Tag Archive for Dearborn

5G in the D

5G in the DDuring the COVID-19 lockdowns work from home saw a 34% growth. Gartner reports that in the post-COVID “new normal” (whenever that is) era 74% of businesses will move some of their previously on-site workforce to permanently remote positions. These signals problems for many Detroiters who live in one of America’s worst connected areas.

Verizon 5gVerizon may be one part of Detroit moving forward in the “new normal.” FireceWirless is reporting that Verizon (VZ) is now offering its fixed wireless access (FWA) 5G Home Internet service in the D. The telco will offer the 5G Ultra-Wideband Network in the following areas: Detroit, Dearborn, Livonia, and Troy.

Detroit
Dearborn
Livonia
Troy

The Detroit 5G Home service will use millimeter wave (mmWave) spectrum and is expected to deliver speeds of about 300 Mbps. There are several factors that affect the speed of 5G networks. Notably, the more people that are connected to a network, the slower speeds will be. Not only that, but your distance to a 5G node may impact speeds too. It also uses the same network the operator is building for mobile 5G which means the FWA product is dependent on mobile 5G being available in your area.  

5G fixed wireless access

Verizon is working on higher-powered customer premises equipment for 5G Home that’s expected to expand the coverage area supported by the fixed wireless service. But the improved CPE is not part of the initial 5G Home rollout in Motown.

5G small cell site

Detroiters will get a new “enhanced” form of the product which uses industry standard 5G-NR transmission standard that, among others things, supports a customer self-install model (cost savings for VZ). Detroiters signing up for 5G Home will get the new router. The router supports the Wi-Fi 6 standard, promising peak speeds up to 1 Gbps and allowing multiple devices to run at the same time. It also features Amazon Alexa built-in, so customers can control their smart home devices and ask questions, hands-free.

5G Home service perks

The no-contract 5G Home service starts at $50 per month for Verizon customers and $70 per month for everybody else. The operator is sweetening the deal with an offer of no cost content options to get customers to sign up. Among the perks being used to entice consumers to 5G Home, Verizon is offering:

  • One month of YouTube TV,
  •  One year of Disney+
  • Three months of Google Stadia (Google’s new cloud gaming service).

New customers can also get a free Stream TV device. The device is an Android TV-based, 4K-capable streaming product from Verizon. The device is also integrated with the Google Assistant platform and Chromecast “built-in,” which enables users to cast video from the smartphone to the TV screen. The Stream TV device gets subscribers access to a library of OTT channels, apps, and entertainment, including Netflix and Amazon Prime.

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Verizon has said it plans to expand 5G Home Internet to have coverage for 30 million households. Verizon predicts that by 2035, 5G will enable more than $12 trillion in global economic revenue, and support 22 million jobs worldwide driven by the digitalization of industries such as transportation, agriculture, and manufacturing.

Not everyone is convinced that these new attempts at delivering fixed wireless broadband will be a success. Lynnette Luna, principal analyst with GlobalData, told FierceWireless that Verizon needs to provide some clarity on its strategy. “They don’t want to deploy it in places with a lot of broadband competition so they look for markets where they have an advantage but I don’t understand their formula.” 

However, she added that she thinks it’s smart for Verizon to bundle the service with other things. In particular, the demo access to Google Stadia because it showcases one of 5G’s key use cases — cloud gaming.

Stay safe out there!

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Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

Ford to Make Google Cars

Ford to Make Google Cars The 2016 North American International Auto Show started today at Cobo Center in Detroit so let talk about autonomous cars. Ford and Google are in talks to have the Dearborn,MI-based automaker build Google’s next-generation autonomous cars under contract, Automotive News has learned. A source with knowledge of the project says both parties have been negotiating on the deal “for a long time.” An announcement, if finalized, could come as early as the International Consumer Electronics Show in Las Vegas.

Ford logoNeither firm would confirm the reports for the record. Google (GOOG) officials did confirm that the company is talking to automakers. Ford Motor Company (F) official Alan Hall did say, “We work with a lot of tech companies all over the world. We keep these discussions private for obvious competitive reasons and we do not comment on speculation.

Google loading up auto executives

To fan the rumors, two veteran Ford executives have recently joined Google. Former CEO Alan Mulally joined Google’s board of directors eight days after he retired from the automaker on July 1, 2014. Then in September, Google hired John Krafcik as CEO of the company’s Self-Driving Car Project. Mr. Krafcik, who most recently was president of TrueCar Inc., was CEO of Hyundai Motor America. He spent 14 years at Ford, including a stint as chief engineer during the development of the Ford Expedition SUV.

