Introduction to Alchemist AI

Alchemist AI is a No-Code Development Platform (NCDP) that helps users quickly create software applications through simple descriptions. Unlike traditional AI agents, Alchemist AI does not require users to create different AI agents but instead automates the generation of applications through the platform’s AI capabilities. Whether you’re a beginner or an expert in programming, Alchemist AI’s powerful features enable instant generation of customized applications ranging from utilities to games.

Large language models (LLM) play a crucial role in the operation of Alchemist AI throughout the process. From analyzing user needs to generating high-quality, executable code, LLM provides a seamless, intelligent development experience. With Alchemist AI, software development no longer requires programming knowledge, transforming ideas directly into reality and empowering every user to become a developer.

Alchemist AI Main Interface (Source: Alchemist AI)

Core Technologies of Alchemist AI

The core technologies include no-code development, natural language processing (NLP), fully automated code generation and deployment, and operating system API integration. Relying on these technologies, users only need to input simple text descriptions, and Alchemist AI can analyze the intentions, features, and constraints, automatically generating application logic and code, completing deployment, and executing in the appropriate environment.

No-Code Development

Alchemist AI uses a no-code development model to eliminate the technical barriers of traditional software development. Users can generate custom applications with simple natural language descriptions, whether they are basic tools or complex games and applications. Both beginners and professional developers can quickly get started, greatly reducing the complexity of application development.

Games Generated by Alchemist AI (Source: Alchemist AI)

Natural Language Processing Technology

The first step of Alchemist AI is to receive application requirements described by users in natural language. These inputs can range from simple commands (e.g., “Build me a timer”) to more complex instructions (e.g., “Create a game where I can catch shooting stars and earn points for each star caught”).

Alchemist AI uses natural language processing (NLP) technology to analyze and understand users’ natural language input, extracting the application’s intentions, functions, and constraints. Whether it’s a simple requirement (e.g., “Create a timer”) or a complex instruction (e.g., “Design a star-catching game where each captured star earns points”), the system accurately extracts the intentions, functionalities, and design requirements, automatically converting them into application logic and code, significantly improving development efficiency.

Example: Suppose a user inputs: “I want an app that can track daily tasks.”

The system will analyze:

• Intent: Task management app
• Features: Task tracking, date selection, priority settings
• Operations: Add tasks, edit tasks, delete tasks
• UI/UX: Clear task list, date picker, priority markers

Through this method, Alchemist AI transforms users’ natural language descriptions into specific application requirements, laying the groundwork for generating application logic and writing code.

Alchemist AI’s Chat Interface (Source: Alchemist AI)

Fully Automated Code Generation and Deployment

Alchemist AI not only generates application logic and code automatically but also completes the deployment and execution of the applications. The system generates web structures (HTML), styles (CSS), and interactive functionality scripts (JavaScript). It then integrates with web frameworks and sandbox environments, enabling the generated applications to run immediately in the browser without additional configuration or debugging. Developers can directly experience the functionality, rapidly validating prototypes, and saving significant development and testing time.

Working Principle:

1. Natural Language Parsing: Users input natural language descriptions, such as “Create a timer” or “Design a star-catching game where each captured star earns points.”
2. Intent and Function Extraction: The system uses large language models (LLM) to analyze inputs, identifying the type of application, functional requirements, and design specifications.
3. Code Generation: Based on the extracted information, the system automatically generates HTML (defining the game area, score displays, etc.), CSS (styling the game area, including background colors, element sizes, etc.), and JavaScript code to build the application’s structure, style, and interactive logic.
4. Deployment and Execution: The generated code is deployed into an integrated web framework and sandbox environment, allowing users to run and test the applications directly in their browsers without additional configuration or debugging.

Game Code Generated by Alchemist AI (Source: Alchemist AI)

Operating System API Integration

Alchemist AI offers limited operating system API integration to support more complex application scenarios, enabling generated applications to interact with hardware devices or the operating system itself. This expands functionality, such as allowing applications to access the file system to save user configurations or exchange data with external devices. This feature gives developers greater flexibility to create more functional applications, such as hardware control or external data interaction.

In Alchemist AI, generated applications can access specific features through limited operating system APIs, such as saving files or loading configuration settings. This ensures application functionality while maintaining user device security. For example, applications can save files or load configuration settings in predefined directories, with the system ensuring they cannot access arbitrary locations on the user’s device. On Windows systems, AI may modify specific registry settings (e.g., saving application preferences) when users request such functionality. This limited API integration allows applications to perform more complex tasks, such as hardware control or external data exchange, while protecting user device security and privacy.

