Sold by: ADEO Imaging
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WireGuard VPN Server on Linux/Debian for secure Internet access with UI (Web Interface) and IP rotation. This WireGuard server uses UDP protocol for VPN communication, ensuring high-speed VPN performance. After launching, the secure Wireguard VPN Server is immediately fully operational without the need for any setup. WireGuard is a modern VPN technology, and WireGuard tunnels provide higher data transfer speeds than IPSec or IKEv2 and significantly higher than those of OpenVPN. This WireGuard server provides a stable VPN connection at the highest possible speed. Wireguard VPN Server on Linux/Debian has a convenient and intuitive control web panel including user management features. Client configuration settings can be easily transferred to the WireGuard mobile application using a QR code. WireGuard VPN server is suitable for both individual users and companies offering VPN services.
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Overview
WireGuard VPN Server on Debian for Internet access with Web Interface and IP rotation. This Wireguard VPN server uses two public IP addresses (Elastic IPs) when deployed via a CloudFormation template. The first IP is used for both the web interface and as the VPN Endpoint, which is the address specified in client configurations to connect to the VPN server. The second IP is used for the outbound connection - this is the address under which client traffic appears on the internet. This allows you to change or rotate the outbound IP at any time by replacing the second Elastic IP, without updating the client configuration or restarting the server.
This WireGuard VPN Server is intended to provide secure internet access for computers and mobile devices. It is easy to use: after launching, the Wireguard VPN Server is immediately fully operational without the need for any setup.
WireGuard is considered a modern VPN protocol. It was developed with a focus on simplicity, high speed, and security. WireGuard was announced in 2015 and was officially integrated into the Linux kernel in 2020. Unlike older protocols such as OpenVPN or IPSec, WireGuard has significantly less code (around 4,000 lines compared to hundreds of thousands in OpenVPN/IPSec), which makes security auditing easier and reduces the likelihood of errors. As a result, WireGuard tunnels provide higher data transfer speeds than IPSec or IKEv2, and significantly higher speeds than those of OpenVPN.
This WireGuard VPN Server on Debian provides a stable VPN connection at the highest possible speed. Its high efficiency allows for use even on low-performance Linux machines, potentially reducing costs. Users can opt for simple instance types like t3.micro, t3.small, t3.medium, etc. Data encryption is carried out using modern protocols, and user authentication is managed with security keys. The Wireguard VPN server has a convenient and intuitive web control panel, which allows for the adjustment of basic VPN channel settings and user management. Before establishing a VPN connection, please ensure that the WireGuard VPN client software is installed on client devices. Such WireGuard VPN client software is available for Windows, Linux, Android, macOS, and iOS.
Areas of use:
- WireGuard VPN Server can be used to provide secure internet access for computers and mobile devices.
- WireGuard protocol is used in some routers as default VPN protocol, making this server compatible with such routers.
- This WireGuard VPN server can be utilized for internet access in countries where internet use is restricted by authorities.
- WireGuard VPN server on Linux is suitable for both individual users and companies offering VPN services.
The key features of the WireGuard VPN Server:
- WireGuard is a modern VPN protocol.
- Easy to use: this WireGuard VPN Server is fully operational immediately after launch, with no setup required.
- This WireGuard VPN Server uses 2 separate public IP addresses for the VPN Endpoint and the Internet access when using the CloudFormation template deployment, allowing for IP address rotation.
- Default VPN Port: UDP 51820.
- This WireGuard VPN Server uses authentication based on security keys.
- High Security: WireGuard VPN Server uses modern cryptographic algorithms (like Curve25519 and ChaCha20) to ensure strong encryption and authentication.
- This Wireguard VPN Server has a convenient and intuitive control web panel (UI) including user management features. Client configuration settings can be easily transferred to the WireGuard mobile application using a QR code.
- This WireGuard VPN Server demonstrates very high performance. The speed of Wireguard VPN channels is often much faster than that of traditional VPN protocols like OpenVPN or IPSec.
In summary, a WireGuard VPN Server is an excellent choice for organizations and individuals seeking a secure, fast, and reliable VPN solution that is easy to set up and manage.
This WireGuard VPN server is built based on the open-source WireGuard project, which is released under the MIT license.
Highlights
- The WireGuard VPN Server on Linux/Debian provides fast and secure internet access for individual users. After launching, the WireGuard VPN Server is immediately fully operational.