Google logoFord is scheduled to hold a press conference on Jan. 5 in Las Vegas. Ford CEO Mark Fields, product development chief Raj Nair, research and advanced engineering vice president Ken Washington, and Don Butler, executive director of connected vehicles and services, are scheduled to attend.

Yahoo Autos reported on the negotiations, quoting three sources familiar with the deal. The sources said the deal would create a joint venture legally separate from Ford. The venture would shield Ford from potential liability. The agreement, if completed, also would be non-exclusive, meaning Google could negotiate a similar deal with another automaker.

Autonomous vehicle

CEO Fields recently gave Auto News an update on Ford’s Smart Mobility efforts. The initiative would bolster the company’s expertise in car-sharing and other new business models for transportation. He said. “It’s not about just going from an old business to a new business. It’s about going to a bigger business.

Auto News theorizes that a Ford deal with Google would fit within the strategy laid out by CEO Fields. He commented during an interview:

It’s not only about what are the things that are going to be core to us but who are we going to partner with. I don’t think we can just be so arrogant to think that we’re going to do everything on our own and we’re going to do something better than maybe a company that does that 24/7. For us, partnerships are really important.

New mobility models beyond cars

During a visit to Ford’s Silicon Valley research facility in Palo Alto, CA, Mr. Fields signaled that Ford sees new mobility models as a way to grow its business. When asked why Ford is developing its own software for self-driving cars, rather than striking a deal to use best-in-class software from an outside vendor. Ford’s Fields joked that Silicon Valley practically invented the concept of “frenemies.” In a corporate context, that means companies are willing to simultaneously collaborate on projects and compete against one another. Ford’s R&D center is working on self-driving software, Mr. Fields said, “that doesn’t mean we won’t work with others. I think that’s part of the beauty of being here.

PartnersSuch a partnership would mark another step toward the marketplace for Google. Bloomberg reported that Google is thinking of putting its technology into automated taxis as a rival for Uber and Lyft. Google may spin-off the unit into a standalone business within its new Alphabet Inc. corporate structure in 2016.

Ties between Ford and Google

It isn’t clear whether Ford would design a purpose-built vehicle for Google or supply a standard production car fitted with the sensors and computers that the car needs to guide itself down the road.

Having Ford build Google’s test fleet would save the Silicon Valley tech giant years and billions in development costs. The Ford-built vehicles would use the automaker’s production-ready powertrain as well as safety and emissions components.

There are already ties between Ford and Google. Google’s first generation of 100 self-driving vehicles were assembled in Detroit by Roush Industries, a company closely aligned with Ford. The bubble-shaped cars, as Crain’s Detroit Business reported used components from local Detroit area suppliers.

Thilo Koslowski, lead automotive analyst at Gartner (IT) in Santa Clara, CA said it makes sense automakers would want to work with Google, which could help them catch up to rivals that are pursuing automated driving to differentiate their products.

And at Google, “the focus has shifted to looking for OEM partners to deploy the technology, rather than considering building their own vehicles,” The Gartner analyst said. “That makes sense. If Google is interested in bringing the benefit of the technology to consumers, then they need as many partners as possible.”

Ford and Google are said to have been in talks since at least 2012 on autonomous cars. The two companies also teamed up in 2011 on technology that would help vehicles learn customers’ driving habits and get them to destinations more efficiently.

VP Washington said recently that he expects fully autonomous vehicles to be ready within four years. Ford has secured approval from California to test its own autonomous cars in California. Ford has been testing autonomous Hybrid Fusion’s at the University of Michigan’s 32-acre simulated city Mcity.

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Autonomous cars will increase the direct impact of the Internet of Things (IoT). With all of IoT’s inherent security and connectivity issues.

 

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Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

HFCC More Secure Than Most

HFCC More Secure Than MostNYC based security reputation firm SecurityScorecard just released its 2015 Higher Education report (PDF) which has some surprising results. According to ArsTechnica the security startup pegged MIT near the bottom of its security posture list. What the Ars article did not tell us what universities had excellent security postures.

The other surprising result is that Henry Ford Community College, in Dearborn, Michigan has the 5th best security posture in the SecurityScorecard report of 485 colleges and universities.

