President Claudia Sheinbaum drove immediately into the stage set up inside a Mexican air force hangar in Mexico City, giving the world its first glimpse of the Olinia Uno, a 100% Made-in-Mexico electric vehicle. The project was spearheaded by a team of Mexican engineers and academics who worked tirelessly to create a vehicle that could help propel the country into the electric-vehicle era. The Olinia Uno is a compact six-seater van that starts at 150,000 pesos, or around $8,000 to $8,600 USD at current exchange rates. Its intended demographic is, as expected, people who take short trips about the city, which is exactly what most driving in Mexico’s cities involves.

The vehicle adopts a no-nonsense design, pairing a boxy shape with a high roof to maximize interior space and ease of access.. There are multiple wide windows along the sides and back, which improve the driver’s visibility and allow the passengers to enjoy some natural light inside. The styling is quite apparent, with a solid basic two-tone white and black scheme that looks clean and utilitarian, and because the doors open wide and have grab handles on the side, getting in and out of the van is a snap for families or anyone with a lot of gear to haul around.

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Engineers picked a 13-kilowatt electric motor and a 14.7-kilowatt-hour lithium iron phosphate battery to power the van, which should have a top speed of roughly 50 kilometers per hour and a range of more than 100 kilometers on a standard city trip. The Olinia Uno also offers standard safety features like front disc brakes and electronic power steering to make it stable at low speeds, as well as a reverse camera and LED lamps for enhanced safety.

Charging the Olinia Uno is simple; users simply connect it into an ordinary household outlet like any other appliance. The recharge time will be approximately 4 hours if you have 220-volt energy and up to 8 hours if you have 110-volt power. This requires neither a pricey wall box nor a public fast charger. And the running expenses are modest. After accounting for gasoline, maintenance, and reliability, it costs around 0.50 pesos per kilometer, which is much less than a gas-guzzling cab or even many motorcycles.

The interior is meant to seat six people, all with enough seatbelts, and because the designers took wheelchair users into account, there is enough room to accommodate a full-sized wheelchair without having to fold it up. There is also adequate inside lighting to help with nighttime boarding. The dashboard has a 7-inch central screen that shows speed, some basic gauges, and media controls. Bluetooth 5.0 connectivity, USB and USB-C ports, power windows, and central locking are all standard. The canopy totally protects against rain and heat, giving it a substantial benefit over an open motorcycle for day-to-day transportation as safely as possible.

It took 18 months to bring the Olinia Uno to market, with the help of many public colleges, research organizations, and over 80 Mexican academics and engineers. The plan is for 50% of the parts to be made in Mexico from the start, with the goal of increasing to 75% by 2030. They’re opening an assembly plant in Puebla later this year, with plans to increase production to 20,000 units per year by 2027. If that wasn’t enough, they’re also planning to install 2,000 public charging points in Mexico City, the State of Mexico, and Puebla to make it even easier for people to get behind the wheel of the Olinia Uno or set up taxi fleets.
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Apple confirmed at WWDC that its Foundation Models aren’t a cut and paste of Gemini, and are all-Apple through-and-through. We’ve been telling you this all along.

WWDC 2026 was a rollercoaster event that primarily focused on Apple’s latest AI upgrades. This time, though, they had a little help from Google.

Apple pre-announced that Google was providing Gemini technology to help develop the new Apple Foundation Models, but didn’t say much else. The rampant speculation painted a portrait of scrambling and failure, as usual.

The reality is exactly what AppleInsider has been reporting all along, which makes sense. All of the information was there if you were willing to see it for what it was.

Simply, it’s this:

The upgraded Apple Foundation Models power a new Siri AI and Apple Intelligence that utilize private, safe, and secure on-device and Private Cloud Compute server-side operation. The new models were built with the aid of Google Gemini and its technologies, but through distillation and training, not full replacement.

Apple has confirmed the end result is pure Apple technology and code. When you interact with Apple Foundation Models, you never touch a drop of Google code, Gemini agents, or even Google Search.

It’s Apple software all the way down.

Apple’s new models

A short talk was held with a few Apple executives after the main WWDC 2026 keynote. Apple SVP of Software Engineering, Craig Federighi, was joined by Sebastien Marineau-Mes, Mike Rockwell, and Amar Subramanya on stage to discuss the new Apple Foundation Models (AFM).

