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The White House wants AI companies to cover rate hikes. Most have already said they would.

The proliferation of AI data centers plugging into the national electrical grid has helped increase consumer electricity prices, driving up the average national electricity price by more than 6% in the last year.

That’s not a good look for the incumbents ahead of this fall’s elections, and President Donald Trump addressed the challenge in his State of the Union speech last night.

“We’re telling the major tech companies that they have the obligation to provide for their own power needs,” Trump said. “They can build their own power plants as part of their factory, so that no one’s prices will go up.”

The hyperscalers in question don’t need to be told. They have already made public commitments in recent weeks to cover electricity costs by building their own power sources, paying higher rates, or both, part of a broader effort to solve PR problems around data center expansion and win over skeptical communities.

On January 11, Microsoft announced its policy “to ensure that the electricity cost of serving our datacenters is not passed on to residential customers.” On January 26, OpenAI committed to “paying its own way on energy, so that our operations don’t increase your energy prices.” On February 11, Anthropic made the same pledge to “cover electricity price increases that consumers face from our data centers.” Yesterday, Google announced the largest battery project in the world to support a data center in Minnesota.

What these commitments mean in practice, and who will determine which data centers are responsible for which price increases, remains unknown. The White House has not released the text of the proposed pledge.

“A handshake agreement with Big Tech over data center costs isn’t good enough,” Arizona Democratic Senator Mark Kelly said on social media. “Americans need a guarantee that energy prices won’t soar and communities have a say.”

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White House spokesperson Taylor Rodgers said that next week, companies will send representatives to formally sign the pledge at the White House. Amazon, Google, Meta, Microsoft, xAI, Oracle, and OpenAI are reportedly among those set to attend. However, none of the companies have confirmed their attendance.

Even if tech companies commit to taking on electricity costs, on-site power plants may not be a panacea — they can still have adverse impacts on the surrounding environment, and will stress supply chains for natural gas, turbines, photovoltaics, and batteries, depending on how companies aim to power their compute.

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Bucking EV slowdown, Sila raises $300M to expand battery materials factory

Battery materials startup Sila announced Tuesday that it raised $300 million to expand its factory in Washington state to produce enough anode material for more than 100,000 EVs.

Sila’s expansion arrives as electric vehicle demand in the U.S. has softened in the wake of the Trump administration’s efforts to hamstring the propulsion technology. While sales remain depressed in the U.S., down this year relative to 2025 when demand spiked before the sunset of tax credits, EVs are taking a bigger slice of the market elsewhere. According to Benchmark Minerals Intelligence, global sales are up 27% year over year.

Sila previously announced deals to supply its anode material to Mercedes and Panasonic. It also sells to consumer electronics companies such as Whoop and to drone manufacturers and satellite companies.

Most lithium-ion batteries today use graphite anodes, and Chinese companies control about three-quarters of the supply chain, according to Benchmark Minerals Intelligence. That has spurred automakers outside of China to search for alternatives that aren’t subject to tariffs.

Sila’s anode material is one of the few alternatives that’s available in sufficient quantity.

In addition to being an alternative to Chinese graphite, Sila’s anode material can store up to 40% more energy than traditional graphite anodes. It can also charge faster. Sila has been developing the material for the last 15 years. Its founder and CEO, Gene Berdichevsky, previously worked at Tesla, where he was the seventh employee.

The startup began production at its Moses Lake, Washington, plant last September. The factory is capable of making up to 2 gigawatt-hours of silicon-carbon anode material. The expansion will allow the plant to produce tens of gigawatt-hours per year, enough to power more than 100,000 EVs.

While EVs are the biggest user of lithium-ion batteries, energy storage systems have been taking a bigger piece of the market as demand for electricity grows. AI data centers have become major buyers of grid-scale batteries. The packs can serve as backup power sources, help trim peak demand charges, and allow for around-the-clock use of solar and wind power.

The new round was led by Atreides Management and Sutter Hill Ventures with participation from 8VC, Bessemer Venture Partners, Matrix Partners, and funds and accounts advised by T. Rowe Price Associates Inc. Sila previously raised about $1.3 billion across previous rounds, according to PitchBook.

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AI and the rise of the universal entertainment app

All the big entertainment apps are starting to look the same, and that’s not an accident. For a decade, platforms fought over who would dominate a single format: music, video, podcasts, audiobooks. Now, powered by AI, they’re fighting over something bigger — becoming the app you default to whenever you have time to kill, no matter what form the content takes.

There are several reasons why this is the case. The market for entertainment apps is reaching maturity, so growth has slowed, pushing companies to compete on time spent and revenue-per-user instead of new sign-ups. In addition, today’s creators often work across formats, so it makes sense to provide a home for all their content, not just one piece of it.

AI adds a third reason. It makes it easier for a single company to build and run several formats well, and the wider the content mix, the more time users spend in the app, which in turn drives both ad revenue and subscriptions.

Netflix Games screen on mobile phone
Image Credits:Netflix

Netflix is one clear example of this trend, as the service over the past several years has added gaming, live sports and other events, and, more recently, short video clips and podcasts. The idea is to capture more of users’ time, even when there’s not a TV or movie they want to watch, as well as to find a way into the smaller bits of free time that people usually fill with scrolling social media, playing casual games, or watching TikTok or Reels.

