“Electric bikes are for cheaters” is the refrain sung by cocksure men in lycra, worried their weekend hobbies will be invaded by unfit neophytes on battery-powered gravel, mountain, and road bicycles.
Technology
Electric bikepacking: lessons learned over four days and 250 miles
It reminds me of the early internet when AOL users were considered inferior to the online elite who did the hard work of subscribing to a regional ISP. Back then, losing an argument with an aol.com email address was reason enough to sell your modem. Now, the ultimate humiliation is being overtaken by someone in street shoes casually pushing a throttle.
But make no mistake, electric sport bikes are becoming increasingly common on trails and roads, just as electrics are slowly replacing regular bicycles in cities around the world.
To understand the appeal, I decided to pick just one electric sport bike — the Specialized Turbo Creo 2 Comp — to test on steep asphalt, rutted trails, loose gravel, mud, sand, and some green mushy stuff that smelled of doom. And to truly test its limits, I loaded the bike down with an absurd 50 pounds (23kg) of gear for a four day e-bikepacking trip.
And to test the performance of the e-bike, I was joined by an avid roadie who is currently training to ride over 800 miles (1,300km) from Amsterdam to Venice, Italy. He’s not only 10 years younger than me — he’s also fitter and carried just half the weight on his acoustic road bike.
What follows is my e-bikepacking experience over nearly 150 miles (400km) and 4,265 feet (1,300m) of elevation change. It covers my evolving charging strategy, favorite gadgets and bike gear tested, and lessons learned from over 600 miles (1,000km) of in-the-saddle testing.
Spoiler: I’m not a convert, but I can appreciate how e-bikes make cycling sports accessible to more people, even bikepacking if you live in the right places.
Charging
The Veluwe is a sprawling forest system in the heart of the Netherlands, rich in woodlands, heath, and wetlands divided by sandy hills cut by glaciers. It’s not a place you’d expect to find an extensive network of e-bike chargers. Yet, I found them to be so plentiful on my four-day trip that I was able to shed my initial range anxiety.
Each of the three campsites I stayed at cost around €10 to €15 (about $11 to $16) per night and offered free e-bike charging. The charging facilities ranged from a luxurious covered garage — important for keeping the charging brick dry when it rains — to a simple extension cord that snaked out of a solar-powered tent.
Wild camping away from official sites — which isn’t allowed in the Netherlands — would have made the charging logistics more difficult. But it was certainly possible: three of the four cafes I randomly stopped at during the tour offered free public chargers run by companies like Ion and Laad.
The Specialized e-bike I rode (more on that later) takes about 3.5 hours to fully charge both the main battery and one range extender using the included 164W (54.6V/3A) charging brick. My days would usually end with about 20 percent (out of 150 percent) of battery power remaining, which would have meant scheduling three hours of charging breaks along the route had I been wild camping. That’s certainly doable if spread over multiple food stops, especially on the long summer days found in Northern Europe. Nevertheless, charging in one go each night at a campsite was more convenient and required less planning.
1/11
Frankly, I was surprised by all the charging options I found along my route — but really, I shouldn’t have been. The Dutch are rightly lauded for their bicycling infrastructure. In the last few years, e-bikes have outsold regular bikes across the Netherlands, and a new survey suggests that electric bikes are now the majority of bikes ridden. But long before VanMoof helped make e-bikes trendy for young Dutch riders, it was the over-60s you’d see being propelled along bicycle paths. These are the same people who now strap a pair of e-bikes to RVs parked at campsites in the forests. I can only surmise that this remote charging infrastructure emerged in support of boomer demand.
You might not be able to replicate my multiday e-bikepacking experience where you live, but you will eventually, especially in Europe with its shorter distances and fast rate of e-bike adoption. It’ll take a bit longer in the US with its massive scale and dominating car culture.