Features of Alchemist AI

Sacred Laboratory

Sacred Laboratory is a creative platform powered by Alchemist AI, allowing users to generate various applications through simple language descriptions. Whether it’s a magic-themed game, a clock tracking time across locations, an alchemy simulator, or a personalized image editing tool, users can easily bring their ideas to life. By describing their needs, Alchemist AI generates complete applications based on the instructions, turning creativity into reality.

Time Tracking Program Generated by AI (Source: Alchemist AI)

Specific Features Include:

Image Generation: Creators can generate images such as backgrounds, character designs, and game visuals based on descriptions. This feature is especially useful for game developers, designers, and anyone needing high-quality visual effects for their tools. Without relying on external software, users can directly generate images required for applications within Alchemist AI.

Example: Users can describe, “Create a ping-pong game with a dark wooden table background,” and Alchemist AI will generate the desired image.

Image Generation Example (Source: Alchemist AI)

Third-Party API Support: Alchemist AI allows developers to integrate third-party APIs into applications, enhancing functionality. Examples include adding real-time data, weather updates, or stock prices. Supported APIs include news APIs, weather APIs, token price APIs, real-time chat APIs, image recognition APIs (OCR), multiplayer battle APIs, map APIs, YouTube download APIs, etc. Users can manually select APIs using the “Add Custom Features” option or use the “Automatic API Detection” feature for seamless integration.

Program Integrating Stock Data and Latest News (Source: Twitter)

Personal API Key Support: Users can inject their private API keys during application creation to access paid or proprietary services. This allows applications to retrieve more customized and efficient data, offering user-exclusive services.

How to Use: Add “Use my private API key” in the application description to enable this feature.

Personal API Key Support (Source: Alchemist AI)

Personalized Generation Settings: By adjusting generation setting sliders, users can control three key attributes of AI output: creativity, accuracy, and consistency. Depending on application needs, users can optimize AI output for more creative content or enhanced accuracy.

• Creativity: Increases originality and uniqueness of results.
• Consistency: Ensures logical and structural coherence.
• Accuracy: Improves precision and detail in outputs.

Generation Settings (Source: Alchemist AI)

Folder System: Alchemist AI offers a folder system for organizing different projects by category to streamline project management. Whether games, tools, or prototypes, users can easily classify their work for efficient and orderly creation. The interface resembles a Windows desktop, where users can right-click on the main screen to create folders and organize related projects.

Folder System (Source: Alchemist AI)

Arcane Forge Marketplace

Arcane Forge Marketplace is Alchemist AI’s built-in application trading platform, providing a community for creating, trading, and sharing ideas. Users can purchase unique applications made by other creators, list their creations for sale, or support exceptional works through tipping. All transactions are powered by the platform’s native token, $ALCH, ensuring a smooth and secure experience.

In the Marketplace, creators can use Sacred Laboratory to develop applications, then upload their works, add descriptions, and set prices to sell them. The platform offers extensive filtering and categorization options to help users quickly find tools or games of interest, such as utilities, games, or productivity applications, meeting diverse needs.

Additionally, the Marketplace supports community interaction, encouraging creators to innovate continuously through tipping features and allowing users to showcase unique ideas, find practical tools, and collaborate with other creators.

Arcane Forge Marketplace (Source: Twitter)

Introduction to $ALCH Token

$ALCH is the native token of the Alchemist AI platform, with a total supply of 1 billion tokens. The token distribution is as follows:

• 85% allocated to the liquidity pool, with no lock-up period.
• 5% allocated for marketing, with a 3-month linear vesting schedule.
• 7% allocated to the treasury and ecosystem, with a 12-month linear vesting schedule.
• 3% allocated to the team, with a 1-month cliff and a subsequent 6-month linear vesting schedule.

In terms of utility, $ALCH supports all transactions on Alchemist AI’s Arcane Forge Marketplace, including purchases, sales, and tipping. Additionally, Alchemist AI has announced that its AI agent, Azarus Alchemicus, will be exclusively supported by the $ALCH token, and no new tokens will be issued.

$ALCH Tokenomics (Source: Alchemist AI)

Conclusion

In summary, Alchemist AI demonstrates the immense potential of no-code development platforms by lowering the barriers to development and empowering users to bring their ideas to life. Recently, the team addressed concerns regarding their anonymity, emphasizing their commitment to earning trust through the quality of their work, stating that anonymity does not impact the integrity or progress of the project. They pledged to focus on product development and achieve even greater milestones by 2025.

On December 19, Alchemist AI released the V2 version and the “Magic Orb” feature. The V2 update introduces a modular architecture to enhance platform functionality and user experience.

Looking ahead, Alchemist AI plans to refine its platform further, enhance the user experience, and expand its influence in the AI application generation field. Despite the team’s anonymous status, they stress their commitment to building trust and support through tangible results and high-quality products.