security_monkey - Security Monkey

•    Python

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Security Monkey monitors your AWS and GCP accounts for policy changes and alerts on insecure configurations. It provides a single UI to browse and search through all of your accounts, regions, and cloud services. The monkey remembers previous states and can show you exactly what changed, and when.Security Monkey can be extended with custom account types, custom watchers, custom auditors, and custom alerters.

aws aws-s3 aws-ec2 aws-sqs aws-vpc aws-iam boto3 boto botocore aws-security aws-policy-tracking

tack - Terraform module for creating Kubernetes cluster running on Container Linux by CoreOS in an AWS VPC

•    HCL

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Opinionated Terraform module for creating a Highly Available Kubernetes cluster running on Container Linux by CoreOS (any channel) in an AWS Virtual Private Cloud VPC. With prerequisites installed make all will simply spin up a default cluster; and, since it is based on Terraform, customization is much easier than CloudFormation.The default configuration includes Kubernetes add-ons: DNS, Dashboard and UI.

coreos aws-vpc aws-terraform coreos-cluster kubernetes docker etcd-cluster kubernetes-coreos-terraform infrastructure-as-code kubernetes-management deployment

terraform-aws-vpc - Terraform module which creates VPC resources on AWS

•    HCL

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Terraform module which creates VPC resources on AWS. By default this module will provision new Elastic IPs for the VPC's NAT Gateways. This means that when creating a new VPC, new IPs are allocated, and when that VPC is destroyed those IPs are released. Sometimes it is handy to keep the same IPs even after the VPC is destroyed and re-created. To that end, it is possible to assign existing IPs to the NAT Gateways. This prevents the destruction of the VPC from releasing those IPs, while making it possible that a re-created VPC uses the same IPs.

terraform-module vpc aws-vpc aws

aws-vpc-flow-log-appender - Sample code to append additional information (e

•    Javascript

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aws-vpc-flow-log-appender is a sample project that enriches AWS VPC Flow Log data with additional information, primarily the Security Groups associated with the instances to which requests are flowing.This project makes use of several AWS services, including Elasticsearch, Lambda, and Kinesis Firehose. These must be setup and configured in the proper sequence for the sample to work as expected. Here, we describe deployment of the Lambda components only. For details on deploying and configuring other services, please see the accompanying blog post.

aws-sam aws-vpc aws-elasticsearch aws-kinesis-firehose aws-lambda

aws-vpc-flow-log-appender - Sample code to append additional information (e

•    Javascript

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aws-vpc-flow-log-appender is a sample project that enriches AWS VPC Flow Log data with additional information, primarily the Security Groups associated with the instances to which requests are flowing. This project makes use of several AWS services, including Elasticsearch, Lambda, and Kinesis Firehose. These must be setup and configured in the proper sequence for the sample to work as expected. Here, we describe deployment of the Lambda components only. For details on deploying and configuring other services, please see the accompanying blog post.

aws-sam aws-vpc aws-elasticsearch aws-kinesis-firehose aws-lambda

terraform-aws-labs - Terraform template for AWS provider ☁️

•    HCL

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Terraform template for AWS provider ☁️

vpc aws aws-vpc terraform iac terraform-modules ec2 lambda

terraform-vpc - Terraform module to create an AWS VPC

•    HCL

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This Terraform module creates a configurable general purpose Amazon Web Services VPC. The module offers an opinionated but flexible network topography geared towards general purpose situations with separate public and private subnets. Each VPC can be configured to support one to four availability zones. Private subnet NAT can be configured via NAT Gateways. A single Internet Gateway is created to provide public routing for public subnets. The module does not configure a bastion or VPN instance for private subnet instance access. This repo contains a few example *.tfvars.examples files showing example variable configurations.

terraform aws-vpc pentagon

kubeadm-tf - PoC; terraform + kubeadm

•    HCL

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Then inside the control plane, you can see how the rest of the nodes join the Kubernets cluster. If the command fails or is missing, don't worry, just wait a bit, probably means that the control plane is still provisioning. You should see something like this, after a few minutes, where the node as join the control plane.

kubernetes-cluster poc kubeadm aws-vpc

awsm - AWS Automation Tools

•    Go

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awsm is a CLI for building and maintaining your infrastructure on Amazon Web Services. It's designed to streamline many of the tasks involved with setting up and scaling infrastructure across multiple AWS Regions. It's goal is to introduce as few new concepts as possible, and provide powerful tools that require only a few inputs to use. awsmDashboard is a web interface for configuring awsm. The configuration of Classes (see Features) are done though the web interface, and you can also see a list of all of your current AWS services through the Dashboard.

cli automation autoscaling-groups ami ec2-instance amazon-web-services awsm aws-vpc ebs-snapshots aws-region aws-ebs-volume iam-instance-profile aws-ebs-snapshot

aws-sync-routes - Synchronizes the specified route from the main/default route table to all custom route tables in the VPC

•    Javascript

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Synchronizes the specified route from the main/default route table to all custom route tables in the VPC. The primary use case is for VMware Cloud on AWS (VMC) software-defined datacenter (SDDC) managed routes, but this could also be used as-is for any scenario where syncing AWS VPC routes to custom route tables is desired.

nodejs aws aws-lambda vmware aws-apigateway infrastructure-as-code aws-vpc aws-cloudformation aws-lambda-node aws-amplify aws-route-table vmconaws