Hijacked Festival

Welcome to Exeter’s premier music and culture festival App. Born out of a passion for creativity in the arts, and a desire to hijack the most idyllic and intimate locations around, Hijacked is your perfectly formed outdoor party designed to welcome the summer.

We pull together the best in emerging tastemakers; from dance music producers, to painters, designers and engineers, to cooks and butchers. We’re keen to give young people the perfect platform to showcase their talents to a far wider audience. Add to this a few household names from the global dance music scene (previous guests have included Gorgon City, Blonde, Big Narstie and Ms Dynamite), and you have some very special indeed.

For 2017 we return to where we first hit the outdoors, the Double Locks. Only a short walk from central Exeter, this canal-side site is the ideal setting for the third edition of Hijacked Festival. Intimate, leafy, and only 15 mins from our after party venues back in the heart of Exeter. We can't wait to see you on the dancefloor!

Follow all this on the official hijacked festival app.

The Hijacked 2017 App has been created in partnership with Festyvent, the App-as-a-Service for festivals and events from Clarifi Media Limited.

SIGN-IN

To access some of the above features you will need Internet connectivity and be asked to register for an account or sign in using Facebook or Twitter and give permission for storing your ID on our servers.

LOCATION SERVICES

To enable Find-a-Friend to work, you will need to allow the app to access your Contacts as well as location when running in the background.

BATTERY

Continued use of location services running in the background can dramatically decrease battery life. The Photo London App has been designed to minimise the impact on your battery life and in most cases will be unnoticeable, but results may vary based on network conditions and usage.

SUPPORT

Should you have any support questions about the app, please send an email to [email protected] with your Android phone model and a description of the problem.