What’s new for hybrid work at Google I/O

Among these innovations are several new features for Google Workspace , which take virtue of what Artificial Intelligence can offer to improve hybrid work, and help workers to focus on their tasks, collaborate securely and better interconnect with their colleagues and group leaders.

Google recently launched automated summaries in Google Docs, so that those who have to read documents and have little time to do so can receive a precis of its content, generated automatically by the application. Well, in the coming months, Google is going to extend this built-in summation feature to Spaces , which will also help provide a precis of conversations. Undoubtedly a very useful function to have a small list of the most important parts of a talk, which will prevent you from lacking its most important points.

On the other hand, Google Meet will have automated meeting transcription. Thus, those who cannot attend that meeting, or those who in principle are not invited to participate but have to know what was discussed in it, will have information about its content. In addition, those who have been to it may have a abstract to use for other purposes, or refer to the assembly in various contexts. As Google has confirmed, automated transcription will be available later this year, with meeting summaries coming next year.

It is not the only improvement that will come to Google Meet, since the company is going to use machine learning to make the meetings established through the platform more immersive. Also to facilitate connections and content sharing on Meet. To do this, Google is going to integrate improvements in Meet related to image, sound and content sharing functions . They will all arrive throughout 2022.

One of them is Portrait restore (literally, Portrait Restoration), which uses Artificial Intelligence to improve video quality by correcting problems caused by low lighting, not good quality webcams, or naughty network connectivity. The process of all this is carried out in the cloud, which means that the platform can improve the quality of the video without having an impact on the performance of the device.

Portrait light , another enhancement, uses machine learning to simulate studio-quality lighting in a video feed, and lets you adjust light position and brightness to customize how participants in a meeting they want to be seen.

On the other hand, De-reverberation is responsible for filtering the echoes that exist in rooms with tough surfaces, which means that meetings can have a sound quality typical of a convention room even provided they are held from spaces that are not very favorable to it. like a basement or an empty room.

As for Live sharing . It will take care of synchronizing the multimedia and content between the participants in a Google Meet assembly. With this feature, users will be able to share controls and interact directly during the assembly. Additionally, it enables partners and developers to use Google’s live sharing APIs to begin integrating Meet into their apps.

At Google I/O 2022 there was also time to talk about improvements in cybersecurity in online workspaces. The company has highlighted that Google Workspace is developed based on a “zero trust” approach, in addition to integrating reinforced access management, data protection, encryption and endpoint protections.

But moreover, throughout this year the protections against phishing and malware that are currently protecting Gmail will be brought to Google Slides, Docs and Sheets . Thus, provided a dossier that you are going to open with any of the three tools contains phishing or malware links, you will receive a warning and suggestions on the measures to take to remain safe while you work.

AlloyDB for PostgreSQL

Taking virtue of its Google I/O 2022 event, Google has announced the test version of AlloyDB for PostgreSQL . It is a PostreSQL compatible, fully managed database service designed to modernize enterprise database workloads.

AlloyDB has been more than four times faster than PostgreSQL in tests conducted by Google, which also reveal that it is up to 100 times faster for analytical queries, and twice as fast in transactional workloads than the similar service from Amazon. At least, these are the data that those of Mountain View have offered. AlloyDB combines Google’s capabilities of compute at scale and storage, high availability and security, and management powered by AI and machine learning; with full compatibility with PostgreSQL 14, its most recent version.

At the core of AlloyDB is an clever, database-optimized storage service that is built specifically for PostgreSQL. AlloyDB disaggregates compute and storage at each layer of the stack, using the same infrastructure building blocks as Google’s large-scale services. Like YouTube, Maps, Gmail and your browser. This makes it easy for you to scale with predictable performance. Additionally, AlloyDB is ready to handle any workload with minimal management oversight.

As with many managed database services, AlloyDB automatically handles database management, performing database patching, backup, scaling, and replication. In addition, it uses bendy algorithms and machine learning for PostgreSQL vacuum management, reminiscence and storage management, and analytics acceleration, among other things.

AlloyDB learns about your workloads and intelligently organizes your data through memory, ultra-fast secondary cache, and durable storage. These automated features simplify management for database managers and developers. Moreover, it also allows customers to take better advantage of machine learning in their extensions. Apart from this, it has integration with Vertex AI, Google Cloud’s Artificial Intelligence platform that allows users to call models directly from a query or a transaction. This leads to low latency, more data, and higher throughput. And without having to write extra application code.

AlloyDB’s payment system is, on the other hand, developed to keep costs down. These are transparent and predictable, with no proprietary licenses or opaque fees. The storage needed for it is automatically provisioned, and customers only have to pay for what they use, with no extra costs for read replicas. All those who want to know more details about AlloyDB and start testing it for free, can find more details on their website .

