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The truth about AI and ROI: Can artificial intelligence really deliver? – VentureBeat

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More than ever, organizations are putting their confidence and investment into the potential of artificial intelligence (AI) and machine learning (ML).

According to the 2022 IBM Global AI Adoption Index, 35% of companies report using AI today in their business, while an additional 42% say they are exploring AI. Meanwhile, a McKinsey survey found that 56% of respondents reported they had adopted AI in at least one function in 2021, up from 50% in 2020.

But can investments in AI deliver true ROI that directly impacts a companys bottom line?

According to Domino Data Labs recent REVelate survey, which surveyed attendees at New York Citys Rev3 conference in May, many respondents seem to think so. Nearly half, in fact, expect double-digit growth as a result of data science. And 4 in 5 respondents (79%) said that data science, ML and AI are critical to the overall future growth of their company, with 36% calling it the single most critical factor.

Implementing AI, of course, is no easy task. Other survey data shows another side of the confidence coin. For example, recent survey data by AI engineering firm CognitiveScale finds that, although execs know that data quality and deployment are critical success factors for successful app development to drive digital transformation, more than 76% arent sure how to get there in their target 12-18 month window. In addition, 32% of execs say that it has taken longer than expected to get an AI system into production.

ROI from AI is possible, but it must be accurately described and personified according to a business goal, Bob Picciano, CEO of Cognitive Scale, told VentureBeat.

If the business goal is to get more long-range prediction and increased prediction accuracy with historical data, thats where AI can come into play, he said. But AI has to be accountable to drive business effectiveness its not sufficient to say a ML model was 98% accurate.

Instead, the ROI could be, for example, that in order to improve call center effectiveness, AI-driven capabilities ensure that the average call handling time is reduced.

That kind of ROI is what they talk about in the C-suite, he explained. They dont talk about whether the model is accurate or robust or drifting.

Shay Sabhikhi, co-founder, and COO at Cognitive Scale, added that hes not surprised by the fact that 76% of respondents reported having trouble scaling their AI efforts. Thats exactly what were hearing from our enterprise clients, he said. One problem is friction between data science teams and the rest of the organization, he explained, that doesnt know what to do with the models that they develop.

Those models may have potentially the best algorithms and precision recall, but sit on the shelf because they literally get thrown over to the development team that then has to scramble, trying to assemble the application together, he said.

At this point, however, organizations have to be accountable for their investments in AI because AI is no longer a series of science experiments, Picciano pointed out. We call it going from the lab to life, he said. I was at a chief data analytics officer conference and they all said, how do I scale? How do I industrialize AI?

However, not everyone agrees that ROI is even the best way to measure whether AI drives value in the organization. According to Nicola Morini Bianzino, global chief technology officer, EY, thinking of artificial intelligence and the enterprise in terms of use cases that are then measured through ROI is the wrong way to go about AI.

To me, AI is a set of techniques that will be deployed pretty much everywhere across the enterprise there is not going to be an isolation of a use case with the associated ROI analysis, he said.

Instead, he explained, organizations simply have to use AI everywhere. Its almost like the cloud, where two or three years ago I had a lot of conversations with clients who asked, What is the ROI? Whats the business case for me to move to the cloud? Now, post-pandemic, that conversation doesnt happen anymore. Everybody just says, Ive got to do it.

Also, Bianzino pointed out, discussing AI and ROI depends on what you mean by using AI.

Lets say you are trying to apply some self-driving capabilities that is, computer vision as a branch of AI, he said. Is that a business case? No, because you cannot implement self-drivingwithout AI. The same is true for a company like EY, which ingests massive amounts of data and provides advice to clients which cant be done without AI. Its something that you cannot isolate away from the process its built into it, he said.

In addition, AI, by definition, is not productive or efficient on day one. It takes time to get the data, train the models, evolve the models and scale up the models. Its not like one day you can say, Im done with the AI and 100% of the value is right there no, this is an ongoing capability that gets better in time, he said. There is not really an end in terms of value that can be generated.

In a way, Bianzino said, AI is becoming part of the cost of doing business. If you are in a business that involves data analysis, you cannot not have AI capabilities, he explained. Can you isolate the business case of these models? It is very difficult and I dont think its necessary. To me, its almost like its a cost of the infrastructure to run your business.

Kjell Carlsson, head of data science strategy and evangelism at enterprise MLops provider Domino Data Lab says that at the end of the day, what organizations want is a measure of the business impact of ROI how much it contributed to the bottom line. But one problem is that this can be quite disconnected from how much work has gone into developing the model.

So if you create a model which improves click-through conversion by a percentage point, youve just added several million dollars to the bottom line of the organization, he said. But you could also have created a good predictive maintenance model which helped give advance warning to a piece of machinery needing maintenance before it happens. In that case, the dollar-value impact to the organization could be entirely different, even though one of them might end up being a much harder problem, he added.

