Tech
WIRED Tested Dozens of Espresso Machines. These Are the 9 Best
Compare the Top 8 Espresso Machines
Other Machines We Like
Breville Oracle Dual Boiler for $3,000: This update to the previous Breville Dual Boiler espresso machine is a powerful, truly impressive machine in many regards. It combines the easy touchscreen operation and automatic dosing and tamping of WIRED’s top-pick Oracle Jet with a welcome “manual” mode that lets you play with pre-infusion and bloom while monitoring a digital pressure gauge on the touchscreen. I kinda love this as an exercise in future-retro design—or whatever the inverse of steampunk is—but also as a means of really controlling my shot, and getting a lot more crema and body out of it. The dual-boiler heats up very fast—like four minutes fast—and gives you the wonderful temperature stability and consistency you expect from a dual boiler, plus the ability to steam milk and make espresso simultaneously. The early-production model I received had a very tight portafilter fit, which loosened up after the first 30 shots or so but initially required some muscle. I also haven’t been able to get good results with lighter-roast beans, which led to the occasional under-filled portafilter that had to be retamped manually. We’ll update as we resolve those quirks, but can attest that for medium to dark beans, this Dual Boiler is an absolute beast.
Photograph: Matthew Korfhage
Meraki Espresso Machine for $1,999: Meraki is a young Hong Kong–based company. Last year it was still Kickstarting funds for its debut Meraki Espresso Machine. But the company started off with a bang, with a premium semiautomatic double-boiler machine offering features you don’t find even in machines that cost hundreds more. This means a Timemore grinder that’ll grind by weight within two-tenths of a gram precision. PID temperature control. Easy pre-infusion. A quiet rotary pump. Another scale under the brewer that lets you control output. A powerful steam wand that regulates the temperature of froth within about 3 degrees for whatever milk drinks strike your fancy. A tamper with satisfying heft, and a tamping station that feels like luxury. Frankly, despite having to overrotate the portafilter for proper fit, its wondrous aesthetics and ease made it a contender for our top picks. But service is always a worry among newer, direct-to-consumer entrants, and the wackily complicated descaling procedure makes maintenance a concern.
Ninja Luxe Cafe Premier for $600: Ninja has already released an upgraded Ninja Luxe Cafe Pro version ($750) after its espresso machine debut. But its first device, the Luxe Cafe Premier, is already a corker, a low-priced all-in-one with cold brew, coffee, espresso, excellent milk frothing, and unexpected luxury features like a built-in scale so the grinder can dose by weight. The device can feel either overstuffed or generous, depending on who you are. Either way this damn near unseated the Breville Barista Express as WIRED’s mid-tier top pick, aside from a few leaks and sensible caution about its durability.
De’Longhi La Specialista Opera for $900: Speaking of espresso makers that came running at Breville, this Opera is a beautifully forgiving semiautomatic machine that makes excellent espresso in the medium- to dark-roast range, with non-pressurized portafilter baskets that make for a nice and surprisingly subtle cup. It’s the best De’Longhi espresso machine I’ve tested, in many ways, among the semiautomatic camp. The Opera sports a lot of options—including dose and temperature control—while remaining refreshingly analog with its satisfying metal frame, metal buttons, and prominent pressure gauge. Cold brew is a perk for those who like milk. The grinder is decent, though its 15 settings might not offer enough sensitivity to pull the best from each roast. One could wish for a removable hopper and a sturdier tamping lever. But if you or your partner love cold coffee drinks or espresso martinis, this gives comparable Brevilles a strong run for the money.
Photograph: Matthew Korfhage
De’Longhi La Specialista Touch for $1,000: De’Longhi’s new Touch, released this year, isn’t merely a touchscreen version of the very analog Opera—though it is just as handsome as the Opera. Instead, it offers a very specific set of trade-offs. Like De’Longhi’s Rivelia, there’s a bean-assist function that you can save for each bean you like. It’s also got a better steam wand, with the ability to read the temperature of the milk you’re steaming, as you steam it. In fact, it’s maybe more intuitive overall. But it doesn’t quite offer the easy customization on temperature, shot time, or ratios. The cold brew is not quite as well-dialed as the Opera. The Touch is an Italian machine on training wheels, designed for Italian-style medium to dark shots. This should work for most people, but minus a pressure bar or a shot timer, it can also feel like a bit of a black box.