Google Cloud Announces Largest Machine Learning Center Available Yet

Google offers Tensor Processing Units, or TPUs, which are the company’s custom machine learning accelerators, to Google Cloud customers as Cloud TPUs. Google continually evolves them, and the latest example of this is the announcement it just made at Google I/O: the preview version of the Google Cloud machine learning cluster with Cloud TPU v4 pods .

This Cloud TPU v4 post cluster will make it easier for researchers and developers to advance Artificial Intelligence. To do this, it will allow them to train increasingly sophisticated models, in addition to managing large-scale workloads, such as those that require natural language processing, recommendation systems or artificial vision algorithms.

The cluster has an aggregate zenith capacity of 9 exaflops, making it the largest public access machine learning center in the world in terms of computing power. In addition, 90% of its consumption is covered with energies that do not leave a carbon footprint. Each Cloud TPU v4 pod consists of 4,096 chips connected via a fast interconnect network, with the equivalent of 6 Tbps of bandwidth per host. Additionally, each Cloud TPU v4 chip is able to achieve around 2.2 times higher zenith FLOPS than the preceding version, Cloud TPU v3.

Cloud TPU v4 pod pods are available with configurations ranging from four chips, which has one TPU virtual machine, to thousands of chips. In these pods, all portions of a minimum of 64 chips have three-dimensional toroidal links, providing more bandwidth for communications.

Cloud TPU v4 also allows 32 GiB of reminiscence to be accessed from a unmarried device, double that of TPU v3. It all contributes to improved performance when training recommendation models at scale. Access to Cloud TPU v4 pods is on an on-demand, trial basis, with various options available, as detailedon this page.

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HP is now announcing an interesting addition to its arsenal. A choice of HP Z-series Workstations will have WSL 2 ( the Linux Subsystem for Windows ) pre-installed and pre-enabled, ” so users can quickly and easily maximize productivity right out of the box,” they explain .

With this, these workstations will have extra capabilities such as:

• Harness the performance of Z by HP and the power of the NVIDIA GPU to total complex workflows in Ubuntu, such as AI and machine learning training, correct on a Windows machine.
• Access Windows productivity tools while simultaneously using GPU-enabled Ubuntu development workflows.
• Customize the Ubuntu experience to maximize developer productivity on Windows.

This tool is very interesting for developers or other professionals who need to run Linux applications, but without leaving Windows , thanks to the second version of this subsystem that initially arrived with limited functions (little more than Bash) and with low performance, but Microsoft has been improving it with each Windows 10 update.

The latest version significantly increased performance, added a full Linux kernel, support for DirectX 12 and graphical applications, and ease of installation. It also added a greater number of supported distributions such as Fedora and SuSE, beyond Ubuntu, which came first after an agreement between Microsoft and Canonical and definitely in Windows 11 it has improved its installation possibilities.

WSL 2 is a convenient add -on for those using Windows and Linux systems as it is an easy-to-use, integrated native Linux environment, adding to the capabilities of HP’s professional workstations.

In this regard, HP has announced another first in partnership with NVIDIA: combining the power of its workstations with Teradici CAS and NVIDIA Omniverse Enterprise. It is an innovative platform that enables remote co-creation, simultaneous real-time collaboration, and realistic simulation for design teams. This combination promises to convert 3D workflows, while removing location as a barrier to true 3D collaboration .

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Although the Internet has made fantastic strides, it still has a long way to go, and many wonder what the Internet will be like in a few decades . For example, in 50 years. Also how will the challenges that we now have at hand be solved: security, privacy, data protection, etc. How will they be solved? Will it be possible to solve these problems and others that will appear over time in a digital world that is constantly changing? The answer is not simple, although some experts are already trying to outline what the Internet will be like in 2070 and what solutions will be given to these problems and even some that have not even been considered yet.

A few months ago, in November of last year, the Pew Research Center published a study on what a group of experts thought digital life would be like in the future. Lee Rainie , Director of Internet and Technology Research at Pew , and one of the study’s authors, paper money that responses to questions asked of experts about how our digital presence would come to further define our existence in the future were very revealing.

Internet will be more integrated into our lives

Rainie points out that in their responses, the experts even spoke of ” the definition of a human being at any given time contemplating the technology available to our bodies and brains .” Also, remember that many of the experts you’ve talked to are convinced that today’s internet-enabled devices won’t exist, but will be preloaded into our consciousness .

This, according to these experts, will come sooner than later. In just the next 25 years, the systems we use today to search or use the Internet will be considered nothing short of antediluvian. So thinks Judith Donath , Researcher at the Berkman Klein Center at the University of Harvard . Donath points out that our digital presence will not be independent of the physical world either, but will be integrated into it. By then we will have forgotten about keyboards, mouse and screens.

