Edgerouter x vpn server setup: Quick answer — you can configure your EdgeRouter X to act as a VPN server, enable remote access, and route traffic securely for your home or small office. In this guide, you’ll find a step-by-step setup, best practices, and troubleshooting tips so you can have a solid VPN server without pulling your hair out.

Quick facts to know before you start

• EdgeRouter X is a compact, affordable router from Ubiquiti that supports strong VPN features.
• You can set up both L2TP and OpenVPN-style VPN capabilities, plus site-to-site options depending on your firmware.
• A reliable VPN setup helps protect your devices when on public networks and can give you remote access to your home network.
• Plan IP ranges, firewall rules, and DNS carefully to avoid conflicts and leaks.

What you’ll need

• EdgeRouter X with the latest EdgeOS firmware
• A computer on the same network for initial configuration
• A stable internet connection and a public IP or dynamic DNS if your WAN IP changes
• VPN client devices Windows, macOS, iOS, Android to test connectivity

Table of contents

• Why choose EdgeRouter X for a VPN server?
• VPN options on EdgeRouter X
• Preparing your EdgeRouter X for VPN
• Setting up OpenVPN-like server on EdgeRouter X via VPN passthrough and IPsec/L2TP highlights
• Configuring firewall and NAT rules for VPN traffic
• Testing your VPN connection
• Security best practices
• Common issues and quick fixes
• Maintenance and updates
• FAQs

Why choose EdgeRouter X for a VPN server?
The EdgeRouter X is known for its strong performance at a compact price. It provides:

• Reliable routing with powerful command-line options and a friendly UI
• Flexible VPN capabilities that can be tailored to your home or small business needs
• Good documentation and active community support
• The ability to create site-to-site tunnels or remote access for individuals

VPN options on EdgeRouter X

• Remote access VPN: You can enable remote access so you or your team can securely reach your home network from anywhere.
• Site-to-site VPN: Connect two different networks securely over the internet, great for multiple locations.
• L2TP/IPsec-like setup: A common choice for compatibility with many clients, though the implementation on EdgeRouter may require careful configuration.
• OpenVPN-like behavior via IPsec or similar VPN tunnels: Depending on firmware, you may set up similar functionality for client connections.
  Note: Direct OpenVPN server support isn’t always built-in in all EdgeRouter models. You’ll often implement a VPN with IPsec/L2TP configurations or through SSH-based tunneling options. Always check the latest EdgeOS firmware release notes for updated VPN features.

Preparing your EdgeRouter X for VPN

• Back up current settings: Save a copy of your config so you can revert if something goes wrong.
• Set a static LAN IP: Give your EdgeRouter X a stable LAN IP for easy access for example, 192.168.1.1.
• Update firmware: Ensure you’re on the latest EdgeOS version to get the newest VPN features and security patches.
• Decide on VPN topology: Remote access vs site-to-site, and which protocol you’ll use IPsec/L2TP as a common choice.

Step-by-step setup: Remote access VPN IPsec/L2TP style approach
Note: This guide uses a practical approach suitable for many EdgeRouter X deployments. If your firmware affects exact syntax, adapt accordingly and consult the latest EdgeOS docs.

1. Access EdgeRouter X

• Connect a computer to the router via Ethernet or Wi-Fi.
• Open a web browser and go to 192.168.1.1 or your chosen LAN IP.
• Log in with your admin credentials.

2. Configure WAN and LAN basics

• Ensure your WAN interface is properly set up and has internet access.
• Confirm your LAN subnet e.g., 192.168.1.0/24 and DHCP settings.

3. Create VPN network and firewall zones

• Define a VPN pool for remote clients with a private IP range, such as 192.168.2.0/24, so VPN clients don’t collide with LAN devices.
• Create firewall rules to allow VPN traffic while protecting the rest of your network.

4. Set up VPN server parameters

• Go to VPN server settings IPsec/L2TP-like configuration is typical.
• Enable remote access VPN and pick a pre-shared key or certificate-based authentication the latter is more secure.
• Configure IKEv2/IPsec settings if available, including encryption AES-256 and hash SHA-256, plus P-256 or better for the DH group.
• Define DNS for VPN clients use your home DNS or a trusted public DNS.

5. User management

• Add VPN user accounts with strong passwords and ideally, unique passwords per user.
• If you can, set up certificate-based authentication for higher security.