Apple’s executive gaggle at WWDC

Here’s what was shared:

The on-device models are AFM Core and AFM Core Advanced. The advanced version is natively multi-modal with a sparse architecture that enables more capable features without leaving your device.

AFM Cloud is the Private Cloud Compute base model that handles more taxing AI requests that can’t be run on-device. The AFM Cloud Image model is for image generation and editing.

Each of these four models is custom-built for Apple Silicon, trained using proprietary data, and further polished with distillation from the loaned Gemini models.

Then there’s AFM Cloud Pro that will be used for agentic tools and the most demanding tasks. It is going to use infrastructure provided by Google’s cloud servers and NVIDIA’s GPUs while remaining Private Cloud Compute certified.

Third parties can review the servers used by Apple to independently verify Private Cloud Compute certification. Basically, this means external entities can prove whether Apple is keeping or mishandling user data in its AI servers.

What the rumors got wrong

Apple did flub its initial Apple Intelligence rollout. It overpromised on features that would never be able to perform as expected due to AI hallucination rates and Siri’s ML-based backend.

iPhone 17 Pro Max will benefit from Apple’s most powerful models

That slow launch and delay in early 2025 led people to believe Apple would never be able to deliver “good AI.” Meanwhile, the world saw the grift grow as other companies promised world-changing or world-ending features that amounted to slop generators and nudify apps.

As AI sentiment waned, Apple powered through and had one record-breaking quarter after another without a strong AI offering. Even so, pundits claimed Apple’s next AI announcement would inevitably be a whiff unless they gave up and relied on someone else’s models.

They seemingly got their wish when Apple shared that it was partnering with Google to utilize Gemini technologies as the foundation of Apple Foundation Models. The pundits saw what they wanted to see and ran with it — Apple had given up and Apple Intelligence would now be Gemini.

Whether they called it “white label Gemini” or suggested Gemini agents would operate alongside Apple’s weaker models, they universally couldn’t imagine a world where Apple simply didn’t use Google in its AI revamp. Obviously, they were wrong.

Apple and Google may have been deliberately opaque in their press release around this partnership. One thing was clear, though.

Apple clearly said at the time that Siri and Apple Intelligence would be powered by Apple Foundation Models.

And on Monday, June 8, they exposed exactly that.

Many adults who spent hours navigating Mario through Dinosaur Land on their old Super Nintendo still like seeing the red-capped plumber ride alongside Yoshi. LEGO has transformed this throwback to the past into an actual model, called LEGO Super Mario World: Mario & Yoshi (set 71438), priced at $104 (was $130), that can be built, displayed, and even interacted with.

The finished model is around fifteen and a half inches tall and ten inches wide, perfectly replicating the blocky appearance of the original 16-bit sprites. Mario is perched high on Yoshi’s back, where he prefers to be, with his cape flowing behind him. Yoshi has been designed to match, with a green body and a white tummy / egg pouch that are perfectly blocky and sharp, just like in the original game.

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The entire thing can be moved by turning a handle on the base’s side. Yoshi’s legs move in a running stride, while Mario bounces up and down in time with each step. It’s really smooth and enjoyable to see, comparable to what the duo used to accomplish on your screen years before. You may control Yoshi’s tongue by rotating a little dial on his head. Give it a turn, and the red tongue emerges before snatching it back with another turn. It’s not much, but it’s nice to witness one of Yoshi’s most well-known moves in action.

The build takes 1215 pieces, which are neatly divided into 15 numbered bags and include a full instruction booklet. Builders say this one is a lot of fun but not too challenging; the game’s pixelated style appears to flow naturally as you add layer after layer of plates and tiles. If you prefer to follow along on a screen, the official LEGO app has a digital version of the instructions.

The box includes an Action Tag, which is essentially an extra layer for those who already own some of the other Super Mario LEGO figures. Place one of the tiny Mario, Luigi, or Peach figures near your build and scan it with the app’s Action Tag to trigger a range of hilarious digital reactions. It’s a really unique way to connect the main display piece to your smaller interactive figures.

