Generative Agents AI technology page Top Builders

Explore the top contributors showcasing the highest number of Generative Agents AI technology page app submissions within our community.

Generative Agents

Generative Agents are computer programs designed to replicate human actions and responses within interactive software. To create believable individual and group behavior, they utilize memory, reflection, and planning in combination. These agents have the ability to recall past experiences, make inferences about themselves and others, and devise strategies based on their surroundings. They have a wide range of applications, including creating immersive environments, rehearsing interpersonal communication, and prototyping. In a simulated world resembling The Sims, automated agents can interact, build relationships, and collaborate on group tasks while users watch and intervene as necessary.

General
Relese date	April 7, 2023
Type	Autonomous Agent Simulation

Start building with Generative Agents

We have collected the best Generative Agents libraries and resources to help you get started to build with Generative Agents today. To see what others are building with Generative Agents, check out the community built Generative Agents Use Cases and Applications.

Generative Agents Tutorials

Building an Intelligent AI Agent for Content Moderation with Structured Output

👉 Discover more Generative Agents Tutorials on lablab.ai

Generative Agents resources

Kickstart your development with Generative Agents.

Edit on Github

Generative Agents AI technology page Hackathon projects

Discover innovative solutions crafted with Generative Agents AI technology page, developed by our community members during our engaging hackathons.

citizen-connect

The Government Efficiency Analyzer for Projects is a data-driven application tailored to assess the efficiency and effectiveness of government-initiated projects. With a focus on improving project planning, monitoring, and execution, the application helps ensure that taxpayer resources are used responsibly and transparently. The platform leverages advanced analytics and machine learning to track key performance indicators (KPIs), identify bottlenecks, and forecast potential risks. By integrating with existing government systems and databases, it provides real-time insights into project timelines, budget utilization, and milestone completion.

Government Depertment health tracker

web-based application designed to bridge the gap between local government operations and citizen engagement. This comprehensive platform serves as a digital town square, offering a transparent and interactive view of various aspects of government performance and community well-being. Key Features and Components: 1. Government Performance Index: This central metric provides an at-a-glance assessment of overall government effectiveness. It consolidates various performance indicators into a single, easy-to-understand score out of 100, allowing citizens to quickly gauge the government's overall competence and efficiency. 2. Citizen Satisfaction Rating: Using a familiar five-star rating system, this component reflects the collective voice of the community. It offers immediate insight into how well the government is meeting the needs and expectations of its constituents. 3. Policy Implementation Progress: This feature tracks the government's follow-through on its promises and initiatives. By displaying the percentage of manifesto items initiated or completed, it holds the administration accountable for its commitments and gives citizens a clear view of policy execution. 4. Budget Utilization: Through an intuitive visual breakdown, this section illuminates how public funds are allocated and spent across various sectors such as education, healthcare, and infrastructure. It promotes fiscal transparency and allows citizens to assess spending priorities. Using AI to analyze and comment on department health 5. Community Engagement Level 6. Top Citizen Concerns 7. Response Time 8. Transparency Score 9. Environmental Impact 10. Economic Health Indicator 11. Interactive Voting System:

CitizenLink

CitizenLink: Revolutionizing Citizen-Government Interaction CitizenLink is an AI-powered, centralized platform designed to streamline citizen-government communication. By consolidating multiple complaint channels, it simplifies how complaints and inquiries are submitted and addressed, reducing frustration and improving accessibility. Problem: Current government systems are inefficient, fragmented, and costly. Citizens face delays and confusion due to multiple platforms, with over 124,000 complaints in Thailand alone in FY 2024. Hotlines and chatbots are often slow and limited in functionality. Solution: CitizenLink provides a unified platform that simplifies complaint submissions. AI-driven routing ensures complaints are directed to the right department, speeding up resolution times. It also helps citizens access information about their entitlements, like disability benefits and public assistance. Target Audience: The platform targets government agencies and organizations looking to improve their citizen services. It also benefits the public by offering a fast, easy way to submit complaints and ask questions. Unique Features & Benefits: AI-Powered Routing: Complaints are efficiently directed to the appropriate agents, improving resolution time. Access to Rights: Citizens can easily inquire about government benefits and services. Centralized Platform: A single interface for all government-related services, enhancing user experience. Market Opportunity: The global customer service chatbot market is projected at $2.6 billion by 2024, with Southeast Asia’s market estimated at $312 million. Commercial Potential: CitizenLink reduces complaint backlogs, enhances efficiency, and improves public trust, offering cost savings and increased satisfaction for government agencies.

Ohospital

90% of the healthcare system in Africa is not automated, with most of the providers and businesses using paper. We will intergrating Generative AI into Ohospital a mobile application for providers and businesses to automate how they offer services. The app phase one is done, working on phase two. The users will be using the app to automate services like reminders for patients with chronic diseases, doctor's appointment, healthcare insurance, and revenue for healthcare businesses. The app will act as an agent for healthcare businesses and providers, helping them offering the services effectively.

SurgicalAI

The project aims to revolutionize surgical workflows through AI-driven agents, enhancing efficiency and accuracy across two critical stages: Pre-Surgery and During Surgery In the Pre-Surgery phase, LangGraph agents generate a thorough report by analyzing data such as the surgery name, prescriptions, test results, and scan reports. This consolidated report equips the surgical team with a complete understanding of the patient’s condition and necessary preparations. It generates a detailed step by step surgical procedure report that can be used by surgeons to prepare for surgery During the Surgery phase, the system acts as an intelligent assistant, using voice activation to respond to real-time queries from the surgical team. It delivers precise, context-aware information, supporting decision-making and ensuring a smoother, more informed procedure. By integrating advanced AI, this project aims to transform surgical procedures into a more streamlined, informed, and patient-centric experience. We envision an AI system that interacts with environment during surgery and this is the first step towards such idea

Bloodscan

BloodScan leverages cutting-edge AI to analyze blood smear images, offering precise reports on white blood cells (WBC), red blood cells (RBC), platelet counts, and early detection of conditions such as anemia. Its core innovation lies in providing fast, cost-effective diagnostics without the need for expensive lab equipment, enabling healthcare providers in remote, underserved, or war-torn areas to deliver essential services. The platform is designed with scalability in mind, aiming to expand its capabilities beyond anemia detection to other critical blood tests, such as infection markers, blood cancers, and clotting disorders. Future updates may include additional features like real-time analysis of metabolic health, hemoglobin levels, and rare blood condition detection. By integrating with mobile devices and cloud computing, BloodScan ensures accessibility and reliability. This first-of-its-kind solution addresses a global challenge and sets the foundation for a comprehensive AI-driven diagnostic ecosystem that could transform how blood tests are conducted worldwide.