Commentary
Google Seeks Open Access Assurances From Verizon Wireless
Google has doubts that Verizon Wireless will honor the open access provisions that come with the freshly-won spectrum it nabbed in the FCC 700-MHz auction. In fact, it went so far as to file a petition with the FCC forcing Verizon to officially pledge that it will honor the conditions. Google, are you in third grade?Google has doubts that Verizon Wireless will honor the open access provisions that come with the freshly-won spectrum it nabbed in the FCC 700-MHz auction. In fact, it went so far as to file a petition with the FCC forcing Verizon to officially pledge that it will honor the conditions. Google, are you in third grade?Seriously. If I were Verizon Wireless's CEO, I'd be seriously offended.
Google claims that Verizon's actions leading up to the auction cast doubt on the sincerity of its "any apps, any device" ideas. Its main points are:
More Internet Insights
White Papers
- Creating the Enterprise-Class Tablet Environment - by Yankee Group
- How To Regain IT Control In An Increasingly Mobile World - by BlackBerry
Reports
- How Google+, Facebook Impact Corporate Strategy: Social Media and IT at a Crossroads
- Strategy: Enterprise Social Network Buyer's Guide
Webcasts
- Maximize ROI with Database Consolidation onto Private Clouds
- Outsourcing Security: What Every Potential Cloud Security Customer Should Know
1.) Verizon filed a lawsuit in September against the FCC seeking to have the open access provisions dropped from the auction; 2.) Verizon officials offered the idea of a two-tiered system that would allow it to continue to sell locked devices; 3.) Verizon told the FCC that it could not force the auction winners to allow open access.
That was all before Verizon Wireless announced its "any apps, any device" initiative in November. Even though Verizon committed to allowing any device that meets certain technical criteria to access its network, and even set up a develop program to that effect, Google doesn't believe the company is serious.
Google's lawyers wrote, "Verizon is not free to self-define the rule to exclude any and all Verizon devices. The commission must ensure that Verizon understands that this license obligation means what it says: any apps, any devices. Action now is especially necessary given the long lead time typically required for software applications developers and device manufacturers to design, develop, and deploy their products to the public, as well as the uncertainty Verizon has introduced publicly regarding its compliance with the open access obligations."
The future success of Google's Android platform lays only in part with Verizon's open access promises. Android devices will be made in all shapes and sizes, including those that access competing technology networks run by AT&T and T-Mobile.
I think filing a claim with the government is going too far in this case. Verizon Wireless very loudly and publicly stated what its intentions were. For it to renege on its promises would be a major black eye in the court of public opinion.
Such a mark against it would carry far more weight with the public than a meaningless fine for not following some rules.
Related Reading
| To upload an avatar photo, first complete your Disqus profile. | View the list of supported HTML tags you can use to style comments. | Please read our commenting policy. | |
|
|
T-Shirt Giveaway: Each week we're selecting one great comment from our readers. The author of the comment will receive an InformaitonWeek Community t-shirt. So get posting! |
Subscribe to RSSResource Links
This Week's Issue
Technology Whitepapers
- Mobile BI: Actionable Intelligence for the Agile Enterprise
- Creating the Enterprise-Class Tablet Environment - by Yankee Group
- How To Regain IT Control In An Increasingly Mobile World - by BlackBerry
- Red Alert: Why Tablet Security Matters - by BlackBerry
- New Visual and Wizard-Driven Paradigms for Exploring Data and Developing Analytic Workflows
Featured Resource
Download this whitepaper and find out how to easily manage web content by categorizing it into a discrete number of categories.
Learn More