The bike
For this trip, I rode the $6,500 / €6,000 Specialized Turbo Creo 2 Comp drop-bar gravel / road e-bike. My European review bike was capped at a top speed of 15.5mph (25km/h) and 50Nm of torque from the company’s own 250W / 330W mid-drive motor. Buyers in the US will receive a faster Class-3 e-bike with a top speed of 28mph.
There are several reasons why I chose the Creo 2 Comp for my first e-bikepacking adventure. First, it’s lightweight for an e-bike at just 14.47kg (32 pounds) making it almost 5kg (11 pounds) lighter than DJI’s attention-grabbing electric mountain bike. Impressively, the Creo 2 Comp is just 1.3kg (almost 3 pounds) heavier than my own hardtail MTB.
The Creo 2 Comp also features multiple attachment points for all the cages and racks needed to haul lots of gear, and a front shock built into the handlebar stem that allows for 20mm of travel. That’s not a lot of dampening compared to mountain bikes, but my hands definitely benefited after several hours of daily riding over rough gravel, tree roots, and bumpy single track.
Specialized’s two-wheeler also supports healthy tire volumes, including the chunky 29 x 2.2-inch variety commonly fitted to mountain bikes. My review bike came with the company’s smaller 700 x 42 Pathfinder Pro tubeless tires. They proved to be smooth rollers on pavement and gravel and plenty capable in sections of sand and muck that stopped my friend who rode on thinner tires.
But the main reason I selected the Creo 2 Comp was for its battery expansion. The electric gravel bike features a main 320Wh battery that can be easily supplemented with $450 160Wh range extenders. Specialized sent me two extenders for a total capacity of 640Wh. The company also sent me a Y-cable for dual-battery charging.
Unfortunately, that main battery is fully integrated into the frame and can’t be removed for charging. Specialized did this to help keep the weight down. But the Y-cable can only charge the main battery and one range extender simultaneously — not two range extenders — ruining my plan to keep the bike securely by my tent while the two smaller batteries were charging elsewhere. That meant leaving Specialized’s very expensive bike and one range extender charging outside in the rain on three occasions — twice overnight, and a few hundred meters away — protected only by a lightweight lock and rain fly made from a trash bag. Not ideal.
Another intriguing feature of the Creo 2 Comp is Specialized’s smart battery control. In Smart Control mode, you can enter the distance and duration of your planned travel, and the bike will adjust the pedal assist to ensure you don’t run out of power. I ended up not using this mode for a few reasons. First, Smart Control requires tracking the ride in the Specialized app, and I didn’t want to drain my phone’s battery unnecessarily (the bike doesn’t have a USB charging port for bike computers and phones). The second reason I didn’t use Smart Control is that I was easily getting about 68 miles (110km) from the internal battery and range extender combo, even with all that gear and riding in Sport mode — Specialized’s medium setting, which nicely balances pedal assistance with battery conservation. Without all the gear, I was getting closer to 93 miles (150km) from the battery plus extender.
And let’s face it: the real reason I chose the Specialized Creo 2 Comp for the trip is that it barely looks like an e-bike. But the motor’s audible whir made it obvious to anyone nearby that I was getting an electrical assist.
Planning
For this tour, I upgraded to the Komoot Premium ($59 / year) service to access its multiday cycling trip planner. My plan started with a premade gravel tour called the Green Divide created by Erwin Sikkens, which I segmented into a custom four-day journey that extended to my home in Amsterdam. Komoot also helped me add cafes and campsites along the way. I then exported the maps to my old Garmin 530 bike computer.
When booking each campsite, I called ahead to confirm the availability of e-bike charging since I wanted to camp in the more isolated backpacking sections of the campsites, away from the busy charging poles used by all the parked RVs. Little did I know that this was a common amenity offered by every campsite I contacted in the area.
Komoot Premium also displays detailed weather reports along the route. It showed mostly tailwinds for my dates of travel allowing me to plan a quicker-than-average pace, but the rain forecast meant packing additional protection.