6. NAT and firewall rules for VPN

• Create a NAT rule to translate VPN client traffic to the LAN when appropriate.
• Add firewall rules to permit VPN traffic UDP 500, UDP 4500, and ESP if using IPsec, plus any ports needed for L2TP.

7. Save and apply

• Save your configuration and apply changes.
• Reboot the device if necessary.

8. Test from a client

• On a client device, configure your VPN client with the server’s public IP, the VPN type IPsec/L2TP, and credentials or certificate, then connect.
• Verify you can access LAN resources e.g., a shared drive or a LAN printer and that your IP appears as the home network when visiting an IP check site.

Configuring firewall and NAT for VPN traffic hands-on examples

• Allow VPN traffic in the firewall:
  • Permit traffic from VPN_NETWORK 192.168.2.0/24 to LAN devices 192.168.1.0/24 as needed.
  • Permit ESP protocol 50 and AH protocol 51 if using IPsec in transport mode, along with UDP ports 500 and 4500 IKE and IPsec NAT-T.
• NAT rules:
  • Enable masquerading for traffic from VPN network when exiting via WAN so VPN clients appear with your public IP.

Testing and verification

• Connectivity test: Connect with VPN and ping a device on the LAN.
• DNS test: Resolve internal hostnames from VPN clients or test external DNS leaks by visiting a site that shows your IP.
• Bandwidth test: Check throughput to ensure VPN traffic isn’t choking performance.
• Reliability test: Leave the VPN on for a few hours and monitor for drops.

Security best practices

• Use strong authentication: Prefer certificate-based authentication over pre-shared keys when possible.
• Enable logging and monitor VPN activity for unusual connections.
• Regularly update firmware to patch vulnerabilities.
• Use unique usernames for each VPN user and disable accounts when no longer needed.
• Implement split tunneling thoughtfully:
  • Full tunneling routes all traffic through the VPN, which is more secure but uses more bandwidth.
  • Split tunneling sends only some traffic through the VPN, which can improve speed but may leak some traffic outside the VPN. Choose based on your needs.
• Consider MFA if your setup supports it, especially for remote access.

Common issues and quick fixes

• VPN connection drops:
  • Check your DNS settings and ensure the VPN client uses the correct DNS server.
  • Verify the IKE/IKEv2 negotiation parameters match on both ends.
• Cannot reach LAN devices after connecting:
  • Review firewall rules to allow traffic from VPN clients to LAN.
  • Confirm correct IP address range and no overlapping subnets.
• No internet access while VPN is connected:
  • Review NAT rules and ensure VPN client traffic is routed through the VPN or split-tunneling rules are correct.

Maintenance and updates

• Regularly back up your EdgeRouter X configuration after any VPN changes.
• Schedule firmware checks to stay current with security patches.
• Periodically audit VPN user accounts and remove old ones.
• Test VPN access after updates or changes in network topology.

Frequently Asked Questions

What is the EdgeRouter X?

The EdgeRouter X is a compact, affordable router from Ubiquiti that offers advanced routing features and VPN capabilities suitable for homes and small offices.

Can I run a VPN server on EdgeRouter X?

Yes, you can configure the EdgeRouter X to act as a VPN server for remote access or site-to-site connections, using IPsec/L2TP-like setups or other compatible VPN methods depending on firmware.

Which VPN protocol should I use on EdgeRouter X?

IPsec/L2TP-style configurations are common and widely supported, but you should follow your firmware’s latest guidance. If available, IKEv2/IPsec tends to be robust and efficient.

Do I need a static IP for VPN?

A static IP or a dynamic DNS service is recommended so clients can reliably reach your VPN server.

How do I secure VPN credentials?

Use strong passwords, generate unique credentials per user, and prefer certificate-based authentication when possible. Store credentials securely and rotate them periodically.

Is split tunneling safe?

Split tunneling can improve speed but may leak non-VPN traffic. Use it if you’re confident about your network’s security and privacy implications.

How do I test VPN connectivity?

Test connectivity by connecting from a client device, pinging LAN devices, and verifying DNS resolution and external IP exposure.

What about site-to-site VPN with EdgeRouter X?

Site-to-site VPN lets you connect two networks securely over the internet, enabling seamless resource access between locations. Configure the tunnel endpoints, authentication, and routing rules on both sides.

