A new documentary argues that Bitcoin creator Satoshi Nakamoto was two people: late cryptographers Hal Finney and Len Sassaman.
The documentary’s investigation relied on a process of elimination that tapped a Unabomber investigator and cross-referenced suspects’ online activity.
The directors told Decrypt that a 90-minute interview with disgraced crypto mogul Sam Bankman-Fried didn’t make the final cut.
A documentary released on Wednesday asserts that Satoshi Nakamoto was never an individual, but rather a pseudonym shared by two expert cryptographers who combined forces to create Bitcoin before their respective deaths: Hal Finney and Len Sassaman.
Directed by Tucker Tooley and Matthew Miele, “Finding Satoshi” showcases a four-year investigation guided by American business writer William D. Cohan and private investigator Tyler Maroney, delving deep into one of the 21st century’s greatest unsolved mysteries.
The film features well over a dozen interviews, ranging from the wealthiest people in the world to computer scientists who helped uncover Satoshi’s identity, sometimes unintentionally.
Investigations into Satoshi’s identity can bring unwanted legal or personal scrutiny to the individuals—longtime Bitcoin Core developer Peter Todd, for example—yet the conclusion of “Finding Satoshi” provokes little consternation because its suspects are no longer alive.
In some ways, the documentary appears to break new ground, featuring an interview with Fran Finney, the late cryptographer’s widow. In the film, she concedes that her husband probably played a role in Bitcoin’s creation. Cohan told Decrypt, “I think [that] was very, very powerful.”
Sassaman’s widow, Meredith L. Patterson, is also included in the documentary, assessing whether her husband could’ve been Satoshi as well. But that’s not before other suspects are identified first: Adam Back, Nick Szabo, David Chaum, Paul Le Roux, and Wei Dai.
In many ways, the film comes across as a love letter to the digital underground where Satoshi found fertile ground, namely privacy-fighting cypherpunks. Phil Zimmermann is among the most notable featured in the film, a privacy pioneer who armed the public with “military-grade” email encryption in the early ‘90s by creating Pretty Good Privacy (PGP).
Sassaman, who took his own life in 2011 after Satoshi’s final public post, and Finney, who passed away due to complications from ALS in 2014, both worked on PGP’s encryption. The documentary theorizes that Finney composed Bitcoin’s code, while Sassaman handled written matters, including Bitcoin’s foundational nine-page white paper.
Before Cohan and Maroney land on their suspects, Finding Satoshi’s directors devote ample time to mapping out the cultures that Bitcoin was likely born from—such as the Extropians, a group of techno-optimist transhumanists—and various Bitcoin forerunners that Satoshi combined elements of, including Adam Back’s Hashcash.
Back, the co-founder and CEO of Bitcoin infrastructure firm Blockstream who established the concept of proof-of-work, was recently fingered as Satoshi in a New York Times investigation, which leaned heavily on linguistic analysis. Following the article’s publication, Back denied that he was Satoshi, as he has done many times.
“If you had a $100 billion fortune, you’re not just going to sit there and live a life of frugality,” Cohan said, referring to the estimated 1.1 million Bitcoin that Satoshi holds. “We just used our analysis and deductive reasoning to get to a different conclusion.”
The film’s investigators enlisted the help of Kathleen Puckett, a former FBI agent who helped bust Unabomber Theodore John Kaczynski, to assess the motivations of whoever wrote Bitcoin’s white paper. Her analysis: Bitcoin’s creator didn’t seem to care about money.
Back is eventually eliminated alongside several Satoshi candidates following a conversation with Alyssa Blackburn, a data scientist who previously worked at Rice University and Baylor College of Medicine in Houston. She provides Cohan and Maroney with data that allows them to measure suspects’ online history against Satoshi’s. The profile fits Finney and Sassaman.
The flick also presents a fact flagged by Jameson Lopp, CTO of security firm Casa, as a potential counterpoint: Satoshi emailed back and forth with a developer at the same time that Finney, an avid runner, participated in a race in Santa Barbara, California.
That discrepancy ultimately backs investigators’ theory that Finney composed code, while Sassaman composed sentences. Still, Cohan and Maroney said that they conducted plenty of interviews across the cryptosphere that didn’t move the needle much.
Conducted at the height of his powers in 2021, a 90-minute interview with FTX founder and former CEO Sam Bankman-Fried didn’t make the final cut, Cohan said. The disgraced crypto mogul was later sentenced to 25 years in prison for orchestrating a multibillion-dollar fraud scheme.
The documentary features interviews from other figures in finance, including Strategy’s Michael Saylor and Microsoft’s Bill Gates. Cohan noted that those individuals appeared to downplay the importance of Satoshi’s identity, effectively giving investigators a stiff-arm.
“We spent a year and a half interviewing all these people,” Cohan said. “They’re fascinating, and they should be their own separate documentary, but we weren’t getting anywhere.”
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London, United Kingdom, April 22nd, 2026, Chainwire
-Integration delivers multi-currency accounts, including SEPA Instant-enabled EUR payments, and FX infrastructure across CEX.IO’s global operations.
OpenPayd, a leading provider of financial infrastructure, has been selected by global cryptocurrency exchange CEX.IO to underpin its fiat payment operations and institutional settlement activity across its global platform.
CEX.IO supports 15 million retail and professional users worldwide, where managing liquidity across jurisdictions creates operational complexity. For institutional participants in particular, settlement reliability is as important as execution quality. Through OpenPayd’s infrastructure, CEX.IO has introduced multi-currency accounts in EUR, GBP, and USD, alongside integrated FX capabilities, enabling more efficient treasury management and streamlined movement of funds across its global operations.
Within this framework, EUR payment flows are supported via SEPA and SEPA Instant, giving CEX.IO access to near real-time settlement for euro-denominated transactions. By consolidating these flows within a single environment, CEX.IO gains a unified treasury view, supporting faster reconciliation, seamless settlement, and greater control as volumes and counterparty relationships scale.
The integration is designed to simplify how funds move across CEX.IO’s global operations. Rather than relying on fragmented banking relationships, CEX.IO can now route deposits, withdrawals, and internal treasury flows through a unified infrastructure, delivering faster, more consistent settlement for institutional and corporate clients.