I brought along a $270 Spinshift jacket from Gorewear to fight back the cold wind and rain. My review jacket kept me warm and completely dry and packed down small into the jacket’s zip pocket. It fit snuggly with my arms extended on the Creo 2 Comp e-bike, especially when fully stretched into the drop-bar position. But that also meant that the stiff (thin and lightweight) Gore-Tex fabric bunched up a bit when just standing around — a tradeoff I’m always happy to make in a cycling jacket. The Spinshift performed far better than my friend’s rain jacket, which quickly filled with air (slowing him down) and caused him to overheat more frequently. The Gorewear Spinshift jacket isn’t cheap, but it’s worth the price.
If you’re in the US, you’ll also want to check if the trails along your route allow for e-bikes, especially if you’re on a fast and powerful Class-3. Europe’s less powerful pedal-assisted e-bikes have fewer such restrictions.
Baggage
The 14.47kg (32 pounds) Creo 2 Comp weighed a staggering 37kg (82 pounds) after loading it up with 1.5L of water and everything I needed for four days of camping in the rain and cold. For food, I only needed to pack breakfasts and energy snacks since lunches and dinners would be found at markets and cafes along the way.
Ironically, the heaviest items were all related to keeping the e-bike’s motor running. This included the two external range extenders, the massive charging brick, and the heavy-duty Y charging cable. I also brought along a CEE-to-Schuko adapter cable just in case I needed to charge the e-bike from one of those blue charging poles at campsites (I never did). I also never used the second range extender battery, but I was happy to have it in reserve.
To support all that weight and volume, I had to fit the Creo 2 Comp with a rack and pannier bags. For this, I chose a carbon-fiber AeroPack rack and organization system from Tailfin to review. That 50 liters of waterproof on-bike storage proved to be fantastic, albeit expensive, at nearly €1,000 (almost $1,100).
The AeroPack rack I reviewed attaches to the seat post and to an extended rear axle I had to install on the e-bike — a procedure that took about 30 minutes. Tailfin’s 16L Mini Panniers and the entire rear rack that includes an integrated 18L top bag are designed for quick attachment and detachment. That was super helpful since I wanted my gear at my tent while the bike was charging far away.
I used Tailfin’s Packing Cubes to help keep things organized inside those deep storage bags. Most of my clothes went into the 6L Cube, which fit snugly into the AeroPack top bag. All my cables and small electronics went into the 2.5L Cube, and the toiletries and microfiber towel in the 3.5L Cube. Both of those organizers went into the waterproof panniers alongside items like my trusty JetBoil camping stove I’ve had for something like 15 years. All my stored gear stayed completely dry despite three days of on-and-off rain.
The rest of the bags were my own, including two feed bags for quick access to snacks, my lock, and a water bottle; a partial frame bag for my tools and first aid kit; and a small top-tube bag for a USB battery pack, wallet, and miscellaneous items needed during the ride.
I’ve never carried so much gear on a bikepacking trip before, but I never had a motor to help carry the load, either. Still, the Tailfin bags remained firmly in place with zero sway, which has never been my experience when using those elongated saddle bags that often go limp after a bit of rough riding and end up dragging on the rear wheel.
Tailfin’s setup is totally worth the price, in my opinion.
Sleeping
The other star of the trip was the $500 Hubba Hubba Bikepack 1-Person Tent MSR sent me to review. It’s tiny and weighs only 2 pounds 1 ounce (0.9kg) but has a long list of very smart features for bikepackers. Notably, it comes in a waterproof handlebar bag / stuff sack with plenty of attachment points for add-ons. It features thick spacers that give room for the bike’s cables and a compartment for tent poles that are shorter than normal to not interfere with steering.
1/10
The waterproof and nicely ventilated tent and rainfly kept me completely dry in lots of rain, even a thunderstorm. The uniform rectangular shape made it easy to set up and provided plenty of headroom to sit upright. The Hubba Hubba tent also features plenty of internal pockets to store gear and a large vestibule outside the side entry to keep my shoes, helmet, bags, and other bits out of sight and dry while I slept. I also made good use of the internal and external clotheslines to dry my gear.
