richard hart net worth which is part of the integrated ethics modelCloud Terraform Kit for Kaspa Mining on AWS

Spin up a complete, auditable Kaspa mining environment on AWS with a GitHub-first Terraform workflow. This kit packages proven infrastructure patterns with opinionated defaults so you can focus on tuning KHeavyHash performance and managing costs, not wiring cloud primitives. Highlights: - Infrastructure as Code: Modular Terraform for VPC, subnets, NAT, route tables, IAM, security groups, SSM, and GPU-optimized EC2 worker pools. - GitHub CI/CD: Actions workflows with OIDC to AWS for secretless authentication, gated plan reviews, and environment protections. - Mining Stack: Pre-baked or on-boot install of NVIDIA drivers and a containerized Kaspa miner, with tunable flags, pool endpoints, and wallet address via variables or SSM Parameter Store. - Scalability & Cost: Auto Scaling Groups or EC2 Fleet with Spot support, instance diversification, schedules, and tag-based budget alignment. - Observability: CloudWatch metrics, structured logs, alarms, and optional dashboards to track hashrate proxies, GPU utilization, and instance health. - Security by Default: Private subnets by design, least-privilege IAM, encrypted EBS volumes, SSM Session Manager for shell access (no inbound SSH), and configurable KMS. - Extensible Modules: Swap miner images, adjust regions, or pin instance families (G5/G6/P4d, where available) without changing core logic. What you get: - A GitHub repository template with reusable Terraform modules and environment examples (dev/stage/prod). - Actions workflows for validate/plan/apply with manual approvals. - Example variables, tfvars samples, and bootstrap scripts for driver/runtime setup. - Step-by-step documentation covering deployment, scaling, monitoring, and updates. Prerequisites: - AWS account with service limits for GPU instances in your target region. - Terraform 1.5+ and GitHub organization access to configure OIDC. - Wallet address and chosen mining pool details. - Budget alarms recommended; Spot capacity is subject to availability. Quick start: 1) Fork the GitHub template and set repository variables/secrets as documented. 2) Configure AWS OIDC trust for your GitHub org/repo. 3) Adjust tfvars for region, instance types, and miner parameters. 4) Run the Actions workflow to validate and plan; review and approve apply. 5) Monitor logs and metrics in CloudWatch and refine instance mix or flags. Notes: - You are responsible for compliance with local regulations and your cloud provider’s terms. Mining costs and availability vary by region and instance type. - This kit does not guarantee profitability; it provides infrastructure automation and controls for transparent, repeatable operations.