Spotify has also been expanding its footprint beyond its original premise as a home for streaming music. After adding podcasts, the company added support for video podcasts, social features like
Q&As and commenting, stories, and messaging, as well as different types of content like fitness classes, audiobooks, narrated magazines, and even physical book sales.

Spotify audiobooks displayed on smartphone screens
Image Credits:Spotify

Meanwhile, YouTube, originally the home to longer-form creator content, moved into short-form content to compete with TikTok, while also adding dedicated space for podcasts, gaming content, music, movies and TV, sports and news, shopping, and more. Now you can watch free movies and TV, supported by ads; stream live content; or rent or buy TV and movies to add to your library. At this rate, folding YouTube TV and YouTube Music into YouTube proper — and selling tiered access to the whole bundle — looks like a matter of when, not if.

Even TikTok, largely known for short videos, offers support for long-form content and other features, like travel planning, shopping, local exploration, buying tickets to live events, and more. It even has its own stand-alone app for microdramas and another called TikTok Pro Events for sporting events — like the FIFA World Cup — plus music festivals, and more.

TikTok Pro Events
Image Credits:TikTok

While there are still some differentiators between the services today, there’s an obvious trend toward convergence over a similar set of features focused on providing users with access to content to watch, listen, play, or shop.

This is also where AI comes into play. With format no longer a differentiator, the value these apps offer comes down to how well they connect users with what they want next.

AI’s role in building the entertainment operating system of the future

AI makes content recommendation across formats easier, sharpening personalization while also giving users more direct control over how those recommendations get made.

Spotify, for instance, is testing a tool that will let you edit your Taste Profile, its AI-built model of your preferences. It’s also building AI features that let users chat with AI directly about what they want or build playlists of things they like — and not just music.

You can now talk to Spotify
Image Credits:Spotify

Netflix has made a similar case. Co-CEO Greg Peters told investors in the company’s first-quarter call that new model architectures are improving personalization and letting the team iterate faster.

AI-assisted coding is also speeding up how fast these companies can build and launch new content areas in the first place.

Plus, generative AI can be used for content creation, though the subject remains controversial as artists worry that AI tools will use their work for training purposes or even put them out of work. Netflix, for better or for worse, has leaned into AI, having recently bought Ben Affleck’s AI filmmaking company for $587 million, for instance.

YouTube AI creation feature, Dream Screen.Image Credits:YouTube

YouTube has used generative AI to launch more creator tools and to improve its search engine, add conversational AI features, build playlists, and expand its content’s reach with auto-dubbing, among other things. Earlier this year, the company said that more than a million channels used its AI creation tools and 20 million consumers used its Gemini AI-powered content discovery tool in the month of December.

Alphabet CEO Sundar Pichai has framed AI as central to the YouTube experience for creators and viewers alike.

TikTok has assembled its own version, with an in-app AI chatbot, AI video-creation tools, AI-driven search and recommendations, and AI-powered accessibility features.

TikTok AI creation feature, TikTok AI Alive.Image Credits:TikTok

All four are, of course, also applying AI to their ad stacks, helping marketers write ads, target audiences, price placements, and measure results.

For consumers, this convergence means fewer reasons to switch apps at all. Whichever one you land on gains an advantage — more data on your habits, more lock-in — making it harder to leave even if prices climb or quality drops.

As the lines between music, video, podcasts, books, and games blur, the coming battle is no longer which format will win, but which app will become the place to go for entertainment, regardless of what form that comes in.

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Jack Dorsey is taking on Slack with Buzz, a group chat platform for teams and their AI agents

Twitter and Block co-founder Jack Dorsey announced a new app on Tuesday called Buzz. Positioned as a challenger to Slack and GitHub, Buzz is a group chat platform for the workplace that puts humans and their AI agents in the same conversations.

Dorsey wrote on X that Buzz is “model-agnostic, decentralized, self-sovereign, and open source.” This product seems to be more than just a Dorsey passion project. According to its website, Buzz was built by Dorsey’s company Block, which also operates products like Square, Cash App, Afterpay, and Tidal.

As startups increasingly rely on AI agents to get work done, it can be challenging for employees to collaborate on various tasks across different platforms. Buzz’s utility is that it merges several different workflows into one workspace. It looks a lot like Slack, but with native AI agents and the ability to manage GitHub projects all from the same window.

Since the platform is open source, developers can make their own Buzz instance feel more customized to the needs and workflows of their specific team. If a team needs a new feature, they can build it and deploy it on their own, since they have full access to the source code.

Image Credits:Buzz (opens in a new window)

Dorsey isn’t the only entrepreneur trying to pursue AI-native alternatives or additions to Slack. Paradigm partner and CTO Georgios Konstantopoulos recently unveiled a similar open source product called Centaur, which he describes as a “virtual employee” that runs either inside of Slack or via an API.

“There’s a lot of room for improvement for agents that live in Slack and can do more work than just coding for teams. In the enterprise setting, this means that you’ll want to self-host for security and control, and you want people to use it in Slack,” Konstantopoulos wrote on X.

For newer startups that are using AI agents and don’t have an established presence on Slack, Buzz (or its competitors) could be worth investigating. But Buzz itself admits that it is in its “early stages,” so it’s probably not a good idea to port your team over just yet.

Buzz’s free desktop app is available now for macOS, Windows, and Linux, and the code for the app has been uploaded to GitHub.

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