENVISIONED.

An application with AI model developed for iPhone13. However, the memory usage was too high and the UX was affected. As a result, the AI model had to be changed, and the development and operation costs continued to increase as the number of devices was increased or changed.

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AI OPERATION AND DEVELOPMENT COST REDUCTION CASE STUDY

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Application of Once-for-All (OFA) in Edge AI Development for Automobile Manufacturers

Industry: Automobile manufacturer

CHALLENGE: AI MODELS WERE DEVELOPED AHEAD OF TIME AND NEEDED TO BE OPTIMIZED WHEN DEPLOYED ACCORDING TO THE DEVICE SPECIFICATIONS OF THE OPERATIONAL SYSTEM.

Araya has a wealth of support experience, including partnerships with manufacturers, IT companies, and trading companies.

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Listed in Japanese alphabetical order

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