Iana Dimitrova, CEO at OpenPayd, said: “CEX.IO operates at a global scale, with institutional clients who expect consistency across every touchpoint. The infrastructure underpinning that consistency is what allows exchanges to compete seriously for institutional flow. By choosing OpenPayd and consolidating fiat settlement into a single environment, CEX.IO is building the operational foundation required to support its next phase of growth.”
Arina Dudko, Head of Corporate Payment Solutions at CEX.IO, said: “Institutional participants increasingly expect crypto platforms to match the speed, reliability, and transparency of traditional financial systems. This integration reflects our focus on closing that gap. By embedding OpenPayd’s real-time EUR settlement and unified treasury capabilities, we’re aligning our infrastructure with the standards institutions are used to—while preserving the flexibility of digital asset markets.”
This collaboration reflects a broader shift in how digital asset exchanges are approaching fiat infrastructure. As institutional participation in crypto markets deepens, the ability to deliver regulated, real-time EUR settlement across a complex entity structure – without the friction of fragmented banking arrangements – is an increasingly important operational capability. Through OpenPayd’s regulated infrastructure, CEX.IO can extend that capability as its institutional business continues to scale.
CEX.IO, a crypto industry pioneer since 2013, began as the GHash.IO mining pool, which mined over 583K bitcoins. After nearly reaching 51% of Bitcoin’s mining power, the platform voluntarily scaled back mining capacity, shifting its focus to trading. Since then, CEX.IO has grown into a comprehensive platform with over 15M registered users, offering services for buying, storing, trading, selling, sending, and earning digital assets. As the first exchange to enable crypto purchases via credit card, CEX.IO has consistently led in innovation while maintaining a spotless 13-year record of security and regulatory compliance, having 40 global licenses and registrations.
About OpenPayd
OpenPayd is building the universal financial infrastructure for the digital economy. Founded in 2018 by Dr. Ozan Ozerk, its rails-agnostic platform enables businesses to move and manage money globally – across fiat and digital assets – through a single, powerful API. OpenPayd provides embedded accounts, FX, domestic and international payments, Open Banking, and stablecoin on/off ramps – delivering interoperability between traditional finance and digital assets. With one of the most comprehensive banking networks in the market, OpenPayd enables real-time money movement, everywhere.
Trusted by global brands including eToro, Kraken, OKX, and B2C2, OpenPayd processes more than $180 billion in annual volumes for over 1000 businesses. It is the infrastructure layer powering the next generation of financial services.
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A Coinbase advisory report says proof-of-stake blockchains may face additional exposure to quantum attacks because validator signatures secure the network.
Wallet cryptography used to prove ownership of crypto is another long-term vulnerability.
The report says current quantum computers cannot break modern cryptography, but urges the industry to begin preparing.
Proof-of-stake blockchains could face greater exposure to future quantum computing attacks because the validator signatures used to secure those networks rely on cryptography that a powerful enough quantum computer could eventually break, according to a report released by cryptocurrency exchange Coinbase.
Released Tuesday by Coinbase’s Independent Advisory Board on Quantum Computing and Blockchain, the report examines how advances in quantum computing could affect digital asset security.
“The right time to prepare for a cryptographic transition is before it becomes urgent,” a Coinbase Advisory Board spokesperson told Decrypt. “Our view is that customer assets are safe today, but the industry should not confuse ‘not imminent’ with ‘not important.’”
Proof-of-stake networks like Ethereum and Solana rely on cryptographic signatures—BLS signatures for Ethereum validators and Ed25519 signatures for Solana validators and users—to help the network agree on blocks and maintain consensus.
“Proof-of-stake chains have exposure in the signature schemes that validators use to secure the network,” the advisory board said. “That means the challenge for proof-of-stake isn’t just upgrading wallets; parts of the core consensus mechanism itself may need to be redesigned.”
The report pointed to recent work by Ethereum developers, including a proposal by co-founder Vitalik Buterin in February to replace BLS validator signatures, KZG commitments, and ECDSA wallet signatures with quantum-resistant alternatives.
Launched in January, Coinbase’s Independent Advisory Board on Quantum Computing and Blockchain brings together academic and industry experts to study how advances in quantum computing could affect blockchain security and to outline long-term solutions. The council includes researchers from Stanford University, the University of Texas at Austin, the Ethereum Foundation, Eigen Labs, Bar-Ilan University, and the University of California, Santa Barbara.
The council also identified digital signatures used by crypto wallets as another major long-term vulnerability. These signatures prove ownership of cryptocurrency and authorize transactions. If broken, attackers could impersonate wallet owners and move their funds. Wallets where public keys are visible on-chain are considered the most exposed. The report estimates that about 6.9 million Bitcoin fall into that category.
The report says current cryptocurrency systems remain secure because quantum computers capable of breaking modern cryptographic signatures do not yet exist. Machines capable of doing so would need to be far more powerful than today’s quantum systems.
While much of the quantum threat discussion has focused on Bitcoin, the council said the network’s core infrastructure—including its mining process, hash functions, and historical ledger—is not considered meaningfully vulnerable under current understanding.
“A quantum computer running Grover’s algorithm could, in theory, solve the proof-of-work challenge faster than a classical computer,” the advisory board said. “However, at the scale of current proof-of-work puzzles, the overhead required to run Grover’s algorithm on a quantum computer outweighs its theoretical advantage.”
Experts warn that moving blockchains to quantum-resistant cryptography presents technical challenges due to quantum-safe signatures being significantly larger than current ones, which could affect transaction speed, storage, and costs.
“The prudent thing to do is to prepare Bitcoin and give people the option to migrate their keys to a quantum-ready format,” Blockstream CEO Adam Back told Bloomberg in a recent interview. “The longer time that Bitcoin users have in order to migrate their keys for custodians and exchanges to move their coins to a quantum-ready format, the safer it will be.”
The report also raises the question of how networks should handle wallets that never upgrade. Lost keys, inactive accounts, and abandoned wallets mean some assets could remain exposed if quantum attacks become possible.
