Go See TV
From Wikipedia, the free encyclopedia
Go See TV is a broadcasting and media technology company that operates and distributes free-to-air television channels across hybrid broadcast and internet-delivered platforms. Go See TV offers FAST (Free Ad-Supported Streaming Television) and video on demand services.[1][2]
Linda Murrer
Roseanna Plutino
| |
| Industry | Media Technology |
|---|---|
| Founded | August 1, 2019 |
| Founders | David Greener Linda Murrer Roseanna Plutino |
| Headquarters | |
Area served | Global |
| Website | https://www.goseetv.media/ |
Overview
Go See TV provides technology and operational services for television channels, including content distribution, channel management, and advertising-based monetisation. The company focuses on hybrid television services that combine broadcast infrastructure with broadband delivery.[3]
Channels and partnerships
Go See TV operates and supports a number of entertainment and factual television channels in the United Kingdom, including My Binge Channel (MBC), Trailblazer Television and Odyssey TV.
In 2024 and 2025, Go See TV partnered with Hearst Networks to launch and distribute multiple FAST channels on Trailblazer Television, expanding Hearst’s presence in the UK free-to-air market.[4][5]
The company has also partnered with international content producers to launch FAST channels for the UK market.[6]
Distribution
Go See TV’s channels are distributed via connected-TV and hybrid broadcast platforms in the United Kingdom, including Freeview and Freely.[7]
Technology
According to the company, Go See TV provides an integrated platform covering content import, channel scheduling, broadcasting, analytics, and interactive television features. These interactive services include viewer engagement tools designed for connected TV, such as participation-based experiences delivered within hybrid broadcast environments.[3]
Industry involvement
Go See TV has participated in UK broadcast and media industry events focused on the development of FAST and future television models.[8]