Overall, organizations do need a balanced scorecard where they are tracking AI production. Because if youre not getting anything into production, then thats probably a sign that youve got an issue, he said. On the other hand, if you are getting too much into production, that can also be a sign that theres an issue.

For example, the more models data science teams deploy, the more models theyre on the hook for managing and maintaining, he explained. So you deployed this many models in the last year, so you cant actually undertake these other high-value ones that are coming your way, he explained.

But another issue in measuring the ROI of AI is that for a lot of data science projects, the outcome isnt a model that goes into production. If you want to do a quantitative win-loss analysis of deals in the last year, you might want to do a rigorous statistical investigation of that, he said. But theres no model that would go into production, youre using the AI for the insights you get along the way.

Still, organizations cant measure the role of AI if data science activities arent tracked. One of the problems right now is that so few data science activities are really being collected and analyzed, said Carlsson. If you ask folks, they say they dont really know how the model is performing, or how many projects they have, or how many CodeCommits your data scientists have made within the last week.

One reason for that is the very disconnected tools data scientists are required to use. This is one of the reasons why Git has become all the more popular as a repository, a single source of truth for your data scientist in an organization, he explained. MLops tools such as Domino Data Labs offer platforms that support these different tools. The degree to which organizations can create these more centralized platformsis important, he said.

Wallaroo CEO and founder Vid Jain spent close to a decade in the high-frequency trading business in Merrill Lynch, where his role, he said, was to deploy machine learning at scale and and do so with a positive ROI.

The challenge was not actually developing the data science, cleansing the data or building the trade repositories, now called data lakes. By far, the biggest challenge was taking those models, operationalizing them and delivering the business value, he said.

Delivering the ROI turns out to be very hard 90% of these AI initiatives dont generate their ROI, or they dont generate enough ROI to be worth the investment, he said. But this is top of mind for everybody. And the answer is not one thing.

A fundamental issue is that many assume that operationalizing machine learning is not much different than operationalizing a standard kind of application, he explained, adding that there is a big difference, because AI is not static.

Its almost like tending a farm, because the data is living, the data changes and youre not done, he said. Its not like you build a recommendation algorithm and then peoples behavior of how they buy is frozen in time. People change how they buy. All of a sudden, your competitor has a promotion. They stop buying from you. They go to the competitor. You have to constantly tend to it.

Ultimately, every organization needs to decide how they will align their culture to the end goal around implementing AI. Then you really have to empower the people to drive this transformation, and then make the people that are critical to your existing lines of business feel like theyre going to get some value out of the AI, he said.

Most companies are still early in that journey, he added. I dont think most companies are there yet, but Ive certainly seen over the last six to nine months that theres been a shift towards getting serious about the business outcome and the business value.

But the question of how to measure the ROI of AI remains elusive for many organizations. For some there are some basic things, like they cant even get their models into production, or they can but theyre flying blind, or they are successful but now they want to scale, Jain said. But as far as the ROI, there is often no P&L associated with machine learning.

Often, AI initiatives are part of a Center of Excellence and the ROI is grabbed by the business units, he explained, while in other cases its simply difficult to measure.

The problem is, is the AI part of the business? Or is it a utility? If youre a digital native, AI might be part of the fuel the business runs on, he said. But in a large organization that has legacy businesses or is pivoting, how to measure ROI is a fundamental question they have to wrestle with.

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The truth about AI and ROI: Can artificial intelligence really deliver? - VentureBeat

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AI Summit 2022: Team Agriculture Wins Hackathon IoT World Today – IoT World Today

After an eight-hour day Wednesday and a judging panel deliberation Thursday, the inaugural Hackathon has concluded, and the winners have been announced.

The successful team who named themselves Team Agriculture came from a variety of universities and was able to put their study of data analytics to the test. They also receive priority consideration for JP Morgans AI & Data Science internship program

Team members included Niklas Tecklenburg from Glasgow University, Athithya Balasubramani from Queen Mary University, Tia Shah from Kent University, and Zhaomian Zhao who recently graduated from Henley Business School.

It was very interesting as a challenge, based on sustainable development goals to solve a real-world problem which you dont come across very often in university situations, so its very useful, said Balasubramani. The world is facing a food and pollution crisis, and diets are going to be impacted. In that scenario, we need solutions like these.

While the solution we actually came up with was not practically possible for anyone with dietary limitations, we managed to come up with the most optimized solution in the time allowed, he added.

Team Agriculture used a cost-function analysis in the neural network algorithm, a process that took some time to go through all the possible combinations.

