Haseko Corporation has adopted ""Tektome Storage,"" an AI-driven architectural design platform developed by Tektome Inc., as an integrated database solution for its proprietary Building Information Modeling (BIM) system. Using Japanese language prompts, the ""Haseko AI System"" leverages Tektome's capabilities to create a structured data environment from previously unstructured architectural design information. This collaboration aims to enhance efficiency in design workflows by: 1. Integrating Haseko BIM data with external data sources. 2. Establishing robust quality control functions based on design specifications. 3. Enabling automated design processes through language-based instructions. These developments are expected to reduce data entry and design verification time for Haseko's designers by 50%, streamlining manual tasks with AI-driven solutions. The partnership will continue to advance AI capabilities in architectural design, creating an environment where human tasks can be performed more efficiently, with a focus on quality and speed.

"Tektome" was selected for its ability to create a structured data environment from unstructured architectural design data and perform tasks more efficiently using Japanese language prompts. It integrates Haseko BIM data with external sources, enhances quality checks, and enables automated design through language-based instructions.

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The implementation of "Tektome" is expected to reduce the time designers spend entering data and checking drawings by 50%.

The implementation of "Tektome" will progress through three phases. First Phase (2024): This phase includes constructing the integrated Haseko-version BIM database, which will allow designers to access accumulated data and search for similar cases. Second Phase: In this phase, quality checks will be enhanced by using design specification data, which will include legal compliance, conformity to design standards, and clearance and interference checks between components. Third Phase: This phase will introduce automated design functions based on language instructions. These functions will cover layout planning, such as the number of stories and units, and automate unit area and design elements. Through these phases, the system will gradually shift manual tasks to AI, improving productivity by reducing the hours required for data input and design verification.

By automating data entry, quality checks, and design processes, "Tektome" will increase efficiency and productivity in Haseko's architectural design workflows. This will streamline operations, minimize human errors, and enhance the overall quality of design outputs.