Providing market intelligence for more than 35 years

In The News

73% Of Broadband Consumers Want To Tightly Control Their Personal Data

A large majority (73%) of U.S. broadband consumers express a desire to keep tight control over access to their personal data, with nearly half being very concerned that someone will access the data without their permission, according to a new report by Parks Associates.

In terms of trust, only 5% of broadband consumers ranked pay-TV providers as trustworthy. Here’s how they rank as the most trustworthy companies:

62% -- Home insurance provider
59% -- Security monitoring service provider
58% -- Electricity provider
5% -- Pay-TV provider

Internet service providers, mobile phone operators and device manufacturers also come in as more trusted than pay television providers.

From the article "73% Of Broadband Consumers Want To Tightly Control Their Personal Data" by Chuck Martin.

Previously In The News

CONNECTIONS Conference To Feature Technology And Business Solutions For IoT And The Connected Home

Parks Associates will host the 19th-annual CONNECTIONS connected home conference on May 19-21, 2015, at the Hyatt Regency San Francisco Airport. CONNECTIONS focuses on technology and business solut...

How Businesses Can Use VR to Win the Race to Consumers’ Hearts (and Homes)

Despite the enthusiasm for VR in the popular consciousness, however, it has not yet reached must-have status in the consumer electronics sector. A Parks Associates survey found that, as of May 2016, o...

Three women are the wits behind Google Assistant's personality

The Assistant audio-records every user request, which has raised privacy concerns. Users can delete their data stored by Google, a process that can take up to six months for the data to be completely...

Sprint Owner Softbank To Buy ARM For IoT In Big Post-Brexit Deal

In particular, Cisco said that the new products target distributed and mobile businesses that may need full coverage for headquarters, branch offices, or even employees connecting to the network from...