How often should I update EdgeRouter X firmware?

Check for updates at least every few months, and sooner if a security patch is released. Always back up before updating.

Can I run multiple VPNs on EdgeRouter X?

You can configure multiple VPN clients or tunnels by allocating separate VPN pools and appropriate firewall rules, but keep an eye on resource usage to avoid performance issues.

Useful URLs and Resources

• EdgeRouter X setup guides – edgeos.faq or ubnt help pages
• EdgeOS User Guide – ubnt support portal – ubnt.com
• VPN basics and security best practices – en.wikipedia.org/wiki/Virtual_private_network
• IPsec overview – en.wikipedia.org/wiki/IPsec
• L2TP overview – en.wikipedia.org/wiki/L2TP
• Dynamic DNS providers – dyndns.org, no-ip.com
• DNS leak test – dnsleaktest.com
• Networking fundamentals – cisco.com, packettracer.net

Note: This guide is intended to provide practical steps and best practices for Edgerouter x vpn server setup. Always consult your device’s latest documentation for exact commands and options that may vary by firmware version.

Edgerouter x vpn server setup: a comprehensive guide to OpenVPN on EdgeRouter X for remote access, client configs, and security

Edgerouter x vpn server setup is possible, and this guide shows you how to configure OpenVPN on EdgeRouter X for remote access and secure, on-demand connections. you’ll get a practical, step-by-step walkthrough, plus troubleshooting tips, best practices, and real-world tips from hands-on use. If you’re short on time, skip to the quick-start steps, then come back for the. For readers who want a quick privacy boost while you tinker with Edgerouter x vpn server setup, check out this limited-time NordVPN deal 77% OFF + 3 Months Free: . It’s a solid companion while you experiment with VPN hosting at home.

Introduction: what you’ll learn and how this guide is organized

• Yes, Edgerouter x vpn server setup is doable with OpenVPN on EdgeRouter X, and you can host remote-access clients with a clean, manageable config.
• In this guide, you’ll see:
  • A quick overview of EdgeRouter X hardware and why it’s a good VPN host for home networks
  • A practical prerequisites checklist so you’re not stuck mid-setup
  • Step-by-step OpenVPN server setup GUI-first, with CLI backup options
  • How to create and export client profiles, plus test and verify connections
  • Firewall, NAT, and routing considerations to keep traffic flowing
  • Common issues and fixes, plus security best practices
  • A robust FAQ with at least 10 common questions

Useful resources text only, not clickable here: Edgerouter X docs, EdgeOS GUI references, OpenVPN official docs, VPN security best practices, dynamic DNS tutorials, and home network hardening guides.

Body

What is EdgeRouter X and why use it as a VPN server

EdgeRouter X is a compact, power-efficient router designed for small offices and homes. It runs EdgeOS, a fork of Vyatta-inspired firmware, and offers a lot of VPN flexibility without the price tag of high-end enterprise gear. Here’s why it’s great for a VPN server:

• Solid routing and firewall capabilities with a familiar CLI
• Strong VPN support through OpenVPN, IPsec, and potential future WireGuard support
• Low power usage and compact form factor that fits under a desk or behind a modem
• Easy remote management via SSH/CLI or the EdgeOS GUI

According to recent VPN usage trends, a significant portion of home users and small offices deploy VPNs to secure remote access, especially when working from public networks or traveling. EdgeRouter X gives you a private VPN server without leasing a dedicated appliance.

Prerequisites: what you’ll need before you start

Before you dive into Edgerouter x vpn server setup, gather these:

• EdgeRouter X with a recent EdgeOS firmware backup current config first
• A reliable internet connection with a public IPv4 address or dynamic DNS setup
• A computer on the same LAN for initial configuration
• A basic understanding of port-forwarding and firewall rules
• Client devices Windows/macOS/Linux/iOS/Android to test VPN connections
• Optional: a dynamic DNS service if your public IP changes many users use Cloudflare, DuckDNS, or similar
• Optional but recommended: a secondary device to act as a VPN client test rig laptop or smartphone

Rule of thumb: do a full backup before starting. If anything goes wrong, you can restore a working state and avoid redoing everything from scratch.

