What will happen when 28 billion devices are connected online? — from fastcompany.com
The Internet of Things is already well on its way. Here’s how it will impact our future.

Excerpt:

The Internet of Things (IoT) is the network that connects a staggering array of devices, from household appliances to factory machines. During a panel discussion at Cisco Live 2019 in June, two leading figures in IoT shared their thoughts on this rapidly evolving technology that has already transformed the world.

 

DC: Holy smokes!!! How might this be applied to education/learning/training in the 21st century!?!

 

“What if neither distance nor language mattered? What if technology could help you be anywhere you need to be and speak any language? Using AI technology and holographic experiences this is possible, and it is revolutionary.”

 

 

Also see:

Microsoft has a wild hologram that translates HoloLens keynotes into Japanese — from theverge.com by
Azure and HoloLens combine for a hint at the future

Excerpt:

Microsoft has created a hologram that will transform someone into a digital speaker of another language. The software giant unveiled the technology during a keynote at the Microsoft Inspire partner conference [on 7/17/19] in Las Vegas. Microsoft recently scanned Julia White, a company executive for Azure, at a Mixed Reality capture studio to transform her into an exact hologram replica.

The digital version appeared onstage to translate the keynote into Japanese. Microsoft has used its Azure AI technologies and neural text-to-speech to make this possible. It works by taking recordings of White’s voice, in order to create a personalized voice signature, to make it sound like she’s speaking Japanese.

 

 

 

Governments take first, tentative steps at regulating AI — from heraldnet.com by James McCusker
Can we control artificial intelligence’s potential for disrupting markets? Time will tell.

Excerpt:

State legislatures in New York and New Jersey have proposed legislation that represents the first, tentative steps at regulation. While the two proposed laws are different, they both have elements of information gathering about the risks to such things as privacy, security and economic fairness.

 

 
 

The coming deepfakes threat to businesses — from axios.com by Kaveh Waddell and Jennifer Kingson

Excerpt:

In the first signs of a mounting threat, criminals are starting to use deepfakes — starting with AI-generated audio — to impersonate CEOs and steal millions from companies, which are largely unprepared to combat them.

Why it matters: Nightmare scenarios abound. As deepfakes grow more sophisticated, a convincing forgery could send a company’s stock plummeting (or soaring), to extract money or to ruin its reputation in a viral instant.

  • Imagine a convincing fake video or audio clip of Elon Musk, say, disclosing a massive defect the day before a big Tesla launch — the company’s share price would crumple.

What’s happening: For all the talk about fake videos, it’s deepfake audio that has emerged as the first real threat to the private sector.

 

From DSC…along these same lines see:

 

 

Pearson moves away from print textbooks — from campustechnology.com by Rhea Kelly

Excerpt:

All of Pearson’s 1,500 higher education textbooks in the U.S. will now be “digital first.” The company announced its big shift away from print today, calling the new approach a “product as a service model and a generational business shift to be much more like apps, professional software or the gaming industry.”

The digital format will allow Pearson to update textbooks on an ongoing basis, taking into account new developments in the field of study, new technologies, data analytics and efficacy research, the company said in a news announcement. The switch to digital will also lower the cost for students: The average e-book price will be $40, or $79 for a “full suite of digital learning tools.”

 

Why law faculty need to learn about legal tech and what they need to know — from aals.org by Catherine Sanders Reach and Michael Robak — with special thanks to Kim O’Leary, Tenured Professor at WMU-Cooley Law School for this resource

Excerpts:

Technology is playing an ever-increasing role in the profession of law and the delivery of legal services. Legal educators must give real consideration to the role of technology in the legal profession if legal educators are going to sufficiently prepare law students to practice law in the 21st century. In this webinar, the presenters will explain why law faculty need to learn about legal tech and what they need to know.

Click here to watch this webinar on-demand. You will be asked for your contact information before viewing.

Presentation Slides

 

Also see:

Tech Competence That Solo and Small Firm Lawyers Really Need: Resources Here

Excerpt:

DIGITAL ASSETS AND ESTATE PLANNING
Many estate planning lawyers are hopelessly behind on assisting clients in making provisions for digital assets. In so doing, they expose themselves to malpractice. Without proper provision for digital assets, beneficiaries can lose out on substantial sums of money that they cannot locate or access. Many lawyers I’ve spoken with have dismissed digital assets figuring that most older clients aren’t using the Internet. But that’s not necessarily the case. To the contrary, older clients may indeed be using the Internet but not be aware of the need to make provisions for disposing of assets. At some point, lawyers will be sued for failing to advise on digital assets- and deservedly so.


Also see:

 

 

Top 10 Digital Transformation Trends For 2020 –from forbes.com by Daniel Newman

Excerpt (emphasis DSC):

A faster WiFi for a faster world: Although WiFi 6 and 5G are completely different technologies, both will be bringing us much faster processing and wireless connection speeds in 2020. 5G and WiFi 6 working in concert will create the perfect end-to-end combination of ultra-fast connectivity for home and office. Expect download speeds up to 3x faster than were achievable with WiFi 5, but that isn’t the best measure of the new standard’s value. The real value of WiFi 6 will be its ability to extend faster data speeds to far more devices than WiFi 5 was able to manage.

