Sony’s WH-1000XM5 noise-canceling wireless headphones, priced at $250 (was $400), feature 8 microphones and two processors to read the environment and instantaneously adjust to whatever noise is there. When you lift off, say from an airplane, distracting background noise disappears, while office banter or city traffic fades into a distant hum that no longer draws your attention.

Regular travelers notice a significant difference on flights, trains, and even the daily commute. Those persistent background noises simply vanish, allowing you to focus on the music or podcast in your headphones without distraction. The optimiser conducts all of the work for you, so there is no need for fiddling or following instructions. Simply plan your day, and the noise is taken care of behind the scenes.

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It’s also clear that they spent a lot of effort into making these extremely comfortable. The lightweight frame and super-soft cushions sit comfortably on your ears, ensuring that no pressure points bother you even after hours of wear. Yes, some people wear them for an entire working day without ever taking them off. The battery life is also outstanding, lasting up to 30 hours with noise canceling turned on. If you get to the end of that and still need some power, plugging in for 3 minutes will give you another 3 hours of sound time, which comes in handy on unexpected detours.

The sound quality is great and balanced, regardless of what you’re listening to. The bass is tight but not muddy, and the vocals and instruments are crystal clear. If you want to change things up a little, the program allows you to change parameters to make jazz tunes sound smoother and richer or electronic beats seem more energetic. Phone calls sound as clear as day because the beamforming mics pick up your speech while filtering out any background noise, allowing the person on the other end to hear how you sound in real life. It’s especially useful for meetings in noisy environments since it prevents you from feeling like you’re shouting into the wind.

The touch controls are simple to use; simply tap or swipe the earcup to instruct the headphones what to do, such as alter the volume. A single finger covering the right cup pauses the music; another lift resumes it, and a fast double touch allows you to communicate with your voice assistant. After some practice, all of the gestures work consistently, and you’ll find yourself doing them without even thinking about it. Another thing to note is that they have considered travel and storage options. The included durable case protects your headphones, while the charging and audio cords are all neatly stored within.

Samsung is apparently not keeping all of the best new Galaxy AI tricks locked to the Galaxy S26 series. The company has confirmed that it is working on a software update that will bring over newer AI features that were first introduced on the latest flagship lineup.

How Samsung’s community backlash worked

After the Galaxy S26 announcement, reports hinted that new software features may not trickle down to the Galaxy S25 series, which led to backlash from the community. But a Samsung Community moderator shared a post that thanked users for their feedback and confirmed that certain features are arriving on older flagships.

What’s coming with the new update?

The biggest confirmed addition so far is AI-powered call screening. Samsung specifically mentioned this feature in the moderator message. To recall, this feature debuted with One UI 8.5 on the Galaxy S26 series, and is now planned for the Galaxy S25, Galaxy S25+, and Galaxy S25 Ultra via a future update. So, the brand may have changed its decision following backlash from Galaxy S26 owners who were unhappy about the possibility of missing out on some of Samsung’s latest AI tools.

Finer details of the big update are still at large, and Samsung hasn’t published a final list of every Galaxy S26 AI feature that is coming to the S25 series yet. The company has promised “additional features and usability improvements” for the Galaxy S25 series, suggesting call screening may not be the only upgrade in the pipeline.

The One UI 8.5 update is expected to arrive as the next major stable update, though Samsung hasn’t announced a rollout date. But at least part of the Galaxy S26’s AI packaging is heading to the Galaxy S25 models.

Satellites on Fire, founded in 2020 as a school project by three Argentine teenagers, has closed a seed round led by Dalus Capital. Its software-only platform integrates satellite data from multiple agencies and detects fires faster than NASA’s FIRMS system by avoiding the gaps between satellite passes.

Argentine climate-tech startup Satellites on Fire has closed a $2.7 million seed round led by Dalus Capital, with participation from Draper Associates, Draper Cygnus, VitaminC, Savia Ventures, Avesta Fund, Reciprocal, Zenani Capital, Innventure, Air Capital, Gain VC, Antom VC, and Embarca Tech.

The company builds an AI-powered wildfire detection platform that integrates satellite imagery, tower cameras, fire propagation modelling, and real-time alerts, and says its system detects fires on average 35 minutes ahead of NASA’s FIRMS service.

