Download Amazon VPC

Author: h | 2025-04-24

Create an Amazon VPC site-to-site connection Create an Amazon VPC site-to-site connection On this page . Introduction ; Prerequisites ; Download the Amazon VPC Email Download Link. Cloud security with Log360 Amazon VPC VPC security groups in AWS. VPC security groups in Amazon Web Services However, Amazon VPC also provides you

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Setup On the Site-to-site VPN > Amazon VPC > Setup page you add connections to your Amazon Virtual Private Cloud (VPC). You can either import all connections configured with one Amazon Web Service (AWS) account and using the IP address of your Sophos UTM as Customer Gateway (Amazon term for your endpoint of a VPC VPN connection). Or you add connections one by one using the configuration file which you can download from Amazon. Import Via Amazon Credentials You can import all connections configured within your VPC and use the IP address of your Sophos UTM as the Customer Gateway. You will need to create AWS access keys and secret keys to import the configuration. Note – For more information, see the AWS Documentation. Note – All existing connections listed in the Status tab will be deleted during the import. The key pair you are required to enter for the import must belong to an AWS user with sufficient privileges. You can use the predefined policy AmazonVPCReadOnlyAccess. Alternatively, create a policy with the following set of permissions: ec2:DescribeVpnConnections ec2:DescribeVpcs ec2:DescribeVpnGateways To import connections, proceed as follows: Make the following settings: Access key: Enter the Amazon Access Key ID. It is a 20-character, alphanumeric sequence. Secret key: Enter the Secret Access Key. It is a 40-character sequence. Click Apply. The connections are imported and subsequently displayed on the Status page. Import Via Amazon Configuration To add a single connection to the existing list of connections you have to upload the configuration file of the respective connection. To import a single connection, proceed as follows: Download the configuration file of your Amazon VPC connection. In Amazon's download dialog make sure to select Sophos from the Vendor drop-down list. Open the Upload file dialog window. Click the Folder icon next to the VPC

What is Amazon VPC Lattice? - Amazon VPC Lattice

IntroductionThis document describes how to install Identity Services Engine (ISE) 3.1 via Amazon Machine Images (AMI) in Amazon Web Services (AWS). From version 3.1 ISE can be deployed as an Amazon Elastic Compute Cloud (EC2) instance with the help of CloudFormation Templates (CFT).PrerequisitesRequirementsCisco recommends that you have basic knowledge of these topics:ISEAWS and its concepts like VPC, EC2, CloudFormationComponents UsedThe information in this document is based on Cisco ISE Version 3.1.The information in this document was created from the devices in a specific lab environment. All of the devices used in this document started with a cleared (default) configuration. If your network is live, ensure that you understand the potential impact of any command.ConfigureNetwork TopologyConfigurationsIf there is no VPC, Security Groups, Key Pairs and VPN tunnel configured yet, you need to follow Optional steps, otherwise, start with Step 1.Optional Step A. Create VPC Navigate to VPC AWS Service. Select Launch VPC Wizard as shown in the image.Choose VPC with Private Subnet Only and Hardware VPN Access and click Select as shown in the image.Note: The selection of VPC in Step 1. of the VPC wizard depends on the topology since ISE is not designed as Internet exposed server - VPN with private subnet only is used.Configure VPC Private Subnet Settings as per your network design and Select Next.Configure your VPN as per your network design and Select Create VPC.Once the VPC is created, the message "Your VPC has been successfully created" is displayed. Click OK as shown in the image.Optional Step B. Configure On-Prem VPN Headend DeviceNavigate to VPC AWS Service. Choose Site-to-Site VPN connections, select newly created VPN tunnel and Select Download Configuration as shown in the image.Choose Vendor, Platform and Software, Select Download as shown in the image.Apply downloaded configuration on On-Prem VPN headend device.Optional Step C. Create Custom Key PairAWS EC2 instances are accessed with the help of key pairs. In order to create a key pair, navigate to EC2 Service. Select Key Pairs menu under Network & Security. Select Create Key Pair, give it a Name, leave other values as default and Select Create Key Pair again.Optional Step D. Create custom Security GroupAWS EC2 instances access is protected by Security Groups, in order to configure Security Group, navigate to EC2 Service. Select Security Groups menu under Network & Security. Select Create Security Group, configure a Name, Description, in the VPC field select newly configured VPC. Configure

