Oracle has—finally—admitted it was hacked and customer log-in credentials stolent, despite repeatedly denying such a hack previously.
A hacker claimed in March to have hacked Oracle and stolen authentication information and encrypted passwords, post samples online for verification. Oracle vehemently denied the claim.
“There has been no breach of Oracle Cloud. The published credentials are not for the Oracle Cloud. No Oracle Cloud customers experienced a breach or lost any data,” the company told BleepingComputer at the time.
Despite the denial, Oracle customers confirmed the data was real. Now, weeks later, Oracle is finally admitting it was hacked and the data was stolen. According to Bloomberg News, the company is notifying customers, but telling them the stolen data is old data from a “legacy environment.”
Unfortunately for Oracle, this is the second breach Oracle has experienced over the last couple of months, with Bloomberg reporting the company suffered a breach that saw hackers steal healthcare patient data after January 22.
The hacks are an embarrassment for Oracle at a time when the company is positioning itself as a more secure alternative to its larger cloud rivals, as well as a partner of the US government with its Stargate AI program. In both cases, security is paramount, but Oracle suffering two breaches in as many months is a significant setback for the company.
As part of its turnaround strategy, Intel is bringing back one of its branding favorites, unveiling “That’s the power of Intel Inside®.”
The chipmaker’s “Intel Inside” campaign, first launched in 1991, become synonymous with the company, thanks to a broad marketing comapaign, TV commercials, and stickers on many of the most popular computers and laptops.
In an effort to bring return to its former glory, Intel has announced an updated version of the branding.
Intel introduced its new brand to the world Tuesday at the Intel Vision 2025 event in Las Vegas. Leading with “That’s the power of Intel Inside®,” Intel leans into the essential role the company – along with its partners and customers – plays in the world while giving a nod to the company’s wildly popular “Intel Inside” campaign of the 1990s.
The company hopes the branding will remind customers that Intel is powering the machines they use.
Brett Hannath, chief marketing officer for Intel, says the new brand platform anchors on the idea that “Intel ignites the greatness within” – in every employee, customer, consumer, community, partner. All the while, it allows Intel to reflect on its proud heritage. (The Intel Inside co-marketing campaign launched in 1991 helped Intel become a household name around the globe over the next decade.)
Intel CEO Lip-Bu Tan has the unenviable task of turning Intel around after years of mismanagement resulting in the company losing its competitive advantage and yielding the crown as top chipmaker to TSMC. Tan made clear he intends to trim Intel, spinning off non-core business units in an effort to return the company to its roots.
The new branding campaign makes clear that Tan and company are wanting to return Intel to its past glory, not just in technical ability, but in mind share as well.
Amazon’s Project Kuiper is ready for its “first full-scale satellite launch,” with the company deploying 27 satellites next week.
Project Kuiper is Amazon’s answer to SpaceX, with the goal of providing satellite-based internet. Like SpaceX’s Starlink, Project Kuiper’s satellites will be deployed in low-Earth orbit (LEO), providing speeds and latency more akin to traditional broadband than legacy satellite providers like Hughesnet.
Amazon has been pouring billions into Project Kuiper, even before launching a working satellite constellation, the term for a network of satellites that provide internet access. According to a company blog post, Amazon is finally preparing for its first major launch.
Project Kuiper is set to send its first full batch of satellites to space, marking an important step in its mission to deliver fast, reliable internet to customers and communities around the world. The mission, named “KA-01” for Kuiper Atlas 1, will launch on a United Launch Alliance (ULA) Atlas V rocket from Cape Canaveral Space Force Station, Florida, and deploy 27 satellites at an altitude of 280 miles (450 kilometers) above Earth. Launch is currently scheduled for no earlier than (NET) 12 p.m. EDT on Wednesday, April 9.
The company says it plans to deliver internet access to customers later this year, with a goal of launching more than 3,200 of its first-generation satellites.