“A cryptographically relevant quantum computer would still require a major leap from today’s systems, but upgrading wallets, exchanges, custodians, and decentralized networks is a multi-year effort,” the advisory board said. “That’s why we wanted to publish now: to ground the conversation in science rather than hype, outline what is actually at risk, and help the industry start making practical migration decisions early.”
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STRONGSVILLE, OH / ACCESS Newswire / April 21, 2026 / Payroll4Construction, Foundation Software’s construction payroll service, has published a new resource to help Oregon general contractors understand Senate Bill 426.
The new law took effect January 1, 2026, and significantly expanded wage liability on construction projects. Payroll4Construction serves construction companies across the country, including those managing complex public works projects in Oregon.
On most construction projects, general contractors pay subcontractors directly. Those subcontractors are then responsible for paying their own employees and lower-tier subs.
That separation has traditionally meant general contractors had limited exposure to wage violations further down the chain – SB 426 eliminates that separation entirely.
Under SB 426, general contractors can be held jointly and severally liable for unpaid wages owed to workers at any subcontractor tier – even if the general contractor has already paid the subcontractor in full.
Workers and the Oregon Bureau of Labor and Industries can file claims directly against the general contractor without first pursuing the subcontractor responsible for the violation.
The resource outlines key considerations for contractors, including:
How “joint and several liability” works under SB 426 and why paying subcontractors in full does not eliminate exposure
What types of claims – unpaid wages, fringe benefits and civil penalties – can be brought against general contractors and property owners
Why contractual indemnification clauses are invalidated under the statute and what recourse options remain
How subcontract language, certified payroll requirements and subcontractor prequalification affect compliance posture
How property owners are also affected and what prime contract language to consider
Knowing where exposure lies – and what to do about it – is the first step toward protecting your business on every public works project.
Payroll4Construction helps construction companies stay compliant with certified payroll requirements, manage subcontractor documentation and maintain the kind of payroll records that matter most when a wage claim is on the line.
To learn more about Oregon SB 426 and how it affects general contractors, click here.
Payroll4Construction, LLCPayroll4Construction is a payroll solution just for contractors. Payroll4Construction can help manage certified payroll reporting, complete multi-jurisdiction processing, handle union tracking, cut checks, issue direct deposits and so much more. For information, visit payroll4construction.com, call (800) 949-9620 or email [email protected].
Foundation Software, LLCFoundation Software delivers job cost accounting, expense & may management, estimating and takeoff, project management, safety management, HR management, mobile field apps and payroll services to help contractors run the business side of construction. For information, call (800) 246-0800, visit http://www.foundationsoft.com or email [email protected].
Media Contacts
Tracie Kuczkowski | VP of Marketing[email protected] | (800) 246-0800 x 7933
Samantha Ann Illius | Marketing Relations Coordinator and Influence Specialist[email protected] | (800) 811-5926 x 4823
SOURCE: Payroll4Construction
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Scammers impersonating Iran are demanding payment in BTC or USDT from vessels stranded at Hormuz.
MARISKS believes at least one vessel fired at on Saturday had paid the fraudulent fee.
Experts warn any crypto transit payment carries sanctions liability, regardless of recipient.
Scammers impersonating Iranian authorities are reportedly targeting shipping companies with fraudulent payment demands to be made through Bitcoin and Tether’s USDT stablecoin, promising safe passage through the Strait of Hormuz.
Greek maritime risk firm MARISKS warned Monday via Reuters that unknown actors impersonating Iranian authorities had sent shipping companies messages demanding cryptocurrency payments for transit clearance in the passage, which has become a flashpoint in the ongoing conflict between Iran and the United States.
“After providing the documents and assessing your eligibility by the Iranian Security Services, we will be able to determine the fee to be paid in cryptocurrency (BTC or USDT). Only then will your vessel be able to transit the strait unimpeded at the pre-agreed time,” the message from the unknown actors reads, as cited by MARISKS.
MARISKS said it believes at least one vessel fired on by Iranian boats Saturday, while attempting to exit the strait during a brief reopening, had paid the fraudulent fee.
Decrypt has reached out to the firm for comment and will update this article should they respond.
No safe harbor
The alert comes weeks after Iranian officials began requiring tolls for passage to be made in Bitcoin, to ensure the fees “can’t be traced or confiscated due to sanctions.”
But whether Iran’s crypto toll system ever actually operated at scale remains disputed.
Days into the state’s announcement, blockchain forensics firm TRM Labs told Decrypt that no on-chain data indicating crypto was being used for Hormuz transit fees have been seen.
In this case, the lack of on-chain evidence has not made the threat any less real for stranded vessels.
“Iran-linked actors have a well-documented history of using cryptocurrency to circumvent traditional financial controls,” Isabella Chase, head of policy for Europe, the Middle East, and Africa at TRM Labs, told Decrypt.
Any wallet addresses associated with these demands “should be treated as high-risk until independently verified through blockchain intelligence,” she added.
Even an unwitting payment to a sanctioned entity carries legal liability under OFAC regulations, and “crypto payments offer no safe harbour” from that exposure, Chase warned. Shipping companies should run blockchain intelligence checks on any wallet before transferring funds and consult sanctions experts before acting on any payment demand, she added.
So far, tanker traffic through Hormuz remains below 5% of pre-war volumes after Iran reimposed restrictions on April 18, with Polymarket users placing roughly 28% odds on normal shipping resuming with the month. On prediction market Myriad, owned by Decrypt’s parent company Dastan, users are more optimistic, putting a 64% chance on the average number of ships transiting the Strait above 15 before May.
“Whether the recipient is genuinely Iranian or not, the intent to transact with a sanctioned regime is present,” Xue Yin Peh, head of investigative strategy and collection at on-chain intelligence firm Chainalysis, told Decrypt.
If the payment reaches Iran, the exposure becomes “straightforward,” Peh explained, noting that any payment to an Iranian government entity or anyone acting on its behalf would likely constitute a sanctions violation under OFAC, EU, and UK rules.
Paying a scammer instead of actual Iranian authorities does not automatically eliminate sanctions exposure, Peh said, adding that regulators could still scrutinize a company’s intent to pay what it believed was a sanctioned regime.