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Linux platform. See Esri Amazon Web Services CloudFormation templates for instructions for finding the ID for the base Ubuntu AMI from Canonical. If you deploy on a supported Linux operating system other than Ubuntu, you can find the AMI ID using AWS Management Console.To use your own custom AMI, type the AMI ID using one of the following: Provide the AMI ID in the format 'ami-xxxxx'. If you stored the AMI ID in the AWS SSM parameter store, provide the SSM parameter name in the format AWS'{{resolve:ssm:[a-zA-Z0-9_.-/]+:\d+}}'.If you use a custom AMI, ensure that it meets the following requirements: EC2 instance metadata service (with either version V2 or V1) must be activated.The latest version of AWS Systems Manager (SSM) Agent must be installed.If the custom AMI has a Windows operating system, AWS Tools for PowerShell must be installed.EC2 Instance Keypair NameRequired Choose an EC2 keypair name to allow remote access to EC2 instances.Amazon VPC ConfigurationParameter nameRequired or notParameter descriptionVPC IDRequired Choose a VPC ID. All ArcGIS Enterprise components that are part of the same deployment must be deployed in the same VPC.If you need to create a VPC, you can use one of the VPC sample templates: VPC with public subnets or VPC with public and private subnets and a NAT Gateway.Subnet ID 1Required Choose a subnet ID. The subnet ID that you select must be within the VPC you have selected above. If you used an Esri CloudFormation template to create the VPC, you can get the subnet ID from that template's output parameters.Subnet ID 2Required Choose a second subnet ID. This must be a different subnet ID than you used for the Subnet ID 1 parameter. The subnet ID that you select must be within the VPC you specified for this deployment. If you used an Esri CloudFormation template to create the VPC, you can get the subnet ID from that template's output parameters. Domain Name System (DNS) ConfigurationParameter nameRequired or notParameter descriptionArcGIS Mission Server Site Domain NameRequired Provide the fully qualified domain name for the ArcGIS Mission Server site. The domain name must exist and be resolvable. Contact your IT administrator if you are not sure of the domain name to use. Elastic Load Balancer DNS NameOptional To use an ELB with the site, provide the value for an application or ELB DNS name. It must be an existing ELB. If you do not want to use. Create an Amazon VPC site-to-site connection Create an Amazon VPC site-to-site connection On this page . Introduction ; Prerequisites ; Download the Amazon VPC Email Download Link. Cloud security with Log360 Amazon VPC VPC security groups in AWS. VPC security groups in Amazon Web Services However, Amazon VPC also provides you

What is Amazon VPC Transit Gateways? - Amazon VPC

The Esri arcgis-mission-server-ha.template.json Amazon Web Services (AWS) CloudFormation template creates an ArcGIS Mission Server site on multiple Amazon Elastic Compute Cloud (EC2) instances for high availability. The EC2 instances are deployed in an AWS Auto Scaling group, which offers advantages such as capacity planning based on certain criteria, better fault tolerance, better availability, and better cost management.This template creates the following architecture in Amazon Web Services:License:Certain icons in the diagram are used with permission from Amazon Web Services.PrerequisitesPrerequisites can be grouped by the items—such as files and accounts—that you must obtain and the tasks you must perform before running the CloudFormation template.Required itemsYou need the following before running this template:An Amazon Web Services account.The account must have access to basic AWS services such as CloudFormation, Amazon Elastic Compute Cloud (EC2), Amazon Virtual Private Cloud (VPC), Amazon Simple Storage Service (S3), Systems Manager, Amazon CloudWatch, Lambda, AWS Identity and Access Management (IAM), Amazon DynamoDB, Secrets Manager, AWS Certificate Manager, and Amazon Relational Database Service (RDS).An ArcGIS Mission Server license file (.ecp or .prvc).An SSL certificate file (a .pfx file) and corresponding password.The certificate must be from a certifying authority.If you create a deployment on Ubuntu EC2 instances in AWS GovCloud, you need an AMI ID. If you want to use the base canonical Ubuntu AMI, follow the instructions in Esri Amazon Web Services CloudFormation templates to identify the ID.An Amazon Virtual Private Cloud (VPC) and subnets.All components in the same ArcGIS Enterprise deployment must run in the same VPC. If your portal exists, use the same VPC and subnets you used for the portal. If you have not created a portal yet and do not have an existing VPC, you can use one of the following CloudFormation templates to create a VPC: VPC with two public subnets or VPC with two public and private subnets with a NAT Gateway.The arcgis-mission-server-ha.template.json CloudFormation template.Required tasksComplete the following tasks before running this template:Prepare a deployment Amazon Simple Storage Service (S3) bucket in the AWS account. Specify the bucket name in the template when you launch the stack.Create a bucket or use an existing S3 bucket. You must be the owner of the bucket.Upload the ArcGIS Mission Server authorization file to the bucket. Upload the SSL certificate file to the bucket.If you use an Elastic IP address with this deployment (which is optional), you must create the Elastic IP address before running this template.You can