The company was founded in 2020 by Franco Rodriguez Viau, Ulises López Pacholczak, and Joaquín Chamo, then secondary school students at ORT Buenos Aires, after family friends of Rodriguez Viau lost their homes to wildfires in Córdoba.

What began as a school project was rebuilt from scratch after the founders interviewed more than 80 firefighters and emergency responders and concluded their first version was not operationally useful. Rodriguez Viau is now 22 and serves as CEO.

MIT Technology Review’s Spanish edition named him among its 35 Innovators Under 35 for Latin America in 2025.

The platform’s edge over existing systems lies in satellite coverage density. NASA’s FIRMS service draws on a smaller number of satellites with revisit intervals that can leave multi-hour gaps over Latin American territories.

Satellites on Fire aggregates imagery from more than eight satellites across NASA, NOAA, and the European Space Agency, updated as frequently as every five minutes, and applies its own AI models to detect heat signatures and generate spread simulations.

The result, the company says, is detection that consistently precedes NASA alerts by around 35 minutes, which it describes as the critical window for effective early containment. Newsweek reported in November 2025 a documented case in Argentina where the system detected a fire at 1:40 a.m., seven hours ahead of NASA’s alert.

The commercial model is software-as-a-service, with pricing ranging from $0.02 to $10 per hectare annually depending on service tier. The platform currently monitors territory across 21 countries on four continents, with more than 55,000 users and a training dataset built from over 20,000 field-validated fire reports, which the company describes as the largest such database in Latin America.

In 2025, the system was involved in the response to more than 600 wildfires, according to the company. Clients include forestry companies, agricultural enterprises, energy utilities, carbon credit projects, insurers, and government agencies. Aon has integrated the platform into all of its forestry insurance policies across Latin America for risk calculation and premium pricing.

The new capital will fund expansion into the United States market, where the company is already running pilots and has a partnership with Watch Duty, the non-profit wildfire tracking platform.

It will also be used to optimise AI models, launch a parametric wildfire insurance product in partnership with Aon, and build an intelligence dashboard for client protection planning.

Rodriguez Viau has previously said the company intends to eventually move into suppression technology using drones. The US is the primary new target: wildfires are estimated to cost the country hundreds of billions of dollars annually, and the 2025 Los Angeles fires sharpened political and commercial attention on detection gaps.

John Mills, CEO of Watch Duty and an advisor to Satellites on Fire, said the platform’s results with existing satellite data had ‘genuinely astounded’ his team. Diego Serebrisky, co-founder and managing partner at lead investor Dalus Capital, framed the round as evidence that Latin American founders are producing globally competitive AI solutions in climate.

The company previously received $250,000 from Tim Draper and Adam Draper after appearing on Meet the Drapers Season 9, and has also received recognition from the UN and support from MIT and Cornell University at earlier stages.

Pre-Series A founders and anyone who knows a startup worth funding, this is your reminder. Nominations for Startup Battlefield 200 are open, and the strongest contenders are already stepping forward. If your startup was nominated, don’t stop there. Submit your application today.

This is not just another pitch opportunity. You are stepping onto the main stage in front of 10,000+ attendees, top-tier VCs, and the global TechCrunch audience at TechCrunch Disrupt 2026. You are competing, getting live feedback from top VCs, and proving your company belongs.

If you have been thinking about applying or nominating a startup, waiting is the fastest way to miss out. Founders who move early gain the edge with more time to prepare, more visibility, and a stronger shot at standing out to the TechCrunch editorial team. Make your nomination and finish the submission by applying.

Which startups should apply?

We’re looking for early-stage startups building ambitious, innovative, and potentially category-defining products. We accept applications globally, across all industries. Most selected companies are pre-Series A, with some Series A considered on a case-by-case basis. A functional minimum viable product (MVP) and a clear product demo are required. Above all, we back strong founders and ideas with real impact.

This is the same stage where companies like Dropbox, Discord, Fitbit, Trello, and Mint made their early mark. See who else has made it big through Battlefield 200.