Photograph: Julian Chokkattu
La Marzocco Linea Mini for $6,600: WIRED reviewer Julian Chokkattu spent two weeks with the La Marzocco’s Linea Mini, a home version of the fancy espresso machines you’ll see in coffee shops around the world. The price may be eye-searing, but Chokkattu did find the resulting elixir to be absolutely fantastic—and the same went for La Marzocco’s customer service while Chokkattu was dialing in his machine. It offers a lot of room for experimentation, and sports a killer cool-touch steam wand that froths milk in seconds.
Courtesy of Delonghi
De’Longhi Stilosa for $150: The Stilosa was our top budget pick for years. It’s still a good budget pick, and it often goes on sale for less than $100. You’re not going to get high-end features like a pressure gauge or built-in grinder, and it’s a little plasticky. But what the Stilosa does provide is everything you need to make great espresso at home: a solid portafilter, a reliable steam pump, and a steaming wand. It is a little light, so you’ll want to brace it when you mount and dismount the portafilter (or it might slide around on you). After brewing cup after cup of espresso, the Stilosa never showed signs of slowing or breaking down the way many inexpensive machines can. In fact, we’re now revisiting the Stilosa as our budget pick, after catching a few tips on how to use the Stilosa for light roast espresso.
Courtesy of Breville
Breville Barista Express Impress for $800: This espresso machine is the more tricked-out sibling of the Breville Barista Express. It includes more grind and dosing settings and automates some of the more complicated parts of brewing consistently good espresso, like getting just the right amount of beans ground per shot.
Courtesy of Amazon
Breville Dual Boiler for $1,600: The previous-generation Breville Dual Boiler is an absolute tank of an espresso machine. It’s huge. It’s heavy. It makes amazing espresso. But while its size makes brewing espresso feel luxurious, it does eat up a lot of space and needs a little time to heat up, versus newer Brevilles like the Oracle Jet that favor thermoblock-style heaters. But a dual boiler does mean you can brew shot after shot, with steamed milk and hot water at the same time, without having to wait in between shots. The new Breville Oracle Dual Boiler ($3,000) is already on the market, but you can still pick up the previous generation for half the price.
Cuisinart EM-160 Slim for $250: The lowest-cost espresso maker from Cuisinart’s new espresso line is among the slimmer espresso machines out there, less than 7 inches across. This makes it a treasure for certain kitchens. The espresso quality is about what you’d expect from a pressurized portafilter: smoother, less nuanced, but also pretty forgiving for beginners trying to dial in a bean. This’ll be best for those who mix milk with their espresso. Same goes for the fast-dripped “cold espresso” option, which takes a couple minutes to complete and comes out a bit tannic, but mixes well with cold milk or a lot of ice. You’ll need a grinder if you don’t want sad supermarket beans.
Courtesy of Superkop
Superkop Manual Espresso for $600: This manual espresso machine is technically not a Jackie Chan movie. The Superkop is instead a quite finely engineered espresso device. It looks pretty, and unlike other manual espresso machines you don’t need a strong arm to use it. So if you want to pull espresso, but not pull it hard, the Superkop is your huckleberry. That said, $800 is a lot of money for a manual device. Buy it if you know you’ll love it.
Also Tried
Cuisinart EM-640 Espresso Bar for $650: Cuisinart rolled in with some ambition on this semiautomatic espresso machine, with a built-in grinder and a non-pressurized, bottomless portafilter meant to play in the same sandbox as Breville’s top devices. Alas, I really couldn’t get consistency on either dosing or grinding from the device’s built-in grinder—and the system for customizing the dose in particular was mostly wild guesswork. This all added up to botched shots, wild spray from the portafilter, and none of the ease one wants from a semiautomatic.
Courtesy of Delonghi
De’Longhi La Specialista Arte Evo for $675: This semiautomatic De’Longhi La Specialista Arte Evo comes with a built-in burr grinder makes great espresso right out of the box, and is slimmer than other espresso machines in its category, It does have quirks: It includes a little plastic adapter needed to attach the portafilter to the grinder spout, and a little stepstool for your espresso cup to keep the coffee from splashing. It’s a good machine, but I’d upgrade to the Opera any day of the week.
