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7 May 2026, 18:30

How Anthropic’s Mythos AI transformed Firefox security in just months

BitcoinWorld How Anthropic’s Mythos AI transformed Firefox security in just months When Anthropic unveiled its Mythos AI model in April, the company warned that the system had discovered thousands of high-severity software vulnerabilities that needed patching before public release. Now, security researchers at Mozilla are detailing how Mythos has reshaped Firefox’s security landscape — uncovering bugs that had remained hidden for over a decade, including critical flaws in the browser’s sandbox protection. From false positives to real breakthroughs In a post published Thursday, Mozilla’s Firefox security team reported that Mythos has unearthed a wealth of high-severity bugs, a dramatic improvement over AI security tools from just six months ago. Earlier AI-powered bug finders often overwhelmed security teams with low-quality reports and false positives, making them impractical for real-world use. But Mozilla’s researchers say the latest generation of agentic AI systems — capable of assessing their own work and filtering out bad results — has turned a corner. “It is difficult to overstate how much this dynamic changed for us over a few short months,” the researchers wrote. “First, the models got a lot more capable. Second, we dramatically improved our techniques for harnessing these models.” The results are striking: In April 2026, Firefox shipped 423 bug fixes, compared to just 31 in the same month a year earlier. The researchers have also published details on 12 of the bugs, including a 15-year-old error in how the browser parses an HTML element and two unusual sandbox vulnerabilities. Sandbox vulnerabilities: the hardest bugs to find The discovery of sandbox vulnerabilities is particularly notable. To find such a bug, the AI must write a compromised patch for the browser, then attack the most secure part of the software with the new code implemented — a delicate, multi-step process requiring both creativity and precision. Mozilla’s bug bounty program offers up to $20,000 for sandbox vulnerabilities, the highest reward available. Despite the top-dollar bounty, Brian Grinstead, a distinguished engineer at Mozilla, told Bitcoin World that Mythos is finding more sandbox issues than human researchers ever did. “We do get them, but not at the volume that we are able to find with this technique,” he said. AI finds bugs, but humans still fix them Despite well-documented progress in AI coding tools, the Firefox team is not yet using AI to fix the bugs it finds. The team does ask AI to generate patches for each bug, but the resulting code usually cannot be deployed directly and instead serves as a model for a human engineer. “For the bugs we’re talking about in this post, every single one is one engineer writing a patch and one engineer reviewing it,” Grinstead said. “We have not found it to be automatable.” What this means for the cybersecurity landscape The broader implications of Mythos’s capabilities remain uncertain. One month after the model was previewed, most of the bugs it discovered likely haven’t been patched yet, making it difficult to capture the full scope of its impact. Anthropic has been scrupulous about following responsible disclosure norms, but it’s likely that malicious actors are using similar techniques behind the scenes, even if the models they’re using aren’t as advanced. Speaking at a recent event, Anthropic CEO Dario Amodei expressed optimism that the new tools would ultimately favor defenders. “If we handle this right, we could be in a better position than we started, because we fixed all these bugs. There are only so many bugs to find,” Amodei said. “So I think there’s a better world on the other side of this.” Grinstead offers a more measured perspective: “It’s useful for both attackers and defenders, but having the tool available shifts the advantage a little bit to defense. Realistically, nobody knows the answer to this yet.” Conclusion Mozilla’s experience with Anthropic’s Mythos model marks a turning point in AI-assisted cybersecurity. The system has proven capable of finding high-severity bugs that eluded human researchers for years, including the most difficult-to-detect sandbox vulnerabilities. While AI has not yet replaced human engineers in the patching process, the technology’s rapid improvement suggests that the balance of power in software security is shifting — with defenders gaining a powerful new tool, even as the same capabilities could eventually be weaponized by attackers. FAQs Q1: What is Anthropic’s Mythos model? Mythos is an AI model developed by Anthropic, designed to detect software vulnerabilities. It was unveiled in April 2026 and has shown significantly improved capabilities over previous AI bug-finding tools, including the ability to assess its own work and filter out false positives. Q2: How many bugs did Mythos find in Firefox? Mozilla reported that in April 2026, Firefox shipped 423 bug fixes, compared to just 31 in the same month a year earlier. The researchers published details on 12 specific bugs, including a 15-year-old parsing error and sandbox vulnerabilities. Q3: Is AI now fixing the bugs it finds? No. While the Firefox team uses AI to generate patch suggestions, the resulting code usually cannot be deployed directly and requires human engineers to write and review each fix. The team has not found the patching process to be automatable. This post How Anthropic’s Mythos AI transformed Firefox security in just months first appeared on BitcoinWorld .