Contact information, direct messages and connected accounts were all potentially compromised, Meta said.

Hackers used Meta AI to hack into 20,225 Instagram accounts, Meta reported in a US local government data breach notice on 5 June.

According to the notice to the attorney general for Maine, the breach occurred on 17 April, but wasn’t discovered by the company until more than a month later, on 31 May.

The company explained that hackers exploited a now-resolved bug in its AI-assisted support tool designed to help Instagram users access their account after being locked out.

“HTS (high touch support) is an AI-assisted support tool designed to help users who are locked out of their Instagram accounts regain access,” said Amber Hannah, Meta’s associate general counsel for incident response.

“Users can request support from HTS and, as part of that process, can ask that a password reset link be sent to their email address.

“The tool itself worked properly and functioned as intended; however, due to a bug in a separate code path, the system did not properly verify that the email address provided by the individual requesting a password reset matched the email address associated with that user’s Instagram account.”

The bug allowed hackers to avoid triggering Instagram’s automated account protections, enabling password reset links to be sent to an email not connected to the account. Bad actors were then able to reset passwords to gain access to victims’ accounts if they did not have two-factor authentication enabled.

The hack affected prominent figures’ accounts, including the inactive Instagram handle for the Obama-era White House, beauty retailer Sephora and a senior US Space Force official.

Meta said that hackers could have potentially accessed sensitive data, including contact information, direct messages and communications, and connected accounts and linked services, such as email IDs. The company said that it would fix the bug before relaunching the AI tool.

In 2024, the Irish Data Protection Commission (DPC) fined Meta €251m for a 2018 data breach affecting approximately 29m Facebook accounts. The same year, the watchdog fined Meta €91m for improperly storing passwords.

In 2023, the company was fined €1.2bn by the DPC for violating GDPR guidelines by transferring users’ personal data outside of the EU.

AI-enabled cybercrime is fast becoming a sore point for companies, as attacks become more frequent and sophisticated. Just last month, hackers stole 8TB of data from the Taiwanese electronics manufacturer Foxconn, while medical equipment manufacturing giant Stryker was hit by a global cyberattack in March.

Don’t miss out on the knowledge you need to succeed. Sign up for the Daily Brief, Silicon Republic’s digest of need-to-know sci-tech news.

A joint research collaboration between researchers at the University of Illinois at Urbana-Champaign (UIUC), UC Berkeley, and the open source AI-native vector database platform Chroma unveiled Harness-1, a 20-billion parameter open-source search agent built atop OpenAI’s gpt-oss-20B open source model that fundamentally redesigns how AI executes complex retrieval tasks.

Harness-1 achieves a massive leap in performance, scoring 73% average on its ability to recall relevant information correctly from a curated dataset, outperforming even GPT-5.4 (70.9%) and the next, most accurate open source search agent, Tongyi DeepResearch 30B, by 11.4 percentage points. (While GPT-5.5 has also been out for more than a month, the researchers didn’t test against this model as it wasn’t available when they were building theirs.)

Crucially for developers, the model and its environment are available immediately under the highly permissive Apache 2.0 license and model code/weights on Hugging Face.

Harness-1 also serves as proof-of-efficacy of another effort, Tinker, the distributed, web-based AI model training and fine-tuning API developed by Thinking Machines. Tinker was used specifically to train and run inference for Harness-1, highlighting how interactive infrastructure is actively enabling the next generation of autonomous models.

So how did the researchers do it?

Benchmarks Decoded (and Why Harness-1 Could Help Enterprises Tremendously)

To actually put these models to the test, the researchers evaluated Harness-1 and its competitors across eight highly complex search benchmarks. Rather than asking simple trivia questions, these tests required the AI to act like a real researcher sifting through diverse, dense data sources.

The benchmarks spanned several different domains, including open web searches, complex financial filings from the SEC, technical patent databases from the USPTO, and “multi-hop” question-answering tasks where the AI had to logically piece together scattered clues from multiple different documents to arrive at the correct answer.