Frequently Asked Questions
How Do We Test and Evaluate Espresso Machines?
Over the past decade, WIRED has tested dozens of espresso makers to find our favorites. The process, in part, is simple. We brew a whole lot of coffee. I’ve written about coffee for more than a decade on both the East and West Coasts, including my hometown coffee mecca of Portland, Oregon. Other current and past WIRED espresso testers—who include former baristas and longtime coffee writers—include Jaina Grey, Jeffrey Van Camp, Kat Merck, Tyler Shane, Pete Cottell, and Scott Gilbertson.
On each machine that’s capable, I make and assess at least four drinks, on multiple roasts and beans: a basic 2:1 espresso, an Americano, a latte, and a cappuccino. On machines that advertise a wacky array of drinks, I test each one. This includes any newfangled coldspresso and head-scratching variations on a “long.” It also includes, if science dictates, espresso martinis. And I test to see whether a machine can be dialed to both dark roasts and lighter roasts.
I might make many dozens of coffees to dial in a machine and truly understand it. (Sometimes, alas, you understand a machine’s shortcomings far sooner.)
What I’m looking for is nuance, aromatics, beauty, sensitivity to the characteristics of each bean, and the satisfying texture of fully integrated milk. But also, I’m looking for ease, the thoughtful touches that make an espresso maker something you can fall in love with.
I test whether the hot water spout splatters, whether descaling requires a degree in hydrology, whether the brewing temperature is consistent, and whether the latte milk gets silked. I’m truly terrible at latte art, but whether it’s possible is a straightforward test of the body of the frothed milk. I test the airier foam of cappuccinos and compare manual and automatic milk frothing on machines that try to froth milk for you. I test how fast the wand steams and whether it’s easy to fully integrate milk before the dang thing starts to burn your milk.
On machines with built-in grinders, I both assess the grind and weigh the dose—and then weigh it again. And then again. Consistency is the hobgoblin of little cups. I also test multiple grind settings to make sure the grind is consistent.
On any semiautomatic machine that decides the shot size for you, I test this to see whether you’re getting a ristretto or a lungo by default. Then I resolve never to say the word “lungo” again.
I don’t generally take apart the machines I’m sent, but I do quite often look up videos of people who do—and look at how the thing’s constructed under the hood.
How We Select Espresso Machines to Test
In part, we select machines to test by looking at the espresso makers with long track records of making good espresso machines—people with long tails in the industry and good track records of customer support. Names like Breville, De’Longhi, La Marzocco, and Rancilio. But also, I listen. I read. I ask every coffee-obsessive in my life. I pay attention to the newest releases, follow trade shows, watch Youtube videos, and spend a lot of time tracking down not just the obious big names but the unexpected recommendations.
I often also look at how accessible each machine will be to most users. Espresso isn’t just a finicky process: It’s finicky by design. The most sensitive and sophisticated traditional machines are responsive to every tiny variation in the coffee grind and every fluctuation in the water temperature. The deepest bean geeks want this: They want the control, the frustration, the vision quest.
But I also know that most of you out there aren’t looking to be in an abusive relationship with your coffee machine. Few want to wake up to feelings of inadequacy, brought on by a machine that costs as much as a used car. And so what I look for is the espresso machines that can pull lovely character from each bean, but also make this easy on you.
This means that our top picks, the ones I recommend to most people, tend to fall in the semiautomatic camp: They’re the ones that offer the best coffee with the least effort. Finding this balance is delicate and often rewarding. It used to be that a built-in grinder was a recipe for blown shots, sadness, or pressurized portafilters with less character. But year by year, espresso machine makers get better at this goal.
The lowest-cost machines I recommend tend to offer more forgiving pressurized filter baskets as options, even though these sacrifice a bit of nuance for forgiveness, because I don’t want to assume you’re pairing a $200 espresso machine with a $2,000 coffee grinder. Although I know some of you do this, especially with our beloved Breville Bambino.
But hey, if you’re a tinkerer for life, and want to join modding groups? We recommend a machine for you, too. Mostly so you can disagree on Reddit, and explain why your favorite is better.
What Beans Are Best for Espresso?
First off, there’s no such thing as “espresso beans,” whatever it says on the bag you buy. Espresso beans are coffee beans, ground finely enough to be pressed into service as espresso.
