Sold by: ADEO Imaging
Deployed on AWS
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AWS Free Tier
This Bridge VPN Server based on OpenVPN allows multiple computers to see each other when they are connected to this server. It can be useful for employees who work remotely or when the company has several offices located in different locations. Additionally, this VPN Server on Linux can be used to provide the secure internet access for client computers via VPN tunnel.
Overview
OpenVPN-based Bridge VPN Server with User Management Web Panel. This server allows multiple computers to see each other when they are connected to this server. It can be useful for employees who work remotely or when the company has several offices located in different locations. Additionally, this server can be used to provide the secure internet access for client computers via VPN tunnel. Server is easy-to-use. After launching, this server is immediately fully operational. No server setup required.
To create a VPN connection, you will also need to install the OpenVPN® client application on the client side. This server based on OpenVPN® technology uses certificate (.ovpn config file for client side) + username/password as authentication. User access to this server is controlled through the Web Panel. Remote user management via MySQL (port: 3306) is also supported.
The security provided by the OpenVPN® protocol is considered as one of the best known solutions. The server reserves the IP address for each user, which will be used every time the user connects to the server.
High server efficiency allows using it even on low-performance machines, that may reduce the costs. You can choose a simple instance type like t3.micro, t3.small, t3.medium etc. This server provides a stable VPN connection at the highest possible speed. The initial ip pool for users contains 250 ip addresses and can be extended, if needed.
Areas of use:
- This Server on Linux can be used to organize remote work of employees by combining remotely located computers into a virtual network via VPN tunnels. Computers connected to the server become visible in Windows Network Neighborhood.
- The server allows remote computers to be networked, even if they are members of a Workgroup rather than a Domain. This may be relevant for small businesses and home computers that do not have their own domain name server.
- Additionally, this server can be used to provide the secure internet access for client computers via VPN tunnel. By default, the internet access is not allowed through the server.
The key features of this server:
- Easy-to-use. After launching, this server is immediately fully operational. No server setup required.
- High performance. This server can be used even on low-performance machines, that may reduce the costs.
- VPN Routing for Remote Clients. This server is configured to forward VPN traffic between different VPN tunnels.
- Server reserves static IP addresses for users, which greatly simplifies the work of users in the virtual network.
- The number of VPN users is not limited. In the default configuration, the pool of reserved static IP addresses contains 250 IP addresses, but it can be extended.
- User management Web Panel. Remote user management via MySQL (port: 3306) is supported.
- High level of security. The security provided by the OpenVPN® protocol is considered as one of the best known solutions.
Disclaimer: The respective trademarks mentioned in the offering are owned by the respective companies. OpenVPN® is a completely separate project from ADEO Imaging OU.
Highlights
- This OpenVPN-based Bridge VPN Server on Linux can be used to connect remotely located computers to a virtual network that makes them visible in Windows Network Neighborhood. This can be useful for employees who work remotely or when the company has several offices located in different locations.
- The high performance and efficiency allows using this VPN Server on Linux even on low-performance machines, that may reduce the costs. Easy-to-use. After launching, the Bridge OpenVPN server is immediately fully operational.
- This OpenVPN server on Linux uses authentication based on certificates (.ovpn config file for clients) + username/password.
Details
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64-bit (x86) Amazon Machine Image (AMI)
Latest version
Operating system
Debian 11.0
Deployed on AWS
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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.
Additional AWS infrastructure costs may apply. Use the AWS Pricing Calculator to estimate your infrastructure costs.
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Dimension | Cost/hour |
|---|---|
t3.micro Recommended | $0.063 |
t2.micro | $0.063 |
m5d.xlarge | $0.063 |
m5.large | $0.063 |
m5ad.4xlarge | $0.126 |
t2.small | $0.063 |
m5.4xlarge | $0.126 |
m5n.large | $0.063 |
t2.xlarge | $0.063 |
m5ad.2xlarge | $0.126 |
Dimensions summary
You pay by the hour based on the EC2 instance type you run this VPN server on. All dimensions bill the same software at the same hourly software rate; the difference is the underlying compute capacity of each instance. Smaller t2 and t3 sizes (nano, micro, small) suit low-performance needs and can reduce costs. Larger m5-family sizes (up to 4xlarge) provide more compute, memory, and network capacity. Choose the instance size that matches your workload. You pay only for the hours the server runs, with no fixed commitment term.
Top-of-mind questions for buyers
Each hourly rate covers the VPN server software running on that EC2 instance size. The t2 and t3 nano through medium sizes give lower compute for light use. The m5-family and larger t3 sizes give more CPU, memory, and network capacity. You pick the size that fits your load.
The software rate meters running hours only. A fully stopped instance does not accrue software charges. However, underlying AWS storage and any reserved resources may still incur AWS fees while the instance is stopped. Restarting resumes hourly software billing.
No. Billing depends only on the EC2 instance size you run and its hours, not on user count. The number of VPN users is not limited. The default pool reserves 250 static IP addresses and can be extended without changing the pricing dimension.
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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
Additional details
Usage instructions
STARTING THE SERVER
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 immediately ready to work; no additional settings not required.
OpenVPN port: 443 (TCP)
User authentication: OVPN file, containing certificate + username/password. Server certificates are automatically generated and installed on the server when instance is launched for the first time. User certificates are the same for all users.
ZIP archive containing OVPN file can be downloaded using a web browser:
- https://[Public IP address]:8443/config/ovpn-download.php
- use "config" as username and your instance ID as password.