Choosing the right VPN approach on EdgeRouter X

EdgeRouter X supports multiple VPN options. For remote-access clients laptops and mobile devices connecting in, OpenVPN is the most straightforward choice on EdgeOS. OpenVPN is widely supported, relatively easy to configure, and doesn’t require exotic crypto libraries on client devices. Edge secure network disable 2026

• OpenVPN remote access: best for broad client compatibility, easy to export client profiles, and well-documented steps on EdgeOS.
• IPsec site-to-site or remote access: great for performance and built into many devices, but configuration can be a bit more involved and GUI options vary by firmware.
• WireGuard: rapidly gaining popularity for speed and simplicity, but native support on EdgeRouter X/EdgeOS is less universal and may require newer firmware or experimental builds.

In this guide, we’ll focus on OpenVPN for the remote-access scenario, with notes on how to approach IPsec as an alternative if you prefer that route.

Step-by-step: OpenVPN server setup on EdgeRouter X GUI-first, with CLI backup

This section walks you through a practical, GUI-driven setup. If you’re more comfortable with the CLI, I’ve added CLI hints at the end of each major step.

1. Prepare and update

• Log in to the EdgeRouter X web interface usually http://192.168.1.1.
• Check for firmware updates and apply any available EdgeOS updates.
• Save a backup of your current configuration either as a file or a text backup. This is your safety net.

2. Enable OpenVPN server

• Navigate to the VPN section in EdgeOS the exact navigation may vary slightly by firmware, but you’ll find VPN > OpenVPN or VPN > Server.
• Create a new OpenVPN server instance often labeled server.0 or similar.
• Set Mode to Server, Protocol to UDP recommended or TCP if needed, and Port to 1194 or a port you prefer.
• Choose a server network for example, 10.8.0.0/24 which will be the private network the VPN assigns to connected clients.
• Enable Redirect Gateway if you want all client traffic to route through the VPN this is common for full tunnel VPN setups.
• Specify DNS servers for VPN clients 8.8.8.8, 1.1.1.1, or your own DNS so clients resolve domains through reliable resolvers.

3. Certificates and keys

• Create a certificate authority CA and a server certificate within the OpenVPN configuration screen.
• Generate client certificates for each device that will connect. It’s best to create unique client credentials for each user/device.
• EdgeRouter’s GUI often presents a simple “Create CA,” “Create Server Cert,” and “Create Client Cert” flow. If you prefer the CLI, there are dedicated commands to generate and import certificates.

4. Client templates and export

• EdgeRouter lets you generate or export client configuration bundles .ovpn files. The bundle includes the server address, port, protocol, and embedded certificates/keys.
• For easier deployment, create a client profile for each device you expect to connect Windows, macOS, iOS, Android, Linux. You can also create a single profile for testing first.

5. NAT and firewall rules

• Add a NAT rule so VPN traffic can reach the internet. Typical steps:
  • Source network: 10.8.0.0/24 your VPN network
  • Outgoing interface: your WAN interface usually eth0
  • Action: Masquerade
• Ensure firewall rules allow UDP 1194 to reach the OpenVPN server and permit VPN clients to access the LAN if you want them to reach local devices.
• If you’re running strict inbound rules, you may need to explicitly allow VPN traffic from the VPN interface e.g., tun0, openvpn0 equivalents to your LAN.

6. Testing the server locally

• Before taking it remote, connect a test client from inside the LAN e.g., a laptop connected to the same router using the generated .ovpn file.
• Verify you get an IP from the VPN subnet e.g., 10.8.0.x and that you can reach internal resources or the Internet through the VPN.
• If things don’t work, re-check port exposure, firewall rules, and the server’s certificate validity.

7. Port forwarding and remote access

• If EdgeRouter X sits behind another router or you’re on CGNAT, you’ll need to forward UDP port 1194 or your chosen port to the EdgeRouter X’s WAN IP.
• If you’re using dynamic DNS, update your ddns record so clients can reach your VPN server even if your public IP changes.

8. Client-side setup

• Import the .ovpn file into your OpenVPN client on Windows/macOS/Linux/iOS/Android.
• Ensure the client is allowed to connect the server’s certificate must be trusted by the client, and the embedded CA on the client config must be correct.
• Connect and verify your client gets an assignment from the VPN subnet and can reach internal assets or the internet.