7 May 2026, 18:05

'DeFi is not dead,' it’s going mainstream with AI agents, crypto executives agree

DeFi and its underlying technology have already proved themselves at scale, said eToro CEO Yoni Assia.

7 May 2026, 18:05

Software Engineer Shares Big News for XRP and XLM Holders

Global financial institutions continue to accelerate their exploration of blockchain-based infrastructure as they search for more efficient systems for settlement, tokenization, and cross-border liquidity. As this evolution unfolds, interoperability between different distributed ledgers has become a central focus for developers, regulators, and market participants tracking the next phase of digital finance. Software engineer Vincent Van Code recently amplified that conversation after highlighting what he described as a significant development for XRP and XLM holders . His comments drew attention to a newly referenced institutional patent that has circulated across crypto research circles and sparked renewed debate about how major financial entities may structure future blockchain integrations. DTCC Patent Reveals Multi-Ledger Framework The discussion centers on patent US20250078162A1, where Visual Ledger identified both XRP and XLM appearing together in Figure 17 of the document. The illustration outlines a cross-ledger transaction routing system designed to support interoperability between multiple blockchain networks. This one is big for XRP and XLM https://t.co/5Zprn6gfHg — Vincent Van Code (@vincent_vancode) May 6, 2026 The patent describes a framework that enables digital liquidity tokens to operate across distributed ledgers. It focuses on facilitating asset exchange, fractional ownership, and coordinated settlement processes between separate blockchain ecosystems. The system emphasizes the ability to connect networks such as Ripple-based infrastructure and Stellar-based protocols within a unified liquidity architecture. Visual Ledger also pointed to Securrency, now integrated into DTCC Digital Assets following its acquisition, which previously developed Stellar-based solutions for real-world asset tokenization. That background has strengthened speculation that institutional systems may already incorporate multiple blockchain technologies for financial asset digitization. XRP and XLM Appear in Institutional Context Vincent Van Code responded to the findings by stating that the development looks “big” for both XRP and XLM holders. His reaction reflects growing interest in how institutional frameworks may evolve to include multiple blockchain networks rather than relying on a single standardized protocol. The inclusion of XRP and XLM within the same technical diagram has drawn attention because both assets have historically targeted financial use cases, albeit through different design philosophies. XRP has focused on cross-border liquidity and settlement efficiency, while XLM has emphasized accessibility, low-cost transfers, and asset issuance capabilities. We are on X, follow us to connect with us :- @TimesTabloid1 — TimesTabloid (@TimesTabloid1) June 15, 2025 Interoperability Becomes a Central Theme The broader significance of the patent lies in its emphasis on interoperability across distributed financial systems. Institutions continue to explore ways to connect tokenized assets across multiple ledgers without introducing friction or liquidity fragmentation. While patents do not guarantee implementation, they often reflect ongoing research into potential future infrastructure. In this case, the presence of multiple blockchain networks within a single system design suggests that institutional actors may prioritize cross-chain compatibility in future financial architectures. Market Reaction Remains Measured Despite growing excitement within parts of the crypto community, analysts maintain a cautious outlook. They emphasize that institutional patents often represent exploratory concepts rather than immediate deployment plans. Still, the convergence of XRP, XLM, and DTCC-linked research reinforces a broader industry shift toward interconnected blockchain ecosystems. As institutional adoption of tokenized assets expands, market participants continue to monitor developments that could define how global liquidity infrastructure evolves over the coming years. Disclaimer : This content is meant to inform and should not be considered financial advice. The views expressed in this article may include the author’s personal opinions and do not represent Times Tabloid’s opinion. Readers are urged to do in-depth research before making any investment decisions. Any action taken by the reader is strictly at their own risk. Times Tabloid is not responsible for any financial losses. Follow us on Twitter , Facebook , Telegram , and Google News The post Software Engineer Shares Big News for XRP and XLM Holders appeared first on Times Tabloid .