Each year, thousands apply. 200 are selected to participate. 20 reach the final round to pitch live on the Disrupt Stage. Only one champion wins. Learn more and apply here.

What selected startups get

• Global exposure across TechCrunch’s audience

• Free exhibit table for all 3 days

• 4 all-access Disrupt passes

• Featured startup profile in the event app

• Press list access and lead generation opportunities

• Exclusive founder masterclasses

• A chance to pitch live on the Disrupt Stage

• Direct feedback from top VCs

• A shot at $100,000 in equity-free funding

Apply for Startup Battlefield 200 today

Applications close May 27, but the founders who win do not wait. They move early and take their shot before the competition catches up.

If you are building something that could define a category, or know a founder who is, this is your moment. Nominate your startup or one that belongs in the arena. If nominated, submit your application. Don’t sit on the sidelines and miss your shot.

These days our appetite for more data storage is larger than ever, with video files larger, photo resolutions higher, and project files easily zipping past a few hundred MB. At the same time our options for data storage are becoming more and more limited. For the longest time we could count on there always being a newer, roomier, faster, and cheaper form of storage to come along, but those days would seem to be over.

We can look back and laugh at low capacity USB Flash drives of the early 2000s, yet the first storage drive to hit 1 TB capacity did so in 2007, with a Hitachi Deskstar 7k100, only for that level of capacity in PCs to not really be exceeded nineteen years later.

We also had Blu-ray discs (BD) promise to cram the equivalent of dozens of DVDs onto a single BD, with two- and even four-layer BDs storing up to a one-hundred-and-twenty-eight GB. Yet today optical media is dying a slow death as the sole remaining cheap storage option. NAND Flash storage has only increased in price, and the options for those of us who have large cold storage requirements would seem to be decreasing every day.

So what is the economical solution here? Invest in LTO tapes using commercial left-overs, or give up and sign up for Cloud Storage™ for the low-low price of a monthly recurring fee?

It’s Not Hoarding, I Swear

Although there are many people today who use just a lightweight laptop with something like 256 GB of storage in it without any complaints, the problem would seem to lie mostly with those who are really into having local and offline data. This can include things like multimedia content, but also project files and resources, which especially in the case of video editing and game development can quickly balloon into pretty serious size requirements.

Over the decades of memory storage, there’s been a near-constant flurry of new innovations and technologies, always with the knowledge that in a decade there would be massively larger forms of storage or at least big price drops to look forward to. This is how my first late 90s PC didn’t have just a zippy Celeron 400 CPU, but also a massive 4 GB HDD.

Compared to the 30 MB HDD in the 386-based system that I had before this was massive, but with multimedia content flooding in courtesy of the filesharing revolution, I quickly had to pop in a 10 GB HDD. By the time that I upgraded to a new PC that was considered small, and I found myself well above 20 GB, before soon joining the 1 TB and later the 5+ TB club. By 2012 HDDs were using 2 TB platters, so this was basically becoming unavoidable.

Meanwhile a lot of files were offloaded or backed up onto optical media, both CDs and DVDs. Although ZIP disks also briefly made an appearance in my PCs, optical discs were simply far cheaper and more universally usable.

The Problem

Even before the current ‘AI’ datacenter-induced tripling of Flash storage costs that’s also affecting USB Flash drives and HDDs, optical media had been slowly phased out for a while. Even without checking sales numbers, you don’t have to be a genius to consider it a bad sign that manufacturers like Pioneer are exiting the optical storage market and big names like Sony ceased the production of recordable Blu-ray discs along with MiniDisc and MiniDV formats.

If you have recently shopped around for internal 5.25″ optical disc drives (ODDs) in particular, you may have noticed that these are becoming increasingly more rare and expensive. Even stand-alone BD player options are becoming more limited, with that distinct ‘final gasp’ vibe that comes with a dying format, as with VHS and kin in the past.

Part of the problem can probably be attributed to the move away by content distributors – including multimedia, games and software – from physical media to online distribution methods. This takes the form of streaming services, Software-as-a-Service (SaaS), and online game stores. At this point you do not even need a BD player in your home game console, never mind PC, to install games. Neither do you need a BD player connected to your smart TV as you can just join the new brave world of terminal-based subscriptions.