“Beyond sanctions, the company remains a victim of fraud, and the funds may still end up with actors who are sanctioned, designated, or involved in other illicit activity, even if they are not part of the Iranian regime,” he added.
With little public information on how Iran is actually administering crypto toll payments, Peh advised that standard anti-scam practices remain the strongest defense: verify demands through official channels, consult maritime security advisers, and treat urgent payment pressure as a red flag.
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PRAGUE, April 21, 2026 (GLOBE NEWSWIRE) — (SUSECON 2026) — New research reveals while nearly all enterprises (98%) are prioritizing digital sovereignty, just over half (52%) are actively taking steps to achieve it – highlighting a growing gap between ambition and execution. SUSE, a global leader of enterprise open source solutions, today released insights from 309 IT leaders across France, Germany, India, Japan and the U.S. SUSE’s Navigating Digital Resilience report explores how organizations are redefining digital resilience in the age of AI, where pressure to innovate is accelerating faster than the foundational infrastructure required to support it.
“Organizations are often forced to choose between accelerating AI and maintaining digital sovereignty, but it’s a false tradeoff,” said Margaret Dawson, Chief Marketing Officer, SUSE. “Sovereign AI makes it possible to achieve both, embedding control, compliance and innovation into the same foundation.”
The Sovereignty Paradox: Urgency Outpaces ActionWhile digital sovereignty is widely recognized as essential to AI, many organizations remain early in their journey. The race to adopt AI reveals a clear tension between priority and readiness.
Gap between ambition and execution: Nearly all respondents (98%) say digital sovereignty is a priority, yet only 52% are taking action. By country:62% of respondents in India say digital sovereignty is a genuine strategic priority they are actively investing, followed 57% in both Germany and Japan, 52% in the U.S. and 39% in FranceFactor in determining vendors: 45% included sovereignty in recent RFPs and 42% ultimately selected vendors based on it.External pressure as the catalyst: 41% say they only act on sovereignty when required by customers or regulation, suggesting external pressure remains the primary catalyst.
AI is Driving Resilience and RiskAI is emerging as both the catalyst for digital resilience and a source of increased complexity, forcing organizations to rethink control over data, models and infrastructure.
64% of IT leaders say AI transparency – control over model training and AI provenance – will be the top driver of digital resilience in the next five years.Even with an unexpected 20% budget increase, organizations overwhelmingly prioritize AI over sovereignty – signaling that pressure to adopt AI may be outpacing efforts to manage the risks it introduces.
Defining Digital Resilience: Control as the Common ThreadWhile definitions of digital resilience vary, organizations are converging around a core principle: control. Resilience is no longer just about protection, but about maintaining control in increasingly complex, AI-driven environments.
Top priorities for achieving resilience include cybersecurity and threat detection (63%) and multi-cloud or hybrid diversification (52%).Continuous monitoring (44%) and backup and recovery (45%) also rank as critical components of resilience strategies.
Regional Divide Highlights Maturity GapAdoption and attitudes toward digital resilience vary by region, with some markets moving faster from strategy to execution.
In the U.S., 61% of respondents are optimistic about digital resilience and 41% already have a formal digital sovereignty strategy in place.Meanwhile, more mature regulatory environments like Germany and Japan show different prioritization patterns, reflecting varying stages of adoption.
Hyperscaler Tension: Scale vs. SovereigntyEnterprises continue to rely heavily on hyperscalers, even as sovereignty concerns grow.
65% of respondents say hyperscalers are relevant for supporting sovereign workloads.
This creates a balancing act between the scale and convenience of global providers and the need for jurisdictional control, driving demand for open, interoperable solutions and regional ecosystems.
SUSE addresses these challenges directly through its open source infrastructure portfolio — including SUSE Linux, SUSE Rancher Prime, and SUSE AI — designed to give enterprises full control over their data, models, and infrastructure without hyperscaler dependency.
To read the full report, please visit: https://suse.com/navigating-digital-resilience-2026.
MethodologyThe research was conducted among 309 IT leaders across five countries (France, Germany, India, Japan and the U.S.), spanning three regions and 13 industries. Respondents were surveyed independently and were not aware SUSE sponsored the research.
About SUSESUSE is a global leader of enterprise open source software. By transforming community innovations into secure, sovereign and AI-ready solutions, SUSE empowers customers to escape vendor lock-in and regain control of their IT destiny. Through industry-leading Linux, Kubernetes, Edge and AI infrastructure solutions, SUSE delivers the flexibility to innovate everywhere—from the data center to multi-cloud and out to the edge. Only SUSE also manages many Linux and Kubernetes distributions. At SUSE, Choice Happens because we prioritize community, interoperability and relentless innovation. Discover how we power mission-critical resilience at http://www.suse.com.
Media Contact:Rachel Romoffrachel.romoff@suse.com
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Panic banned AI-generated art, music, and writing from its Playdate handheld console’s Catalog storefront.
The company will continue allowing AI coding tools like GitHub Copilot with required disclosure.
The policy change followed controversy over the release of a game that used ChatGPT.
Panic, maker of the Playdate handheld gaming console, announced a ban on AI-generated art, music, and writing from its digital storefront while maintaining allowances for AI-powered coding tools.
The policy creates a clear distinction between creative and technical AI applications. Panic’s updated terms now prohibit any third-party game submissions containing AI-generated creative content, while developers using AI coding assistants must disclose their usage for customer transparency.
“Playdate Catalog has historically required AI use be disclosed by the developer for any game submissions, that part has never changed. But as of this month, the Playdate Catalog storefront now prohibits AI-generated art, music, and writing from any third-party game submissions moving forward,” Panic co-founder Cabel Sasser said in a statement to Game Developer.
The company positioned itself as breaking new ground in gaming distribution, setting its unique handheld—with its black-and-white screen, fold-out hand crank, and indie-centric game library—apart from the juggernauts of the gaming industry.
“We believe we’re one of the first (and possibly only?) digital game storefronts to do this. Steam, Nintendo eShop, PlayStation Store, even Itch, etc. all still permit this type of AI-generated work in their listings,” Sasser said, adding that the move was “an important step to take for both game quality and our community.”