7 May 2026, 15:50

Startup Battlefield 200 Applications Close May 27: A Final Call for Pre-Series A Founders Seeking VC Access and Global Visibility

BitcoinWorld Startup Battlefield 200 Applications Close May 27: A Final Call for Pre-Series A Founders Seeking VC Access and Global Visibility Applications for the Startup Battlefield 200 competition close on May 27, 2026, marking a final opportunity for pre-Series A founders to secure a spot on one of the most visible stages in early-stage technology. Selected startups will gain direct access to venture capital investors, global media coverage through Bitcoin World, and a chance to win $100,000 in equity-free funding at Bitcoin World Disrupt 2026, scheduled for October 13-15 in San Francisco. What the Startup Battlefield 200 Offers This is not a standard pitch competition. The Startup Battlefield 200 places selected companies on the main stage at Bitcoin World Disrupt 2026, an event expected to draw over 10,000 attendees, including top-tier investors, media representatives, and industry leaders. Participants compete live, receive direct feedback from venture capitalists, and gain exposure to Bitcoin World’s global audience. The program is designed for ambitious early-stage startups building innovative, category-defining products across all industries. Most selected companies are pre-Series A, though select Series A startups may qualify on a case-by-case basis. A functional minimum viable product (MVP) and a clear product demo are required. Founders are evaluated on vision, execution, and real market impact. The competition has historically served as a launchpad for companies such as Dropbox, Discord, Fitbit, Trello, and Mint, which gained early momentum through this platform. Benefits for Selected Startups Selected startups receive a package of resources designed to maximize exposure and growth potential. Benefits include: Global exposure across Bitcoin World’s audience A free exhibit table for all three days of the event Four all-access passes to Bitcoin World Disrupt 2026 A 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 venture capitalists A shot at $100,000 in equity-free funding Applications are free, and the potential return — from investor exposure to media coverage and customer growth — can create significant scaling impact for early-stage companies. Who Should Apply The competition is open globally across every industry. Founders building innovative products with a functional MVP and clear market potential are encouraged to apply. Bitcoin World is specifically looking for startups with vision, execution, and real market impact. Thousands apply each year, but only 200 are selected. From those, 20 finalists pitch live on the Disrupt Stage, and one startup is crowned the winner. Founders who know a startup worth backing can also nominate companies directly through the application portal. Nominations help ensure that promising startups receive enough time to complete their applications before the May 27 deadline. Context and Timing The application deadline arrives as the early-stage funding environment remains competitive. According to data from PitchBook and Crunchbase, venture capital investment in pre-Series A startups has shown signs of recovery in 2026, but founders continue to face pressure to demonstrate traction and differentiation. Events like the Startup Battlefield 200 offer a concentrated opportunity to connect with investors and media in a single setting, potentially accelerating fundraising and customer acquisition timelines. Bitcoin World Disrupt 2026 will also feature over 250 tactical sessions, networking opportunities, and introductions to key players in the technology ecosystem. The event runs from October 13-15 at a venue in San Francisco, California. Conclusion The Startup Battlefield 200 represents a high-ROI opportunity for pre-Series A founders seeking visibility, investor access, and media coverage. With the application window closing on May 27, founders and nominators are encouraged to act promptly. The competition has a track record of launching breakout companies, and this year’s cohort is expected to be no exception. FAQs Q1: What is the deadline to apply for Startup Battlefield 200? The application deadline is May 27, 2026. Late submissions will not be accepted. Q2: Is there a cost to apply or participate? No. Applications are free, and selected startups receive an exhibit table, four all-access passes, and other benefits at no cost. Q3: What stage of startup is eligible? Most selected companies are pre-Series A. Select Series A startups may qualify on a case-by-case basis. A functional MVP and clear product demo are required. This post Startup Battlefield 200 Applications Close May 27: A Final Call for Pre-Series A Founders Seeking VC Access and Global Visibility first appeared on BitcoinWorld .

