The Cloud Dominator Soundcloud Bot Team Finally Unveils the Much-Anticipated 'Cloud Grabber' Soundcloud Software

Share Article

This new software enables Soundcloud artists to increase their online presence exponentially by a variety of intricate and intelligent features. Now it is possible for users to increase their play count/follow count and so on...

Cloud Dominator - The Ultimate Automation Tool For Soundcloud

Since the successful launch of the Cloud Dominator Soundcloud bot, users have been able to take advantage of specific features to potentially enhance their 'music status' on the famous Soundcloud platform.

However, enter the launch of the new Cloud Grabber software and users now have an even greater way to gain some much-needed exposure in the music world.

Cloud Grabber essentially works by trawling specific Soundcloud groups of a certain genre and acquiring all contact information for the users of these groups. These email addresses collected are essentially all opt-in and all of these musicians can then be contacted by the Cloud Grabber software user, which may help and could indeed lead to:

  • More Sales by sending an email out to an extensive list on an artist's track's launch day.
  • More Record signings – CG grabs all email addresses in ANY Soundcloud group.
  • More Collaborations – it is possible to get noticed by other artists by sending out emails of a new track or bootleg.
  • More organic Soundcloud plays favorites and followers by sending tracks via Soundcloud widget on email using Cloud Grabber.
  • More fans or followers on artist's Facebook and Twitter pages using the power of targeted email.

This could potentially be a game-changer for a musician. One thing that many musicians possibly lack is funneled e-mail marketing... and this is exactly what Cloud Grabber addresses.

Furthermore, there is currently a limited launch offer price of Cloud Grabber at only $37...

Check out the video tutorial here to find out more.

Share article on social media or email:

View article via:

Pdf Print

Contact Author

Visit website