But traditionally, espresso is made with darker-roast beans that best elicit the deep, chocolatey notes of classic Italian espresso. In fact, most machines you use are probably designed with dark-roast beans in mind: Darker beans grind easier, extract easier, and are a bit more homogeneous across the market. And so when someone writes “espresso roast” or “espresso blend” on their grind, that’s often what they mean.
Does that mean dark roast is the only espresso? Of course not. Modern craft and premium coffee roasters in the United States have begun trending toward medium and medium-dark roasts that offer a bit more balance, character, and even a little acidity—beans that have more aromatics, and more individuality. Some, including me, love experimenting with truly light roasts, including the lightest of natural-processed beans that let me brew up espresso that tastes like strawberries.
It’s up to you. But note that the lighter the roast, the more you’ll need to adjust grind and temperature to accommodate—and sometimes even go off-script entirely. (See here for an explainer on light-roast espresso.) But the classic recommendations for espresso? Pulling a 25- to 30-second shot, at a steady 9 bars of pressure, at a 2:1 ratio for a standard shot? These were all designed for traditional dark-roast beans.
One thing that’s true, however, is that you should use fresh beans. They’ll taste better and more aromatic, sure. But stale beans exposed to oxygen also make it technically difficult to make good espresso: they’ve begun to break down, often allow channeling, and are more likely to lead to a less evenly extracted shot with funny off-flavors.
Obviously, fresh beans are easiest to obtain from a local roaster, and on the plus side you’ll be able to ask the baristas there how best to make espresso from their beans. But when in doubt in a supermarket, look for a roast date on the bag. If you can’t find it, or if your beans were roasted in Italy and sent on a ship? Chances are they’re not fresh. And your espresso will be worse. For fresh beans delivered to your house, check out WIRED’s guide to the best coffee subscriptions.
Espresso Accessories That Make for Great Cups
If you’re spending this much on an espresso machine, you’ll want to invest in a good grinder and even a scale, as well as a few other devices that make your shots better, and your life a little easier.
An espresso-capable grinder: If your espresso machine doesn’t come with a grinder, you’ll need one. Preground bag beans are especially difficult to use when making espresso, and will likely lead to off-flavors or channeling. But not just any grinder will do. You’ll need a good grinder that can grind consistent beans finely enough for espresso. WIRED’s top-pick Baratza Encore ESP is always a good choice—positioned squarely at the fulcrum where more expensive grinders begin to offer diminishing returns.
An accurate scale with a timer: Most grinders, and a goodly portion of espresso machines, do not offer a precise scale. But a precise scale is what you need to get espresso ratios right. WIRED reviewer Julian Chokkattu loved the Acaia brew-by-weight scale ($400) that automatically connects to the La Marzocco Linea Mini and a few other devices via its companion app. But a far less sophisticated scale can still help you measure your shot size and control the dose you want on each espresso shot. If you’re not precious about beauty, there’s always this low-cost, little no-name scale. It’s accurate to a 10th of a gram, and has a timer to boot.
The best knockbox: When you’re done with that portafilter filled with coffee grounds, what do you do with it? Beat it against the side of a trashcan? Dig out those grounds into the sink? Nah. You need a good knock box. And somehow this jobby-job from Breville is the best one I’ve ever found. It’s sturdy, the cross bar is in the right spot so that the grinds dump cleanly into the bin, and the bottom has enough grip that the box doesn’t scoot around on the counter. Simplicity is competence.
Not all steaming pitchers are created equal, notes WIRED contributing reviewer (and former barista) Pete Cottell. As opposed to the sad piece of aluminum that probably came with your espresso maker, this Brewista offers thick walls for heat retention, a precision tip for expert latte pours, and a thermometer sticker on its side so you can get a rough gauge of milk temperature without hunting down an actual thermometer. It can also take a beating. This is your new frothing pitcher.
Tech
NASA Wants to Put Nuclear Reactors on the Moon
Having demonstrated that it has the operational capability to transport humans safely to the moon and back, the United States is moving on to its next major aim: It wants nuclear reactors in orbit and on the lunar surface by 2030. For such a feat, the National Aeronautics and Space Administration will have to work in conjunction with the Department of Defense and the Department of Energy.
In a post on X, the White House Office of Science and Technology Policy (OSTP) unveiled a document with new guidelines for federal agencies to establish the space nuclear technology road map for the coming years. This, they say, will ensure “US space superiority.”