9. Security considerations after setup

• Disable unused services on EdgeRouter X e.g., remote admin on port 22 if you’re not using SSH externally.
• Use a strong, unique certificate pair for each client. rotate certificates as needed.
• Keep EdgeOS firmware up to date and monitor VPN logs for unusual connection attempts.
• Consider enabling a split-tunnel configuration if you don’t want all traffic going through the VPN the “Redirect Gateway” option is what makes it a full-tunnel VPN.

CLI tips optional

• If you’re comfortable with the CLI, you can mirror GUI steps with these general commands:
  • set vpn openvpn server.0 mode server
  • set vpn openvpn server.0 protocol udp
  • set vpn openvpn server.0 port 1194
  • set vpn openvpn server.0 server 10.8.0.0 255.255.255.0
  • set vpn openvpn server.0 dev tun0
  • set vpn openvpn server.0 tls-auth passphrase-file /config/auth/dh.pem if you’re using TLS-auth
  • set vpn openvpn server.0 local 203.0.113.1 your public IP or hostname
  • set vpn openvpn certs server
  • add client certs as needed
  • set firewall name VPN-LOCAL rule 10 action accept
  • set nat source rule 50 outbound-interface eth0
  • set nat source rule 50 source address 10.8.0.0/24
  • set nat source rule 50 translation address masquerade
• For exact CLI syntax, refer to EdgeOS OpenVPN docs version-matching your firmware. exact commands can vary slightly between releases.

Troubleshooting common OpenVPN issues on EdgeRouter X

• Issue: Clients can connect but can’t access LAN resources

  • Check LAN-side firewall rules and route tables.
  • Ensure client VPN subnet e.g., 10.8.0.0/24 is allowed to reach LAN IP ranges.
  • Confirm NAT is configured for VPN subnet.

• Issue: VPN client can’t connect or TLS handshake fails Edge vpn review 2026

  • Verify server certificate validity and times NTP on EdgeRouter.
  • Re-create client certificates and re-export the .ovpn bundle.
  • Make sure the server port is reachable from the client network testing from a remote network helps.

• Issue: Slow VPN performance

  • EdgeRouter X has modest CPU power. OpenVPN is secure but can be CPU-bound on many clients.
  • Consider using the VPN for remote access only, not for all traffic, or upgrade hardware if you need higher throughput.
  • Use UDP instead of TCP to minimize overhead.

• Issue: Dynamic IP or DNS resolution problems

  • If you’re behind CGNAT or have a dynamic IP, set up dynamic DNS and ensure clients connect using the DDNS hostname.

• Issue: Certificate/CRL issues

  • Ensure the CA and server certificates are trusted on the client, and that the certificate chain is complete.
  • Rotate certificates if you suspect compromise or expiration.

IPsec as an alternative: remote access and site-to-site notes

If you prefer IPsec, you can set up remote-access IKEv2/IPsec on EdgeRouter X in many EdgeOS versions. The setup tends to be more involved and can require:

• A dedicated IPsec policy, user credentials, and a pre-shared key or certificate-based authentication
• More complex firewall and NAT rules
• Compatibility checks for client devices e.g., iOS often uses IKEv2 without extra apps

Pros of IPsec Edge vpn set location 2026

• Potentially better performance on some devices
• Built-in support on many clients without extra software

Cons of IPsec

• More complex to configure reliably on EdgeRouter X
• Fewer pre-built client profiles and export options

If you choose IPsec, follow EdgeOS support articles for “IPsec VPN server” configuration and test thoroughly before making IPsec the primary remote-access method.

Security best practices for Edgerouter x vpn server setup

• Use strong, unique credentials for VPN clients, and rotate them periodically.
• Keep firmware up to date. security patches come through EdgeOS updates.
• Limit VPN access to only necessary internal resources. avoid exposing sensitive LAN devices to the VPN unless needed.
• Disable unnecessary services on the EdgeRouter e.g., SSH on WAN unless you need it, remote desktop, etc..
• Regularly review VPN logs for failed authentication attempts or unusual activity.
• Use DNS servers you trust from the VPN clients, and consider enforcing DNS leak protection if supported by your client setup.