We had to play around a lot with cost-function to make sure the algorithm works properly, and to make sure you get the best nutrients while minimizing carbon emissions, said Shah. It was a really good opportunity to see how data science can be used to solve genuine problems. This is an issue thats very significant especially in low-income countries, and its good to see the possibilities that are out there that also help protect the environment.

The prize of being bumped up the list of applicants for the JP Morgan AI & Data Science internship program is also an exciting outcome for the students, especially given they are at the beginning of their data analytics journey.

Being a student from India, it can be hard to get a part-time job while also studying that meets your visa requirements, said Balasubramani. Currently I work at McDonalds in between the hours that Im studying so if a company like JP Morgan offers an internship, its of course very appealing.

Shah similarly says an internship can open a lot of doors.

Im still figuring out exactly what I want to do in the field and its obviously very exciting to have the prospect of this kind of internship, she said. Ive been looking into software development and cyber security, as well as AI this has been a recent interest thats definitely been heightened by this conference. Even looking around today there are so many interesting things you can do with AI, and its nice to see how each area is being used in a real setting, its not just theory.

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MongoDB 6.0 Offers Client-Side End-to-End Encryption The New Stack – thenewstack.io

Developers arent cryptographers. We can only do so much security training, and frankly, they shouldnt have to make hard choices about this encryption mode or that encryption mode. It should just, like, work, said Kenneth White, a security principal at MongoDB, explaining the need for MongoDBs new Queryable Encryption feature.

In this latest edition of The New Stack Makers podcast, we discuss MongoDBs new end-to-end client-side encryption, which allows an application to query an encrypted database and keep the queries in transit encrypted, an industry first, according to the company.

MongoDB 6.0 Offers Client-Side End-to-End Encryption

Also available on Apple Podcasts, Google Podcasts, Overcast, PlayerFM, Pocket Casts, Spotify, Stitcher, TuneIn

White discussed this technology in depth to TNS publisher Alex Williams, in a conversation recorded at MongoDB World, held last week in New York.

MongoDB has offered the ability to encrypt and decrypt documents since MongoDB 4.2, though this release is the first to allow an application to query the encrypted data. Developers with no expertise in encryption can write apps that use this capability on the client-side, and the capability itself (available in preview mode for MongoDB 6.0) adds no noticeable overhead to application performance, so claims the company.

Data remains encrypted all times, even in memory and in the CPU; The keys never leave the application and cannot be accessed by the server. Nor can the database or cloud service administrator be able to look at the raw data.

For organizations, queryable encryption greatly expands the utility of using MongoDB for all sorts of sensitive and secret data. Customer service reps, for instance, could use the data to help customers with issues around sensitive data, such as social security numbers or credit card numbers.

In this podcast, White also spoke about the considerable engineering effort to make this technology possible and make it easy to use for developers.

In terms of how we got here, the biggest breakthroughs werent cryptography, they were the engineering pieces, the things that make it so that you can scale to do key management, to do indexes that really have these kinds of capabilities in a practical way, White said.

It was necessary to serve a user base that needs maximum scalability in their technologies. Many have monster workloads, he notes.

Weve got some customers that have over 800 shards, meaning 800 different physical servers around the world for one system. I mean, thats massive, he said. So it was a lot of the engineering over the last year and a half [has been] to sort of translate those math and algorithm techniques into something thats practical in the database.

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Elasticsearch server with no password or encryption leaks a million records – The Register

Researchers at security product recommendation service Safety Detectives claim theyve found almost a million customer records wide open on an Elasticsearch server run by Malaysian point-of-sale software vendor StoreHub.

Safety Detectives report states it found a StoreHub sever that stored unencrypted data and was not password protected. The security companys researchers were therefore able to waltz in and access 1.7 billion records describing the affairs of nearly a million people, in a trove totalling over a terabyte.

StoreHubs wares offer point of sale and online ordering, and the vendor therefore stores data about businesses that run its product and individual buyers activities.

Safety Detectives wrote that full names, phone numbers, physical addresses, email addresses, and even device types were among the exposed data.

Customers orders, plus the locations they ordered from and the times at which they ordered, were also open to the world. Safety Detectives asserts that order details included partially masked credit card information.

Information about StoreHub users staff was also exposed.

So were access tokens that could allow miscreants to alter users StoreHub-powered sites.

Safety Detectives post says it found the exposed server on January 12th and promptly reported it, then followed up but StoreHub did not respond. On January 27th the security company decided to contact StoreHubs host AWS and Malaysias Computer Emergency Response Team. The server was secured by February 2nd.

A statement from StoreHub sent to The Register disputes Safety Detectives' timeline - the company says it was alerted on February 3rd - but does not dispute the existence of the unsecured server.

"Upon being informed of the occurrence on an Amazon Web Services (AWS) Elasticsearch instance, StoreHub took immediate action to patch and rectify the vulnerability within 24 hours." The company also revoked tokens in the dataset.

