Avidea's Greenative-Skills: Bridging AI and Data Processing
In an exciting development for the field of artificial intelligence and data management, Avidea Inc., led by CEO Tohru Yagihashi, has announced the public release of "Greenative-Skills". This innovative feature is designed to enhance the Greenative product line, providing an extension to Anthropic's AI coding agent, Claude Code, accessible on GitHub. By utilizing Greenative-Skills, users can now directly operate the Greenative Platform through Claude Code, enabling natural language data processing and executing Extract, Transform, Load (ETL) tasks across various data sources.
The Evolution of AI Coding Agents
In recent years, AI coding agents have evolved at an unprecedented pace, significantly transforming the development experience. However, integrating generated code with actual data infrastructure and executing it remains a critical challenge. Avidea is actively addressing this by establishing an execution layer that connects AI agents to business data infrastructures. Greenative-Skills serves as a lightweight extension module that enables Claude Code to call upon the Greenative Platform. This allows AI agents to perform tasks such as data extraction, transformation, storage, and API execution based on natural language instructions from users.
What Can You Achieve with Greenative-Skills?
Through Claude Code, users can perform various tasks, including:
- - Extracting sales data, aggregating it monthly, and saving it.
- - Exporting specified data to storage.
- - Executing data transformation processes and saving the state into a database.
This enables the Greenative Platform to process these instructions in the backend without requiring complex scripting or application development typically associated with traditional data handling. Previously, executing data operations necessitated a multi-step approach:
1. Writing SQL queries.
2. Developing scripts or applications.
3. Aggregating and processing data.
4. Saving data to storage.
5. Managing operational states within databases.
With the new framework, these steps can be seamlessly integrated, allowing the AI agent to execute a series of actions without requiring the development of additional scripts or applications. The communication from Claude Code is limited to data processing instructions, which means that all data transfers between storage and databases are efficiently handled within the Greenative Platform. In addition to standard ETL processes, the AI agent can conduct a full suite of business workflows, including API execution and application state management in the database, all through natural language commands.
Overview of the Greenative Platform
The Greenative Platform (formerly known as Avgidea Data Platform) provides a robust infrastructure that facilitates connections to various databases and cloud storage services, executing data transformation processes and managing API calls. This integrated data management solution supports both SaaS and PaaS environments and offers customized instances tailored to meet each company's security policies and operational requirements.
About Avidea Inc.
Avidea Inc. is dedicated to leveraging data and AI technologies to bring diverse business ideas to life. The Greenative Platform delivers a one-stop solution for data management and AI application execution. Utilizing Amazon Web Services, Google Workspace, and Google Cloud, Avidea focuses on developing and consulting optimized cloud-native services. Moving forward, Avidea is committed to exploring further possibilities for AI technologies and data utilization, continuously working on innovative solutions.
Company Name: Avidea Inc.
CEO: Tohru Yagihashi
Address: 4-6-1-408, Kudan Minami, Chiyoda-ku, Tokyo 102-0074
Business Description: AI and Data Platform Services, Consulting
Website: https://www.avgidea.io
Contact Information: https://www.avgidea.io/contact
Avgidea and Greenative are trademarks or registered trademarks of Avidea Inc. All other company names, product names, and service names are trademarks or registered trademarks of their respective companies.