“We’ve designed some of the most advanced communications satellites ever built, and every launch is an opportunity to add more capacity and coverage to our network,” said Rajeev Badyal, vice president of Project Kuiper. “We’ve done extensive testing on the ground to prepare for this first mission, but there are some things you can only learn in flight, and this will be the first time we’ve flown our final satellite design and the first time we’ve deployed so many satellites at once. No matter how the mission unfolds, this is just the start of our journey, and we have all the pieces in place to learn and adapt as we prepare to launch again and again over the coming years.”
SpaceX is the dominant, and only, major player in the LEO satellite internet market. Project Kuiper could finally provide some much-needed competition in the market.
Captions are no longer just an accessibility feature; they are a game-changer for YouTubers looking to increase audience retention, improve watch time, and boost engagement. Whether you’re making vlogs, tutorials, or reaction videos, adding captions makes your content more interactive and widely accessible.
With the help of AI-powered tools like the caption generator in CapCut Desktop Video Editor, you can automate the captioning process, ensuring accuracy while saving time. Additionally, creators looking to streamline their workflow can leverage a free AI video generator to automate video production while maintaining high-quality content. These AI-driven tools make it easier than ever to produce engaging videos efficiently.
This article will explore 10 essential captioning tips for YouTubers, followed by a 3-step guide on how to use CapCut’s AI-powered captioning for effortless video editing.
1. Use Accurate Captions
AI-generated captions should match the spoken dialogue precisely to maintain viewer comprehension. Tools like CapCut desktop video editor ensure high-accuracy transcription, reducing the need for manual edits. Misaligned or incorrect captions can confuse viewers, leading to poor engagement. Always review captions before publishing to maintain video quality.
2. Keep Captions Concise
Long and complex captions can overwhelm viewers, making content difficult to follow. Break down long sentences into shorter, easy-to-read phrases that match the video’s pace. Keeping captions brief yet informative ensures better readability without distracting from visuals. The goal is to complement the video, not overshadow it.
3. Position Captions Strategically
Placing captions in the wrong area can block key elements of the video. Position them at the bottom of the screen while maintaining clear spacing from important visuals. Avoid covering faces, logos, or crucial graphics to keep the viewing experience smooth. Proper placement enhances the overall presentation of your content.
4. Customize Fonts & Styles
Captions should align with your YouTube channel’s branding for a cohesive look. Use the video editor for PC to customize fonts, colors, and animations to fit your aesthetic. Stylish captions add personality to your videos while keeping them professional and visually appealing.
5. Add Captions to YouTube Shorts & Reels
Many viewers watch videos on mute, especially on mobile platforms. Adding captions ensures your content remains engaging even without sound, increasing watch time. Short-form videos like YouTube Shorts, Instagram Reels, and TikTok benefit greatly from captions, as they make content more digestible and accessible.
6. Use Subtitles for International Viewers
Expanding your audience means reaching viewers who speak different languages. AI-powered tools can automatically generate multilingual subtitles, making content accessible worldwide. This is a great way to increase engagement, grow your channel, and reach non-English-speaking audiences. Localization helps in attracting diverse demographics.
7. Highlight Important Words
Key phrases, calls to action, and important moments should stand out. Use bold fonts, text effects, or different colors to emphasize them. Highlighting important words helps reinforce key messages, making them easier for viewers to remember. This technique is useful for educational, promotional, and storytelling content.
8. Sync Captions with Audio
Mismatched captions can disrupt the viewing experience and make your content seem unprofessional. With the caption generator, captions are perfectly synchronized with speech. Accurate timing ensures smoother transitions and improves the overall watchability of your videos.
9. Boost SEO with Captions
YouTube’s algorithm indexes captions, making them a valuable SEO tool. Properly optimized captions can increase search visibility and improve rankings. AI-generated captions help integrate relevant keywords naturally, making it easier for your videos to attract more views and subscribers.