The company conducted an investigation it states revealed "that no sensitive financial data or passwords were contained in the vulnerability." The statement is silent on whether the exposed data was accessed.

StoreHub has now engaged a security consultancy to "verify and prevent future potential vulnerabilities" and has pledged to do much better in future.

Safety Detectives has generously described the cause of this mess as a misconfigured server.

Malaysian law may be less lenient, as it provides for substantial fines for non-compliance with data protection laws.

StoreHub could also find itself in trouble beyond its home country, as it operates across several South-East Asian nations.

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Quantum Cryptography and Encryption Market Is Expected to Boom | ID Quantique,Qrypt,Single Quantum,Post-Quantum,Crypto Quantique,CryptoNext – Digital…

Global Quantum Cryptography and Encryption Size, Status and Forecast 2022-2028

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New vendors in the market are facing tough competition from established international vendors as they struggle with technological innovations, reliability and quality issues. The report will answer questions about the current market developments and the scope of competition, opportunity cost and more.

Some of the key players Analysis in Global Quantum Cryptography and Encryption @ ID Quantique,Qrypt,Single Quantum,Post-Quantum,Crypto Quantique,CryptoNext Security,Quantum Resistant Ledger,InfiniQuant,Agnostiq,ISARA Corporation,KETS Quantum Security

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It is our aim to provide our readers with report for Global Quantum Cryptography and Encryption, which examines the industry during the period 2022 2028. One goal is to present deeper insight into this line of business in this document. The first part of the report focuses on providing the industry definition for the product or service under focus in the Global Quantum Cryptography and Encryption report. Next, the document will study the factors responsible for hindering and enhancing growth in the industry. After covering various areas of interest in the industry, the report aims to provide how the Global Quantum Cryptography and Encryption will grow during the forecast period.

One of the crucial parts of this report comprises Global Quantum Cryptography and Encryption industry key vendors discussion about the brands summary, profiles, market revenue, and financial analysis. The report will help market players build future business strategies and discover worldwide competition. A detailed segmentation analysis of the market is done on producers, regions, type and applications in the report.

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Quantum Cryptography and Encryption Global Market Research Report 2021

1 Market Overview

2 Manufacturers Profiles

3 Global Quantum Cryptography and Encryption Sales, Revenue, Market Share and Competition by Manufacturer

4 Global Quantum Cryptography and Encryption Analysis by Regions

5 North America Quantum Cryptography and Encryption by Country

6 Europe Quantum Cryptography and Encryption by Country

7 Asia-Pacific Quantum Cryptography and Encryption by Country

8 South America Quantum Cryptography and Encryption by Country

9 Middle East and Africa Quantum Cryptography and Encryption by Countries

10 Global Quantum Cryptography and Encryption Segment by Type

11 Global Quantum Cryptography and Encryption Segment by Application

12Quantum Cryptography and Encryption Forecast (2021-2027)

13 Sales Channel, Distributors, Traders and Dealers

14 Research Findings and Conclusion

15 Appendix

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Rocket.Chat vs. Slack: Choosing the Perfect Team Collaboration App – It’s FOSS

Slack is arguably the most popular team messaging/collaboration application out there.

While it is not an open-source solution, it is available for Linux, Windows, macOS, Android, and iOS.

Rocket.Chat, on the other hand, is one of the best open-source Slack alternatives. It is also available across all major platforms.

We at Its FOSS use Rocket.Chat (Self-hosted) for internal team communication. But, we have also had a fair share of experiences with Slack.

Is Rocket.Chat better than Slack? What benefits do you get if you use Slack over Rocket.Chat?

If you are on the fence about deciding on a good team communication app, let me compare the offerings to help you explore more about them.

An essential factor for picking a team communication application includes the pricing.

Open-source or not, not everyone wants to invest in getting started. Of course, it depends on your preferences, but most users will prefer something free.

Slack, in this case, is free to get started with limited features. We also have a guide on installing Slack on Linux to give you a head start.

In comparison, Rocket.Chat is not entirely free to set up. Technically, you dont need to pay a dime to use it. However, it would help if you had a server to deploy it to.

So, considering you already have an infrastructure in place, it should be free for you without any limit to its available features.

But, if you would rather not invest in a server to host it yourself, Slack gives you the free option.

Furthermore, Slack does present you with some special regional pricing, which is not the case with Rocket.Chat.

Generally, the pricing for premium subscriptions is almost similar, but it will differ per your organizations requirements. You might want to check out Slacks and Rocket.Chats pricing page to learn more about it.

Rocket.Chat offers a straightforward interface that is easy to use. It does provide a good user experience, but as per my usage (for a few years now), I wouldnt rate it as the best experience.

Things like searching for a particular message and a few subtle interactions arent the strongest points of Rocket.Chat.