When the results came in, Harness-1 dominated the open-source competition in its ability to successfully find and curate the right facts. Even more impressively, this relatively small 20-billion parameter model went toe-to-toe with massive, expensive proprietary AI systems. It actually outperformed heavyweights like GPT-5.4, Sonnet-4.6, and Kimi-K2.5 — thought to be the hundreds of billions or trillions of parameters. Only one giant frontier model—Opus-4.6 — managed to narrowly edge it out in overall average performance.

Harness-1 achieves its performance gains by offloading the exhaustive “bookkeeping” of a search session out of the model’s working memory and into a structured software environment.

As enterprise use cases grow more sophisticated, demanding that models autonomously sift through thousands of corporate documents or financial filings, these systems frequently succumb to “search amnesia”—forgetting their original queries, looping over rejected documents, or losing track of the specific claims they are trying to verify.

Until now, the prevailing solution to this amnesia has been brute force. Engineers typically force models to constantly reread an ever-expanding, append-only transcript of their own actions, piling every search, read, and thought back into a massive context window.

Harness-1 introduces a paradigm shift away from this method, proving that the bottleneck for true artificial autonomy isn’t necessarily the size of the model, but how efficiently its working environment manages state. It highlights once more, as Anthropic’s Claude Code has also done, that the raw model is arguably less important than the harness — or set of conditions — through which it runs.

Technology: Doing the Paperwork in the Environment

To understand the technical leap of Harness-1, consider a real-world analogy.

Imagine hiring a brilliant research assistant and placing them in an empty room without a desk, notepads, or filing cabinets. You ask them to write a comprehensive report on a highly complex topic, which requires them to read dozens of books while keeping every single quote, citation, and dead-end search perfectly memorized in their own head. Eventually, no matter how intelligent the assistant is, their cognitive load will max out, and they will start dropping facts or losing the thread of the assignment.

This is exactly how traditional search agents operate today. They are trained as policies over growing transcripts, meaning the model searches, reads, searches again, and appends everything into its own context window.

As lead researcher Patrick (Pengcheng) Jiang of the University of Illinois noted on X: “At some point the model is not just ‘searching’ anymore. It is also being asked to be a memory system, a note taker, a verifier, and a librarian.”

Harness-1 solves this by giving the AI a desk and a filing cabinet—what the research team calls a “state-externalizing harness.”

This harness is an active, surrounding environment that takes over the routine bookkeeping, maintaining a recoverable working memory that includes a candidate pool of documents, an importance-tagged curated evidence set, compact evidence links, and verification records.

By separating semantic choices from structural state management, the AI is freed up to do what it does best.

The policy still decides what to search, determines which documents to keep, and knows when to stop, while the environment simply holds the state.

Here is a subsection breaking down the training methodology and how it differs from prior agentic search models:

Training Harness-1: A Masterclass in Data Efficiency

The training pipeline for Harness-1 represents a fundamental shift in how the AI industry approaches agentic learning.

Historically, developers have treated search agents as policies operating over massive, ever-growing transcripts, forcing reinforcement learning (RL) algorithms to simultaneously optimize both semantic reasoning and the raw memorization of a search state.

Harness-1’s creators took a radically different approach: because their custom “harness” handles all the routine bookkeeping—like maintaining evidence links, candidate pools, and verification records—the training process only needed to teach the model how to operate this structured interface.

This division of labor drastically simplified what the underlying 20-billion parameter model actually needed to learn.

The process began with a remarkably narrow Supervised Fine-Tuning (SFT) stage. Rather than scraping petabytes of new behavioral data, the team generated just 899 filtered trajectories using a GPT-5.4 teacher agent that was plugged into the exact same harness environment the student model would eventually use.

The goal of this SFT phase was not to inject vast amounts of domain knowledge into the model, but simply to teach it the mechanical rhythms of a good researcher: how to format tool calls, how to tag documents by importance, and the discipline of verifying a claim before promoting it to the final curated set.

Following SFT, the model underwent Reinforcement Learning (RL) using an algorithm called CISPO, applied over full search episodes capping at 40 turns.

The team designed a highly specific terminal reward function that explicitly separated discovery from selection. The model was rewarded not just for finding a relevant document, but for successfully promoting it into the final answer set, while being penalized if it found the answer but failed to curate it.

The researchers also instituted a “tool diversity” bonus; without this specific incentive, they found the policy would quickly collapse into a lazy, search-heavy strategy where it spammed queries but bypassed the harder work of reading and verifying the text.