10. Review and Edit Before Uploading
While AI-generated captions are highly accurate, minor refinements may be necessary for better clarity. Always review and edit captions to fix errors, adjust timing, or improve readability before publishing. A final review ensures professionalism, consistency, and a better viewing experience.
Bonus: How to Add Captions Using CapCut Desktop Video Editor
Adding captions to your YouTube videos is a quick and seamless process with CapCut desktop video editor. Here’s a 3-step guide to generating and customizing captions effortlessly.
Step 1: Upload Your YouTube Video
Download and install CapCut desktop video editor on your PC. Open the software and create a new project by clicking Import to add your video file. Once uploaded, drag and drop the video onto the timeline to begin the editing process. This step ensures your content is ready for AI-powered caption generation.
Step 2: Generate AI Captions
Navigate to the Caption tab and select Auto Captions to start automatic transcription. Choose your preferred language, then click Generate, allowing the caption generator to analyze the audio and create captions in perfect sync with the speech. AI-powered transcription ensures accuracy while saving time on manual editing.
Step 3: Customize and Export
Once captions are generated, you can modify fonts, colors, and positioning to align with your branding. CapCut provides customizable text styles to help you create visually appealing captions. After finalizing your edits, click Export, select your desired video quality, and save the video for seamless uploading to YouTube.
Final Thoughts
Captions are more than just subtitles—they enhance accessibility, engagement, and searchability on YouTube. Using AI-powered tools like CapCut Desktop Video Editor simplifies caption creation, allowing YouTubers to focus on content quality and audience growth.
With features like automated captions, multilingual subtitles, and advanced text customization, CapCut ensures that every video stands out and reaches the right audience. Try the caption generator today and make your YouTube videos more accessible, engaging, and discoverable!
Thunderbird is preparing to embark on one of its biggest changes in its long history, with plans to unveil paid “Thunderbird Pro” and “Thundermail” webmail services.
Thunderbird is one of the most popular email applications and a major success story for the open source community. Despite its success, Mozilla Managing Director Ryan Sipes says the application continues to lose out to other platforms, especially those that offer tightly integrated services.
Thunderbird loses users each day to rich ecosystems that are both clients and services, such as Gmail and Office365. These ecosystems have both hard vendor lock-ins (through interoperability issues with 3rd-pary clients) and soft lock-ins (through convenience and integration between their clients and services). It is our goal to eventually have a similar offering so that a 100% open source, freedom-respecting alternative ecosystem is available for those who want it.
The four Pro features include Thunderbird Appointment, Thunderbird Send, Thunderbird Assist, and Thundermail. Sipes breaks down what each feature will include.
Thunderbird Appointment
Appointment is a scheduling tool that allows you to send a link to someone, allowing them to pick a time on your calendar to meet. The repository for Appointment has been public for a while and has seen pretty remarkable development to this point.
Appointment has been developed to make meeting with others easier for our users, and we weren’t happy with the existing tools as they were either: proprietary or very bloated
Thunderbird Send
Send is the rebirth of Firefox Send – well, kind of. At this point, we have a bit of a Ship of Theseus situation – having rebuilt much of the project to allow for more direct methods of sharing files. We opened up the repo to the public yesterday. So I encourage everyone to go and check it out. Once again, if you want to be part of the beta, let me know and I’ll get you on the shortlist.
Thunderbird Assist
Assist is an experiment that, through a partnership with Flower AI will allow users to take advantage of AI features. The hope is that processing can be done on devices that can support the models, and for devices that are not powerful enough to run the language models locally – Flower has leveraged Nvidia’s confidential compute in order to ensure private remote processing (very similar to Apple’s Private Cloud Compute). But, given some users’ sensitivity to this, these types of features will always be optional for use by people who want them. The repo for Assist is not public yet, but it will be soon.