But, if you like a simple and effective user interface that keeps up with the modern standards, Rocket.Chat is your friend. It does not have any significant issues, but it may not be the most engaging experience for some.

With Slack, the user interface takes a modern approach (in other words, a feature-filled user experience).

Considering the mobile and desktop experience of Slack, it works great with its subtle animations and works pretty much flawlessly.

With that being said, I would recommend trying both of them to check your preferences. Just for my opinion, I give Slack a bit of an edge here.

While it can be a hassle to self-host it, if you are someone who values data privacy more than the setup convenience, Rocket.Chat can be the perfect fit.

Fret not, we have a guide to help you self-host Rocket.Chat, if you prefer doing that.

Of course, Slack does not wildly steal any of your data, but technically, your data resides on someone elses server. You do not get control of it, but get access to some toggles to manage the workspace.

With Rocket.Chat lets you control the data and any practices that help you secure your communications.

Note that for some users, securing and deploying proper practices to secure their server can be a headache (if you are not experienced). So, you might have to end up hiring an expert to set it up and maintain it for you.

Fortunately, Rocket.Chat also offers you a hosted option like Slack for a premium giving access to certain enterprise-grade features.

Overall, with Rocket.Chat allows you to opt between a self-hosted option and a managed hosted plan. But, with Slack, you only have the option to rely on a managed hosting option.

Rocket.Chat supports end-to-end encryption out of the box using the Off the record feature conversations. So, you can toggle it in every conversation when needed.

The feature is still in its beta phase and does not support sharing files when writing this. Hence, it isnt as pleasant as using some of the best WhatsApp alternatives for instant messaging.

The enterprise edition, mentions that it offers end-to-end encryption by default. Of course, with the self-hosted option, you get more control, so you get to decide what you want to do with it.

Slack encrypts the data at rest and data in transit for all users. With its enterprise edition, you get an Enterprise Key Management feature to take control of your encryption keys for sensitive conversations.

Overall, both Slack and Rocket.Chat offers options for encryption and security. It all depends on what your organization needs or what you need as an individual.

Numerous brands aim to customize every service/app experience they use by incorporating the companys theme/name/color/logo.

And, Rocket.Chat gives you total freedom to customize the experience.

Ranging from color changes to full CSS customization to help an organization tailor the collaboration/messaging experience for their employees. Just like we have a few things customized in our case.

You can even choose to customize from the source code for advanced tweaks.

Unfortunately, Slack falls short on this. Whether an individual or an enterprise, you must stick to Slacks default themes/color choices.

You should get all the essential messaging features with both of them.

Message reactions, threaded replies, the recipients time zone, notification controls, etc. Several such features can make a difference.

To make things simpler, here, I highlight some of the key feature differences (and similarities) that could help you decide whats better for you:

Common Features

Now that you know some of the fundamental similarities. It would help if you also looked at some of the introductory videos embedded that give you an overview of both.

In either case, let us take a look at some of the important differences:

In addition to some key points, you should find many other subtle differences making up the entire user experience.

Regarding third-party integrations, none of the choices should disappoint you.

All the major services like Outlook, Zoom and Google Drive work well with both Rocket.Chat and Slack.

However, Rocket.Chat offers some extras that can have the edge over Slack:

Rocket.Chat already offers some good perks as an open-source solutionfor instance, the option to self-host, the freedom to customize the source code, and more.

So, if you prefer an open-source software for its transparency, privacy benefits, and more, Rocket.Chat is the easy pick.

If you do not care about any of the perks that come with an open-source tool, you can pick Slack for some of its convenient features and a slightly better user experience.

Rocket.Chat gives you more control of your data and the freedom to customize things. So, if you have no issues with a self-hosted solution, Rocket.Chat is a clear choice.

However, if you do not want to set it up yourself and want an enterprise (managed) offering, you might want to try them first to evaluate the user experience and its features per your preferences.

And, if you are just getting started and do not want to invest in a server/premium subscription, Slack should be a good start.

What would you pick? Let me know your thoughts in the comments below.

Like what you read? Please share it with others.

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Midlands Voices: The Computer Science and Technology Act’s future depends on collaboration – Omaha World-Herald

As hard as it might be to believe today, public education was once a radical idea.

Education reformer Horace Manns vision in the mid-1800s for publicly supported education was grounded in the idea a brave one for the time that a well-educated population is the bedrock for a well-functioning democracy and society.

Just think how drastically different our world would be today if Mann and public education advocates around the country were not successful in this mission to teach young people basic reading, writing, and math skills. Now, imagine a world without cybersecurity professionals, software engineers, information technology workers, and computer programmers. The loss of productivity, innovation, and online safety we would experience would be enough to slow any economy to a screeching halt.

