The Best MagSafe Power Banks for iPhone and Android Magnetic, or "MagSafe-style," power banks offer a convenient, cable-free way to charge on the go. While originally built for iPhones, they are highly versatile for Android users as well. Top Qi2-Certified Picks (2026) Qi2 certification is the current gold standard, ensuring safety, perfect magnetic alignment, and consistent 15W wireless charging. Product Capacity Key Strength BMX SolidSafe Air 5K 5,000 mAh 6.8mm thin, Titanium body Baseus PicoGo AM52 10,000 mAh 25W wireless, built-in cable Anker MagGo Slim 10K 10,000 mAh Reliability & 30W wired UGREEN MagFlow 10,000 mAh Strongest magnetic grip Sharge ICEMAG 2 10,000 mAh Active cooling fan How to Use with Android Magnetic Case: Purchase a "MagSafe-compatible" case designed for your specific Android model. Magnetic Rings: Use universal adhesive magnetic rings that stick to the back of your existing case. Alignment: Once the magnet is secure, simply snap the power bank on; charging begins automatically. What to Avoid (Red Flags) Non-Qi2 Products: Avoid units labeled only as "MagSafe compatible," as they lack standardized safety and speed guarantees. Weak Magnets: Avoid banks with less than 12 Newtons of holding force; they will slide off during daily use. Missing Safety Certifications: Never buy units lacking regional safety marks like BIS (mandatory in India), FCC, or CCC. Ultra-Cheap Units: Avoid products priced significantly below market averages (e.g., under ₹1,000), as they often lack temperature management and use low-quality batteries.

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  The FTC Settlement With John Deere: A Landmark Win for Right-to-Repair In a significant development for the agricultural industry and the broader "Right-to-Repair" movement, the Federal Trade Commission (FTC) and five states—Arizona, Illinois, Michigan, Minnesota, and Wisconsin—have secured a landmark settlement with agricultural giant Deere & Company (John Deere). This agreement, reached in July 2026, aims to dismantle long-standing barriers that prevented farmers and independent mechanics from effectively repairing their own equipment. The Core of the Dispute For years, John Deere faced mounting criticism for restricting access to the essential software tools required for modern electronic repairs. Because contemporary tractors and harvesters rely heavily on complex computer code, Deere’s practice of providing full diagnostic and repair software exclusively to its authorized dealer network created a monopoly over repair services. The FTC's 2025 lawsuit alleged that these restrictive practices were anticompetitive, forcing farmers to endure costly delays and pay premium prices for dealer-authorized services. As regulators noted, these delays often posed a direct threat to the livelihoods of farmers, especially during critical planting and harvesting seasons. Key Provisions of the Settlement The 10-year, FTC-supervised agreement mandates several critical changes to how John Deere operates its aftermarket support: Software Access: John Deere must provide farmers and independent repair providers with the same diagnostic and repair resources—including software capabilities—that it offers to authorized dealers. Functional Repairs: This access includes the ability to read and reset fault codes, reprogram electronic components, and restart machines after emissions-related shutdowns. Protection Against Retaliation: Authorized dealers are prohibited from discriminating against or retaliating against customers who choose to conduct their own repairs or use independent shops. Future-Proofing: Deere is required to share any future repair resources with farmers and independent shops once those resources are made available to at least 50% of its U.S. authorized dealer network. A "Right-to-Repair" Victory Unlike previous agreements that were criticized for lacking "legal teeth" or containing significant loopholes, this FTC settlement is widely seen as a major victory for the right-to-repair movement. Advocates, including those from PIRG, have lauded the deal for finally giving farmers and independent mechanics the practical tools they need to maintain their equipment without being locked into expensive dealer-only ecosystems. Looking Ahead While John Deere has maintained that the agreement formalizes its ongoing commitment to flexible repair options, the settlement subjects the company to strict oversight and reporting requirements for the next decade. This outcome not only benefits American farmers by potentially lowering their cost of living and operations but also serves as a potent precedent for right-to-repair battles in other industries, from consumer electronics to commercial machinery. Sources: Based on information from the Federal Trade Commission, Associated Press, Gizmodo, and 404 Media.

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  Here's What Envision's Gobi X Means For Your Power Bill By Azeem Mirza 8 July 2026 Every time you ask an AI to summarize a long document, generate a high-res image, or write a snippet of code, a server somewhere spins up, generates heat, and gulps down electricity. Right now, artificial intelligence is expanding at a breakneck speed, and it is putting an unprecedented strain on local power grids worldwide. For the average consumer, this massive surge in data center energy consumption isn't just a tech industry problem—it's quickly becoming a personal financial issue. As traditional grids struggle under the weight of AI clusters, utility companies are forced to fund expensive infrastructure upgrades. Sadly, those costs almost always trickle down directly to household electricity bills. Enter Envision’s Mission Gobi (Gobi X), a massive initiative aiming to build 5 gigawatts of green AI data centers in remote, desert locations by 2030. While it sounds like a purely corporate tech play, it actually represents a fundamental shift that could protect your pocketbook. Here is exactly what it means for your monthly power bill. 1. It Pulls Massive AI Loads Off Residential Grids The traditional way of building data centers is flawed: companies usually put them near big cities or existing tech hubs where people already live and compete for electricity. When an AI hub consumes the power equivalent of a small town, local utility grids experience immense stress. By shifting these power-hungry "brains" out to desert regions (like the Gobi or other arid zones), Envision is effectively removing a giant competitor from your local energy pool. Less local competition for power means a more stable grid and fewer artificial price spikes during peak hours. The Core Strategy: Instead of bringing massive amounts of clean energy to where the data centers are, Gobi X moves the data centers directly to where the clean energy is abundant and isolated. 2. You Avoid Subsidizing Grid Infrastructure Upgrades Aging power grids—many of which use infrastructure built decades ago—cannot handle the heavy, constant load required by modern AI processing without major overhauls. When utility companies have to spend billions upgrading transformers, power lines, and substations to accommodate a new corporate data center, they don't just absorb that cost. They adjust their consumer tariffs. Because Envision’s model relies on building dedicated, self-contained AI native energy networks out in empty spaces, they are not tapping into the civil grid. This sidesteps the need for publicly funded local grid expansions, shielding everyday consumers from paying hidden "tech subsidies" on their utility bills. 3. Utilizing True Abundance, Not Diverting Limited Supply When a tech company buys up local green energy to claim their data center is "running on renewables," they often just divert existing clean energy away from households. This creates an energy deficit, forcing local grids to rely on older, more expensive fossil-fuel plants to make up the difference, which drives up generation costs. The Gobi X framework taps into entirely new, unutilized potential. Deserts offer optimal sun and wind conditions where there is zero competing civilian demand. By co-locating computing power directly with brand-new, isolated renewable generation and battery storage, the tech industry creates its own supply rather than draining yours. The Bottom Line We are entering an era where computing power and energy are permanently linked. If tech companies keep plugging their AI systems into the same power outlets that run our refrigerators and air conditioners, consumer electricity costs will inevitably skyrocket. Projects like Envision’s Gobi X show that the best way to keep your home power bill predictable isn't by rationing your own energy use—it's by making sure the AI revolution builds its own power grid, far out of sight and completely off your bill.  

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