At present, space instruments use solar power to operate. However, this is considered impractical for more complex purposes. Although technically there is always sunlight, the power is intermittent and almost always requires bulky batteries to store it.
Reactors produce fairly continuous energy for years through nuclear fission. They can also be used for so-called nuclear electric propulsion. Continuous output makes them the most viable option for lunar base subsistence, but they can also allow spacecraft to undertake long or complex missions without worrying about depleting a limited supply of chemical fuel.
Nuclear technology, in short, makes it possible to go farther, with more payload, for longer, and with fewer constraints.
According to the memorandum, the US goal is to put a medium-power reactor in orbit by 2028, with a variant designed for nuclear electric propulsion, and a first functional large reactor on the surface of the moon by 2030. To achieve this, both NASA and the Pentagon will develop energy technologies in parallel, using the current strategy of competition among contractors.
The reactors will have to be modular and scalable, and will have to include applications for both future life on the moon and space propulsion. For its part, the DOE will have to ensure that these projects have the fuel, infrastructure, and safety features necessary to achieve their objectives. In addition, the agency will evaluate whether the industry has the capacity to produce up to four reactors in five years.
The plan contemplates technologies that produce at least 20 kilowatts of electricity (kWe) for three years in orbit and at least five years on the lunar surface. In the meantime, they should have a design capable of raising power to 100 kWe. The first designs should arrive within a year.
Finally, the order tasks the OSTP with creating a road map for the initiative, noting obstacles and recommendations for addressing them.
“Nuclear power in space will give us the sustained electricity, heating, and propulsion essential to a permanent presence on the moon, Mars, and beyond,” OSTP posted. For his part, NASA administrator Jared Isaacman posted, “The time has come for America to get underway on nuclear power in space.” The message was followed by an emoji of a US flag.
The plan provides a common framework for each agency to work within. In the background, the race for space infrastructure is evidence of technological competition with China, which is also seeking advanced energy capabilities for the moon.
This story originally appeared in WIRED en Español and has been translated from Spanish.
Tech
AI Could Democratize One of Tech’s Most Valuable Resources
Nvidia is the undisputed king of AI chips. But thanks to the AI it helped build, the champ could soon face growing competition.
Modern AI runs on Nvidia designs, a dynamic that has propelled the company to a market cap of well over $4 trillion. Each new generation of Nvidia chip allows companies to train more powerful AI models using hundreds or thousands of processors networked together inside vast data centers. One reason for Nvidia’s success is that it provides software to help program each new generation of chip. That may soon not be such a differentiated skill.
A startup called Wafer is training AI models to do one of the most difficult and important jobs in AI—optimizing code so that it runs as efficiently as possible on a particular silicon chip.
Emilio Andere, cofounder and CEO of Wafer, says the company performs reinforcement learning on open source models to teach them to write kernel code, or software that interacts directly with hardware in an operating system. Andere says Wafer also adds “agentic harnesses” to existing coding models like Anthropic’s Claude and OpenAI’s GPT to soup up their ability to write code that runs directly on chips.
Many prominent tech companies now have their own chips. Apple and others have for years used custom silicon to improve the performance and the efficiency of software running on laptops, tablets, and smartphones. At the other end of the scale, companies like Google and Amazon mint their own silicon to improve the performance of their cloud-computing platforms. Meta recently said it would deploy 1 gigawatt of compute capacity with a new chip developed with Broadcom. Deploying custom silicon also involves writing a lot of code so that it runs smoothly and efficiently on the new processor.
Wafer is working with companies including AMD and Amazon to help optimize software to run efficiently on their hardware. The startup has so far raised $4 million in seed funding from Google’s Jeff Dean, Wojciech Zaremba of OpenAI, and others.
Andere believes that his company’s AI-led approach has the potential to challenge Nvidia’s dominance. A number of high-end chips now offer similar raw floating point performance—a key industry benchmark of a chip’s ability to perform simple calculations—to Nvidia’s best silicon.
“The best AMD hardware, the best [Amazon] Trainium hardware, the best [Google] TPUs, give you the same theoretical flops to Nvidia GPUs,” Andere told me recently. “We want to maximize intelligence per watt.”
