Go

The goal is to gather as many real Hotel reviews as possible to process them into vector embeddings and run similarity searches with RAG (Retrieval Augmented Generation). The resulting matched reviews will be combined as input prompts for the Generative AI (GenAI) LLM model such as Gemini, Grok, Claude, or ChatGPT. This will allows us to find the best hotels in any given city. The Hotel Assistant will return results based on custom criteria or a user question. ...

A comprehensive Go microservice that fetches, consolidates, and analyzes hotel data from multiple sources. Features multi-source data aggregation, Retrieval Augmented Generation based recommendation engine with cutting edge LLMs. Status: In active development. URL: Not yet public. Architecture Alpaca is a microservice and utility suite that: Fetches hotel data from multiple sources (Amadeus, Expedia, Tripadvisor, Google, Booking.com) Consolidates hotel data into a unified schema Crawls reviews from multiple sources (Tripadvisor, Google, Expedia, Booking, hotel websites, etc.) Vectorizes reviews and hotel data into RAG capable vector database. Uses LLM (GPT-4, Claude, Grok) to analyze reviews for Quality and Quiet Generates intelligent recommendations based on review analysis Stores data in SQLite (default) with raw SQL Uses a generalized provider interface for easy API integration Processes data in concurrent batches with rate limiting Github Repo ...

Building a Modern Application on AWS EKS with Pulumi: A Practical Journey The application leverages PostgreSQL for data persistence, Kafka for event streaming, and a mix of Go, Python, and JavaScript components, all deployed on AWS Elastic Kubernetes Service (EKS) using Pulumi in Go. The cluster runs in private subnets with VPC endpoints for a fully isolated setup. The Go Code: Precision in Pulumi The backbone of our infrastructure is a meticulously structured Go program using the Pulumi AWS and EKS SDKs (github.com/pulumi/pulumi-aws/sdk/v6/go/aws and github.com/pulumi/pulumi-eks/sdk/v1/go/eks). We defined a VPC with private subnets using aws.ec2.Vpc and aws.ec2.Subnet, ensuring each subnet has a dedicated route table created via aws.ec2.RouteTable and associated with aws.ec2.RouteTableAssociation. This setup isolates traffic, with privateSubnets passed as a pulumi.StringArrayOutput to the EKS cluster for node placement. ...