Amazon VPC Transit Gateways Quotas - Amazon VPC

Config file box. Select the configuration file and upload it. To upload the selected file click the button Start Upload. The filename is displayed in the VPC config file field. If you use static routing, enter the remote network. The remote network is not part of the configuration file. Therefore you need to enter it separately into the Remote network field, e.g. 10.0.0.0/8. This field is only important if you have configured the use of static routing instead of dynamic routing in Amazon VPC. Click Apply. The connection is imported and subsequently displayed on the Status page. Route Propagation You can configure networks which are being pushed in route propagation enabled routing tables in the Amazon VPC. To select local networks, proceed as follows: Add local networks. Add or select a local network that should be pushed in route propagation. How to add a definition is explained on the Definitions & Users > Network Definitions > Network Definitions page. Click Apply. The route propagation networks are applied.

Amazon VPC – Introduction to Amazon

This past weekend, I had the pleasure of red teaming at University of Buffalo’s competition called Lockdown. It was a fantastic competition and I had ALOT of fun interacting/challenging the blue teamers on Windows. This blog post will focus on my C2 infrastructure setup for Powershell Empire.DISCLAIMERThe information contained in this blog post is for educational purposes ONLY! HoldMyBeerSecurity.com/HoldMyBeer.xyz and its authors DO NOT hold any responsibility for any misuse or damage of the information provided in blog posts, discussions, activities, or exercises. DISCLAIMERNetwork diagramCreate/Setup AWS resourcesCreate VPC networkLogin into AWSSelect “VPC” from the list of AWS servicesSelect “Start VPC Wizard”Select “VPC with a Single Public Subnet”Enter “10.21.0.0/16” for “IPv4 CIDR block”Enter “RedTeamVPC” for “VPC Name”Enter “10.21.1.0/24” for “Public subnet’s IPv4 CIDR”Enter “RedTeamVPC_Pub” for “Public subnet name”Select “Create VPC”Create EC2 instancesTeamserverSelect “EC2” from the list of servicesSelect “Launch instance”Step 1: Choose an Amazon Machine Image (AMI)Select “Ubuntu Server 16.04 LTS (HVM), SSD Volume Type”Step 2: Choose an Instance TypeSelect “t2.medium”Select “Configure Instance Details”Step 3: Configure Instance DetailsSelect “RedTeamVPC” for networkMake sure “RedTeamVPC_pub” is selected for “Subnet”Select “Enable” for “Auto-assign Public IP”Select “Next: Add storage”Step 4: Add StorageEnter “20” for “Size (GiB)”Select “Add tags”Step 5: Add tagsSelect “Add tag”Enter “Name” for keyEnter “Redteam-teamserver” for valueSelect “Configure Security Group”Step 6: Configure Security GroupEnter “Redteam-teamserver” for security group nameFor the SSH rule enter YOUR public IP for sourceMy school has public IP range which I will useSelect “Add rule”Set type to “All traffic”Enter “10.21.1.0/24” for sourceSelect “Review and Launch”Step 7: Review Instance LaunchSelect LaunchFor the Key pair select “existing key pair” or “new key pair”Select “Launch instance”Select “View instances”Wait for new instance to initialize completelyThe “Status checks” column should be “2/2 checks passed”Copy the “IPv4 Public IP” for the new instanceC2 serversSelect “EC2” from the list of servicesSelect “Launch instance”Step 1: Choose an Amazon Machine Image (AMI)Select “Ubuntu Server 16.04 LTS (HVM), SSD Volume Type” Step 2: Choose an Instance TypeSelect “t2.small”Select “Configure Instance Details”Step 3: Configure Instance DetailsEnter “1” for “Number of instances”Ignore the 3 in the photoSelect “RedTeamVPC” for networkMake sure “RedTeamVPC_pub” is selected for “Subnet”Select “Enable” for “Auto-assign Public IP”Select “Next: Add storage”Step 4: Add StorageEnter “20” for “Size (GiB)” Select “Add tags”Step 5: Add TagsSelect “Add tag”Enter “Name” for keyEnter “Redteam-c2” for valueSelect “Configure Security Group”Step 6: Configure Security GroupEnter “Redteam-c2” for security group nameFor the SSH rule enter YOUR public IP for sourceMy school has public IP range