So with demand for optical media massively reduced by this shift, what’s left for those of us who just want to back up our data in peace and without shelling out too much hard-earned cash?

The Future

With the prospect of cheap DVD and BD blanks becoming a thing of the past, or unusable due to a lack of new optical drives to use them with, what options remain? We can look at metrics like cost per GB to see what might conceivably make sense.

The most recent 50-disc spindle of DVD+Rs that I purchased came in at just under €15 for 235 GB, so that’s about 6 cents/GB, and I could have gotten it much cheaper by going for larger spindles and shopping around some. For comparison, SSD storage was more than triple that even before the recent price surge, and HDDs are coming in around that same price tag as well.

A quick look at LTO tapes and drives for sale shows that while tapes for the older LTO-8 standard from 2017 are pretty reasonable, the drives cost an absolute fortune, so you’d have to be pretty lucky to score one without having to pawn off a kidney.

Add to this that LTO tapes are only really guaranteed for a lifespan of 15-30 years and are incomparably slower due to being a linear format. This makes tape storage only really suitable for the coldest of cold storage, and not for keeping some videos around, or for game development resources that you would like to pop in and quickly query without dying from old age while a tape seeks to the appropriate position.

The Solution?

Even assuming that the current insane surge in pricing for RAM, NAND Flash, and even HDD storage is just a temporary blip, and that by the time 2027 rolls around the RAMpocalypse will just be a bad dream to meme about, the basic economics of cost per storage would still not have changed in any measurable way.

The advantage of optical media, especially DVDs, is that they’re a very simple technology, relatively speaking. While there is some impressive technology in the optical pick-up component of an ODD, over the decades they have become highly affordable commodity devices. Meanwhile the discs are very cheap to produce, being at their core just some plastic with a coating on which the bits are written, while being very durable if kept away from physical harm.

It’s also essentially guaranteed that a DVD+R or BD-R will not have its data altered, something which cannot be guaranteed with a USB Flash drive. Filesystem corruption and electrical issues may damage or even destroy the Flash drive.

Although it’s easy to say that one should just ‘stop hoarding data’ or subscribe to some cloud storage solution for potentially infinite money per GB, high latency and the possibility of data loss due to a datacenter issue, there are many arguments to be made in favor of keeping local, offline copies, and that this should be done on highly durable media. We just cannot be sure that optical media will remain an option in the future.

What is your take on this conundrum? How do you manage your storage needs in this modern era, and what are your plans for the future? Please feel free to sound off in the comments.

Indoor wireless is hitting limits as more devices crowd the same spectrum. Streaming, video calls, and smart home gear are pushing networks harder while power use rises. A new class of laser chips offers a different path by moving data onto light.

Researchers built a chip-scale optical link that delivers ultra-fast indoor connections with lower energy use. Instead of broadcasting signals widely, it sends data through controlled infrared beams, opening more usable capacity while avoiding interference in dense spaces.

At the core is a chip with 25 microscopic lasers, each carrying its own stream. Working in parallel, they push throughput far beyond a single source. In testing, the setup reached more than 360 gigabits per second across a short indoor link.

The gains are not just speed. Power use drops significantly, offering a more efficient way to handle rising demand.

Laser array proves the speed

Performance comes from a 5 by 5 array of vertical-cavity surface-emitting lasers, each acting as its own high-speed channel.

In tests over two meters, individual lasers delivered about 13 to 19 gigabits per second. With 21 active channels, total throughput reached 362.7 gigabits per second, among the fastest chip-scale optical results so far.

The limit came from the receiver hardware, not the transmitter, suggesting higher speeds are possible with better components.

A custom optical setup also shapes each beam into a defined square, limiting overlap so multiple links can run side by side without interference.

Why light changes the equation

Radio networks struggle in crowded spaces where signals interfere and capacity gets stretched. Light avoids those limits by offering more bandwidth and precise control over where signals go.

Instead of blanketing a room, the system creates a grid of targeted beams with minimal spillover. Measurements show uniform coverage across the target area, helping maintain stable performance for multiple devices.