Just as Mann knew that mass-education was an ambitious and necessary project, Nebraska lawmakers and business leaders understand how vital computer science and technology education is to the future of Nebraskas workforce.

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Recently, the Nebraska Tech Collaboratives founding chair Mike Cassling said Nebraska faces a shortage of 4,000 workers in Nebraskas technology sector that is expected to rise to 10,000 within four years a shortage he deemed a crisis. Looking beyond workforce development, it will be increasingly difficult for anyone to function in our society if they are not technology literate. If this emerging crisis is not addressed, it will devastate communities and economies across the state both urban and rural.

As dire as this situation is, there is reason to be hopeful about Nebraskas tech future with the signing of LB 1112, or the Computer Science and Technology Act.

This legislation sent a clear and strong message that it is serious about preparing tech-trained workers to meet our states evolving workforce and technology literacy needs. Those in our state who are passionate about science, technology, engineering, and math or STEM education recognize this as a pivotal moment. Put simply, early and frequent engagement with STEM in the classroom will inspire young people across our state especially those in historically underserved communities to pursue a STEM-related career and transform their communities.

However, if we want to make this legislation as effective as I believe it can be, there are questions that must be answered and challenges to be addressed. How is the state preparing teachers to teach computer science and technology? How will schools decide which equipment, technology, and software to invest in? How will educators keep up with rapidly evolving technology trends?

Successful statewide implementation of this bill benefit from partnerships with higher education an organization with knowledge and resources to teach the teachers, share best practices, and build networks of people that can foster collaboration and innovation. We at the University of Nebraska at Omahas College of Information Science & Technology have made it a point to be that trusted partner in Omaha and around the state.

In this effort, three areas have emerged that we believe higher education institutions in Nebraska can also implement in order to advance the ambitious and worthwhile mission set out by LB 1112:

Re-skilling and up-skilling educators: Instead of strictly developing STEM-specific educators from the ground up, we work with teachers to incorporate computer science and technology education into their existing skill set. We achieve this through a dedicated masters program and certificates that prepare teachers in a wide array of specializations both on-campus and online to teach computer science and technology. We have also developed a licensing program that allows individuals who work in tech to pursue careers as tech educators. Each of these approaches have drastically cut down on the amount of time it takes to get tech educators into classrooms, which is essential as the bills 2024-2025 school year implementation deadline nears.

Open-source teaching materials: The cost of teaching and learning materials for any subject can be a financial hurdle for many districts across the state. Our faculty and staff in IS&T have worked with partners statewide to develop public or open-source materials, freeing schools from the time and monetary costs of developing new technology and computer science curriculum.

Technology lending library: Schools shouldnt have to invest in materials if they havent had a chance to test them first, which is why we have developed the P-12 Learning Library. It allows teachers to check out, use, and demonstrate in the classroom before committing fully. We have supported homeschools, after school programs, K-12 classrooms, and much more in recent years. Widespread adoption of lending libraries can help bridge teaching gaps in classrooms and build strong bonds within communities.

These highly collaborative and cost-effective methods have enabled educators to give their students the continuous exposure to computer science and technology education that will influence them to pursue careers in each of the fields.

The next two years will be crucial as schools prepare to meet the requirements set out by this legislation, especially for younger age groups. If we cannot spark passion for computer science and technology in students by seventh or eighth grade when they begin thinking about careers, we may miss an opportunity to make a generational impact.

This ambitious project sets a clear expectation and concrete goals that we can all rally behind. Our secret to success will be collaborating with new partners and strengthening bonds with existing partners in our Omaha community and across the state. If those who are passionate about computer science and technology education and STEM workforce development contribute their time and talents to supporting this cause, we cant help but be successful in becoming a leader in this area.

Climate change is a moral issue for the church because its effects violate Catholic commitments to promote human dignity, protect human life, prioritize the poor, and care for Gods creation.

Gene Klein writes, "Child abuse and neglect should not be a once-a-year conversation."

Joanne Li writes, "If we want to make a difference in our community and slow brain drain, universities in our state must connect students with paid internships in their communities."

ESG stands for environment, social and governance, and it reflects the understandable expectation that corporate America will act responsibly towards investors, workers, customers, the environment, and society as a whole.

More than 1-in-3 LGBTQ Americans report facing discrimination in our everyday lives, and for people living with HIV, the chance of experiencing discrimination is, unfortunately, even more likely.

Do Good Days on Tuesday through Thursdayasks the community to focus support on over 650 nonprofits in the metro area.

The right to privacy, access to birth control and same-sex marriage all protected by the liberty right found in the 14th Amendment to the U.S. Constitution. From where did that right stem? Meyer v. Nebraska.

Hannah Hayes and Lillian Hill write, "While shareholders like Mr. Buffett are fueling the climate crisis through massive polluting companies, youth and marginalized communities are the ones facing the consequences."

