Apps
Google fully embraces generative artificial intelligence (AI) during the Google Cloud Next event
30,000 individuals gathered in Las Vegas this week to receive the most up-to-date and innovative information from Google Cloud. The only thing they heard was continuous generative AI. Google Cloud primarily operates as a vendor that provides cloud infrastructure and platform services. Without prior knowledge, it is possible that you overlooked this information amidst the abundance of AI news.
While acknowledging the impressive showcase by Google, it is worth noting that, similar to Salesforce’s event in New York City last year, the company did not focus much on its primary operations, save when discussing generative AI.
Google unveiled a range of artificial intelligence (AI) improvements aimed at assisting users in leveraging the Gemini large language model (LLM) and enhancing productivity throughout the platform. Undoubtedly, it is a commendable objective. During the primary keynote on Day 1 and the subsequent Developer Keynote, Google incorporated a substantial number of demonstrations to exemplify the capabilities of these solutions.
However, several of them were overly basic, especially considering the constraint of being condensed into a keynote presentation with a restricted time frame. Their reliance was primarily on cases within the Google ecosystem, despite the fact that most companies store a significant portion of their data in repositories that are not affiliated with Google.
Several of the examples seemed feasible without the use of artificial intelligence. During an e-commerce demonstration, the presenter contacted the vendor to finalize an online transaction. The purpose of its design was to demonstrate the communication capabilities of a sales bot. However, in reality, the customer could have completed the task on the website with ease.
Generative AI possesses powerful applications, such as code generation, content analysis with query capabilities, and log data analysis to determine the cause of a website outage. In addition, the company has produced task- and role-based agents that may effectively utilize generative AI to assist individual developers, creative individuals, employees, and others.
However, when it comes to developing AI tools using Google’s models, rather than using the ones created by Google and other vendors for their customers, I couldn’t help but notice that they were downplaying many of the challenges that could hinder the successful implementation of generative AI. Despite attempts to downplay the difficulty, the truth is that integrating advanced technology into large businesses poses a significant obstacle.
Significant transformation is not simple
Similar to earlier technological advancements over the previous 15 years, such as mobile, cloud, containerization, and marketing automation, there have been numerous claims of potential benefits. However, each of these developments brings up its own degree of intricacy, and prominent corporations proceed with more prudence than we could envision. Artificial intelligence (AI) appears to require significantly more effort and resources than what Google or other major vendors are openly acknowledging.
Our experience with past technological revolutions has shown that they often generate excessive excitement and ultimately result in widespread disappointment. After several years, we continue to observe prominent corporations that, while having the opportunity, are only experimenting with or completely abstaining from utilizing these sophisticated technologies, even long after their introduction.
Companies may fail to take advantage of technological innovation due to various factors. These include organizational inertia, a rigid technology infrastructure that hinders the adoption of newer solutions, and a group of individuals within the company who oppose any well-intentioned initiatives. These individuals may belong to legal, HR, IT, or other departments and may reject substantive change for reasons such as internal politics.
Vineet Jain, the Chief Executive Officer (CEO) of Egnyte, a company specializing in storage, governance, and security, identifies two categories of companies: those that have already made a substantial transition to the cloud and will find it relatively easier to adopt generative AI, and those that have been slow in embracing new technologies and are likely to face challenges in adopting generative AI.
He engages in conversations with numerous firms that predominantly rely on on-premises technology and have a significant amount of progress to make before considering the potential benefits of AI. “We engage with numerous ‘late’ cloud adopters who have either not initiated or are in the initial stages of their pursuit of digital transformation,” Jain informed.
The introduction of AI may compel these organizations to carefully consider pursuing digital transformation, although they may encounter difficulties due to their significant lag in progress, according to his statement. “Before incorporating AI, these companies must first address and resolve the existing issues and establish a robust data security and governance framework,” he stated.
The data was consistently the main factor
Major industry players such as Google present the implementation of these solutions as straightforward, but the apparent simplicity on the surface does not guarantee that it is not complex behind the scenes. Throughout this week, I frequently encountered the notion that the quality of the data used to train Gemini and other extensive language models is crucial. It is evident that if the input data is of poor quality, the output generated by generative AI will also be of poor quality.
The process begins with the collection and analysis of data. If your data is not organized, it will be challenging to prepare it for training the LLMs for your specific use case. Kashif Rahamatullah, a principal at Deloitte responsible for overseeing the Google Cloud practice, expressed his admiration for Google’s recent developments. However, he also highlighted that certain firms without organized data may encounter difficulties when using generative AI solutions. “The initial AI conversation often transitions into a focus on data cleaning and consolidation, as this is crucial for maximizing the benefits of generative AI,” Rahamatullah explained.
Google has developed generative AI tools to facilitate data engineers in constructing data pipelines that connect to both internal and external data sources within the Google ecosystem. “The purpose is to enhance the efficiency of data engineering teams by automating the labor-intensive tasks associated with data movement and preparation for these models,” explained Gerrit Kazmaier, Google’s Vice President and General Manager for Database, Data Analytics, and Looker, in an interview with.
