OpenVPN on iOS

Do you like our blog? Support Us:

OpenVPN on iOS

openvpn-ios.jpg

Tested for configuration:

iPhone SE

OpenVPN Connect 3.2.3 app

Procedure:

Download the OpenVPN Connect app from the App Store, which is the official app since openvpn.net.

The VPN server administrator should provide you with a configuration file via email or on an external URL. This file will have the .ovpn extension. Ideally, it will contain connection information and, directly, the certificates needed to connect. Download the file from your email and save it to iPhone. Ok. Unfortunatelly I was not able to open file in OpenVPN app directly. We'll need some File Manager to open the file. If you don't have one, you can download a simple file manager:

Open the file manager and find the folder where you downloaded the .ovpn configuration file from your email. Hold and choose Open In... and select Copy to OpenVPN Connect

Fill in the connection details provided by the VPN server administrator and connect.

Once you have successfully connected, you can see your VPN address and access the internal network.

Here you can see the configuration .ovpn file we used.

client
remote YourPublicIPAddress 1194
auth-user-pass
cipher AES-256-CBC
dev tun
proto tcp
nobind
auth-nocache
script-security 2
persist-key
persist-tun
user nobody
group nobody

push "redirect-gateway autolocal def1"
push "redirect-gateway def1"

<ca>
-----BEGIN CERTIFICATE-----
//paste certificate here
-----END CERTIFICATE-----
</ca>

<cert>
-----BEGIN CERTIFICATE-----
//paste certificate here
-----END CERTIFICATE-----
</cert>

<key>
-----BEGIN ENCRYPTED PRIVATE KEY-----
//paste certificate here
-----END ENCRYPTED PRIVATE KEY-----
</key>

Tip: If you can't access the internal network after connecting, contact your VPN administrator. From the VPN range, the router must be allowed a rule of access to other networks, as well as whether or not to see each other's VPN users. The settings how to enable OpenVPN on MikroTik routers can be found on this blog.

Rate the article:

Support Us:

Add comment:

Add comment

Newest articles in blog

Tailscale - remote access without public IPRating: 90%

The Tailscale service solves access between individual devices if you don't have a public IP address. It's free for one user with support for up to 100 devices. We'll show you how to install Tailscale on a Raspberry Pi that you'll have at home and on a client (Android, iPhone) from which you'll want to access the home Raspberry Pi. Our example will be remote access to OpenHAB running on a Raspberry Pi. However, the same setup applies to many other applications - home NAS, PiHole, Home Assistant, Domoticz, NextCloud, and others.

Shelly vs OpenHABRating: 90%

The Shelly brand is known for its products that primarily communicate over WiFi, including smart plugs, relay switches, blinds control relays, and many other devices. One of the advantages for deployment is the ability to both read and control these devices using the universal MQTT protocol. Across existing add-ons for both OpenHAB and Home Assistant, we will demonstrate how to use Shelly devices without installing any additional extensions.

Victron vs Smart HomeRating: 0%

In this post, we will show you how to retrieve information from a photovoltaic power plant by Victron. We will connect to the Cerbo unit via MQTT. Based on these values, we can control various appliances (heating, boiler, etc.) and prevent the battery from being drained when they don't need to be.

Smart Home vs GoodWeRating: 50%

In the post, we will demonstrate step by step how to communicate directly with the GoodWe inverter in a smart home setup and obtain real-time information (unlike the SEMS portal). This information is essential if we want to react to current parameters in a smart home, such as activating additional cooling or controlling a socket with a various load.

Voice control of the houseRating: 60%

In this article, we will connect the Amazon Echo Dot voice assistant with open source home automation. We won't be using OpenHAB Cloud, so everything runs locally. In this case, a few additional settings are necessary, but the result is worth it!

Basics - Winbox, DHCPRating: 68.8%

In this series, we will look at the step-by-step setup of MikroTik devices for home users or a small business (up to 25 people). In the first article, we will focus on the initial setup - we will download Winbox and set up DHCP for the primary network and guest network. Similarly, we will also adjust the WiFi settings.

Alarm from existing PIR sensors in a smart home.Rating: 0%

In a your smart home, PIR sensors may not only be used to switch lights on and off based on motion, it is possible to utilize these sensors to detect the presence of motion in a particular room. This information can be used to create a relatively reliable uncertified home security system. In this guide, you will find the logic for how this can work in the OpenHAB software in our model smart home.

NFC tags in smart homeRating: 80%

NFC (Near Field Communication) tags are small plastic or paper stickers that can be used to automate various functions in the smart home. In this article, we will show you examples of use and a guide on how to write an action on an NFC tag using a mobile phone.