User logins and passwords are stored in a database on the server. User records can be managed with the help of a user management Web Panel:
- https://[Public IP address]:8443
- use "administrator" as username and your instance ID as password.
More detailed Web Panel description:
When accessing the Web Panel or downloading ZIP archive using the HTTPS protocol, your web browser may display a warning about potential risks due to the use of IP address in the URL. In this case, you should proceed and accept the risks, as our goal is to encrypt traffic, and there is no reason to worry about using IP address in a web browser.
OpenVPN-CLIENT SETUP
Before creating a VPN connection, you will need to install the OpenVPN GUI client application (not OpenVPN Connect !!!) on the client side. OpenVPN client applications are available on the web for Windows, Linux, Android, iOS and macOS. To create a VPN connection, simply import the OVPN configuration file into the client application.
CONNECTION OF 2 COMPUTERS THROUGH VPN
When the server starts for the first time, it creates 2 test users: "user1" and "user2" so you can try to establish 2 simultaneous connections from 2 different computers and check the visibility of these computers through this OpenVPN server. Passwords for these users can be found in the Web Panel (Management->List Users). According to initial settings, the IP address 10.1.1.10 is assigned to "user1" and 10.1.1.20 is assigned to "user2". The IP address is reserved for each user and can be changed in the control panel.
If clients "user1" and "user2" are simultaneously connected to this server, they will be able to see each other. You can check it with help of "ping" command: in Windows computers you can click "Run..." menu item of Start Menu, then print "cmd" to open Command Prompt and then execute command: "ping 10.1.1.20" (or "ping 10.1.1.10" on another computer respectively).
After successfully completing the ping test, you can establish the secure connection between remote computers via VPN. In Windows computers, you can click "Run..." menu item of Start Menu and execute the command like "\\10.1.1.20\" to see the shared folders of another computer.
It should be noted that the computer icon will also appear in the Windows network environment if the workgroup names of these client computers match.
ADDITIONAL INFO
Default local network: 10.1.1.0/24. To change network (for example, to 192.168.50.0/24) please run: "sudo bash /home/admin/set_network.sh 192.168.50.0"
For more convenience, phpMyAdmin (database management) is available at:
- https://[Public IP address]:8443/phpmyadmin/
- Default username for phpMyAdmin: "administrator", initial password is your instance ID.
- By default, access to phpMyAdmin is denied in .htaccess file: /usr/share/phpmyadmin/.htaccess
Resources
Vendor resources
Support
Vendor support
If you have any questions regarding the deployment or use of this 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=7
E-mail: admin@adeoclouds.eu
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AWS Support is a one-on-one, fast-response support channel that is staffed 24x7x365 with experienced and technical support engineers. The service helps customers of all sizes and technical abilities to successfully utilize the products and features provided by Amazon Web Services.
Updated weekly
By ADEO Imaging
By OpenVPN Inc.
By Cloud Infrastructure Services
Sentiment is AI generated from actual customer reviews on AWS and G2
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AI generated from product descriptions
VPN Protocol and Architecture
OpenVPN-based bridge VPN server that enables multiple connected computers to communicate with each other and appear in Windows Network Neighborhood
Authentication Mechanism
Dual-factor authentication using certificate-based authentication (.ovpn config files) combined with username/password credentials
User and Access Management
Web panel for user management with support for remote user management via MySQL database on port 3306, with no limit on the number of VPN users
Static IP Address Assignment
Server reserves and assigns static IP addresses to each user that persist across reconnections, with an initial pool of 250 IP addresses that can be extended
VPN Traffic Routing
VPN routing capability configured to forward traffic between different VPN tunnels, enabling secure internet access for client computers through encrypted VPN tunnels
End-to-End Encryption
Provides end-to-end encryption for secure remote access, site-to-site VPN connectivity, and SaaS access with encrypted tunneling of private traffic.
Multi-Platform Client Support
OpenVPN client software supports Windows, macOS, Linux, Android, iOS, and ChromeOS environments.
Authentication Integration
Supports multiple authentication methods including built-in local authentication, Active Directory, PAM, LDAP, RADIUS, SAML, and custom Python3 authentication modules.
Zero-Trust Network Access
Implements identity-based zero-trust network access (ZTNA) approach with granular access control to limit risk of data exposure.
Certificate PKI Management
Includes certificate-based public key infrastructure management for simplified installation and configuration with DNS round robin load balancing across Access Server clusters.
Multi-Protocol VPN Support
Supports six VPN protocols simultaneously on a single instance: SSL VPN, OpenVPN, IPsec, L2TP, MS SSTP, and L2TPv3, enabling connectivity from Windows, macOS, Linux, iOS, and Android devices using built-in OS VPN clients.
Firewall Traversal Capabilities
Transports VPN traffic over TCP port 443 (HTTPS), ICMP, and DNS protocols to bypass restrictive firewalls, proxies, and NATs that block traditional VPN protocols.
Encryption and Authentication
Implements AES 256-bit and RSA 4096-bit encryption with support for RADIUS, LDAP, Active Directory, and RSA certificate-based authentication, including source IP address control lists and deep-inspect packet logging.
Network Connectivity Options
Provides Ethernet bridging (Layer 2) and IP routing (Layer 3) over VPN with embedded dynamic DNS, NAT traversal, virtual DHCP server, SecureNAT, and cascade connections for multi-site networks.
Performance and Throughput
Delivers 1 Gbps-class throughput with optimized VPN engine architecture designed for low CPU and memory overhead on equivalent instance types.
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