This will be beneficial for data integration and data cleansing, particularly in firms that have made significant progress in their digital transformation. However, for firms like the ones mentioned by Jain, who have not made significant progress in terms of digital transformation, these tools developed by Google could pose further challenges.
Furthermore, it is important to note that AI presents additional hurdles beyond mere implementation. According to Andy Thurai, an analyst at Constellation Research, this is true whether one is developing an application based on an existing model or attempting to create a customized model. “During the implementation of either solution, companies must consider governance, liability, security, privacy, ethical and responsible use, and compliance with these implementations,” stated Thurai. And all of that is significant.
Executives, IT professionals, developers, and other attendees of GCN this week may have sought insights into Google Cloud’s future offerings. However, if they were not actively seeking AI or if they were not adequately prepared as an organization, they may have left Sin City feeling overwhelmed by Google’s intense focus on AI. Organizations that lack digital expertise may need a significant amount of time before they can fully utilize these technologies, especially those that are not as comprehensive as the solutions provided by Google and other suppliers.
Android
Google Chrome now has a ‘picture-in-picture’ feature
Google is getting ready to make a big change to how its Chrome browser works. This is because new browsers from startups like Arc are making the market more competitive. The company said on Wednesday that it will be adding a new feature called “Minimized Custom Tabs” that will let users tap to switch between a native app and their web content. When you do this, the Custom Tab turns into a small window that floats above the content of the native app.
The new feature is all about using Custom Tabs, which is a feature in Android browsers that lets app developers make their own browser experience right in their app. Users don’t have to open their browser or a WebView, which doesn’t support all of the web platform’s features. Custom tabs let users stay in their app while browsing. Custom tabs can help developers keep users in their apps longer and keep them from leaving and never coming back.
If you make the Custom Tab into a picture-in-picture window, switching to the web view might feel more natural, like you’re still in the native app. People who send their customers to a website to sign up for accounts or subscriptions might also find this change useful, since it makes it easier for users to switch between the website and the native app.
After being shrunk down to the picture-in-picture window, the Custom Tab can be pushed to the side of the screen. Users can tap on a down arrow to bring the page back to the picture-in-picture window when it is full screen.
The new web experience comes at a time when Google is making it easier for Android users to connect to the web. People can find their way to the web with AI-powered features like Circle to Search and other integrations that let them do things like circle or highlight items.
The change is coming to the newest version of Chrome (M124), and developers who already use Chrome’s Custom Tabs will see it automatically. Google says that the change only affects Chrome browsers, but it hopes that other browser makers will add changes like these.
Apps
Threads finally starts its own program to check facts
Meta’s latest social network, Threads, is launching its own fact-checking initiative after leveraging Instagram and Facebook’s networks for a brief period.
Adam Mosseri, the CEO of Instagram, stated that the company has recently implemented a feature that allows fact-checkers to assess and label false content on threads. Nevertheless, Mosseri refrained from providing specific information regarding the exact timing of the program’s implementation and whether it was restricted to certain geographical regions.
The fact-checking partners for Threads—which organizations are affiliated with Meta—are not clearly specified. We have requested additional information from the company and will revise the story accordingly upon receiving a response.
The upcoming U.S. elections appear to be the main driving force behind the decision. India is currently in the midst of its general elections. However, it is improbable that a social network would implement a fact-checking program specifically during an election cycle rather than initiating the project prior to the elections.
In December, Meta announced its intention to implement the fact-checking program on Threads.
“At present, we align the fact-check ratings from Facebook or Instagram with Threads. However, our objective is to empower fact-checking partners to evaluate and assign ratings to misinformation on the application,” Mosseri stated in a post during that period.
Apps
Mark Zuckerberg reports that Threads has a total of 150 million users who engage with the app on a monthly basis
Threads, Meta’s alternative to Twitter and X, is experiencing consistent and steady growth. During the Q1 2024 earnings call, Mark Zuckerberg stated that the social network currently has over 150 million monthly active members, which is an increase from 130 million in February.
Threads made significant progress in integrating with ActivityPub, the decentralized protocol that powers networks such as Mastodon, during the last quarterly earnings conference. In March, the firm granted U.S.-based users who are 18 years of age or older the ability to link their accounts to the Fediverse, enabling their posts to be seen on other servers.
By June, the business intends to make its API available to a broad range of developers, enabling them to create experiences centered on the social network. Nevertheless, it remains uncertain whether Threads will enable developers to create comprehensive third-party clients.
Meta just introduced their AI chatbot on various platforms like Facebook, Messenger, WhatsApp, and Instagram. Threads was conspicuously omitted from this list, perhaps because of its lack of built-in direct messaging capabilities.
Threads introduced a new test feature on Wednesday that allows users to automatically archive their posts after a certain length of time. Additionally, users have the ability to store or remove specific postings from an archive and make them accessible to the public.
Threads is around nine months old, and Meta has consistently expanded its readership. Nevertheless, Threads cannot be considered a viable substitute for X, as Instagram’s head, Adam Mosseri, explicitly stated in October that Threads will not “amplify news on the platform.” However, Meta’s social network continues to grow in popularity. According to app analytics company Apptopia, Threads now has more daily active users in the U.S. than X, as Business Insider reported earlier this week.
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