The setup runs at about 1.4 nanojoules per bit, roughly half that of comparable Wi-Fi systems. The tradeoff is range, as the current setup works over short distances and depends on line of sight.

Where this goes next

This approach is meant to complement existing networks by offloading heavy traffic in high-demand indoor spaces.

The hardware fits on a sub-millimeter chip built with standard processes, making integration into fixtures or access points plausible, though no commercial timeline is given.

As demand rises, combining radio and light-based links could become standard, with laser systems handling the heaviest traffic.

Written by Ran Geva, CEO at Webz.io & Lunarcyber.com

In 2026, stolen credentials are a top-tier security priority. They are also a paradox: even though they are considered a significant risk, enterprises still opt for checkbox solutions and generic tools to mitigate the problem. 

According to a recent survey commissioned by Lunar, a dark-web monitoring platform powered by Webz.io, 85% of organizations rank stolen credentials as a high or very high risk, with 62% saying they are in their top-three security priorities.

At the same time, I’ve spoken with dozens of organizations using Lunar’s community platform, who have told me things like, “we have MFA everywhere, so we’re covered”, and “our EDR and zero-trust stack already protects our employees.”

They fail to realize that EDR and zero-trust measures offer no protection when an employee logs into a critical SaaS service from an unmanaged home device.  

The consequences of failing to detect stolen credentials in time can be catastrophic. According to IBM’s Cost of a Data Breach Report, a breach involving compromised credentials costs between $4.81-4.88 million.

Considering that Lunar observed 4.17 billion compromised credentials in 2025 alone, the potential global cost of these attacks is staggering. All of this means that simple breach monitoring is no longer enough.

An enterprise mindset shift is needed to create a programmatic defense strategy that tackles the ever-evolving threat of infostealers.

Checkbox Monitoring and The Dangers of Using Generic Solutions 

When speaking with organizations, I always ask how they mitigated the infostealer threat before onboarding Lunar. The answers I get follow the same pattern: Exposed credentials are a serious problem and we dedicated resources to solutions to mitigate the threat.

What they didn’t realize is that those solutions were lacking and mainly consisted of:  

• A focus on data breaches instead of infostealers

• ULPs and non-forensic infostealer data

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• High latency and stale data sources

• No automation, integrations, or investigation capabilities 

Our research lays out just how serious the problem is. Only 32% of enterprises that we surveyed use dedicated credential monitoring solutions, while 17% have no tooling at all.

Meanwhile, more than 60% of organizations check for exposed credentials monthly, rarely, or not at all. 

We’ve seen firsthand how these solutions perform. When new organizations onboard Lunar, many are shocked to realize that while their previous tools told them that a breach had happened, they never got the tools to properly investigate how it happened.

The forensic details, including the accounts that were compromised, the devices infected, the SaaS apps that could be impacted, not to mention the session cookies that were stolen, were simply not there. 

While the checkbox approach is better than no security at all, it rarely provides the forensic detail that enterprises need to successfully mitigate the infostealer threat. So, what’s holding them back from scaling their operations? 

The Infostealer Threat is Much Bigger Than Enterprises Think

This is where the infostealer paradox enters into our conversations. While everyone knows about the dangers of exposed credentials, they either fail to prioritize budgets or simply don’t know what kinds of solutions successfully mitigate the problem.

Furthermore, they don’t always understand just how prevalent credential theft actually is, the environments they target, and the information they can access. 

From the 4.17 billion compromised-credential records we collected in 2025, we analyzed infostealer logs, stealer-derived combolists, marketplaces, and Telegram channels. Infostealers like LummaC2, Rhadamanthys, Vidar, Acreed, and others consistently slipped past enterprise monitoring, even in environments that considered themselves mature.

And while many new Lunar users thought that the macOS was safer than Windows, they were shocked to hear about families like Atomic macOS Stealer (AMOS), Odyssey, MacSync, MioLab, and Atlas. 

There is also an awareness problem regarding the data infostealers exfiltrate, which goes far beyond simple username/password pairs. With modern infostealers now sold as full-fledged products, with subscription tiers, dashboards, and documentation tuned to harvesting cookies, session tokens, and SaaS access at scale, organizations are now in a rush to catch up and protect their networks.