Thundermail
Thundermail is an email service. We want to provide email accounts to those that love Thunderbird, and we believe that we are capable of providing a better service than the other providers out there, that aligns with our values. We have been experimenting with this for a while now and are using Stalwart as the software stack we are building upon. We have been working with the Stalwart maintainer to improve its capabilities (for instance, we have pushed hard on calendar and contacts being a core piece of the stack).
With Thundermail, it is our goal to create a next generation email experience that is completely, 100% open source and built by all of us, our contributors and wider contributor community. Unlike the other services, there will not be a single repository where this work is done. But we will try and share relevant places to contribute in future posts to this list.
Sipes says Thundermail will be available via thundermail.com or tb.pro. Sipes also says long-time contributors to Thunderbird will receive the Pro features for free, while everyone else will pay for the services. Sipes also says that, once the paid services have enough users to be self-sustaining, the organization will likely make some free tiers available.
Thunderbird’s Timing
Thunderbird’s announcement comes at a time when companies, organizations, and even entire countries, are looking to open source solutions in a bid to lessen or end reliance on Big Tech. As Sipes points out, despite being a powerful, full-featured option, Thunderbird has lacked some of the advanced features Outlook and Google Workspace provide.
Thunderbird’s Pro plan could well help the organization gain significant traction against commercial rivals, giving organizations around the world a viable open source solution.
Zelle has announced it is shuttering its standalone app, a reflection of the industry’s broader adoption of the company’s service.
Zelle is a popular way to transfer money between bank accounts, offering more convenience and less fees than some traditional methods. Since its launch in 2017, the Zelle app was one of the primary ways customers interacted with the platform. In a recent blog post, however, the company says that is no longer the case.
When Zelle first launched, we also created a standalone Zelle-branded app for consumers whose banks or credit unions had not yet joined the network. With the strong growth of adoption by banks and credit unions, we now see just ~2% of transactions on the standalone app.
The company says it will begin phasing out its standalone app over the next few months.
As a result of our growth, and because most people are now using Zelle in their financial institution’s mobile app or website, we are making a change to the Zelle standalone app.
Over the next few months, we will be phasing out the ability to enroll and transact within the standalone app. As we do that, we are encouraging those who use the standalone app to instead start using Zelle through a participating bank or credit union. Users of the app will continue to be able to access it, but the app will be dedicated to consumer education about scams and fraud and provide a list of the more than 2,200 banks and credit unions that offer Zelle.
In an answer to commonly asked questions, Zelle does say that users of the standalone app will need to re-enroll with the service through their bank account.
This change will not impact the vast majority of consumers who use Zelle to send or receive money. Again, the vast majority using Zelle to send money uses it through their financial institution. However, if you are one of the consumers that uses the Zelle standalone app, you will need to re-enroll through the mobile banking app of one of the more than 2,200 banks and credit unions that offer Zelle. If you have sent money to or received money from someone that uses the standalone app, you will also no longer be able to do so.
Given the cost and security issues involved in maintaining a financial application, it’s not surprising Zelle is taking this step, especially given the popularity of the service and the number of integrations it now has with various banks.
In the fast-evolving world of software engineering, a novel trend has surfaced in 2025, capturing the attention of developers and executives alike: “code vibing.” This emergent practice, blending artificial intelligence (AI) with a more intuitive, less syntax-driven approach to coding, is poised to redefine how enterprise software development teams operate. For enterprise software developers and executives, understanding this trend is not merely a matter of staying current—it’s a strategic imperative to harness its potential while navigating its complexities. This article delves into the origins, mechanics, implications, and future of code vibing, offering a sophisticated lens tailored to the needs of enterprise stakeholders.
The Genesis of Code Vibing
The term “code vibing” was coined in early 2025 by Andrej Karpathy, a former OpenAI researcher and influential figure in AI and software development. In a widely circulated post, Karpathy described it as a process where developers “fully give in to the vibes, embrace exponentials, and forget that the code even exists,” relying on AI to translate natural language prompts into functional code. This marked a departure from traditional programming, which demands meticulous attention to syntax, logic, and structure. Instead, code vibing emphasizes intent over implementation, leveraging large language models (LLMs) like GPT-4 Turbo, Claude, or specialized tools such as GitHub Copilot and Cursor Composer.
