Memories.dev is an open-source infrastructure designed to enhance Artificial General Intelligence (AGI) models by providing controlled access to real-world knowledge and persistent memories. By integrating dynamic, contextual data from sources such as satellites, sensors, and human inputs, Memories.dev enables AI systems to interact with and understand the physical world more effectively. This platform offers developers the tools to seamlessly incorporate up-to-date, location-aware intelligence into their models, moving beyond static datasets to deliver real-time, accurate information. Key Features and Functionality: - Multi-Source Data Integration: Combines satellite imagery, environmental sensor readings, and urban development metrics to build a comprehensive understanding of any location. - Temporal-Spatial Reasoning: Utilizes advanced temporal data processing and spatial indexing to provide AI models with a sense of "when" and "where," along with historical context. - Pre-Trained AI Models: Offers models for satellite imagery analysis, sensor data fusion, and document processing, facilitating automatic feature extraction. - Seamless AI Model Integration: Provides a Python API for clean, developer-friendly memory access, allowing direct integration with existing AI models and frameworks. - High-Performance Contextualization: Employs optimized storage solutions like Milvus for vector search, ClickHouse for time-series data, and Redis for caching, ensuring rapid AI retrieval. - Natural Language Querying: Enables retrieval of information using natural language queries, understanding context and searching across different data modalities. - Customizable and Extensible: As an open-source project, it allows for flexibility and adaptation to specific needs, encouraging community contributions. Primary Value and Problem Solved: Memories.dev addresses the challenge of AI models operating with outdated or static information, which can lead to unreliable outputs. By providing a framework for real-time, contextual memory integration, it ensures that AI systems are grounded in current, verifiable data. This capability is crucial for applications requiring high reliability and accuracy, such as environmental monitoring, disaster response, and autonomous systems. By replacing unreliable web search APIs with satellite-verified ground truth, Memories.dev builds lasting trust with users and ensures AI responses are firmly rooted in reality.