For threat actors, session cookies don’t just provide access. They effectively open the front door, letting them skip login pages entirely: no password prompt, no MFA challenge, and often no obvious trace in standard authentication logs.

That is the piece of the puzzle that many organizations are only now internalizing. 

What Does a Typical Infostealer Attack Look Like?

When we talk about what an infostealer attack looks like, and why checkbox security is ineffective, we often break it down into the following process: 

1. Target is infected: The victim’s device is compromised by an infostealer delivered through vectors such as zero-day exploits, ClickFix campaigns, rogue browser extensions, unverified or pirated software, game mods, or malicious open-source projects.

2. Credentials are exfiltrated: The infostealer extracts the browser for logins and cookies, including those from third-party portals, and sends them back to the malware operator.

3. Credentials are bundled and sold: The stolen credentials are bundled into logs and sold on underground markets and private channels. 

4. Attackers access the enterprise network: The attacker who purchases the logs accesses the target network, including third-party portals, using a valid session token. 

This entire chain of events can be completed in hours. Meanwhile, many of the organizations we speak with run credential checks once a month or rely on outdated data.

By the time anything shows up in their legacy monitoring tools, attackers have had plenty of time to explore and exfiltrate whatever data they want.

Developing a Mature Breach Monitoring Program

Organizations we work with that make the switch to a mature breach monitoring program have the tools they need to collect information from channels like stealer logs, Telegram groups, and marketplaces. Instead of relying on ad-hoc checks, they focus on three practical capabilities:  

1. Continuous monitoring and normalization of key sources (breaches, stealer logs, combolists, marketplaces, and relevant channels), so security teams have a clear and deduplicated  view of breach exposures.

2. Targeted automation that reduces false positives and noise, ensuring that analysts spend time on identities and sessions that actually matter. 

3. Integrations into existing security and identity stacks (SIEM, SOAR, IDP) that execute playbooks end-to-end, resetting credentials, invalidating sessions, and blocking accounts as soon as exposures are confirmed.   

Among Lunar users, we’ve seen a clear mindset shift once they get this right. They treat the infostealer threat as its own domain, complete with ownership, metrics, and playbooks, instead of managing their breach monitoring using unrelated tools.

This all goes back to Lunar’s core mission, which is to provide a free breach monitoring solution to any organization, regardless of budget, that delivers enterprise-grade coverage of compromised credentials, infostealers, and session cookies.

Our philosophy is to openly provide enriched compromised credential intelligence, enabling organizations to regain true visibility and resilience.

Redefining Breach Monitoring in 2026   

Even seasoned and knowledgeable security teams can fall into the breach monitoring paradox, where they know the threat but behave as if monthly checks, MFA, and EDR are enough. But in 2026, infostealers move at a speed and scale that checkbox monitoring solutions were never designed to handle.

Treating breach monitoring as a must-have program, instead of a one-off product, provides your enterprise with the visibility needed to view compromised credentials wherever they appear, the context to understand what those exposures mean, and the playbooks to automatically react when an attack is detected.  

To see how Lunar can help you find your organization’s compromised credentials, sign up for free access.

Sponsored and written by Lunar.

Photo credit: This-Profession-1680
Collectors frequently pause for a second when they see one in a thrift store or internet listing. A 1982 RCA Colortrak 2000 stands there with that 25-inch CRT screen behind a full tinted glass panel that swings open like a cabinet door, seeming almost like a piece of furniture at first glance. It protected the tube from dust and made darker scenes appear much more dramatic in well-lit spaces by reducing reflections.

RCA positioned the Colortrak 2000 as the top of their line in the early 1980s. The regular Colortrak sets were fairly reliable at the time, but the 2000 series went one step further by including a specialized comb filter. This item split color signals considerably cleanly than any other way, resulting in incredibly clean edges and minimal “bleeding” between colors on TV or recordings. They also included a light sensor near the screen. Cover it up in a bright area and the display will automatically decrease to reflect the surroundings, since it was quite futuristic stuff for its time, especially given most TVs. You just have a lot of manual knobs to mess with.