According to Toby Negrin , CPO of the Wikimedia Foundation , the Network of the future can be compared to electricity, since it will become ” an omnipresent supply, something that we expect to be always available and around us, interrelated with our daily lives “.

The world that we will have around us in the future will be a mixture of “conventional” reality and virtual reality. Moreover, sometimes it will be impossible to differentiate which is which. As Mike Liebhold sees it, a Researcher at the Future Institute who was part of Apple’s Advanced Technology Lab in the 1980s, he says that in the very near future, everyone will wear augmented reality glasses and use them to interact with their surroundings. For him, the information will be displayed anywhere, it will even float on the water. The web will appear in the real world, not just on screens.

Donath also joins this opinion, and stresses that the information will be present in everything , and in everyone, with whom we come across. Thus, for example, strangers can be identified and information about them obtained. Moreover, in the same way that nowadays we subscribe to magazines, in the future it will be possible to subscribe to different augmented realities.

New forms of communication

The very idea of a brain interface , very popular among experts, suggests that, whether it happens, all you have to do is think and then the interface will take care of the task automatically , which will probably make communication much easier. The experts who participated in the Pew Center study agree that we are still evolving in terms of forms of communication. In the short term, written messages will disappear in favor, among others, of verbal communications and those established with assistants, such as Siri or Alexa . This will lead to not being searched, but asking attendees and devices questions and the process will be more similar to that followed in a conversation.

For Donath, technological advances will accommodate this new era of voice communications. Thus, ” the headphones will be replaced by invisible implants that will be in charge of modulating everything that is heard, and that will sometimes close the real ambient sound in favor of the virtual one, and others will serve to amplify a nearby voice “.

Both she and Jones have pointed out that predictive technologies, such as the ubiquitous autocorrect, will be more accurate, making communications faster and requiring less time to think. In addition, due to our ability to mix speech with augmented reality, doors will open that will allow us to understand everyone and communicate with them. For Jillian York , Director of international freedom of expression at the EFF , ” instead of learning new languages, we will install a translation app that will allow us to translate what we say in real time “.

Except this, according to Donath, both the small gestures and the gaze will provide us with ways to convey and interact with our environment in a more dynamic way. This will also be the beginning of what is known as ‘neurointeraction’, described as technology first developed for those who cannot communicate verbally and eventually adopted by all. In his opinion it will be a mesh of connectivity between devices and human communication in which matters will happen through sight and thoughts.

The end of privacy on the Internet

Every time you are asking a virtual assistant for something, you are giving more information about yourself to the company bum said assistant. Everyone who does sacrifices some of their privacy for more convenience. This, far from being reduced, is going to increase, and the technologies used for this will be more and more capable of knowing what we want. They will learn from our habits and even anticipate our wishes. This is how companies will earn more and more money: with our data about our person, habits and needs.

This will lead to a change in the advertising and marketing of products and services. Ads will be much more personalized and detailed. Of course, this will have a price, and experts believe that we will sacrifice our autonomy increasingly. All in favor of having more amenities.

Advances in health data

The beginning of the organic data revolution has already begun with wearables and connected devices that collect information about our health. Many believe that this is to the benefit of society, as having huge amounts of health data can lead to the ability to generate better health practices. The ability that doctors will have to know what we eat, the exercise we do and what we do in our daily lives will allow them to implement more and more personalized programs to meet our health needs.

But as it happens in other fields, the most important thing in this field will be who has the data and how they use it. In general, the experts who have answered the questions posed for the preparation of the study are optimistic in this regard, but they also warn that there is a feeling that this can be harmful at an individual level. There are increasing predictions that information about our health and genetics could be used to divide us as a species.

Increasingly pessimistic about the future of the Internet

Numerous force themselves to be optimistic about the future of the web. Everyone wants to believe that in the future the Internet will bring concord, better communication, a free flow of information and a healthier world. But all this is accompanied by many doubts and warnings. And with the fact that first we have to solve problems that we already have today so that they are not bigger in the future.

To accomplish this, among other things, you have to take the time to understand the implications of each new technology and how to deal with it in the best possible way. And since, according to Negrin, “ we are still at least in the adolescence of the Internet ”, there is still much to know and understand all that it implies. For many it may still be a decade or more before we have a total picture of all its complexities, both positive and negative.

There are also concerns about the ability of governments to manage what comes next in relation to the Internet. Fairly a few raise issues that governments lack the technical sophistication to regulate, compensate, or find appropriate solutions to emerging problems. The answers to the questions and problems that occur, in addition, must be global in many cases, and unified answers must be given. Local responses will not work, but international agreements and global treaties will have to be put in place.

On the other hand, it is widely feared that governments , particularly the most authoritarian ones, will use new technologies for their own benefit . Furthermore, there is less and less hope that information can remain free. Notwithstanding, in the end, how we relate to new technologies and what the future holds in the new digital age can affect how we behave as humans.