The trend gained traction amid a broader shift in the software industry toward AI-driven development. By March 2025, reports indicated that nearly 44% of developers had adopted AI coding tools, with projects employing these methods achieving up to 55% faster completion times. For enterprise teams, this promise of accelerated productivity is tantalizing, particularly in an era where speed-to-market and innovation are critical differentiators.
How Code Vibing Works
At its core, code vibing is a conversational, AI-assisted workflow. Developers articulate their requirements in plain language—e.g., “create a REST API for user authentication with JWT tokens”—and the AI generates the corresponding code. The process is iterative: developers evaluate the output, refine their prompts, and adjust the results as needed. This shifts the developer’s role from a hands-on coder to a high-level orchestrator, akin to a conductor directing an orchestra of AI agents.
For enterprise software developers, this approach integrates seamlessly with modern tools. Integrated development environments (IDEs) like Visual Studio Code now feature AI plugins that support vibe coding, while platforms like Replit Agent and Cursor Composer offer end-to-end solutions for rapid prototyping. The reliance on natural language also lowers the barrier to entry, enabling non-technical stakeholders—such as product managers or executives—to contribute directly to the development process.
Implications for Enterprise Software Development
The rise of code vibing carries profound implications for enterprise software teams, both in terms of opportunities and challenges.
Opportunities
Accelerated Development Cycles: In enterprise settings, where projects often span months or years, code vibing can compress timelines significantly. Prototypes and minimum viable products (MVPs) can be spun up in hours, allowing teams to test ideas and iterate swiftly—a boon for industries like finance or healthcare, where regulatory changes demand rapid adaptation.
Enhanced Collaboration: By bridging the gap between technical and non-technical team members, code vibing fosters a more inclusive development process. Executives can articulate business requirements directly, reducing miscommunication and aligning software outputs with strategic goals.
Resource Optimization: With AI handling repetitive or boilerplate code, senior developers can focus on complex architectural challenges, such as designing scalable microservices or integrating legacy systems—tasks that remain critical in enterprise environments.
Challenges
Quality and Reliability: While AI-generated code can be functional, it’s not infallible. Subtle bugs, security vulnerabilities, or inefficiencies may go unnoticed without rigorous human oversight—a risk enterprises cannot afford in mission-critical applications like ERP systems or payment gateways.
Skill Atrophy: Over-reliance on AI could erode developers’ core coding skills, particularly among junior engineers. Enterprises must balance vibe coding with traditional training to maintain a robust talent pipeline.
Integration Complexity: Enterprise software often involves intricate ecosystems of legacy code, third-party APIs, and compliance requirements. Code vibing excels in greenfield projects but struggles with the nuanced demands of brownfield development, where context and precision are paramount.
Strategic Considerations for Executives
For enterprise executives, adopting code vibing requires a strategic approach. First, it’s essential to identify use cases where the trend delivers maximum value. Rapid prototyping, internal tools, and non-critical applications are ideal starting points, allowing teams to build confidence without jeopardizing core systems. Second, investment in AI infrastructure—such as high-capacity LLMs and secure cloud environments—is necessary to support this workflow at scale. Companies like Microsoft and AWS already offer enterprise-grade AI tools that can be tailored to vibe coding needs.
Moreover, executives must prioritize governance. Establishing review protocols, automated testing frameworks, and security audits ensures that AI-generated code meets enterprise standards. This is particularly critical given the regulatory landscape of 2025, where frameworks like the EU’s Digital Operational Resilience Act demand accountability for software quality.
The Future of Code Vibing in the Enterprise
Looking ahead, code vibing is unlikely to replace traditional development entirely but will evolve into a complementary practice. By 2028, analysts predict that AI agents could handle 15% of day-to-day business decisions, extending their role beyond code generation to workflow automation. For enterprise developers, this suggests a future where vibe coding integrates with DevSecOps pipelines, embedding security and compliance checks into the AI-driven process.