Real-world scenarios: who benefits from Edgerouter x vpn server setup

• Remote workers who need access to a home or small office LAN
• Families who want secure access when using public Wi-Fi on laptops or tablets
• Small teams that need secure access to internal resources, printers, and NAS devices
• Tech enthusiasts who want to learn VPN concepts with a compact, affordable device

Additional tips: performance, backups, and future-proofing

• Plan for capacity: EdgeRouter X is solid for small households, but if your VPN user count grows, you may hit CPU limits. Consider hardware upgrades or aggregating VPN connections with a dedicated VPN appliance if needed.
• Regular backups: keep a backup of both your functional OpenVPN configuration and your entire EdgeRouter X config so you can recover quickly after a failed update or power cycle.
• Consider a separate VPN network for guests: segment guest VPN traffic from your main LAN to protect your devices.

Frequently Asked Questions

What is Edgerouter X?

Edgerouter X is a compact router from Ubiquiti that runs EdgeOS, offering robust routing, firewall, and VPN capabilities at a budget-friendly price. It’s a popular choice for home labs and small offices.

Can Edgerouter X host a VPN server for remote clients?

Yes. You can configure OpenVPN on EdgeRouter X to serve remote clients. OpenVPN is the simplest remote-access VPN option on EdgeOS.

Which VPN should I use on EdgeRouter X: OpenVPN or IPsec?

OpenVPN is typically easier to set up for remote-access scenarios with straightforward client configurations. IPsec is powerful and fast but can be more challenging to configure on EdgeRouter X. WireGuard is not universally supported on EdgeRouter X in all firmware versions, so check your firmware release notes. Does microsoft edge have a built in vpn and how edge secure network stacks up against a real vpn 2026

Do I need a static IP for my edge router to run a VPN server?

A static IP is helpful for reliably connecting remote clients. If you don’t have one, use a dynamic DNS service to map a hostname to your changing public IP.

How do I export client configurations for OpenVPN on EdgeRouter X?

EdgeOS provides a client export option in the OpenVPN server section. It creates an .ovpn bundle that you can import into Windows, macOS, iOS, Android, or Linux OpenVPN clients.

How do I test the VPN connection?

Install the OpenVPN client on a device, import the .ovpn file, and connect. Verify your VPN IP is assigned from the VPN subnet, and test access to LAN resources or the internet through the VPN.

Can VPN traffic be routed through the EdgeRouter X to the LAN?

Yes, configure NAT and firewall rules so VPN clients can reach LAN resources if needed, and ensure the VPN subnet is reachable by LAN devices.

How do I handle dynamic IP addresses on my home connection?

Dynamic DNS DDNS is your friend here. It maps a changing public IP to a hostname you can use in your OpenVPN client config. Edge browser mod apk risks, legality, safety concerns, and practical VPN guide for Edge users 2026

Is OpenVPN on EdgeRouter X secure?

OpenVPN is widely regarded as secure when configured with strong certificates, trusted keys, and current software. Always keep firmware updated and rotate keys periodically.

How many VPN clients can EdgeRouter X handle efficiently?

Performance depends on your hardware and internet speed, but EdgeRouter X generally handles a modest number of concurrent VPN connections well for home use. If you have many remote users, monitor resource usage and upgrade hardware if needed.

Can I run both OpenVPN and IPsec on EdgeRouter X at the same time?

Technically possible, but it adds management complexity and potential security considerations. It’s usually best to run one remote-access VPN protocol and use the other for site-to-site VPN if needed.

How do I keep VPN data private on public Wi-Fi?

Use a strong VPN like OpenVPN, ensure you have a trusted server certificate, enable DNS leak protection, and route all traffic through the VPN if you want full tunneling.

Conclusion note: no dedicated conclusion section, but a closing thought

Edgerouter x vpn server setup with OpenVPN on EdgeRouter X is a practical, beginner-friendly project that can dramatically improve your home network’s privacy and remote access capabilities. By following the steps above, you’ll have a secure, well-managed VPN server that’s simple to expand as your needs grow. Remember to backup, keep firmware up to date, and test thoroughly with multiple client devices to ensure a smooth experience. Does microsoft edge have vpn 2026

Resources

• EdgeRouter X official documentation and EdgeOS GUI references
• OpenVPN official documentation and client software
• Dynamic DNS providers and tutorials
• VPN security best practices guides
• Community forums and user-contributed EdgeRouter X setups

Note: Always adapt your configuration to your home network’s unique topology, firewall rules, and security requirements. If you’re ever unsure, start with a test setup in a safe VLAN or lab environment before deploying to your main network.

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