Thus, technology, and thus the Internet, can be used to improve the human condition, but Rainie stresses that ” there is evidence that numerous will want to use this and other tools to do what humans have always done to those they don’t like. ” . Therefore, there is much to be done to ensure that the Internet is used for good and not just for the benefit of a few.

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The site indicated that the announcement of the three companies came on the moment of World Password Day, bringing the world a step closer to making passwords a part of the past.

He also explained that the login process without passwords will allow users to choose their phone as the main authentication device for applications, websites and other digital services, as Google explained in a post on its blog Thursday.

Unlocking the phone with anything set as default, such as entering a PIN, drawing a sample, or using a fingerprint, will be enough to log into web services without having to enter a password at all.

This will all be done through the use of a unique token called a ‘passkey’, which is shared between the phone and the website.

According to the site, the move aims to simplify operations for users, and ensure that they are more secure by making logins conditional on a real device.

And dispensing with a password means that users don’t have to remember login details through the Services or put their security at risk by reusing the same password in multiple places.

Also, a system without a password would make it more difficult for hackers to hack the login details remotely, because the login requires access to a real physical device.

In theory too, scammer attacks in which users are directed to a fake website to receive passwords, would be much more difficult.

The upcoming release will include Android, iOS, Chrome, Safari, Edge, Windows and Mac browsers.

The three companies said they expect the new login mechanism to be available across platforms next year, without specifying a particular launch date.

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“ Digital capability building is the new currency that drives the resilience and growth of every retailer; not just for this pandemic, but for future events and years to come. That’s why digital co-innovation is a massive focus for Microsoft, we want our customers to build their own digital capability and become independent with us, not dependent on us. That’s why Microsoft Cloud for Retail helps extend businesses’ capabilities with extra solutions that address their most pressing challenges ,” said Shelley Bransten, Corporate Vice President of WW Retail & Consumer Goods Industry for Microsoft.

Microsoft Cloud for Retail will be available starting February 1st. According to the company, it will allow:

Maximize the value of data by unifying disparate information sources throughout the purchase cycle and, in this way, find information that allows developing better experiences for consumers. Retail generates approximately 40 petabytes of data every hour, yet in most cases systems and data are siled and disconnected, so a centralized setup would allow businesses to harness the information it produces, stores, and transmits. .

Microsoft Cloud for Retail uses data models that harmonize multiple systems and applications by unifying disparate data sources to set up a unique and detailed profile of each shopper. Capabilities here include unified customer profiling, shopper and operational analytics, clever fraud protection, and retail media.

Elevate the shopping experience through data analysis and new technology to encourage long-term customer loyalty, offering value experiences by placing personalization as a key factor. According to McKinsey, while 95% of retail CEOs say they strategically prioritize personalization, only 23% of consumers think they are doing a good job.

With personalization at the heart of satisfying shopping experiences, Microsoft Cloud for Retail drives conversion by enabling tailored search results and recommendations. Capabilities here include real-time personalization, smart stores, unified commerce, digital advertising solutions, and seamless customer service.

Build a sustainable supply chain in real time by connecting data across the ecosystem, allowing problems to be identified and business performance to be optimized. In numerous ways, 2021 was the year of the supply chain, or “supply pain” as it became known, as figures from McKinsey show that during the fall of 2021, more than 60% of consumers faced lack out of stock and only 13% of them waited for the item to be back in inventory, meaning numerous retailers are not only losing sales, but facing reduced customer loyalty.

Supply chain transformation must begin with the recognition that a retailer’s data is a valuable asset. Although retailers have a treasure trove of data from across their supply chain, many are unable to take full virtue of it. With Microsoft Cloud for Retail, retailers can better predict demand by using AI to optimize inventory and streamline order management to offer customers choice across channels. In addition, Microsoft helps retailers track, report, and reduce things like carbon emissions in their efforts to be more sustainable , including supply chain visibility, demand planning and optimization, and flexible fulfillment.

Empower the store associate. Equip store associates with solutions that enable real-time store communications, workforce management, and automation. Retail has always been and always will be a people business, with numerous frontline employees who are more important than ever today. Survey results from Microsoft ‘s recent Job Trends Index show that 60% of frontline workers are excited about the new opportunities digital tools bring to retail, but 34% feel they don’t have the technology yet. adequate.

For example, industry-specific solutions like Microsoft Cloud for Retail can display inventory and supply chain data on mobile devices so a collaborator can quickly see the availability of an out-of-stock product and arrange for it to be shipped to the customer, Leveraging communication and collaboration capabilities to amplify customer satisfaction.

Leveraging innovations in data analytics and automation, Microsoft Cloud for Retail offers an intelligent digitalization path for points of sale and the supply chain in general, integrating seamlessly with the daily operation of this sector.

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