I wish GPT4 had never happened
all i can say is that chatgpt4 has become a life saver for me. i&#x27;ve moved from programming to sales and project management. it used to take me a ton of time in order to do proposals. now i fire up chatgpt4 and just prompt it for what i need. i can reprompt it to elaborate on each section of the proposal if i want. i can now do proposals within minutes and have a library to stich together. the hardest part of sales is the paper work and chatgpt4 has eliminated that for me. i can focus on relationships with the customers and making sure my team is meeting deadlines.<p>are they award winning proposals???? Not by any means whatsoever, however, 99% of MY clients could give two sh*ts of the fine grain details of a proposal and just needs something high level with a price to begin the work.<p>as an example of how i use chatgpt to create the proposals:<p>me
---
write me a proposal for creating an AWS environment consisting of 3 EC2 webservers, 1 EC2 database server and an s3 bucket all within a VPC. Include an AWS VPN for accessing into the VPC.<p>chatgpt4
---------
Proposal for Creating an AWS Environment with 3 EC2 Webservers, 1 EC2 Database Server, and an S3 Bucket in a VPC with AWS VPN Access<p>Introduction:<p>We propose to create an AWS environment that includes three EC2 webservers, one EC2 database server, an S3 bucket, and an AWS VPN for secure access to the VPC. This environment will be deployed within a Virtual Private Cloud (VPC) on the AWS platform.<p>Objectives:<p>The objectives of this proposal are as follows:<p>To deploy a scalable and reliable web application infrastructure using AWS.<p>To create an S3 bucket for storing static assets and media files of the web application.<p>To deploy three EC2 webservers to handle incoming traffic and requests to the web application.<p>To deploy an EC2 database server to store and manage the web application&#x27;s data.<p>To set up an AWS VPN for secure access to the VPC and the resources within it.<p>AWS Infrastructure Components:<p>VPC: A VPC provides a logically isolated section of the AWS cloud to launch resources in a virtual network environment. We will create a VPC with appropriate CIDR blocks to house the resources of the proposed AWS infrastructure.<p>Subnets: Subnets will be created within the VPC to partition the IP address range of the VPC.<p>Internet Gateway: An internet gateway will be created to allow access to and from the internet.<p>Route Tables: We will create a route table to route traffic from the internet to the web servers and the database server.<p>EC2 Instances: Three EC2 instances will be created to host the web application, and an EC2 instance will be created to host the database.<p>S3 Bucket: We will create an S3 bucket to store the static assets and media files of the web application.<p>Security Groups: Security groups will be created to control inbound and outbound traffic to and from the EC2 instances and the S3 bucket.<p>AWS VPN: An AWS VPN will be set up to provide secure remote access to the VPC.<p>Deployment Plan:<p>Create a new VPC with appropriate CIDR blocks.<p>Create subnets in the VPC for the web servers, the database server, and the VPN.<p>Create an internet gateway to allow access to and from the internet.<p>Create route tables to route traffic from the internet to the web servers, the database server, and the VPN.<p>Launch three EC2 instances to host the web application in the web server subnets.<p>Launch an EC2 instance to host the database in the database server subnet.<p>Create an S3 bucket to store the static assets and media files of the web application.<p>Create security groups for the EC2 instances and the S3 bucket.<p>Set up an AWS VPN to provide secure remote access to the VPC.<p>Conclusion:<p>The proposed AWS infrastructure will provide a scalable and reliable web application environment. The deployment of three EC2 instances for the web application, an EC2 instance for the database, and an S3 bucket for storing static assets and media files will ensure that the web application performs optimally. The AWS VPN will provide secure remote access to the VPC, enabling the authorized personnel to manage the resources within the VPC securely.<p>me
-----
do a technical elaboration of the deployment plan<p>chatgpt4
---------
Technical Elaboration of the Deployment Plan:<p>Creating a new VPC with appropriate CIDR blocks:
The first step is to create a new VPC with a CIDR block range that does not overlap with any existing networks. A CIDR block is a range of IP addresses that will be used for the VPC. In this proposed infrastructure, we will create a VPC with a CIDR block of 10.0.0.0&#x2F;16, which provides up to 65,536 IP addresses.<p>Creating subnets in the VPC for the web servers, the database server, and the VPN:
Subnets will be created within the VPC to partition the IP address range of the VPC. We will create three subnets for the web servers, one subnet for the database server, and one subnet for the VPN. Each subnet will have a unique CIDR block range within the VPC&#x27;s CIDR block range.<p>Creating an internet gateway to allow access to and from the internet:
An internet gateway will be created to allow access to and from the internet. The internet gateway will provide a point of entry and exit for the VPC&#x27;s internet traffic.<p>Creating route tables to route traffic from the internet to the web servers, the database server, and the VPN:
A route table will be created to route traffic from the internet to the web servers, the database server, and the VPN. The route table will associate the subnets with the internet gateway and route traffic to the appropriate subnet.<p>Launching three EC2 instances to host the web application in the web server subnets:
Three EC2 instances will be launched in the web server subnets to host the web application. The EC2 instances will be launched with an Amazon Machine Image (AMI) that contains the necessary software and configurations to run the web application.<p>Launching an EC2 instance to host the database in the database server subnet:
An EC2 instance will be launched in the database server subnet to host the database. The EC2 instance will be launched with an appropriate AMI that contains the necessary database software and configurations.<p>Creating an S3 bucket to store the static assets and media files of the web application:
An S3 bucket will be created to store the static assets and media files of the web application. The S3 bucket will be configured to be accessible only from within the VPC.<p>Creating security groups for the EC2 instances and the S3 bucket:
Security groups will be created to control inbound and outbound traffic to and from the EC2 instances and the S3 bucket. The security groups will allow traffic only from specific IP addresses and ports.<p>Setting up an AWS VPN to provide secure remote access to the VPC:
An AWS VPN will be set up to provide secure remote access to the VPC. The VPN will be configured to allow authorized personnel to connect to the VPC securely. The VPN will use Internet Protocol Security (IPsec) to encrypt traffic between the remote user and the VPC.<p>Conclusion:<p>The proposed deployment plan includes the creation of a VPC with subnets, internet gateway, route tables, EC2 instances, S3 bucket, and security groups. The deployment plan ensures that the web application and the database server run efficiently while maintaining security. The AWS VPN will provide secure remote access to the VPC, which allows authorized personnel to access the resources securely.