Camille Beaulieu writes, "Movements must start somewhere, so why not your farm? Your dollar?"

Nebraskans are no stranger to banned burning, but prescribed and deliberate burning in the proper scenario is vital to prairie and animal species populations within these ecosystems.

Jennifer Liu writes "Community support can be the difference between whether a refugee family struggles or thrives in America. And the need for it is more urgent than ever."

Catherine Lang and Tim Mittan write, "National Small Business Week, held this year from May 1-7, is a time to celebrate the resilience and spirit of Nebraska businesses."

George R. Cunningham writes, "For decades, conservation has been an issue that brings people together across the political spectrum and from all walks of life."

Martha Garcia-Murillo, Ph.D., is the dean of the College of Information Science & Technology at the University of Nebraska at Omaha.

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Governor Wolf Announces Nearly $20 Million in School Grants to Increase STEM and Computer Science Programming – pa.gov

Governor Tom Wolf and the Pennsylvania Department of Education (PDE) announced nearly $20 million in PAsmart Advancing Grants to expand access to computer science and science, technology, engineering, and math (STEM) education for learners across the commonwealth.

Our historic investments in education throughout my administration are ensuring a better future for our children and a stronger Pennsylvania, Governor Wolf said. These PAsmart awards focused on STEM education are particularly valuable in putting commonwealth students on a path to the best jobs of the future.

Projects funded by the PAsmart Advancing Grants range from the development of a K-12 data science pathway, to a project to increase the number of K-8 educators with computer science endorsements in northeastern PA, to engineering and digital fabrication experiences for elementary students, to a dedicated computer science-focused high school in Philadelphia.

PAsmart prepares students for the jobs of tomorrow, no matter where they live in the commonwealth or where they plan to live in the future, said Acting Secretary of Education Eric Hagarty. Equitable access to STEM and computer science programs gives students from all walks of life the skills they need to obtain meaningful, family-sustaining careers, and these grants will provide thousands more learners the opportunity to build on their skillset, grow, and achieve.

Awards can be found here.

Highlights among the 42 awarded proposals include:

Each of Pennsylvanias 67 counties will be served by at least three of the projects awarded grants, and more than three-quarters of counties will be impacted by at least four different projects.

Over the past eight years, the Wolf Administration has invested $116 million in STEM education, and has secured $20 million annually for PAsmart. PDE has awarded 495 PAsmart grants to expand computer science and STEM education and teacher training at more than 765 schools across the commonwealth since the 2018-19 school year.

The Center for Workforce Information and Analysis at the Pennsylvania Department of Labor and Industry has projected that by 2028, there will be about 157,000 more occupations in Pennsylvania that require mathematics knowledge (representing 65% of all employment in the commonwealth), and about 125,000 more occupations that require knowledge in computers and electronics (representing 54% of all employment).

For more information about Pennsylvanias education policies and programs, please visit the Department of Educations website at http://www.education.pa.gov or follow PDE on Facebook, Twitter, or Pinterest.

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Bowdoin Selected for National Initiative on AI Ethics – Bowdoin College

L-r: Eric Chown, Allison Cooper, Michael Franz, Fernando Nascimento

This is exactly the sort of area we focus on at the DCS program, so Im sure thats one of the reasons we were chosen for this award, said Chown. One example of this kind of work thats already underway is the Computing Ethics Narratives, another national initiative involving Bowdoin faculty aimed at integrating ethics into undergraduate computer science curricula at American colleges and universities.

Other faculty involved in the NHC project are cinema studies scholar Allison Cooper, who is also an assistant professor of Romance languages and literatures, and Professor of Government Michael Franz. While his colleagues will work on the broader ethical issues regarding AI, Chowns focus will be more on teaching the nuts and bolts behind the subject.

My work in machine learning and artificial intelligence will serve basically to study what's going on in AI and how it works. Then we'll look at various applications and, using the work of Fernando and Alison, students will be asked to consider questions like What are the developers goals when they're doing this? How is this impacting users? Franz, meanwhile, will focus on issues surrounding government regulation in the AI sphere and what the political implications might be.

The selection of Bowdoin as one of the fifteen institutions sponsored by the initiative indicates the relevance of liberal arts to the discussion, said Nascimento, who heads to NHC headquarters in North Carolina on June 20, representing the College at a five-day conference to discuss next steps. Its important that we define our objectives and our limitations as we develop this transformative technology so that it effectively promotes the common good.

"Students will be asked to consider questions like What are the developers goals...? How is this impacting users?

I was thrilled to learn that Bowdoin was one of the institutions selected by the National Humanities Center, and also to have the opportunity to work with colleagues in DCS and government on the project, said Cooper, who uses computational methods to analyze film language in her research and contributed moving image narratives from film and television to the Computing Ethics Narratives project.