What makes Harness-1 truly innovative compared to prior work is its unprecedented data efficiency. The entire model was trained on roughly 4,400 unique items—899 SFT trajectories and 3,453 RL queries.

In stark contrast, competing open-source models required vastly larger datasets to achieve worse results: Context-1 utilized over 17,200 training items, while Search-R1 relied on a staggering 221,300 items to learn search behaviors.

By proving that a smarter external cognitive architecture can replace brute-force data scaling, Harness-1 suggests that the future of agentic AI lies in building better environments for models to work within, rather than just training larger models on more data.

Product: Enterprise Applicability and Generalization

From a product perspective, Harness-1 is delivered as a highly capable 20B agent merged into the openai/gpt-oss-20b base architecture.

For enterprise tech stacks, the applicability is massive because businesses need AI to execute multi-step research across proprietary databases without hallucinating or running up exorbitant compute bills.

Harness-1 manages its frontier-level performance at what the creators describe as “Context-1-level cost and latency.” Because the context window is strictly managed by the budget-aware harness rather than continuously expanding, enterprises can deploy this agent autonomously without incurring the exponential token costs typically associated with long-horizon AI tasks.

Even more impressively, Harness-1 proves it can generalize well beyond its training data. According to the research team, it was incredibly cheap to train, utilizing just 899 filtered supervised fine-tuning (SFT) trajectories and a mere 3,453 reinforcement learning (RL) queries.

“Instead of training the model to survive a giant append-only transcript, we train it to use a structured search interface: search, curate, revisit, verify, and submit,” Jiang explained.

This leanness proves a critical point for the AI industry: developers do not necessarily need petabytes of new behavioral data if they build a better cognitive framework for the model to operate within.

Licensing: The Power of Apache 2.0

One of the most significant aspects of the Harness-1 release is its licensing. In plain language, Apache 2.0 is a highly permissive, enterprise-friendly software license that fundamentally enables commercialization.

Unlike “copyleft” licenses (such as the GPL) that can force companies to open-source their own proprietary software if they integrate the code, or “research-only” licenses that ban commercial use entirely, Apache 2.0 gives businesses the green light to freely build, modify, and monetize the technology.

For developers and startups, this means Harness-1 can be seamlessly integrated into commercial enterprise search products, internal data retrieval tools, or customer-facing AI applications without fear of legal reprisal.

The only major requirement is that users must include the original copyright notice and explicitly state any significant modifications they make to the source code, positioning Harness-1 as a highly viable foundational building block for the enterprise.

Community Reactions: A Resounding Validation

The announcement has clearly struck a nerve within the developer community, validating the very real pain points engineers face when building agentic systems. Jiang’s multi-part announcement thread on X quickly garnered massive traction, pulling in over 256.1K views, 3.7K likes, 2.9K bookmarks, and nearly 300 reposts within a matter of days.

This high engagement underscores a growing consensus in the AI space that brute-forcing context windows is a losing battle.

When Jiang posted on X, “I’ve been wondering: maybe search agents are bad at search partly because we make them do all the paperwork in their head,” the resonance was immediate.

For developers who have spent the last year wrestling with AI agents that confidently forget their primary instructions halfway through a database search, the Harness-1 approach feels like a desperately needed course correction.

Ultimately, the community sentiment highlights a shift in industry priorities. Developers are moving away from asking how large an AI model’s context window can get, and instead asking how efficiently an AI model’s environment can manage that context for it. By offloading the paperwork, Harness-1 is proving that smaller, smarter systems can outmaneuver the giants—provided they have the right desk to work at.

The ‘disappearing into the bushes like Homer Simpson’ strategy is a bold choice.

from the ncose-is-a-threat-to-free-speech dept

In totally sane and not-crazy anti-pornography activism news, the National Center on Sexual Exploitation (NCOSE) considers online pornography a national security threat. This may be the stupidest thing NCOSE has ever claimed in its decades’ long fascistic fight against sexuality. 

The group’s president and chief executive officer, Marcel van der Watt, wrote for the Washington Times about cases of sexual exploitation that could potentially harm individuals who are a part of the military-industrial complex. However, he offers no clear example of such cases and simply relies on the organization’s standard talking points that all sexual expression is bad. 