- The WireGuard VPN Server on Linux/Debian uses 2 separate public IP addresses for the VPN Endpoint and the Internet access when deployed via a CloudFormation template, allowing for IP address rotation.
- WireGuard is considered a modern VPN protocol. It was developed with a focus on simplicity, high speed, and security. This WireGuard VPN Server on Linux/Debian uses UDP protocol for secure VPN communication, ensuring high-speed VPN performance.
Details
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Delivery method
Delivery option
WireGuard VPN Server (Web UI, 2 separate IPs for Endpoint and Outbound)
64-bit (x86) Amazon Machine Image (AMI)
Latest version
Operating system
Debian 11.0
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Pricing
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Try this product free for 5 days according to the free trial terms set by the vendor. Usage-based pricing is in effect for usage beyond the free trial terms. Your free trial gets automatically converted to a paid subscription when the trial ends, but may be canceled any time before that.
Pricing is based on actual usage, with charges varying according to how much you consume. Subscriptions have no end date and may be canceled any time. Alternatively, you can pay upfront for a contract, which typically covers your anticipated usage for the contract duration. Any usage beyond contract will incur additional usage-based costs.
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Dimension | Cost/hour |
|---|---|
t3.micro Recommended | $0.063 |
t2.micro | $0.063 |
m7i-flex.2xlarge | $0.126 |
t3a.xlarge | $0.063 |
t3a.large | $0.063 |
m5.2xlarge | $0.126 |
m5n.4xlarge | $0.126 |
t3.large | $0.063 |
m7a.medium | $0.063 |
m7i.large | $0.063 |
Dimensions summary
You pay by the hour based on the AWS EC2 instance type you choose to run this VPN server. All dimensions bill the same way — the only difference is the size and family of the underlying compute. Options range from small burstable instances (like t2 and t3 families) to larger general-purpose instances (like m5, m6, and m7 families). Larger instances offer more CPU and memory at a higher hourly rate. The software cost stays tied to your selected instance. Pick a smaller instance to lower cost, or a larger one for more throughput.
Top-of-mind questions for buyers
Each hourly charge maps to one running EC2 instance of the size you pick. The instance family sets CPU and memory. Burstable families like t2 and t3 suit lighter loads. General-purpose m5, m6, and m7 families give more consistent compute for steady VPN traffic.
The hourly software charge meters running time only. A stopped instance does not accrue software charges. You may still pay underlying AWS storage fees for the attached volumes and any Elastic IPs held while the instance is off. Restart it to resume metering.
No. Every instance type runs the same software with the same features, including the user management web panel and IP rotation using two Elastic IPs. The vendor notes it runs on low-performance machines. Instance size affects throughput and cost, not the feature set.
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You may terminate the instance at anytime to stop incurring charges.
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Delivery details
64-bit (x86) Amazon Machine Image (AMI)
Amazon Machine Image (AMI)
An AMI is a virtual image that provides the information required to launch an instance. Amazon EC2 (Elastic Compute Cloud) instances are virtual servers on which you can run your applications and workloads, offering varying combinations of CPU, memory, storage, and networking resources. You can launch as many instances from as many different AMIs as you need.
Version release notes
It is now possible to deploy using a CloudFormation template, which sets up a configuration with two IP addresses. The first IP is used for both the web interface and as the VPN Endpoint, which is the address specified in client configurations to connect to the VPN server. The second IP is used for the Outbound connection - this is the address under which client traffic appears on the internet. This allows you to change or rotate the outbound IP at any time by replacing the second Elastic IP, without updating the client configuration or restarting the server.
Additional details
Usage instructions
After deploying this server using the Standalone AMI, you will get a fully functional VPN server with a single IP address used for both the Endpoint and Outbound traffic.
If you want to run the WireGuard VPN server with separate IP addresses for the Endpoint and the Outbound connection - where the Endpoint IP is used by clients to connect to the VPN, and the Outbound IP is the address under which client traffic appears on the internet - you can deploy the server using a CloudFormation template. This configuration allows you, for example, to change or rotate the outbound IP address later simply by replacing the second Elastic IP, without needing to update the client configuration and without restarting the server.
Instructions for deploying the WireGuard VPN Server from the Standalone AMI:
Launch the server. This server does not require the powerful computing resources - you can choose a simple instance type. If the Elastic IP was assigned to a running instance, the instance must be restarted.