The Hubba Hubba Bikepack tent is hands down the best lightweight tent of the dozens I’ve tried over the last three decades. It’s clearly been designed by people who spend a ton of time cycling away from civilization. Still, $500 is very expensive. My friend’s $110 NatureHike Cloud tent (which I also own) is only slightly heavier, and he seemed just as comfortable and dry. You don’t absolutely need the Hubba Hubba for bikepacking — but you’re right to want it.
Rounding out my sleep gear was a very comfortable and warm $200 NeoAir XLite NXT four-season air mattress that Thermarest sent me to test. And despite measuring a thick three inches (7.6cm), it packs down small and light at 13 ounces (370g). I appreciated the WingLock Valve that let me inflate (and deflate) it quickly without exhausting myself using the included pump sack and some good ol’ Bernoulli physics.
Thermarest also sent me a down-filled Vesper 32F/0C Quilt to review; $400 for a trail blanket is expensive, but it weighs just 15 ounces (425g) and packs down into an impossibly small ball. Despite being lightweight, it was a bit too warm when falling asleep in 64 degrees Fahrenheit (18 degrees Celsius), but I was happy to have it when temps dropped down to 48F (9C) a few nights — Thermarest says the quilt’s sweet spot is around 41F (5C). It’s silky soft to the touch and stretches around the NeoAir XLite NXT to prevent slippage and drafts.
I slept reasonably well with this setup or at least as well as I do at home. But I just can’t get comfortable with any inflatable pillow I’ve tried. Someday, I’ll find the perfect pillow, but the Trekology Aluft Pro I bought on Amazon isn’t it.
Gadgets
As a nerd, I brought far more gadgets than a typical person would. That meant bringing several USB power banks along to keep everything charged over a period of four days: two 10,000mAh (40Wh) batteries and one 27,000mAh (100Wh) behemoth. That’s far more than I’d normally bring, but again, I had a motor and tons of storage.
Some gadgets I always bring with me on bikepacking trips. These include my iPhone in a QuadLock bike-mount case and my Apple Watch — both set to low-power modes. I also brought a GoPro with extra batteries that I never even used. My aging but formidable Garmin 530 bike computer provided turn-by-turn navigation. To my delight, it was able to read power, cadence, and speed data off the Specialized Turbo Creo 2 Comp after I manually added each bike sensor.
I also had to bring the little SRAM AXS battery charger that came with the bike just in case its wireless electronic shifter died. Something that nearly happened to me earlier during 370 miles (about 600km) of preparation for the trip.
Naturally, I also brought along plenty of gadgets to review.
I tested a pair of $60 Baseus Eli Sport 1 open-ear Bluetooth headphones to be sure that I could still hear everything around me. Most riders prefer bone-conducting headphones for this purpose, but I’ve never been a fan of the flat sound. With the rain-proof Eli Sport 1, I could slip on just one of the two over-the-ear slugs for the duration of the ride to hear the navigation. They’re so lightweight and comfortable that I’d forget I was wearing one by the end of the day, and it never fell off my ear, even on the roughest trails or when taking off my helmet and sunglasses. At night, I could pop on the second slug and listen to music or watch videos with real bass, though anyone nearby could hear the audio bleed into the quiet even at modest volumes. The case also kept the headphones charged for the duration of the trip despite heavy all-day usage. For the price, they proved to be outstanding, but I should note that Amazon says it’s a frequently returned product.
I also tested a pair of Milo Communicators. I’ll have a full review coming later, as these need to be tested in a few more scenarios. My first impressions are mixed. They were invaluable in finding out that my friend had fallen off his bike in a gnarly sand patch a few hundred meters behind me, but they frequently failed to clearly deliver insults and warnings when both of us were riding full out over noisy gravel, wind, grunts, and woo-hooing. We had the Milos mounted on the bikes, and that might have been too far away to properly isolate our voices (the company offers several mounting options). It’s promising tech, so more on this later.