How Amazon VPC Transit Gateways work - Amazon VPC

Subscription to the email for each folder creation status.Uses an existing EFS and/or EFS access point or provision new EFS and/or EFS access point.Uses an existing IAM roles for the SFTP Users, Lambda execution, and CloudWatch Logging or provision new IAM Roles.Uses an existing customer managed keys (CMKs) to optionally encrypt the EFS, CloudWatch Logs, Lambda, and SNS or provision new CMKs.Uses an existing Security Groups for the SFTP server, EFS, and Lambda or provision new Security Groups.Enables SFTP activity report via email on a given schedule.Manages subscription to the SFTP activity report email.Uniformly names and tags the provisioned resources.PrerequisitesThe target AWS Account and AWS Region are identified.The AWS User/Role executing the Terraform scripts must have permissions to provision the target resources.The Terraform CLI (version = ">= 1.1.9") is installed.The Python 3.9+ is installed.AWS SDK for Python boto3 1.24+ is installed.Terraform backend provider and state locking providers are identified and bootstrapped.A bootstrap module/example is provided that provisions an Amazon S3 bucket for Terraform state storage and Amazon DynamoDB table for Terraform state locking.The Amazon S3 bucket name has to be globally unique.The target VPC along with the target Subnets exist and are identified via Tags.A vpc example is provided that provisions VPC, Subnets and related resources with example tagging.A unique project code name e.g. appx-sftp is identified that will be used in naming all the resources.Uniform resource tagging scheme is identified.The examples use only two tags: Env and ProjectOptionally, Route 53 Hosted zone is identified.UsageUse the module via GitHub source. Create an Amazon VPC site-to-site connection Create an Amazon VPC site-to-site connection On this page . Introduction ; Prerequisites ; Download the Amazon VPC

Enhancing VPC Security with Amazon VPC Block

AWS Transfer Family SFTP Server using Amazon EFS domain with automated operationsLarge organizations are migrating existing on-premises workloads to the AWS. Many of these workloads are legacy applications that are running on the Amazon EC2 instances. Often these legacy applications exchange files with other applications or trading partners via SFTP. Each SFTP client requires their own secured area for inbound and outbound files. The legacy application, however, requires access to all the files exchanged with all the SFTP clients.This solution is a set of Terraform modules and examples. It provisions an AWS Transfer Family SFTP server that uses an Amazon EFS File System via an Amazon EFS Access Point as the storage backend. It also provisions automation for the SFTP client folder maintenance on the Amazon EFS File System. Optionally, the solution can send SFTP client folder status email and SFTP activity email to different subscribers.The Amazon EFS File System can be mounted on the Amazon EC2 instance(s) hosting the target application(s) needing access to the inbound and outbound files.Features and BenefitsThe solution has following features and benefits:Uses existing VPC and Subnets, identified via tags, for the SFTP server and the EFS mount points.Creates a VPC hosted internal SFTP Server with service managed identity provider.Optionally creates a DNS record for the SFTP server via providing the Route 53 hosted zone name.Manages SFTP clients along with POSIX profile and public ssh key in Terraform state.Automatically creates the SFTP client folders on the target Amazon EFS access point with given POSIX profile.Manages

