DreamArts Obtains Patent for SmartDB's "Dynamic Branch Function" - Realizing Complex Business Structures of Large Enterprises as Digital Twins Completely No-Code -
DreamArts has obtained a patent for SmartDB's "Dynamic Branch Function." This feature enables no-code digital twin implementation for complex enterprise business structures, supporting faster decision-making and the establishment of a robust corporate foundation.
📋 Article Processing Timeline
- 📰 Published: April 28, 2026 at 17:30
- 🔍 Collected: April 28, 2026 at 09:01
- 🤖 AI Analyzed: April 28, 2026 at 17:03 (8h 1m after Collected)
DreamArts Co., Ltd. (Tokyo Head Office: Shibuya-ku, Tokyo; Hiroshima Head Office: Hiroshima City, Hiroshima Prefecture; Representative Director and President: Takaaki Yamamoto; hereinafter "DreamArts"), a cloud service provider for large enterprises, announced today that it has obtained a patent (Patent No. 7809268) for its "Dynamic Branch Function" integrated into SmartDB(R), a cloud service for digitalizing enterprise operations.
This function enables the realization of complex business structures of large enterprises as "digital twins of operations" completely without code, strongly supporting organizational decision-making structures and significantly advancing the digital transformation of large enterprises. This function, provided as a standard feature of SmartDB(R), is currently utilized by many large enterprises.
## Vision: Towards a World Where Digital Twins of Large Enterprises Can Be Realized No-Code
The operations of large enterprises are not merely a collection of simple processes but can be described as a multi-layered, multi-axis, intertwined business ecosystem. Perspectives differ at each hierarchical level, such as frontline, middle management, and executive layers, and as multiple departments move in parallel, their structure becomes increasingly complex year by year. To reproduce this three-dimensional business structure digitally and grasp it in real-time traditionally required scratch development and complex system integration.
The Dynamic Branch Function, for which SmartDB(R) has now acquired a patent, makes it possible to precisely digitalize the complex and multi-layered business processes of large enterprises. It reflects the progress of operations on the system in real-time, integrates related operational data, and achieves a state where the overall picture can be overlooked. This significantly accelerates the decision-making processes of large enterprises, which traditionally tend to be delayed due to scattered data, and supports more accurate management decisions.
As the utilization of AI by companies accelerates, this "integrated operational data structure" becomes an important asset. DreamArts aims to achieve "digital democratization (※1)," where the mechanism for reproducing these complex business structures digitally is not limited to IT specialists but can be utilized by anyone. Through the no-code construction of "digital twins of operations," it supports the realization of a strong corporate foundation that enhances decision-making quality and is resilient to change.
※1 Digital democratization refers to a state where, as internal DX development becomes a management issue, business divisions proactively engage in problem-solving and value creation through DX, and autonomously and continuously lead its improvement and value amplification.
About Digital Democratization: https://hibiki.dreamarts.co.jp/smartdb/democratization/
## Value Provided to Customers
Key features of this function are as follows:
* **Reproduces complex business operations of large enterprises digitally as they are**
It can flexibly express multi-flow parallel processes, irregular responses, cross-departmental information sharing, etc., which traditionally could only be reproduced through scratch development, all with no code.
* **Unified overview of vertical and horizontal business connections**
It automatically aggregates data generated in individual workflows, enabling real-time grasp of the overall picture. The vertical axis can visualize hierarchies like frontline, management, and executive, while the horizontal axis can visualize coordination with other departments and value chains as an integrated whole.
* **Seamlessly and automatically extracts normalized/vectorized data optimal for AI analysis from SmartDB(R)**
It automatically organizes and structures SmartDB(R) operational data, allowing extraction in a format optimal for AI analysis. It can build a no-code data foundation that integrates scattered information and leads to improved analysis and prediction accuracy.
* **Builds a resilient organizational architecture through on-site led no-code transformation**
No-code development breaks away from long-term scratch development, providing an environment where operations can be quickly restructured. It realizes a business foundation that is resilient to change and can be continuously updated.
## Use Cases
* **Order/payment operations / Order/invoicing operations**
Complex payment and invoicing management operations where hundreds of line items are linked to a single order.