The policy shift emerged after Wheelsprung, a game included in Playdate’s curated Season 2 collection, was discovered to have used ChatGPT and GitHub Copilot for coding and writing assistance.
Sasser acknowledged the oversight, telling Exp last year that Panic’s team didn’t consider that a Season 2 developer would use large language models. He called this assumption “naive,” and took responsibility for the game slipping through their review process.
Playdate launched in 2022 as a boutique gaming device, leaning into its unique design and quirky features rather than compete with high-end handheld devices. The console’s Catalog storefront serves as the primary distribution channel for games designed for the niche platform. Unlike major gaming platforms that have remained largely silent on AI-generated content, Panic’s explicit policy distinguishes between different AI applications in game development—a first for the industry.
Panic has already implemented stricter standards for its upcoming curated collection. The publisher confirmed in a post on Bluesky that Playdate Season 3 will exclude any titles using generative AI in any capacity.
“We can happily confirm that it was a requirement for all Season 3 devs that no AI can be used in Season 3 games,” the company stated, clarifying that “this includes art, music, writing, and, yes, code.”
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UVC USB cameras deliver true plug-and-play imaging, combining OEM flexibility with embedded vision capabilities for seamless system integration. Engineered for performance, these cameras feature HDR imaging, fast autofocus, and industrial-grade 4K quality to meet demanding application needs. Built on USB 3.2 Gen 1 and optimized for Edge AI, they enable high-speed data transfer and intelligent real-time vision processing.
FORT WORTH, TX / ACCESS Newswire / April 20, 2026 / Vadzo Imaging, a world leader of embedded vision, today announced four purpose-built UVC USB camera products from Falcon series the Falcon-821CRH 8.3MP 4K HDR Autofocus Camera, the Falcon-1335CRA 13MP 4K Autofocus Camera, the Falcon-234CGS 2MP Global Shutter Camera and the Falcon-2020MRS 20MP Monochrome Camera each engineered for embedded vision systems that demand driverless integration, consistent image quality and reliable operation across production-grade deployments. Powered by the Onsemi AR0821 HyperLux, Onsemi AR1335, Onsemi AR0234 and Onsemi AR2020 HyperLux LP sensors respectively the four camera combine full UVC compliance, USB 3.2 Gen 1 SuperSpeed connectivity and VISPA ARC SDK support in a lineup designed for OEM teams building industrial automation, robotics, surveillance and edge AI platforms that demand integration speed, cross-platform compatibility and long-term driver stability.
What UVC Compliance Actually Means
UVC stands for USB Video Class. It is a standard defined by the USB Implementers Forum that governs how a USB camera communicates with a host system. A camera that is fully UVC compliant exposes a standardized device descriptor to the operating system which recognizes it as a video capture device and loads its own built-in class driver automatically. No vendor installer. No kernel module. No custom driver required at boot.
The distinction matters because driver development is expensive. It demands engineers with OS-level expertise, a qualification matrix that spans OS versions and hardware platforms and a long-term maintenance commitment that follows the product through its entire deployment lifecycle. Every kernel update, every OS version bump and every new platform the product gets ported to becomes a re-qualification event for a driver-dependent camera. A genuine plug-and-play camera with full UVC compliance eliminates this cycle entirely. What works on the OS version tested at launch continues to work on the next version because Microsoft, the Linux kernel team and Google maintain the UVC stack. The OEM spends engineering resources on application logic instead of driver maintenance.
For teams building industrial camera platforms with deployment lifetimes of ten years or more this stability is not a preference; it is an operational requirement. Vadzo’s UVC camera portfolio is built around this standard from the ground up across all four cameras in this announcement.
Why OEM Teams Care About Driver-Free Integration
For a consumer product plugging in a webcam and watching it work feels unremarkable. For an OEM camera integration team the same outcome represents a significant reduction in program risk.
Driver development is expensive. It requires engineers with OS-level expertise, a test matrix that spans OS versions and hardware configurations and a long-term maintenance commitment. When a vendor updates their driver to address a bug or add a feature the OEM must re-qualify their product. This cycle repeats across the product lifecycle.
A UVC USB camera removes this cycle entirely. Because the camera speaks the OS’s native language the integration is stable by definition. What works on the OS version tested at launch will work on the next version without driver changes because Microsoft, the Linux kernel team and Google maintain the UVC stack. The OEM gets to spend engineering resources on application logic instead of driver maintenance.
This matters even more for teams building industrial camera platforms where the deployment lifetime can stretch to ten years or more and where the cost of a field update to fix a driver incompatibility is measured in logistics and service contracts not just engineering hours.
UVC and the Embedded Vision Reality
Embedded vision deployments add constraints that a desktop webcam never has to handle. The host platform might be a single-board computer running a custom Linux build with a locked kernel version. It might be an Android-based kiosk or an edge AI system running inference with minimal headroom for background processes. In these environments driver stability is not a preference it is a requirement.
Full UVC compliance means the embedded vision camera works on these platforms without any modification. There is no need to port a driver to a new kernel version or negotiate with a vendor to support an embedded Linux distribution that is not in their test matrix. The camera enumerates and streams. That is the contract UVC provides.
For edge AI deployments this also means the camera can feed a frame pipeline directly from a USB port without a software layer between the sensor and the inference engine. Sensor-level controls like ROI windowing and in-pixel binning that are exposed through UVC allow the application to reduce frame size and bandwidth programmatically. This keeps the compute budget focused on the model rather than on data movement.
The Role of Image Quality Within a Plug-and-Play Framework
UVC compliance defines how a camera integrates. It does not define what the camera captures. The two are independent dimensions and both matter for OEM deployments.
A plug-and-play camera that delivers mediocre image quality under real-world conditions forces the OEM to compensate in software. Post-processing pipelines add latency consume compute resources and introduce another layer of engineering to develop and maintain. The better approach is a camera that handles difficult imaging conditions at the sensor level so the application receives clean data from the start.
