tech:

taffy

Vermont Telephone Company Starts Deploying Clearfield Platform

[Techtaffy Newsdesk]

Clearfield announced that Broadband Stimulus awardee Vermont Telephone Company (VTel) has started deploying its FieldSmart fiber management platform to VTel’s more than 15,000 customers throughout its service area in southern Vermont. VTel was awarded federal American Reinvestment and Recovery Act funding for its Wireless Open World (WOW) network to extend fiber to every home and business in the VTel service area and roll out 4G/LTE high speed, wireless broadband services throughout Vermont.

Cheri Beranek (President and CEO, Clearfield): Each broadband service provider has a unique requirement due to the topology of their networks, the demands of their subscriber community and the overall competitive landscape in which they operate.

[Image Courtesy: Clearfield]

Just in

IBM, Canada, and Quebec invest $137M to strengthen semiconductor industry

IBM, the Government of Canada, and the Government of Quebec announced agreements to develop the assembly, testing and packaging capabilities for semiconductor modules at IBM Canada's plant in Bromont, Quebec.

Net neutrality is back: U.S. promises fast, safe and reliable internet for all — NPR

Consumers can look forward to faster, safer and more reliable internet connections under the promises of newly reinstated government regulations, writes Emma Bowman of NPR.

AI is ‘a new kind of digital species,’ Microsoft AI chief says — Quartz

Mustafa Suleyman, chief executive of Microsoft AI, said during a talk at TED 2024 that AI is the newest wave of creation since the start of life on Earth, and that “we are in the fastest and most consequential wave ever,” writes Britney Nguyen in Quartz.

It’s baaack! Microsoft and IBM open source MS-DOS 4.0 — ZDNet

Microsoft and IBM have joined forces to open-source the 1988 operating system MS-DOS 4.0 under the MIT License, writes Steven Vaughan-Nichols. 

Generative AI arrives in the gene editing world of CRISPR — NYT

New AI technology is generating blueprints for microscopic biological mechanisms that can edit your DNA, pointing to a future when scientists can battle illness and diseases with even greater precision and speed than they can today, writes Cade Metz.