He writes:

Adults are often an underreported victim group because of shame and fear of social repercussions, yet they are deemed high-value targets by exploiters because of their financial resources.

This claim is meant to apply to military and government employees with security clearances who could be subject to coercion, extortion, and other legitimate forms of exploitation if they post nudes consensually or if they were legitimately victimized by criminals. All of these are real issues, but, in true NCOSE form, van der Watt falsely conflates activities that are illegal with those that are lawful. Van der Watt likens this exploitation as a “symptom” of pornography’s ubiquity in national culture, despite the resurgence of white Christian nationalism.

The argument can be summed up that military personnel have private lives, and sometimes those private lives involve pornography, and because of that, they may be coerced into sharing nudes, which means that the government must outlaw porn as a national security threat.

There are a few logical leaps in there.

He calls for the U.S. Justice Department to stand up its long-dormant obscenity task force that once went after legal pornography producers who released hardcore content. Van der Watt’s calls echo a recent attempt by Sen. Jim Banks of Indiana urging acting Attorney General Todd Blanche to reinstate the task force while singling out the $3.15 billion-valued OnlyFans.com. 

And it’s clear that the real threat here is just… van der Watt doesn’t like the idea that some people enjoy pornography:

Yet the national security threat posed by pornography is incubated on a far more granular level.

Pornography corrodes the exact social foundation that supports national strength. It normalizes sexual objectification and fosters impersonal, consumeristic attitudes toward sex. Over time, its use may lead to habituation, where users require increasingly extreme content to achieve the same level of sexual arousal.

Such rhetoric is part of the far-right’s project to eliminate legal and consensual pornography. This has long been a core tenant of NCOSE’s mission. This is the organization that used to be called “Morality in Media.” Remember, this is the same organization that called for the magazine Cosmopolitan to be removed from Walmart checkout lines because the publication was “pornographic.” NCOSE once went after academic database provider EBSCO for not blocking students from accessing anatomically correct sexual education materials. NCOSE is also one of the central groups to argue the pseudo-scientific claim that pornography is addictive like a drug and serves as a public health crisis. NCOSE persists in these claims, despite no evidence of such. And now it wants you to believe its a “national security” threat?

Michael McGrady covers the tech and legal sides of the online porn business.

Filed Under: marcel van der watt, national security, pornography

Companies: ncose

Compact 4K laser projectors are having a moment, and not because everyone suddenly wants to bolt a giant chassis to the ceiling again. More buyers are looking for serious big-screen performance in smaller, more living-room-friendly designs that can fit into real homes without turning the space into a demo room at an AV trade show. Leica clearly sees the same shift.

In 2023, Leica entered the ultra-short-throw projector category with the Hisense-built Cine 1, a $9,000 UST model bundled with either a 100-inch or 120-inch ALR screen. In 2024, it followed with the Cine Play 1, a lifestyle-focused standard-throw projector priced at $3,795. For 2026, Leica is expanding the lineup again with the Cine Compact 1.

Priced at $2,000, the Leica Cine Compact 1 is now the smallest projector in the company’s range, borrowing much of its concept and feature set from the Cine Play 1 but placing it in a smaller, more compact chassis.

That makes it less of a “take it anywhere” projector and more of a smaller premium 4K laser option for buyers who want the Leica badge without handing over Cine 1 money.

Smaller Leica, Still Big-Screen Ambitions

Like the Cine Play 1, the Leica Cine Compact 1 combines RGB laser light source technology with Leica’s premium imaging approach and support for 4K resolution via pixel shifting. The key difference is scale. While the Cine Play 1 can project images up to 300 inches, the Cine Compact 1 tops out at 220 inches, which is still absurdly large for most living rooms unless your sofa came with its own ZIP code.

Leica is positioning the Cine Compact 1 as a more convenient home cinema option for both indoor and outdoor use, helped by built-in smart features and user-friendly setup tools. That outdoor angle comes with the usual projector reality check: it will work best after dark and away from ambient light. Daytime backyard cinema still belongs in the same fantasy file as affordable Leica lenses.