Linux username: admin
After launching the server, it is immediately ready for use, with no additional settings required. It is important that the client device has the WireGuard client application installed, which is available for Windows, Linux, Android, macOS, and iOS.
Control Panel including user management features:
- http://[Public IP address]
- https://[Public IP address] (recommended)
- Please use "admin" as username and your instance ID as password.
When accessing the WireGuard Control Web Panel using HTTPS, your web browser may display a message about potential risks due to the use of an IP address in the URL. In this case, you should proceed and accept the risks, as our main objective is to encrypt traffic, and using an IP address in a web browser is safe for our purposes.
By default, a user named 'User 1' is already set up in the WireGuard Control Panel with a randomly generated user key. You can immediately download the configuration file for the Windows WireGuard client or use the QR code to add this user to the WireGuard client application on your mobile device.
After the server has been started, try connecting to it using a WireGuard VPN client. Ensure that when the client connects to the Internet via this VPN server, the client's IP address is different from the original.
The server and user keys were created automatically when the server was first started and are unique.
Resources
Vendor resources
Support
Vendor support
If you have any questions regarding the deployment or use of this VPN server, you can use the Contact Us form on our website or reach out via email. We guarantee a response within 24 hours.
Contact US: https://www.adeoclouds.eu/contact.php?id=12
E-mail: admin@adeoclouds.eu
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Sentiment is AI generated from actual customer reviews on AWS and G2
Functionality
Ease of use
Customer service
Cost effectiveness
Positive reviews
Mixed reviews
Negative reviews
AI generated from product descriptions
VPN Protocol and Communication
Uses WireGuard protocol with UDP 51820 for VPN communication, providing higher data transfer speeds compared to IPSec, IKEv2, and OpenVPN protocols.
Dual IP Address Configuration
Supports two separate public Elastic IP addresses for VPN Endpoint and outbound internet access, enabling IP rotation without requiring client configuration updates or server restart.
Encryption and Authentication
Implements modern cryptographic algorithms including Curve25519 and ChaCha20 for encryption, with security key-based user authentication.
Web-Based Management Interface
Provides intuitive web control panel with user management features and QR code-based client configuration transfer to mobile applications.
Minimal Resource Requirements
Operates efficiently on low-performance Linux instances such as t3.micro, t3.small, and t3.medium, with approximately 4,000 lines of code enabling reduced attack surface and improved auditability.
VPN Protocol
Built on WireGuard protocol for secure connectivity
Network Architecture
Mesh networking architecture that eliminates single points of failure and replaces legacy hub-and-spoke models
Identity-Based Access Control
Identity-based network access control enabling access decisions based on user identity, groups, services, and subnet ranges rather than IP addresses alone
Automatic Connection Management
Connection migration capability that maintains existing connections when switching between different network types (wired, cellular, Wi-Fi) and direct device-to-device connections without manual port forwarding configuration
DNS Resolution
MagicDNS feature enabling hostname-based access to devices, services, and resources without requiring IP address management
VPN Protocol Support
Routed IPsec site-to-site VPNs, remote access with Mobile IPsec, and WireGuard VPN capabilities
Routing Protocols
BGP, OSPF, RIPv2, IPv4/IPv6, and ECMP routing support
Management and Monitoring Interfaces
Command line interface (CLI), RESTCONF API, GUI, SNMP, Prometheus Exporter, and IPFIX Exporter
Security Access Control
L2/L3/L4 ACLs scalable to over 100,000 rules with zero trust architecture
Underlying Technology Stack
Vector Packet Processing (VPP), Data Plane Developer Kit (DPDK), Clixon, and Free Range Routing (FRR) on Linux/Ubuntu base
Standard contract
No
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Customer reviews
SofiaReppo
My impressions after short testing
Reviewed on Jun 06, 2025
Review from a verified AWS customer
I tested a WireGuard-based VPN server with a built-in management panel and was thoroughly impressed. It was ready to use immediately - no manual setup or configuration needed.
User management is especially convenient. Adding new users takes just a few clicks, and the ability to share client configuration via QR code makes mobile setup quick and effortless.
The IP rotation feature works exactly as promised - you can change the external IP address without restarting the server. This is a rare and very useful function that I haven’t seen elsewhere. Performance is excellent too: Speedtest results showed almost no difference with or without the VPN.
The only downside was needing to install a separate client app on Android, but that’s more about how WireGuard works in general.
Overall: it looks like a good solution, especially if you’re looking for hassle-free management and ability to rotate IP addresses.