Specialized tools are also emerging. Domain-specific AI models—for instance, those trained on financial systems or healthcare protocols—could enhance the precision of vibe coding outputs, making them more viable for enterprise use. Meanwhile, the rise of prompt engineering as a discipline will elevate the importance of clear, context-rich instructions, a skill that enterprise teams must cultivate.
Code Vibing Is Not Just a Passing Fad
The emergence of code vibing among software development teams marks a pivotal moment for enterprise software engineering. It offers a tantalizing glimpse of a future where creativity and intent drive innovation, unshackled from the minutiae of syntax. Yet, for enterprise developers and executives, its adoption demands a delicate balance of enthusiasm and caution. By leveraging its strengths—speed, collaboration, and efficiency—while mitigating its risks, enterprises can position themselves at the forefront of this transformative trend. In a competitive landscape where agility and innovation reign supreme, code vibing is not just a passing fad; it’s a strategic tool that, when wielded wisely, can redefine the art and science of software development.
Google has finally announced the release date for its highly anticipated Pixel 9a, with the phone on store shelves April 10.
The Pixel a-series is Google’s budget line of Pixel devices, offering many of the same features as their mainline siblings, such as the the same Tensor chip, while sacrificing high-end features, such as improved cameras. Rumors have been swirling about the upcoming Pixel 9a, but Google has finally confirmed its launch date in a support article.
We’re excited to announce that the Pixel 9a is coming soon! Powered by our fastest, most efficient chip yet, Google Tensor G4, Pixel 9a comes with everything you expect from our Pixel 9 series — complete with a sleek redesign, upgraded main camera and Gemini built in.
The rollout will be a staggered rollout, with the US, Canada, and the UK getting the new phone first, and other countries receiving it within a few days.
Update: The Pixel 9a will be available on-shelf on the following dates:
April 10th: US, Canada and UK
April 14th: Germany, Spain, Italy, Ireland, France, Norway, Denmark, Sweden, Netherlands, Belgium, Austria, Portugal, Switzerland, Poland, Czechia, Romania, Hungary, Slovenia, Slovakia, Lithuania, Estonia, Latvia, Finland
April 16th: Australia, India, Singapore, Taiwan, Malaysia
Intel CEO Lip-Bu Tan said the company will spin off its non-core businesses in an effort to get back to its roots and make up lost ground.
Tan was recently appointed CEO after stepping down from the board in 2024 over disagreements about the direction the company was headed under then-CEO Pat Gelsinger. According to Bloomberg, Tan made his comments at the Intel Vision conferencing Las Vegas on Monday.
“We have a lot of hard work ahead,” Tan told customers in the audience. “There are areas where we’ve fallen short of your expectations.”
“We fell behind on innovation,” Tan added. “We have been too slow to adapt and meet your needs.”
One of the big questions hanging over Intel is whether it would sell its fledgling foundry business, a main focus of Gelsinger’s tenure, or try to remain whole. Tan seemed to indicate that he had no intention of selling either part of the company’s core business, but did say units that were not part of Intel’s core could be spun off.
A Cultural Change To Intel’s Foundry Business
Intel has scored some high-profile contracts for its foundry business, such as Amazon and MediaTek, but has struggled to attract others. Qualcomm and Tesla both opted against using Intel because of the company’s technical missteps and/or its inability to deliver exactly what was needed.
Gelsinger himself identified the issue in an interview in mid-2023.
“Foundry is a service business,” Gelsinger said. “That isn’t the culture that Intel’s had.”
Tan seems intent on succeeding where Gelsinger failed change that culture. Bloomberg reports the CEO made clear that Intel will listen to prospective customers, letting them tell Intel what they need rather than the company dictating how things should be done.