We all share the belief that contemporary films and media can raise especially thought-provoking questions about AI for our students, she added, citing movies such as 2001: A Space Odyssey, Ex Machina, and The Matrix. Cooper anticipates the new collaborative course will involve integrating this type of study with classes about actual technologies. This should offer our students a truly unique opportunity to move back and forth between speculative and applied approaches to understanding AI. (Learn more about Kinolaban online searchable database of media clips launched by Cooper for cinema students and scholars.)

Participants in the new project will, over the next twelve months, design a semester-long course to be taught during the following academic year. They will then reconvene in the summer of 2024 to share their experiences and discuss the future of the project. Cooper and Franz anticipate that their experience coteaching with their DCS colleagues will lead to the future development of stand-alone courses focusing on AI in their respective fields of cinema studies and government.

Its really exciting for Bowdoin to be involved with such a diverse cross section of schools in this project, said Director of Academic Advancement and Strategic Priorities Allison Crosscup, whose responsibilities include the development of grant-seeking opportunities at the College. Crosscup identified three factors above all that make Bowdoin an ideal partner in the project.At the faculty level weve got the Computing Ethics Narratives project; at the academic level weve got DCS, which in 2019 became a full-fledgedacademic program; and at the institutional level we have the K report,* which also promotes ethical decision-making, so were hitting all three levels.Overall, she concluded,this project presents a great opportunity to leverage work thats already being done here and to build on it.

According to the projects timeline, students will be able to enroll in the new collaborative course on ethics in AI during the 20232024 academic year. The class will be taught over one semester by the four faculty members highlighted above.

*Refers to the KSCD report, an initiative launched by President Clayton Rose in 2018 to identify the knowledge, skills, and creative dispositions every Bowdoin student should possess in a decade's time.

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Cal Poly College of Engineering Receives Transformational Gift to Create The Noyce School of Applied Computing – Cal Poly San Luis Obispo News

New interdisciplinary program is made possible by donations from Robert N. Noyce Trust, in honor of Intel-founder and Silicon Valley icon Robert N. NoyceSAN LUIS OBISPO, Calif. Cal Poly is pleased to announce the establishment of The Noyce School of Applied Computing, a new interdisciplinary school (the first of its kind at Cal Poly) combining three departments under one umbrella Electrical Engineering, Computer Science and Software Engineering, and Computer Engineering to create interdisciplinary collaboration opportunities for departments and faculty doing applied computing across the university in fields such as statistics.

The Noyce School is made possible by donations received from the Robert N. Noyce Trust with its current intention to make a future eight-figure bequest to Cal Poly's College of Engineering. Robert N. Noyce was a co-founder of Intel and inventor of the integrated circuit, which fueled the personal computer revolution and gave Silicon Valley its name. Nicknamed the "Mayor of Silicon Valley," Noyces impact on the field of computing and society at large cannot be overstated.

The creation of The Noyce School (pending California State University Board of Trustee approval) will among other things provide faculty with additional resources for teaching and applied research and undergraduate students in computing with opportunities to further their interests in teaching and learning. Students will also benefit from industry opportunities for paid internships and opportunities for mentors to provide guidance and counseling along the way.

These donations and the proposed extraordinary bequest from the Noyce Trust will help to fulfill a vision that the faculty of the college have been promoting for a long time, which is to establish a school of applied computing at Cal Poly, said Amy Fleischer, dean of the College of Engineering. By combining these three departments into one endowed school, well be able to create new resources for students and faculty in the application of computing, develop unique educational student experiences and support interdisciplinary and collaborative research, teaching, and learning within this field. We are so thankful to the Robert N. Noyce Trust for helping us make this vision a reality.

Said Michael Groom, a trustee of the Robert N. Noyce Trust: We are thrilled that Dr. Noyces legacy will be recognized and appreciated by the students and faculty at Cal Poly for generations to come. We believe the establishment of The Noyce School of Applied Computing comes at a pivotal time, when there is a major deficit of new graduates in the fields of computing and computer sciences, and the need and demand for these skilled workers remains very high.

Cal Poly's renowned Learn by Doing, hands-on model will prepare a pipeline of well-qualified students to face the challenges of the 21st century. We think this is a wonderful way to honor Dr. Noyce's name and his accomplishments.

Added Cal Poly President Jeffrey D. Armstrong: As a state institution, Cal Poly has a mandate to educate its students to help solve the challenges of tomorrow. This transformational gift by the Robert N. Noyce Trust helps enable Cal Polys ongoing growth in this field and will create increased interest and investment from government and industry. It will also serve to further differentiate and elevate the status of Cal Poly and make the university even more attractive to potential students.

June 14, 2022Contact: Grant Kirkpatrick805-458-6596; gkirkpat@calpoly.edu

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