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People enjoyed the entire cabinet as much as the hardware itself. Acacia veneer and several good hardwoods received a warm golden finish, polished to a wonderful gloss that blended perfectly with the living room decor. The speakers were located at the bottom of the cabinet, on a glossy chrome base, and featured a dual dimension audio arrangement with two nine-inch oval drivers and a built-in amplifier. RCA even touted it as stereo-ready before stereo broadcasting became popular, and you could connect other sources via audio jacks and tune the bass and treble independently, which was unusual in ordinary sets at the time.

The controls were concealed until you needed them, as a smoked acrylic door moved to one side to display all of the buttons for turning on and off the power, selecting channels, and making picture modifications such as sharpness and hue. There are no large knobs jutting out anywhere. The original remote, later renamed as the Digital Command Center, was compatible with the set and could also control other components in a comprehensive RCA system. A minor but neat feature, since you can push the remote and it will switch on the TV without the need for a separate power button, just a little indication at how RCA conceived of these sets as part of a comprehensive home entertainment package.

The early models, like this 1982 example, only had RF connectors. Cable-ready tuning supported 127 channels, and a super ACU filter ensured color consistency among stations. Later, certain 2000 model Colortraks added composite inputs and even S-video plugs to the back, which could be accessed by tuning to a specific non-broadcast channel. This made the sets extremely useful even after they were brand new, particularly for plugging in gaming consoles or VCRs without the need for a variety of adapters. Yes, there were a few uncommon types with BNC connectors, an homage to all the professional video equipment that most people never saw.

Sam Altman’s 13-page policy blueprint, ‘Industrial Policy for the Intelligence Age,’ proposes auto-triggering safety nets, containment playbooks for rogue AI, and direct citizen dividends from AI-driven growth. He told Axios it is a starting point, not a prescription.

OpenAI has published a 13-page policy document calling for sweeping economic reforms to prepare for what it describes as approaching superintelligence, including taxes on automated labour, a national public wealth fund seeded partly by AI companies, and pilots of a 32-hour working week.

The document, titled ‘Industrial Policy for the Intelligence Age: Ideas to keep people first,‘ was released as Congress prepares to debate AI legislation. CEO Sam Altman told Axios in an exclusive interview that the scale of change coming from AI is comparable to the Progressive Era and the New Deal, and that the two most immediate dangers are cyberattacks and biological weapons capable of being enabled by advanced AI.

The most radical proposal in the document is the public wealth fund. OpenAI suggests the government create a nationally managed fund, seeded in part by contributions from AI companies themselves, that would invest in AI firms and other businesses adopting the technology and distribute returns directly to American citizens.

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The model is comparable to Alaska’s Permanent Fund, which pays annual dividends to state residents from oil revenues.

On labour, the document floats taxes on automated labour and a shift in the tax base from payroll towards capital gains and corporate income, an acknowledgement that AI could hollow out the wage-and-payroll revenue that currently funds Social Security.

The 32-hour workweek proposal is framed as an ‘efficiency dividend’ from AI-driven productivity gains.

The document includes a section on what it calls ‘containment playbooks’ for scenarios in which dangerous AI systems become autonomous and capable of replicating themselves. OpenAI acknowledges scenarios where such systems ‘cannot be easily recalled,’ and proposes government co-ordination as the response.

The blueprint also envisions automatic safety net triggers: when AI-driven displacement metrics hit preset thresholds, benefits including unemployment payments and wage insurance would increase automatically, then phase out when conditions stabilise.

Altman told Axios that a major cyberattack enabled by near-future AI models is ‘totally possible’ within the next year, and that AI models being used to create novel pathogens is ‘no longer theoretical.’

Altman was candid with Axios about the dual nature of the document. OpenAI is the company racing to build the very technology it is warning about, and positioning itself as the responsible actor proposing solutions is plainly also a strategy to shape regulation before regulation shapes it. Anthropic has occupied a similar lane.

The policy paper arrives at a moment when OpenAI is preparing for an IPO, has closed a $110 billion private funding round, and is simultaneously under scrutiny over its conversion from non-profit.

Whether the altruism is genuine or strategic, Altman told ‘Some will be good. Some will be bad. But we do feel a sense of urgency. And we want to see the debate of these issues really start to happen with seriousness.’