Henry Ford Community College

The report says HFCC is among the best securing their network. HFCC scored well in all phases of the online security studied including:

  1. Web Application Security,
  2. Network Security,
  3. Endpoint Security,
  4. Hacker Chatter,
  5. Social Engineering,
  6. DNS Health,
  7. IP Reputation,
  8. Patching Cadence, and
  9. Password Exposure.

The report explains that each category consists of dozens of security-risk indicators, resulting in a holistic security assessment.

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As an alumnus and former instructor at HFCC, I say well done!

 

Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

Brake Lights That Can be Seen Around Corners

Kevin Fitchard at GigaOM reports that the Ford Motor Company (F) is testing a new concept in the connected car world. The Dearborn, Michigan-based automaker is experimenting with wireless brake lights that can be seen around corners. Ford is testing the vehicle-to-vehicle safety research in Germany with experimental radio-equipped S-MAX vehicles that communicates with other vehicles. The S-Max alerts nearby vehicles when the car is braking, long before drivers can see it.

The Ford test is really part of a larger vehicle-to-vehicle communications effort that Ford and other global automakers have pursued for years. (rb- I have covered connected cars many times here, here, and here). The author claims the idea is to connect every vehicle on the road into a massive automotive network. Each car itself would be an individual actor, but they would also become aware of the actions and intentions of the vehicles around them.

In such a network, the article states that drivers are no longer dependent solely on their senses to react to road and traffic conditions. An electronic brake light is the most obvious use case for such a system. GigaOM says that eyes and feet can only act so fast, but a dashboard light warning the driver of a pile-up just out of sight could be a lifesaver. Chief technical officer and vice president of Ford Research and Innovation, Paul Mascarenas, told Australia’s Car Advice that “Car-to-car and car-to-infrastructure communications represent one of the next major advancements in vehicle safety.”

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The Ford system is one of 20 being tested in Germany so it will be many years before a standard system emerges. Ford is also involved with the University of Michigan’s Safety Pilot Model Deployment, a field test of more than 2800 vehicles.

1963 Mercury Comet Brake LightsThen there are the privacy concerns. I wonder what Ford or worse yet the Feds will do with all the data generated by these vehicle-to-vehicle communications systems. I think it is likely the automakers will make the data available to GPS or navigation providers of traffic problems on a road if too many smart brake lights go off.

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Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.

Neil Young and Bill Ford

Neil Young and Bill FordBill Ford, executive chairman of Dearborn, Michigan-based Ford Motor Company (F), was recently approached by audiophile Neil Young to build Hi-Fi digital audio into Ford cars according to Mother Nature News.  “Three months ago, Neil Young came to see me with a music proposal for cars,” Ford told the New York Times’ Jim Motavalli during the Detroit Auto Show. “Today’s digital MP3 format is horrible,” he quotes Young as saying. “The only truly good format is the vinyl LP —you can hear my fingers bearing down on the frets.

Ford Motor CompanyThe Rock and Roll Hall of Famer releases his archival material in Blu-ray and wanted Ford to put music-friendly Blu-ray players in cars, but it’s a hard sell according to the article. “We looked into at Young’s stuff but it wasn’t that user-friendly,” said Ford. “We decided it was a music format that only real purists would know about.

MNN reports that if you want the definitive version of Neil Young Archives, Vol. 1: 1963-1972 you have to cough up $349 for the 11-disc Blu-ray box. The CDs are just $100, and probably good enough for mere mortals. CNET says don’t waste your money:

The Blu-ray features ultrahigh resolution 24-bit /192 kHz stereo sound, which you can play over some newer AV receivers, but I’m not so sure that any high-end electronics can access the superduper-sounding PCM track … Don’t buy the Blu-ray box for the sound; the DVDs are fine.

Neil YoungCNN reported a year ago that Apple (AAPL) has talked with record executives about making high-def files compatible with iPods, and there’s probably a market for that among the same kind of people who pay a premium for “virgin vinyl” records.

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While I enjoy Brother Neil’s music, I already own After The Gold Rush, Live Rust, Rust Never Sleeps and Freedom in four formats, vinyl, cassette, CD, and some of the tunes on iPod why would I want another one? How good is it going to sound in the car while I’m driving down US-23 at 75 MPH? Sorry Neil not for me.

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Ralph Bach has been in IT long enough to know better and has blogged from his Bach Seat about IT, careers, and anything else that catches his attention since 2005. You can follow him on LinkedInFacebook, and Twitter. Email the Bach Seat here.