What is Amazon VPC? Amazon Virtual

NPS to AWS Connectivity Connectivity from the NetApp storage to the AWS cloud is made possible by the AWS Direct Connect network service. The current design was validated using the cross-connect solution to connect NPS to AWS at link speed of 1Gbps. AWS Direct Connect AWS Direct Connect is used to establish a dedicated network connection between the customer-provided network switch or router in the AWS Direct Connect data center (Equinix) and the Amazon VPC. Direct Connect supports the use of 802.1Q virtual local area networks (VLANs). By using multiple VLANs, customers can partition the Direct Connect dedicated connection into multiple Direct Connect private virtual interfaces. As shown in ‎Figure 22, each Direct Connect private virtual interface is associated with a unique VLAN tag. Using dedicated virtual routing and forwarding (VRF) instances, VLANs and LIFs on the SVMs on the NetApp storage cluster, this network segregation is maintained from the AWS VPC across the direct connect network connections and (cross connect) through the Direct Connect private virtual interfaces. Figure 22 AWS Direct Connect – VLAN based segregation Direct Connect connections come in two types: 1Gb Ethernet and 10Gb Ethernet. The connection from the VPC to the network switch (or router) in the Equinix colocation data center is a layer 2 connection from each AWS VGW used by the VPC. A cross-connect cable is patched from the AWS point of presence (PoP) in the Direct Connect data center to the customer network demarcation panel in the Direct Connect data center. BGP is used to support network routing between the AWS VPC and the network in the Direct Connect data center over the AWS Direct Connect network connection. The network in the Equinix colocation data center is directly connected to the customer-provided layer 3 network equipment. The BGP configuration advertises local network routes to the VPC network over the Direct Connect network connection. It also receives the BGP advertisements from the VPC network over the Direct Connect network connection. The customer-provided network equipment is in the same AWS Direct Connect data center as the NetApp storage. The network equipment must support the. Create an Amazon VPC site-to-site connection Create an Amazon VPC site-to-site connection On this page . Introduction ; Prerequisites ; Download the Amazon VPC

Amazon VPC CNI - Amazon EKS

You for your great feedback! We're so glad to hear that the video converter has been working well for you. If you have any questions or need assistance, don't hesitate to reach out to our support team at [email protected]. We're always here to help!Best RegardsVideoProc TeamBest for me ..In the past I have used some other similar products but VPC is best for me because I found everything encapsulated in single software for my usual media requirements . I'm regular home user (not professional) and for me VPC AI software fulfill all requirements for usual media working regarding convert/improve, and download photo/video/audio content. My laptop is an old Toshiba 64bit Windows 10Home, 8Gb RAM and Pentium 1.6GHz processor so rather weak system. Against my hardware speed/performance, VPC run smoothly and do the jobs in reasonable time. I use VPC from 2019 and tried mostly features Downloader/VideoConvert/DVD/AudioAI/SuperResolutionAI and in rare occasion Stabilization. Globally I'm very satisfied with results considering my hardware resources, so for medium skilled users I highly recommend VPC AI. Thank you VPC !Date of experience: January 07, 2025using only 16 CPU Threads of 48?Running on 2x Xeon CPU 24 Core 48 ThreadsVideoproc software using only 16 CPU Threads of 48?Date of experience: January 03, 2025Hi KasperThank you for your feedback! To address this issue, please contact our support team at [email protected] for assistance. They can help investigate and optimize your settings.Best RegardsVideoProc TeamA Disappointing Experience with VideoProc Converter AI: High Expectations, Poor PerformanceI've been using VideoProc Converter AI