This is where sensor choice becomes critical. The Falcon-821CRH, built on the Onsemi AR0821 HyperLux sensor delivers embedded HDR beyond 140 dB handling extreme contrast scenes that wash out highlights or crush shadows on standard sensors. The Falcon-1335CRA built on the Onsemi AR1335 sensor delivers 13MP resolution giving OCR engines and AI classifiers significantly more pixel data per capture than 8MP platforms reducing recognition errors at variable working distances. The Falcon-234CGS built on the Onsemi AR0234 sensor eliminates rolling shutter distortion entirely through global shutter architecture delivering geometrically accurate frames on fast-moving platforms where rolling shutter cameras produce skew and smear. The Falcon-2020MRS built on the Onsemi AR2020 HyperLux LP sensor delivers 20MP monochrome imaging with enhanced NIR sensitivity at 850nm and 940nm giving inspection and medical imaging systems the fine feature resolution and spectral range that color sensors at lower megapixel counts cannot match. Each camera addresses a different category of real-world imaging failure and each pairs that sensor-level capability with a genuine UVC interface that requires no driver development to deploy.
The Falcon UVC USB Camera Lineup
Each camera in this lineup addresses a distinct imaging requirement while sharing the same integration foundation: full UVC compliance, USB 3.2 Gen 1 connectivity, VISPA ARC SDK support and a compact board footprint designed for direct embedded integration. Together they give OEM teams a single supplier and a single SDK across four different sensor architectures and application categories.
Falcon-821CRH: 8.3MP 4K HDR Autofocus USB 3.2 Gen 1 UVC Camera
The Falcon-821CRHM, 8 MP USB camera built on the Onsemi AR0821 HyperLux sensor the Falcon-821CRH delivers 8.3MP 4K resolution at 30fps with embedded HDR exceeding 140 dB and an M12 VCM autofocus system that adapts to varying subject distances through software-controlled focus. In-pixel binning, windowing and flexible ROI give system designers direct control over bandwidth and processing load. It is particularly well suited for UAV imaging, OCR systems, access control and edge AI deployments where both dynamic range and depth variability are system constraints.
Falcon-1335CRA: 13MP 4K Autofocus USB 3.2 Gen 1 UVC Camera
For applications that demand higher resolution than the 8.3MP AR0821 platform the Falcon-1335CRA delivers 13MP USB Camera built on the Onsemi AR1335 sensor with VCM-based autofocus covering 100mm to infinity. ROI-based AE and AF, Digital PTZ and iHDR are supported through a full UVC interface. It is particularly well suited for document scanning kiosks, OCR stations, product label capture and retail AI applications where variable working distance and fine text detail both matter.
Falcon-234CGS: 2MP Global Shutter USB 3.0 UVC Camera
Where the application involves fast-moving subjects or a camera mounted on a moving platform the Falcon-234CGS provides 2MP global shutter camera that captures every pixel at the same instant eliminating the rolling shutter distortion that affects scene accuracy at speed. Built on the AR0234 sensor with USB 3.0 UVC compliance it is used in AGV navigation, drone vision, robotics arms, traffic monitoring and machine inspection conveyor systems where motion fidelity is critical.
Falcon-2020MRS: 20MP Monochrome USB 3.2 Gen 1 UVC Camera
The Falcon-2020MRS, 20MP USB Camera Built on the Onsemi AR2020 HyperLux LP sensor the Falcon-2020MRS delivers 20MP monochrome imaging at 5120 x 3840 with enhanced NIR sensitivity at 850nm and 940nm, LI-HDR, eDR and Wake-on-Motion. Through binning the same camera achieves 4K output serving both ultra-high-resolution and bandwidth-optimized workflows from a single hardware platform. It is particularly well suited for digital pathology, semiconductor inspection, microscopy, night vision surveillance and iris identification where fine feature capture and near-infrared response determine output accuracy.
VISPA ARC SDK: Unified Software Control Across the Lineup
All four cameras are supported by the Vadzo VISPA ARC SDK which provides fine-grained software control over streaming, ROI configuration, exposure, HDR settings, trigger synchronization, binning and windowing beyond what the UVC standard exposes natively. APIs are available for C, C++, C# and Python across Windows, Linux and embedded platforms enabling faster development cycles and straightforward lifecycle management for OEM deployments. For OEM teams that need driverless operation at launch and deeper sensor control as the application matures the SDK provides both paths from a single camera platform.
“OEM teams told us repeatedly that plug-and-play was the starting point not the finish line. They needed cameras that integrate without driver work on day one and then give them full sensor control as the application matures. The four cameras in this lineup are built around that requirement. The UVC interface handles the OS layer and the VISPA ARC SDK handles everything the standard does not expose.” – Alwin Vincent, Product Manager, Vadzo Imaging
Frequently Asked Questions
Q1. What does UVC compliant mean for a USB camera?
A UVC compliant camera follows the USB Video Class standard defined by the USB Implementers Forum. The host operating system recognizes it and drives it using its built-in class driver with no vendor-supplied driver required. All four cameras in this lineup are fully UVC compliant and operate driverlessly on Windows, Linux and Android out of the box.
Q2. Which of the four cameras is best for motion-critical applications like AGV and robotics?
The Falcon-234CGS global shutter camera is the correct choice for motion-critical deployments. It captures every pixel simultaneously eliminating the rolling shutter distortion that causes geometric inaccuracies when subjects or the camera platform are moving. For platforms that additionally need HDR imaging across high-contrast warehouse environments the Falcon-821CRH addresses both requirements in a single compact module.
Q3. What is the difference between the Falcon-821CRH and the Falcon-1335CRA?
Both cameras are UVC compliant autofocus platforms. The Falcon-821CRH delivers 8.3MP 4K HDR imaging with embedded HDR exceeding 140 dB on the Onsemi AR0821 sensor making it the stronger choice for high-contrast scene environments. The Falcon-1335CRA delivers 13MP imaging on the Onsemi AR1335 sensor making it the higher-resolution choice for OCR, document scanning and label capture applications where pixel density at the capture plane determines recognition accuracy.
Q4. Can the Falcon-2020MRS deliver 4K output despite being a 20MP camera?