I’ve also been testing a HoverAir X1 drone for the past few weeks. And honestly, I think I love it. It’s so easy to grab and set aloft without needing any type of controller. And like they say, the best drone is the drone you have with you, and I wasn’t about to bring a DJI drone on this trip. A full review is coming.
Last but not least is the Flextail Tiny Repeller S combination bug repellent and lantern. It kept my tent mosquito-free and well-lit at night, but I need to test it in a few more scenarios, which requires a full review. That one is coming later this summer after I test it in an RV, but so far, so good.
Truthfully, if this hadn’t been a work assignment I would have left most of my electronic devices at home. I love technology’s ability to bend nature to my will, but it can be very distracting from just living in the moment and creates a lot of charging stress where no stress should be.
Conclusion
Let’s be clear: the vast majority of people don’t need to spend nearly $10,000 on an electric bike, top-of-the-line camping gear, and premium bike bags to go bikepacking.
If you’re already moderately fit, then you’d be amazed at what you can do with a bunch of bungee cords strapped to a regular ol’ second-hand mountain or gravel bike — and you’ll never need to worry about finding a charger. You can even splurge a little on inexpensive bikepacking gear from brands I’ve used, like Naturehike and Rhinowalk.
But e-bikepacking is most definitely a thing and will become more popular as the charging infrastructure spreads to more wilderness areas around the world. That motor is a game changer, allowing for heavier loads to be carried (even trailers with pets and small kids), tall mountain passes to be flattened, and for people with lesser abilities to get outside and do more.
Notably, e-bikes can help recreational riders join their hardcore cycling partners and friends on their long weekend rides. After which, they’ll be regaled with stories full of grit, cadence, and power stats while gobbling back all those spent calories.
My e-bike allowed me to keep up with my younger and fitter riding mate — basically leveling the field. He got his training sessions in, and I got the camaraderie I was seeking. I got a solid workout in myself since European pedal assist cuts out at 15.5mph (25km/h), and we’d regularly be traveling at speeds above 19mph (30km/h) whenever things flattened out.
Despite the immense amount of fun I had on the very capable Specialized Turbo Creo 2 Comp, I won’t be trading in my trusty hardtail mountain bike for an electrified version any time soon. I still enjoy the exercise and simplicity of conquering terrain with a pure mechanical assist.
I get the urge for gravel, road, and mountain bikers to dunk on e-bike riders, but let’s not reflexively call them all cheaters. Cheating is an act of dishonesty to unfairly gain an advantage over another, and plenty of people buy electric sport bikes after an honest assessment of their own limited abilities. They give people new options for enjoying the benefits of being active and upright on two wheels, even as they get older. And that’s something we should be celebrating.
But I was definitely cheating, and I will miss listening to my friend’s exclamations anytime he fell behind on long climbs or found his little baby tires stuck in the mud or sand that I had already traversed.
To everyone else: apologies if I knocked you off the Strava segment leaderboard — you should try harder.
All photography by Thomas Ricker / The Verge
Technology
Defense secretary Pete Hegseth designates Anthropic a supply chain risk
This week, Anthropic delivered a master class in arrogance and betrayal as well as a textbook case of how not to do business with the United States Government or the Pentagon.
Our position has never wavered and will never waver: the Department of War must have full, unrestricted access to Anthropic’s models for every LAWFUL purpose in defense of the Republic.
Instead, @AnthropicAI and its CEO @DarioAmodei, have chosen duplicity. Cloaked in the sanctimonious rhetoric of “effective altruism,” they have attempted to strong-arm the United States military into submission – a cowardly act of corporate virtue-signaling that places Silicon Valley ideology above American lives.