RGB Laser, Leica Optics, and the Usual Brightness Reality Check

The Leica Cine Compact 1 uses a triple RGB laser light source rated for up to 25,000 hours of operation, which should cover a lot of movies, streaming binges, and questionable franchise reboots before anyone starts worrying about the light engine.

Leica rates the Cine Compact 1 at up to 1,700 ANSI lumens, which means it should be capable of producing a clear, high-contrast image in darker rooms or outdoor spaces with minimal ambient light. That last part matters. This is still projection, not witchcraft. If you aim it at a wall during a bright afternoon barbecue, the sun is going to win.

HDR support is also broad, with compatibility for Dolby Vision, HDR10, HDR10+, and HLG. The Cine Compact 1 also includes Leica Image Optimization, or LIO, which uses image-processing algorithms designed to improve color rendition, color gradation, and contrast.

And because Leica is not going to put its name on a projector without making the lens part of the story, the Cine Compact 1 incorporates a genuine Leica Summicron zoom lens. That gives the projector a real optical talking point beyond the badge, which matters at $2,000.

Audio

For the best listening experience with the Leica Cine Compact 1, an AVR and surround sound speaker system would still be the preferred option. At minimum, a good soundbar makes sense, especially since HDMI eARC connectivity is supported. That said, a full external audio setup is not always practical with a compact projector designed to move more easily between rooms or support occasional outdoor use.

To make the Cine Compact 1 more self-contained, Leica includes a 2 x 10-watt onboard audio system with DTS Virtual:Xprocessing. That will not replace a proper surround system or a serious soundbar, but it should provide a more spacious and usable listening experience than the tiny speaker systems found in many lifestyle projectors.

Streaming, AirPlay, and Just Enough Physical Connectivity

The Leica Cine Compact 1 is not just about image quality and onboard sound. It also includes both wireless and physical connectivity, which matters if the goal is to make the projector easy to use without adding a stack of external boxes.

With built-in smart TV features, users can access streaming services directly from the projector, provided it is connected to the internet via Wi-Fi or Ethernet. Leica uses Hisense’s VIDAA streaming platform, which provides access to major apps, including Netflix. The remote control also includes direct-access buttons for Netflix, Prime Video, Disney+, and YouTube.

Wireless support includes Apple AirPlay and Bluetooth. AirPlay allows users to stream compatible content from Apple devices, while Bluetooth can be used for wireless audio streaming from smartphones, tablets, and laptops.

Physical connectivity is more limited. The Cine Compact 1 includes one HDMI port and one USB port. The HDMI connection supports eARC, making it easier to connect the projector to a compatible AVR or soundbar. The USB port can be used to play compatible media files stored on a USB flash drive. 

Flexibility

The Leica Cine Compact 1’s biggest advantage is flexibility. Weighing under 10 pounds, it can be moved from room to room and set up without a permanent installation.

Its integrated 360-degree rotation system allows projection from multiple angles onto walls, ceilings, or other suitable surfaces, while automatic zoom, autofocus, keystone correction, and intelligent screen framing help align the image with minimal manual adjustment. Because spending 20 minutes fixing geometry before the movie starts is nobody’s idea of premium.

For added placement options, the Cine Compact 1 can also be used with the same optional stand as the Cine Play 1, with a stand adapter included.

Comparison

The Bottom Line 

The Leica Cine Compact 1 is the company’s most accessible projector so far, but “entry-level” is doing some heavy lifting at $2,000. What makes it unique is the combination of RGB laser projection, broad HDR support, automatic setup tools, built-in streaming, DTS Virtual:X audio, and a genuine Leica Summicron zoom lens in a smaller sub-10-pound chassis.

What is missing? More HDMI inputs, higher light output, and a price that does not immediately invite comparisons with Hisense’s own M2 Pro, which costs $1,299.99 and offers a very credible alternative, albeit with slightly lower brightness. Leica’s advantage remains optics and image refinement, but buyers are still paying a premium for the red dot. Funny how that works.

Price & Availability

The Leica Cine Compact 1 will be available for $1,995 beginning June 18, 2026 with optional floor stand priced at $495 through Leica Authorized Dealers.

For more information: leicacamerausa.com

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