Yes. The Falcon-2020MRS achieves 4K output through on-sensor binning providing a flexible resolution path that allows the same camera to serve both 20MP ultra-high-resolution workflows and bandwidth-optimized 4K deployments within the same system architecture without swapping hardware.
Q5. Do all four cameras support the VISPA ARC SDK?
Yes. All four cameras are supported by the VISPA ARC SDK which provides APIs for C, C++, C# and Python across Windows, Linux and embedded platforms. The SDK enables fine-grained control over streaming, ROI, exposure, HDR settings, trigger synchronization, binning and windowing beyond what the UVC standard exposes natively.
Availability
The Falcon-821CRH, Falcon-1335CRA, Falcon-234CGS and Falcon-2020MRS are available now for evaluation and pre-production sampling with production quantities available for OEM deployment. Engineering teams can access full technical datasheets, CAD files and SDK documentation through Vadzo’s online store at vadzoimaging.com or contact Vadzo’s sales team directly for volume pricing, customization requirements and integration support.
About Vadzo Imaging
Vadzo Imaging develops embedded and machine vision cameras for OEMs and system integrators building production-ready vision systems across industrial automation, robotics, healthcare and smart infrastructure. The company’s imaging platforms span USB, MIPI, GigE, Wi-Fi and SerDes interfaces covering the full range of embedded deployment architectures from compact edge devices to distributed networked systems. Beyond hardware Vadzo provides end-to-end imaging support including sensor integration, ISP tuning, firmware development and SDK frameworks giving engineering teams a single partner from initial evaluation through production lifecycle management.
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3,478.5543Morning Minute is a daily newsletter written by Tyler Warner. The analysis and opinions expressed are his own and do not necessarily reflect those of Decrypt. And check out our new daily news show covering all of the top stories in 5 minutes or less, downloadable on Apple Pod or Spotify.
GM!
Today’s top news:
Crypto majors fall then rebound as Iran tensions escalate; BTC at $75.4k
ETFs see $1.4B in inflows on the week, 2nd biggest week of year
DeFi TVL falls by $13B as KelpDAO exploit fallout worsens; AAVE -25%
Vercel CEO says “highly sophisticated” actors used AI for its exploit
Asteroid meme holds at $150M market cap after Elon says “ok” for SpaceX mascot
🔴 $292M Kelp DAO Exploit Triggers Aave Bank Run, $9B Leaves DeFi in a Day
Saturday at 17:35 UTC, an attacker sent a single crafted message to Kelp DAO’s LayerZero-powered cross-chain bridge.
The bridge accepted it as legitimate and released 116,500 rsETH – roughly $292 million and 18% of total circulating supply—to a wallet that had been pre-funded through Tornado Cash ten hours earlier. No ETH ever changed hands on the other side. The rsETH was effectively minted from nothing. The attacker deposited it into Aave V3 and V4 as collateral, borrowed real wrapped ETH against it, and walked.
Aave didn’t get hacked. Its contracts are fine. But it’s now carrying roughly $196M in bad debt it didn’t create, because rsETH had been whitelisted as ETH-correlated collateral—a faulty assumption.
In the aftermath, TVL on AAVE dropped 25% from $26.4B to ~$20B in a single day and continues to fall by the day. Broader DeFi TVL fell by $13B. The AAVE token fell 30%.
ETH depositors trying to withdraw found liquidity at zero, so they started borrowing stablecoins against their deposits to exit—a textbook bank run. SparkLend, Fluid, Upshift, and Lido all froze or paused rsETH exposure. rsETH holders on 20+ chains now have tokens of uncertain backing.
Aave’s own statement Sunday said rsETH on Ethereum mainnet is “fully backed” but remains frozen “out of an abundance of caution.” But the damage has been done.
DeFi users are re-evaluating the calculus. Does it make sense to risk exploits for average yield? And now every lending protocol has to reassess security. It will take time to rebuild from this, if it’s even possible.
There have been $600M lost from DeFi via exploits in just the past 3 weeks. And the pace is accelerating…
Key Details:
Kelp DAO’s LayerZero bridge was exploited Saturday for 116,500 rsETH (~$292M, 18% of supply); attacker minted unbacked rsETH and used it as Aave collateral to borrow real WETH; ~$196M in bad debt left on Aave; AAVE -30%; largest DeFi exploit of 2026
The contagion: Aave froze rsETH and WETH across Ethereum, Arbitrum, Base, Mantle, and Linea; TVL dropped $6.2B in one day; ETH depositors borrowing stablecoins to exit triggered a bank run dynamic; SparkLend, Fluid, Upshift, and Lido all froze rsETH exposure
The structural issue: LRT tokens like rsETH were whitelisted as near-ETH collateral on Aave, Compound, and Euler; this exploit assumes backing was intact at all times; it wasn’t; every DeFi lending protocol now needs to reassess liquid restaking token collateral risk
🌊 BTC Hit $78K; Then Iran Closed Hormuz Again
Friday was the most violent 24 hours in crypto markets since the war started.
Iranian FM Araghchi posted that the Strait of Hormuz was “fully open to all commercial vessels.” Trump followed on Truth Social claiming Iran agreed to an “unlimited” suspension of its nuclear program and said a permanent deal was “mostly complete.”
Bitcoin ran from $74.5K to $78,400 – its first print above $78K since February 4. Oil crashed nearly 10% to ~$82/barrel. The S&P 500 closed at a record 7,121. There were $600M+ in crypto short liquidations. The ETFs posted ~$800M+ in inflows, the biggest in months.
The vibes were euphoric.
By Saturday morning, tanker owners were receiving Iranian radio transmissions closing the strait. State media said Hormuz had returned to “strict management and control.” BTC pulled back to ~$74K giving back its recent gains, Oil rebounded to $90 and stock futures are red.
And a return to war looks more likely than ever…
📅 Saylor Wants to Pay STRC Dividends Twice a Month
Strategy filed a preliminary proxy Thursday proposing to shift STRC dividend payments from monthly to semi-monthly.
The annual rate stays at 11.5%, and the $1.2B total obligation is unchanged. Holders would just receive smaller checks every two weeks instead of one larger check per month. If approved, the first semi-monthly payment lands July 15.