The Terms of Service of Anthropic’s defective altruism will never outweigh the safety, the readiness, or the lives of American troops on the battlefield.
Their true objective is unmistakable: to seize veto power over the operational decisions of the United States military. That is unacceptable.
As President Trump stated on Truth Social, the Commander-in-Chief and the American people alone will determine the destiny of our armed forces, not unelected tech executives.
Anthropic’s stance is fundamentally incompatible with American principles. Their relationship with the United States Armed Forces and the Federal Government has therefore been permanently altered.
In conjunction with the President’s directive for the Federal Government to cease all use of Anthropic’s technology, I am directing the Department of War to designate Anthropic a Supply-Chain Risk to National Security. Effective immediately, no contractor, supplier, or partner that does business with the United States military may conduct any commercial activity with Anthropic. Anthropic will continue to provide the Department of War its services for a period of no more than six months to allow for a seamless transition to a better and more patriotic service.
America’s warfighters will never be held hostage by the ideological whims of Big Tech. This decision is final.
Technology
What Trump’s ‘ratepayer protection pledge’ means for you
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When you open a chatbot, stream a show or back up photos to the cloud, you are tapping into a vast network of data centers. These facilities power artificial intelligence, search engines and online services we use every day. Now there is a growing debate over who should pay for the electricity those data centers consume.
During President Trump’s State of the Union address this week, he introduced a new initiative called the “ratepayer protection pledge” to shift AI-driven electricity costs away from consumers. The core idea is simple.
Tech companies that run energy-intensive AI data centers should cover the cost of the extra electricity they require rather than passing those costs on to everyday customers through higher utility rates.
It sounds simple. The hard part is what happens next.
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At the State of the Union address Feb. 24, 2026, President Trump unveiled the “ratepayer protection pledge” aimed at shielding consumers from rising electricity costs tied to AI data centers. (Nathan Posner/Anadolu via Getty Images)
Why AI is driving a surge in electricity demand
AI systems require enormous computing power. That computing power requires enormous electricity. Today’s data centers can consume as much power as a small city. As AI tools expand across business, healthcare, finance and consumer apps, energy demand has risen sharply in certain regions.
Utilities have warned that the current grid in many parts of the country was not built for this level of concentrated demand. Upgrading substations, transmission lines and generation capacity costs money. Traditionally, those costs can influence rates paid by homes and small businesses. That is where the pledge comes in.
What the ratepayer protection pledge is designed to do
Under the ratepayer protection pledge, large technology companies would:
- Cover the full cost of additional electricity tied to their data centers
- Build their own on-site power generation to reduce strain on the public grid
Supporters say this approach separates residential energy costs from large-scale AI expansion. In other words, your household bill should not rise simply because a new AI data center opens nearby. So far, Anthropic is the clearest public backer. CyberGuy reached out to Anthropic for a comment on its role in the pledge. A company spokesperson referred us to a tweet from Anthropic Head of External Affairs Sarah Heck.
“American families shouldn’t pick up the tab for AI,” Heck wrote in a post on X. “In support of the White House ratepayer protection pledge, Anthropic has committed to covering 100% of electricity price increases that consumers face from our data centers.”
That makes Anthropic one of the first major AI companies to publicly state it will absorb consumer electricity price increases tied to its data center operations. Other major firms may be close behind. The White House reportedly plans to host Microsoft, Meta and Anthropic in early March to discuss formalizing a broader deal, though attendance and final terms have not been confirmed publicly.
Microsoft also expressed support for the initiative.
“The ratepayer protection pledge is an important step,” Brad Smith, Microsoft vice chair and president, said in a statement to CyberGuy. “We appreciate the administration’s work to ensure that data centers don’t contribute to higher electricity prices for consumers.”
Industry groups also point to companies such as Google and utilities including Duke Energy and Georgia Power as making consumer-focused commitments tied to data center growth. However, enforcement mechanisms and long-term regulatory details remain unclear.