 

Understanding and Overcoming Obstacles to Blockchain in Higher Education — from evolllution.com by Melissa Layne
Blockchain carries significant potential for good in higher education. But as with every other industry, the obstacles and challenges—from comprehension to compliance—pose significant roadblocks.

Higher Education and the Blockchain Ecosystem: An Overview — from evolllution.com by Melissa Layne
Implementing blockchain technologies could provide significant benefits to every department within a postsecondary institution.

Higher Education and the Blockchain Ecosystem: Using Blockchain in Admissions — from evolllution.com by Melissa Layne
With constant pressure on admissions departments to serve a diverse group of incoming learners with accuracy and speed, it’s essential to provide technological tools designed to improve and simplify the enrollment process.

 

Instructure’s Age of Adolescence: A Conversation With CEO Dan Goldsmith — from edsurge.com by Tony Wan

Excerpts (emphasis DSC):

…we sat down with Goldsmith in Long Beach, California, at InstructureCon, the company’s annual user conference, to learn more about what lays ahead for the company as it enters, in his words, the “adolescent phase.”

How big is the company now?
We’re over 1,200. A little less than half the company is focused on R&D, which is a pretty high percentage for a technology company like ours.
…
What’s connecting the dots between the education and corporate sides is actually the market itself. Educational institutions are recognizing that the largest growing population is the professional worker, and there’s a lot of opportunity for online programs. When institutions are extending those programs to build corporate relationships, it’s very common they use Canvas to do that. Then Bridge comes in to provide the employee development piece.
…
I asked [Instructure’s co-founder and former CEO] Josh Coates this five years ago, and now I’ll ask you. What three words would you use to describe Instructure today?
Mission-minded. Curious. Optimistic.
(Coates’ answers: Impactful. Open. Innovative.)

 

From DSC:
To those of you graduate students out there: Never underestimate the impact/influence that you can have!

Were it not for his volunteering as an adjunct professor at Brigham Young University, Coates might still be on vacation. In 2008, he was approached by two graduate students in his venture startup class with a fledgling idea that would become Instructure. Skeptical at first, Coates saw potential after they shared transcripts from interviews with 17 university administrators, detailing pain points and the need for a better product.

In 2014: 450 employees
In 2019: Over 1200 employees and now the #1 LMS within U.S. higher ed

 

Bigscreen TV launches with 50+ channels of video content — from vrscout.com by Allison Hollender

Excerpts:

Bigscreen, an immersive social platform that allows you to access your computer in VR, aims to continue revolutionizing the TV viewing experience with Bigscreen TV — a VR streaming experience that opens up access to over 50 major television providers.

…
“With Bigscreen, users can watch a Netflix show or a Twitch stream in an IMAX-like virtual movie theater,” Bigscreen reports. This means users from around the world can gather together to watch big championship games or their favorite shows with their friends as though they are together on the same couch.

 

How might immersive techs like those found in BigScreen TV impact teaching and learning related experiences?

 

From DSC:
Interesting…how might technologies and vendors like Bigscreen TV impact learning-related experiences? Hmmm….time will tell.

 

Top 9 Ways Artificial Intelligence Prevents Fraud — from forbes.com by Louis Columbus

Excerpt:

Bottom Line:
Rule-based engines and simple predictive models could identify the majority of fraud attempts in the past, yet they aren’t keeping up with the scale and severity of fraud attempts today. Fraud attempts and breaches are more nuanced, with organized crime and state-sponsored groups using machine learning algorithms to find new ways to defraud digital businesses. Fraud-based attacks have a completely different pattern, sequence, and structure, which make them undetectable using rules-based logic and predictive models alone.

AI Is A Perfect Match For the Challenges Of Battling Fraud

 

Penn State World Campus Taps Google Cloud to Build Virtual Advising Assistant — from campustechnology.com by Rhea Kelly

Excerpt:

At the start of the spring 2020 semester this January, Penn State World Campus will have a new artificial intelligence tool for answering the most common requests from its undergraduate students. A virtual assistant will help academic advisers at the online institution screen student e-mails for certain keywords and phrases, and then automatically pull relevant information for the advisers to send to students. For instance, the AI will be trained to assist advisers when students inquire how to change their major, change their Penn State campus, re-enroll in the university or defer their semester enrollment date, according to a news announcement.

 

How WiFi 6 is about to revolutionize the Internet of Things — from interestingengineering.com by John Loeffler
While 5G tends to get all the press nowadays, WiFi 6 is going to have as big an impact behind the scenes by powering a next phase of the Internet of Things.

Excerpt:

So what’s such a big deal about these new standards? The difference between WiFi 5 and WiFi 6 is much like the jump from mobile’s 4G LTE networks to the new 5G networks rolling out this year and next.

The primary improvements will be in speed, connection strength, a wider spectrum of channels to operate in, and simultaneous streams. This means that there will be more room for each connection at an access point, allowing more devices to connect with less loss of bandwidth than current standards; these connections will be 37% faster than WiFi 5; and the ability of a WiFi 6 network to handle different data streams at the same time.

All of this adds up to a significant jump in speed over WiFi 5, allowing for up to 10 to 12 gigabytes per second of data transfer per connection, which opens up a whole new world of connected devices both at home, at work, and everywhere else in our lives.

 

 
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