Tan is a respected figure within the semiconductor industry, and for a time was one of the only board members with solid industry experience. While Tan warns that Intel’s issues won’t be fixed overnight, he’s confident he can turn things around, which was the driving reason for accepting the job.
“It was very hard for me to see it struggle,” Tan said. “I simply could not stay on the sidelines knowing that I could help.”
“It won’t happen overnight, but I know we can get there,” he added.
AI firm Anthropic has announced a host of new security initiatives, including regular sweeps of the company’s premises, for both intruders and espionage devices.
Anthropic is one of the leading AI firms, quickly establishing itself both because of the strength of its models, as well as because of its focus on safe AI models. Its position in the industry makes it a target, however, and the company announced a number changes to deal with the growing threat it faces.
The company announced its plans in an update to it its Responsible Scaling Policy.
Physical security: Conduct regular Technical Surveillance Countermeasures (TSCM) at physical spaces using advanced detection equipment and techniques. Tailor TSCM sweeps to specific events, threats or incidents that may trigger an inspection. Regularly sweep physical premises for intruders and conduct physical security red-teaming.
Technical surveillance countermeasures are the industry term for efforts to find and neutralize surveillance devices. As the above highlights, the company is also planning to do regular sweeps of its premises to protect against intruders.
The Broader Picture
Anthropic’s updated security plans illustrate the importance of AI advances, and the competitive nature of the field, both in terms of competition between companies, as well as competition between countries.
The US was recently rattled by the emergence of DeepSeek, an AI model released by a relatively small Chinese company using third-rate hardware. Against all odds, DeepSeek easily competes with models like OpenAI’s ChatGPT and Anthropic’s Claude, despite being build with for a fraction of the cost.
What’s more, the US is working to cut off China’s access to advanced computer tech, especially tech that can be used in the development of advanced AI.
All of this combined is creating an environment where firms like Anthropic need to be as concerned about physical breaches as they are about cybersecurity ones.
Google is upgrading encryption for Gmail users, making it easy to send encrypted email to any external recipient, without the need to set up encryption keys.
The feature is currently in beta and builds on the existing encryption ability that allows Gmail users to seamlessly send encrypted emails to other Gmail users. Unlike previous version of Gmail encryption to external users, the new feature does not require setting up any certificates, or using dedicated encryption tools like GPG.
Today is Gmail’s birthday, and we wanted to do something special — enable enterprise users to send E2EE messages to any user on any email inbox with just a few clicks. This capability, requiring minimal efforts for both IT teams and end users, abstracts away the traditional IT complexity and substandard user experiences of existing solutions, while preserving enhanced data sovereignty, privacy, and security controls. We’re rolling this out in a phased approach, starting today, in beta, with the ability to send E2EE emails to Gmail users in your own organization. In the coming weeks, users will be able to send E2EE emails to any Gmail inbox, and, later this year, to any email inbox. Let’s take a closer look.
Google goes on to highlight how the new feature works.
The idea here is simple. Email messages are encrypted with just a few clicks in Gmail regardless of who they are being sent to — no need for end users to exchange certificates or use custom software. The emails are protected using encryption keys controlled by the customer and not available to Google servers, providing enhanced data privacy and security. And the IT team no longer needs to go through the complex S/MIME setup or certificate management. This is how it works behind the scenes:
When the recipient is a Gmail user (enterprise or personal), Gmail sends an E2EE email. The email is automatically decrypted in the recipient’s inbox, and the recipient can use Gmail in a familiar way.
When the recipient is not a Gmail user, Gmail sends them an invitation to view the E2EE email in a restricted version of Gmail. The recipient can then use a guest Google Workspace account to securely view and reply to the email.
When the recipient has S/MIME configured, Gmail sends an E2EE email via S/MIME (just like it does today).
Google has also included a number of features, such as the ability for admins to turn on encrypted emails by default, the ability to classify emails by sensitivity, prevent data lost, and improved AI protections.
