1. Background and Problem Statement of DOGEAI

1.1 Current Issues

1.1.1 The complexity and opacity of government spending

Every year, the US Congress introduces a large number of bills, which are often complex and difficult to understand. Many bills are quickly passed, while others are put on hold for years. Due to the large number of bills, it is difficult for ordinary citizens to keep up with legislative developments. In addition, the language of these bills is often legally specialized, further isolating the public from the legislative process. As a result, many citizens remain unaware of key legislation that affects their lives.

1.1.2 Lack of Public Participation

Due to the above-mentioned complexity and opacity, the public’s participation in the government decision-making process is extremely low. This lack of participation not only weakens the effectiveness of the democratic system but also leads to many potential waste and inefficiencies that cannot be timely identified and corrected. The waste of government spending involves not only money but also the unreasonable allocation of resources, posing a threat to the fairness and sustainability of society.

1.1.3 Potential of Technology

With the rapid development of AI technology, its advantages in data analysis, text processing, and natural language understanding are gradually becoming apparent. AI is capable of processing large amounts of complex data and presenting information in a more understandable way. This provides new possibilities for addressing government transparency issues.

2. Vision and Goals of DOGEAI

2.1 Vision

The vision of DOGEAI is to make government data more transparent, understandable, and accessible through AI technology. The project team hopes to empower more people to participate in the analysis and utilization of government data by developing efficient tools to extract and enrich government data, thus forming an open and transparent government data ecosystem.

2.2 Key Objectives

1. Improve the accessibility of understanding laws: simplify complex legal texts into clear and actionable summaries, enabling the public to better understand legislative content.
2. Revealing waste and inefficiency: By analyzing government spending in depth, identifying inefficient behavior, and exposing suspicious spending behavior.
3. Promote public participation: Encourage the public to supervise and provide feedback on government spending through social media and other channels, and enhance public participation in the government decision-making process.

4. Building open-source infrastructure: developing open-source infrastructure that supports individual and collective agent operations, making it user-friendly and scalable for wider application.

5. Technical Architecture of DOGEAI

The technical architecture of DOGEAI is based on a monorepo, which includes three main components:crawler(Spider),agent(Agent) andwebsiteThis architecture design enables the project to be flexible in expansion and iteration. (Website).

• Data Analysis and Machine Learning: DogeAI can handle massive amounts of government financial data, policy implementation and socio-economic indicators. Through deep learning and machine learning algorithms, DogeAI can identify potential waste and inefficient use of funds from these data. For example, where there are duplicate expenditures in certain areas, which policies are ineffective, and even compare globally to find the most cost-effective policy implementation.
• Automated Policy Recommendations: Another powerful feature of DogeAI is the ability to generate policy improvement suggestions based on data analysis. By comparing the effects of different government policies, DogeAI can provide optimization suggestions to help decision-makers reduce unnecessary financial burdens while maintaining policy objectives. For example, by optimizing the allocation of social welfare programs or public infrastructure investments, DogeAI can make policy implementation more efficient and reduce resource waste.
• Transparency and oversight functions: In order to improve the transparency of government spending, DogeAI can also present the analysis results to the public, forming a real-time supervision mechanism. Users can not only view the data analysis results, but also participate in the data collection and feedback process, further promoting the process of democratization and transparency.

3.1 Crawler

The crawler is the data collection core of DOGEai. It is an application based on Node.js, responsible for fetching data from the U.S. Congress API. The workflow of the crawler is as follows:

1. Fetch Bill List: Get a list of all bills from the Congress API.
2. Queue processing: Add each bill to the queue and wait for further processing.
3. Bill Enrichment: Retrieve detailed information about bills from APIs and fetch bill text from congressional websites.
4. Text Summary: Summarize the bill text to generate an easily understandable summary.
5. Store Data: Store processed data in the database.

The crawler is deployed on Fly.io and can be triggered to run through the CLI. Currently, the initial crawling process is triggered manually, and there are plans to change it to a CRON job for automation in the future.

3.2 Agent

Agent is a simple chatbot developed based on the Eliza framework. It can read bills and help users understand their content. Currently, the agent runs locally in the form of a CLI tool, and users can input bills they need to understand to generate relevant content.

The website is the front-end interface of DOGEAI, built on Next.js. It provides users with a platform to view bill summaries, analysis results, and interact with agents. The website’s design focuses on user experience, aiming to make the presentation of government data more intuitive and accessible.

4. The development roadmap of DOGEAI

4.1 Phase 1

1. Infrastructure construction: Establishing infrastructure for handling government bills.
2. Bill Retrieval and Analysis: Retrieve all bills from the Congressional API for the Senate and the House of Representatives, and analyze bills that may waste government funds.
3. Website and social media launch: Launch website and social media accounts on X (formerly Twitter) to share these bills.
4. Token Issuance: Issuing DOGEai tokens to support project operations and reward contributors.

Phase 2

1. Enhanced proxy functionality: enables proxies to reply to comments and mentions on X.
2. Highlight bill on the website that identifies wasted funds: Highlight identified wasted funds bill on the website.
3. Regular Release of Bills: Proxy configuration releases 2-3 bills daily.
4. Automated Crawling: Set up CRON jobs to periodically crawl bills from the U.S. Congress API.

4.3 Future Outlook

1. Website Enhancement: Build the website into a hub for exploring all the captured cases and provide a way to share on X.
2. Data Set Sharing: Providing datasets for research or development purposes for others to use.
3. Enhanced agent interaction: Interact with agents on X.
4. Website Integration with X: Enables users to chat with agents on the website and share directly to X.

5. The future development direction of DOGEAI

5.1 Technological Innovation

1. AI Model Optimization: Continuously optimize AI models to improve the accuracy of case summaries and analysis.
2. Multimodal Data Processing: Introducing multimodal data processing capabilities for images, voice, and other data types, enriching the ways data is presented.
3. Real-time Data Analysis: Develop real-time data analysis functionality to enable users to stay updated on the latest government spending trends.

5.2 Application Extension

1. Industry Customization: Customized agents developed for specific government departments (such as the Ministry of Justice, the Food and Drug Administration) to provide more accurate analysis.
2. International Cooperation: Promote the project to other countries and regions, helping more people to oversee government spending.
3. Education and Training: Developing educational resources to help the public better understand the government decision-making process.

5.3 Community Development

1. Establish community platform: Create a dedicated community platform to facilitate communication between developers, users, and researchers.
2. Organize events: regularly hold technical seminars, hackathons, and other activities to stimulate community vitality.
3. Collaboration and partnership: Establishing collaborative relationships with other organizations and projects to jointly promote government data transparency.

Six, basic information of DOGEAI token (2025-1-26)

1. Market Cap: $44,935,958
2. Fully diluted market cap: $59,872,563
3. Circulation: 750,526,134
4. Total amount: 999,999,234
5. Maximum Supply: 1,000,000,000
6. Contract Address: 9UYAYvVS2cZ3BndbsoG1ScJbjfwyEPGxjE79hh5ipump
7. Token market performance is as follows:

Currently, DOGEAI tokens have been listed on Gate.io Innovation Zone.Trade Now!

Risk Warning: Compared to other tokens, this project may have higher volatility and/or higher risks. Please conduct your own research.

Conclusion

DOGEAI is a project full of potential. It uses AI technology to reveal waste and inefficiency in government spending, and promotes transparency and accessibility of government data through open source and community participation. Although the project is still in its early stages, it has already demonstrated significant value and influence. In the future, with continued technological advancements and community contributions, DOGEAI has the potential to become an important force in the field of government data transparency.