CHINA VS SPACEX IN RACE FOR SPACE AI DATA CENTERS
The White House plans talks with Microsoft, Meta and Anthropic about shifting AI energy costs away from consumers. (Eli Hiller/For The Washington Post via Getty Images)
How this could change the economics of AI
AI infrastructure is already one of the most expensive technology buildouts in history. Companies are investing billions in chips, servers and real estate. If firms must also finance dedicated power plants or pay premium rates for grid upgrades, the cost of running AI systems increases further. That could lead to:
- Slower expansion in some markets
- Greater investment in renewable energy and storage
- More partnerships between tech firms and utilities
Energy strategy may become just as important as computing strategy. For consumers, this shift signals that electricity is now a central part of the AI conversation. AI is no longer only about software. It is also about infrastructure.
The bigger consumer tech picture
AI is becoming embedded in smartphones, search engines, office software and home devices. As adoption grows, so does the hidden infrastructure supporting it. Energy is now part of the conversation around everyday technology. Every AI-generated image, voice command or cloud backup depends on a power-hungry network of servers.
By asking companies to account more directly for their electricity use, policymakers are acknowledging a new reality. The digital world runs on very physical resources. For you, that shift could mean more transparency. It also raises new questions about sustainability, local impact and long-term costs.
ARTIFICIAL INTELLIGENCE HELPS FUEL NEW ENERGY SOURCES
As AI expansion strains the grid, a new proposal would require tech firms to fund their own power needs. (Sameer Al-Doumy/AFP via Getty Images)
What this means for you
If you are a homeowner or renter, the practical question is simple. Will this protect my electric bill? In theory, separating data center energy costs from residential rates could reduce the risk of price spikes tied to AI growth. If companies fund their own generation or grid upgrades, utilities may have less reason to spread those costs among all customers.
That said, utility pricing is complex. It depends on state regulators, long-term planning and local energy markets.
Here is what you can watch for in your area:
- New data center construction announcements
- Utility filings that mention large commercial load growth
- Public service commission decisions on rate adjustments
Even if you rarely use AI tools, your community could feel the effects of a nearby data center. The pledge is intended to keep those large-scale power demands from showing up in your monthly bill.
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Kurt’s key takeaways
The ratepayer protection pledge highlights an important turning point. AI is no longer only about innovation and speed. It is also about energy and accountability. If tech companies truly absorb the cost of their expanding power needs, households may avoid some of the financial strain tied to rapid AI growth. If not, utility bills could become an unexpected front line in the AI era.
As AI tools become part of daily life, how much extra power are you willing to support to keep them running? Let us know by writing to us at Cyberguy.com.
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Technology
Here’s your first look at Kratos in Amazon’s God of War show
Amazon has slowly been teasing out casting details for its live-action adaptation of God of War, and now we have our first look at the show. It’s a single image but a notable one showing protagonist Kratos and his son Atreus. The characters are played by Ryan Hurst and Callum Vinson, respectively, and they look relatively close to their video game counterparts.
There aren’t a lot of other details about the show just yet, but this is Amazon’s official description:
The God of War series storyline follows father and son Kratos and Atreus as they embark on a journey to spread the ashes of their wife and mother, Faye. Through their adventures, Kratos tries to teach his son to be a better god, while Atreus tries to teach his father how to be a better human.
That sounds a lot like the recent soft reboot of the franchise, which started with 2018’s God of War and continued through Ragnarök in 2022. For the Amazon series, Ronald D. Moore, best-known for his work on For All Mankind and Battlestar Galactica, will serve as showrunner. The rest of the cast includes: Mandy Patinkin (Odin), Ed Skrein (Baldur), Max Parker (Heimdall), Ólafur Darri Ólafsson (Thor), Teresa Palmer (Sif), Alastair Duncan (Mimir), Jeff Gulka (Sindri), and Danny Woodburn (Brok).
While production is underway on the God of War series, there’s no word on when it might start streaming.
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