* **Budget/actual management**
Budget management operations where numerous line items, approvals, and actual data are linked to a single budget item.
* **Product development management**
Management of business processes and progress for product development (market research, prototyping, cost, quality verification, etc.), multi-process information sharing, etc.
* **Store opening management, supplier arrangement**
Integrated management of work progress involving external suppliers (arrangement of necessary equipment for store opening, construction progress, delivery date adjustment, etc.).
* **Store asset information management**
Integrated management of diverse asset information existing for each store (fixtures, equipment, contract information, etc.).
This function enables the realization of complex business structures of large enterprises as "digital twins of operations" completely without code, strongly supporting organizational decision-making structures and significantly advancing the digital transformation of large enterprises. This function, provided as a standard feature of SmartDB(R), is currently utilized by many large enterprises.
## Vision: Towards a World Where Digital Twins of Large Enterprises Can Be Realized No-Code
The operations of large enterprises are not merely a collection of simple processes but can be described as a multi-layered, multi-axis, intertwined business ecosystem. Perspectives differ at each hierarchical level, such as frontline, middle management, and executive layers, and as multiple departments move in parallel, their structure becomes increasingly complex year by year. To reproduce this three-dimensional business structure digitally and grasp it in real-time traditionally required scratch development and complex system integration.
The Dynamic Branch Function, for which SmartDB(R) has now acquired a patent, makes it possible to precisely digitalize the complex and multi-layered business processes of large enterprises. It reflects the progress of operations on the system in real-time, integrates related operational data, and achieves a state where the overall picture can be overlooked. This significantly accelerates the decision-making processes of large enterprises, which traditionally tend to be delayed due to scattered data, and supports more accurate management decisions.
As the utilization of AI by companies accelerates, this "integrated operational data structure" becomes an important asset. DreamArts aims to achieve "digital democratization (※1)," where the mechanism for reproducing these complex business structures digitally is not limited to IT specialists but can be utilized by anyone. Through the no-code construction of "digital twins of operations," it supports the realization of a strong corporate foundation that enhances decision-making quality and is resilient to change.
※1 Digital democratization refers to a state where, as internal DX development becomes a management issue, business divisions proactively engage in problem-solving and value creation through DX, and autonomously and continuously lead its improvement and value amplification.
About Digital Democratization: https://hibiki.dreamarts.co.jp/smartdb/democratization/
## Value Provided to Customers
Key features of this function are as follows:
* **Reproduces complex business operations of large enterprises digitally as they are**
It can flexibly express multi-flow parallel processes, irregular responses, cross-departmental information sharing, etc., which traditionally could only be reproduced through scratch development, all with no code.
* **Unified overview of vertical and horizontal business connections**
It automatically aggregates data generated in individual workflows, enabling real-time grasp of the overall picture. The vertical axis can visualize hierarchies like frontline, management, and executive, while the horizontal axis can visualize coordination with other departments and value chains as an integrated whole.
* **Seamlessly and automatically extracts normalized/vectorized data optimal for AI analysis from SmartDB(R)**
It automatically organizes and structures SmartDB(R) operational data, allowing extraction in a format optimal for AI analysis. It can build a no-code data foundation that integrates scattered information and leads to improved analysis and prediction accuracy.
* **Builds a resilient organizational architecture through on-site led no-code transformation**
No-code development breaks away from long-term scratch development, providing an environment where operations can be quickly restructured. It realizes a business foundation that is resilient to change and can be continuously updated.
## Use Cases
* **Order/payment operations / Order/invoicing operations**
Complex payment and invoicing management operations where hundreds of line items are linked to a single order.
* **Budget/actual management**
Budget management operations where numerous line items, approvals, and actual data are linked to a single budget item.
* **Product development management**
Management of business processes and progress for product development (market research, prototyping, cost, quality verification, etc.), multi-process information sharing, etc.
* **Store opening management, supplier arrangement**
Integrated management of work progress involving external suppliers (arrangement of necessary equipment for store opening, construction progress, delivery date adjustment, etc.).
* **Store asset information management**
Integrated management of diverse asset information existing for each store (fixtures, equipment, contract information, etc.).