Strategy is proposing to pay semi-monthly dividends on $STRC, instead of monthly. No change to the annual dividend obligations or dividend rate. These proposed changes are intended to stabilize price, dampen cyclicality, drive liquidity, and grow demand. pic.twitter.com/jHFRaDz6oP
— Michael Saylor (@saylor) April 17, 2026
The reason this matters can be seen in the STRC price action over the past few months. Leading up to the dividend cut off date of the 15th, STRC trades at or above its $100 par with increasing volume until the 14th. Then it goes sub-par for a few weeks as traders no longer need to hold for the dividend. Around the 1st of the month, it hits $100 par again and the cycle repeats.
Well with semi-monthly dividend payments, Saylor could potentially erase that 2-week period where STRC trades sub-par. That would mean more potential capital for him to use to buy Bitcoin – and a safer hold for those holding STRC.
Assuming this goes through, expect Bitcoin to benefit (and maybe even bigly)…
🚀 A Dying Girl’s Wish Made a Meme Coin Worth $175M
Liv Perrotto was 15 years old when she died of cancer in January. Before she passed, she had designed a plush Shiba Inu named Asteroid that flew aboard SpaceX’s Polaris Dawn mission in 2024 as the zero-gravity indicator. Her dying wish was simple: she wanted Elon Musk to make Asteroid the official SpaceX mascot.
Radio host Glenn Beck posted her story on X Thursday night. Elon replied “Will answer shortly” at 11:50 PM ET. That response alone was enough to send the ASTEROID meme coin to a $30M+ market cap.
But traders anxiously awaited Elon’s response. On April 18 in the afternoon, they got it. Elon answered the girl’s questions for him and replied “OK” to the SpaceX final item, confirming Asteroid as the official SpaceX mascot.
The token immediately sent to $100M+ in market cap within hours, reaching $190M+ overnight. It’s now trading near $155M.
Now the question becomes—will Elon continue leaning in and actually make Asteroid Shiba the SpaceX mascot? Or was this a one off response?
🌎 Macro Crypto and Markets
Crypto majors are red but rebounding after a big Sunday selloff; BTC -0.1% at $75.4k; ETH -1% at $2,316; SOL flat at $85; HYPE -4% at $41.30
SKY (+5%), CC (+4%) and M (+7%) led top movers
Oil +2% at $88; Gold even at $4,780
Stock futures red after record-breaking green streak
Vercel’s CEO confirmed a breach traced to a compromised third-party AI tool (Context.ai), which gave attackers access to internal Vercel environments via a hijacked Google Workspace account; CEO Guillermo Rauch called the actors “highly sophisticated” and said they may have used AI to accelerate the intrusion
Coinbase is deploying AI agents modeled after legendary former executives directly into Slack and email; “Fred” is based on co-founder Fred Ehrsam and acts as a strategic planning agent; “Balaji” is modeled after former CTO Balaji Srinivasan and is designed to challenge assumptions and spark innovation
Sam Altman’s World launched its biggest upgrade yet, bringing iris-scan proof-of-human verification to Zoom, Tinder, and concert ticket sales; Tinder will show a “verified human” badge, Zoom gets a deepfake-detection feature called Deep Face, and Concert Kit lets artists reserve tickets for real humans to block scalper bots
Corporate Treasuries & ETFs
Meme Coin Tracker
Meme leaders were green on the day and week; DOGE +1%, SHIB +31%, PEPE +1%, TRUMP +1%, PENGU +2%, SPX -1%, FARTCOIN -2%
Asteroid (+150x), Belief (+400%), Zerebro (+40%), and Griffain (+39%) led notable onchain movers
💰 Token, Airdrop & Protocol Tracker
Creator Fun launched this wekend with a trading terminal, launchpad, AMM and more calling itself “The iPhone moment for Solana”; its CRX token at $13M
The RAVE token fell 90% after a ZachXBT investigation
🚚 What is happening in NFTs?
NFT leaders rallied over the weekend but fell overnight; Punks -1% at 26.6 ETH, Pudgy -5% at 4.36 ETH, BAYC -6% at 7.85 ETH; Hypurr’s -1% at 386 HYPE
Normies (+20%) and Nakamigos (+15%) led notable movers
A PUNK token was airdropped to all Punk holders, soaring 200,000% to $10M in its first night of trading
Daily Debrief Newsletter
Start every day with the top news stories right now, plus original features, a podcast, videos and more.
NEW DELHI, April 20, 2026 /PRNewswire/ — Digital travel platform Agoda is ready to save the day and travelers’ wallets with its fresh “What a Save!” campaign. This lighthearted set of digital ads, including three unique videos, blends humor with creativity to highlight real savings of up to 50% off on domestic hotel bookings.
In the campaign’s videos, viewers are treated to unexpected acts of heroism. One shows a beachgoer rescuing a dolphin washed ashore, with the crowd exclaiming “What a save!” only for the hero to cheekily add, “Actual savings happen on Agoda.” Another video features a girl performing the Heimlich maneuver on a choking peacock, with a grateful mom echoing the same sentiment about Agoda’s savings.
Gaurav Malik, Country Director India at Agoda, shared, “With the new ‘What a Save!’ campaign, we’re blending humor with genuine value. Agoda aims to make travel planning as enjoyable as the journey itself. Wherever travelers venture, booking with Agoda ensures they’ll be amazed and exclaim, ‘What a Save!’.”
In addition to the videos, Agoda is rolling out digital creatives and teaming up with popular creators like Aparshakti Khurana, Raghu and Rajiv of Roadies fame, and Gajraj Rao. This dynamic content lineup is set to engage audiences and highlight Agoda’s knack for great deals and a delightful booking experience.
Agoda’s “What a Save!” campaign is now live on Meta platforms, YouTube and other digital channels. It showcases the platform’s vast offerings, including over 6 million holiday properties, more than 130,000 flight routes, and over 300,000 activities, all of which can be combined in a single booking. Travelers can explore these offerings and find the best deals on Agoda’s mobile app. For more information, visit Agoda.com or download the Agoda mobile app.
