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Tesla’s new diner, located at 7001 West Santa Monica Boulevard in Hollywood and first proposed by Elon Musk in 2018 is opening soon! The concept blends 1950s diner culture with modern technology. It includes 75 V4 Supercharger stalls, capable of charging up to 250 kW for most Tesla models and 325 kW for Cybertrucks, making it a key stop for EV drivers. The diner will operate 24/7, featuring a classic American diner menu with a modern twist. Unique features include two 45-foot LED movie screens showing vintage clips or short films, a rooftop seating area with a bar, and a Sonic-style carhop service. The Tesla app integrates with the experience, allowing in-car food ordering and movie audio streaming. There’s also speculation about Optimus robots assisting with tasks, adding a futuristic touch.

TESLA'S HOLLYWOOD DINER IS A DRIVE-IN FEVER DREAM You pull up. Tap the screen inside your Tesla. Boom. Milkshake inbound. Then two 45-foot LED screens light up like Times Square had a baby with Blade Runner. The diner’s speakers sync with your car’s audio system. So yes, your fries come with surround sound. No waiters. No shouting over car engines. Just touchscreens and a neon glow. Hollywood finally got a future worth filming. Source: @elonmusk, @SawyerMerritt

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As artificial intelligence systems rapidly absorb user data to fuel their algorithms, the call for data sovereignty — the right for individuals to control access to their own data — grows louder. While blockchains offer immutability and transparency, they’ve lacked an intuitive system for granular, tokenized access control over private data. That’s where $TAC (Tokenized Access Control) redefines the landscape — by giving users programmable control over who, when, and how their data is accessed. In the AI-driven economy, $TAC becomes the access key for a user-owned data model. The Problem: Data Control Is Broken In Web2, data is: Stored in centralized silos (Google, Meta, etc.) Shared without transparency or consent Monetized by third parties without user rewards Used to train AI models in ways users can’t trace or block Even Web3 data (e.g., wallet activity, DeFi transactions) is public and lacks access gating. Solution? Create a programmable access layer using $TAC — where users can tokenize permissions around their own data. How $TAC Enables Data Sovereignty With $TAC infrastructure, users can: Store their private data on decentralized storage (e.g., IPFS, Arweave, Filecoin) Encrypt the data with permission layers Define access rules using smart contracts (wallet whitelist, token stake, DAO vote) Monetize or revoke access dynamically Receive logs on when and how their data is accessed $TAC becomes the permission token required to unlock each data stream — like a smart access key. Use Cases Across Industries ✅ Healthcare Patients gate their medical records via $TAC: Only approved doctors can access Access logs are tracked Users earn $TAC for anonymized research sharing ✅ AI Training Datasets Creators control who can access their proprietary image, audio, or text datasets: Pay-per-use API access Time-bound data leases Access revoked after model training ✅ Social and Creator Platforms Influencers can: Tokenize their browsing history or engagement data Let advertisers bid in $TAC to use it for targeted campaigns Control duration and revoke misuse ✅ Enterprise Collaboration Firms use $TAC to: Gate access to internal files or strategy decks Share project data only with stakeholders who stake $TAC (anti-leak incentive) Automate document expiration and traceability $TAC’s Economic Role $TAC is the fuel of the Data Access Economy: FunctionRole of $TACAccess credentialUnlock user-permissioned data streamsPayment unitMicro-payments for data leasing/sharingStake requirementPrevent spam or unauthorized data crawlsAccess rewardsUsers earn $TAC when data is used fairlyDAO governanceVote on community-wide access policies This transforms $TAC into a compliance-first, programmable gateway for sovereign data. Why It Matters in the AI Age AI requires massive datasets — but today’s data sourcing is ethically murky. $TAC offers: Ethical AI Training Models trained only on user-permissioned data Incentive Alignment Users receive $TAC when data is accessed for model training On-Chain Auditability Developers and regulators can trace AI input sources Competitive Edge of $TAC While some projects offer decentralized storage, $TAC uniquely combines: Smart contract-based access control Incentivized data sharing Tokenized permissions as NFTs or SBTs Time-bound and context-aware access rules Interoperability with AI and storage protocols This positions $TAC as the access control layer of ethical data infrastructure. Challenges and Countermeasures ChallengeMitigation StrategyUser onboarding complexityNo-code dashboards and walletless accessData misuse after access grantedExpiring access keys, legal smart contractsPrice volatility of $TACUse wrapped TAC or hybrid stablecoin pricing Conclusion In a world dominated by surveillance and opaque data flows, $TAC empowers individuals to own, protect, and profit from their personal information. As AI becomes the engine of the global economy, access will be the new oil — and $TAC is the valve that controls the flow. By combining Web3 principles with real-world data needs, $TAC builds the foundation for a future where users are no longer the product — they are the platform.

Launch Date: Bitget officially launched its integrated Live streaming feature on May 19, 2025. Creators can now broadcast audio, video, screenshare, host discussions, schedule streams, and monetize through token referrals—all within the Bitget platform . Creator Benefits: Hosts can earn via real-time token cards, trading commissions, priority placement in listings, global push notifications, and monthly rewards (including up to 1000 USDT plus merch) .