Performance engineers with the skill needed to optimize code to run reliably and efficiently on these chips are expensive and in high demand, Andere says, while Nvidia’s software ecosystem makes it easier to write and maintain code for its chips. That makes it hard for even the biggest tech companies to go it alone.
When Anthropic partnered with Amazon to build its AI models on Trainium, for instance, it had to rewrite its model’s code from scratch to make it run as efficiently as possible on the hardware, Andere says.
Of course, Anthropic’s Claude is now one of many AI models that are now superhuman at writing code. So Andere reckons it may not be long before AI starts consuming Nvidia software advantage.
“The moat lives in the programmability of the chip,” Andere says in reference to the libraries and software tools that make it easier to optimize code for Nvidia hardware. “I think it’s time to start rethinking whether that’s actually a strong moat.”
Besides making it easier to optimize code for different silicon, AI may soon make it easier to design chips themselves. Ricursive Intelligence, a startup founded by two ex-Google engineers, Azalia Mirhoseini and Anna Goldie, is developing new ways to design computer chips with artificial intelligence. If its technology takes off, a lot more companies could branch into chip design, creating custom silicon that runs their software more efficiently.
Tech
UK businesses must face up to AI threat, says government | Computer Weekly
A new generation of experimental, frontier AI models are rapidly developing the ability to discover and exploit software vulnerabilities and business leaders need to start to pay attention, the UK government has warned.
In an open letter to Britain’s business leaders published on 15 April, business secretary Liz Kendall said the threats organisations face in cyber space are changing and their responses need to change, too.
“For years, the most serious cyber attacks have relied on a small number of highly skilled criminals. That is now shifting,” she said. “AI models are becoming capable of doing work that previously required rare expertise: finding weaknesses in software, writing the code to exploit them, and doing so at a speed and scale that would have been impossible even a year ago.”
Following the recent debut of Anthropic’s frontier model, Mythos, and its accompanying Project Glasswing – which is intended to give some of the world’s largest technology companies a head start on addressing the vulnerabilities it can supposedly uncover – Kendall revealed that the UK’s AI Security Institute (AISI) operated by the Department for Science, Innovation and Technology (DSIT) has been testing out its capabilities.
She said AISI had found Mythos to be “substantially more capable at cyber offence than any model we have previously assessed.”
According to the AISI, frontier model capabilities are doubling every four months, down from eight months in the recent past.
“This finding is significant both for what it means today, but also because it highlights the speed at which AI capabilities are increasing and the threats they potentially pose,” said Kendall
“OpenAI also announced scaling up their Trusted Access for Cyber programme last night, showing that AI’s accelerating impact on cyber is not isolated to a single company, and we expect more to follow.
“The trajectory is clear and therefore it is vital that we are prepared for frontier AI model capabilities to rapidly increase over the next year, and plan accordingly for that outcome,” she said.
Responding to the threat
Kendall said the UK government is not standing still in response to this threat – having opened up the AISI two-and-a-half years ago, she said the nation now boasts the most advanced capabilities anywhere in the world for understanding frontier AI models.
More broadly, she continued, the National Cyber Security Centre (NCSC) continues to work up practical guidance for end-user organisations, while the upcoming Cyber Security and Resilience Bill and the National Cyber Action Plan – soon to be published, will also move things in the right direction.
But, said Kendall, government action alone is insufficient. “Every business in the UK has a part of play. Criminals will not just target government systems and critical infrastructure. They will target ordinary companies, of every size, in every sector. Attackers go where defences are weakest,” she said.
Kendall urged business leaders and board members to ensure they are regularly discussing cyber risks and not delegating such things to IT teams, and consider signing up to the Cyber Governance Code of Practice if they have not already, while smaller business can avail themselves of the NCSC’s Cyber Action Toolkit. All businesses should also be planning and rehearsing incident response practices, and considering taking out cyber insurance.
She also pointed businesses towards the Cyber Essentials certification scheme to help organisations establish basic security policies and procedures, and additionally highlighted resources provided by the NCSC – notably its Early Warning service – and by regulators for regulated sectors.
“We are entering a period in which the pace of technological change may test every institution in the country. The businesses that act now – that treat cyber security as an essential part of running a modern company, not an optional extra – will be the ones best placed to thrive through it and seize its advantages. We urge you to be among them,” said Kendall.
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