7 May 2026, 14:55

Bitcoin World Disrupt 2026: Exhibit Before 10,000 Decision-Makers at Moscone West This October

BitcoinWorld Bitcoin World Disrupt 2026: Exhibit Before 10,000 Decision-Makers at Moscone West This October Bitcoin World Disrupt 2026, scheduled for October 13–15 at Moscone West in San Francisco, is positioning itself as a key gathering for the technology and startup ecosystem. Organizers expect more than 10,000 founders, investors, and operators to attend, with the Expo Hall serving as the central hub for deal-making and product discovery. What the Expo Hall Offers Exhibitors The Exhibitor Program at Disrupt is designed to provide startups with direct access to an active, intent-driven audience. Unlike passive conference environments, attendees at Disrupt are described by organizers as actively seeking investment opportunities, new tools, and partnership prospects. The Expo Hall is where these interactions are concentrated, offering startups a chance to engage with qualified leads over three days. Included Benefits and Pricing For $12,500, exhibitors receive a fully branded 6-foot table with signage and seating in the highest-traffic area of the event. The package includes five all-access Exhibitor–Partner passes and five Expo+ passes, with additional tickets available at 50% off. This setup allows team members to move beyond the booth and participate in conversations across the conference. Additional benefits include advanced lead capture through the Disrupt mobile app, access to the Bitcoin World press list, branding across the website and app, and Silver Tier sponsor designation with inclusion in select Bitcoin World coverage. Strategic Value for Startups Returning exhibitors often cite tangible outcomes such as qualified foot traffic, media exposure, and relationship-building that can lead to funding or partnerships. The density of the event—featuring 20,000+ curated meetings, 300+ showcasing startups, and thousands of decision-makers—compresses timelines that might otherwise take months. For startups at any stage, particularly those launching or relaunching products, building a pipeline, or seeking capital, the Expo Hall offers a concentrated environment for visibility and traction. Why Timing Matters Exhibit tables are limited and available on a first-come, first-served basis until sold out or September 25 at 11:59 p.m. PT. Organizers emphasize that no extensions or additional inventory will be available once tables are gone. For startups serious about growth, securing a spot early is critical to ensuring participation. Conclusion Bitcoin World Disrupt 2026 represents a significant opportunity for startups to gain direct access to a high-concentration audience of investors, operators, and founders. With limited exhibit tables and a structured program designed to maximize visibility, the event offers a practical path to accelerating business development in a compressed timeframe. Startups interested in exhibiting should act promptly to secure their place on the Expo Hall floor. FAQs Q1: Who should consider exhibiting at Bitcoin World Disrupt 2026? Startups at any stage that are ready to launch or relaunch a product, build a pipeline quickly, raise capital, or increase visibility in front of a targeted audience of investors and operators. Q2: What is included in the $12,500 exhibitor package? A fully branded 6-foot table with signage and seating, five all-access Exhibitor–Partner passes, five Expo+ passes, lead capture through the Disrupt app, access to the press list, branding across event materials, and Silver Tier sponsor designation. Q3: When is the deadline to reserve an exhibit table? Tables are available on a first-come, first-served basis until September 25, 2026, at 11:59 p.m. PT, or until sold out. No extensions or additional inventory will be offered. This post Bitcoin World Disrupt 2026: Exhibit Before 10,000 Decision-Makers at Moscone West This October first appeared on BitcoinWorld .

7 May 2026, 14:50

Aurora’s Chris Urmson explains why self-driving trucks are finally ready to scale commercially

BitcoinWorld Aurora’s Chris Urmson explains why self-driving trucks are finally ready to scale commercially Self-driving technology has been described as “almost here” for more than a decade. But Aurora co-founder and CEO Chris Urmson believes that moment has finally arrived — at least for long-haul trucking. In a recent interview at the HumanX conference in San Francisco, Urmson told Bitcoin World’s Rebecca Bellan that the company’s commercial driverless operations, which began in April 2025, are now moving from a handful of trucks to hundreds by the end of 2026. Why trucking leads the autonomy race Urmson, a veteran of the DARPA Grand Challenges and a former leader of Google’s self-driving car project, has long argued that autonomous freight offers a clearer business case than robotaxis. The economics of long-haul trucking — where labor costs are high, driver shortages are persistent, and routes are predictable — make it a natural early market for self-driving technology. Aurora’s current operations run between Dallas and Houston, a corridor that offers relatively simple highway driving conditions and high freight demand. Unlike urban robotaxi services, which must navigate pedestrians, cyclists, and unpredictable city traffic, highway trucking involves more structured environments. Aurora’s approach focuses on what Urmson calls “verifiable AI” — systems that can be rigorously tested and validated for safety, rather than relying on end-to-end machine learning models that may behave unpredictably in edge cases. Physical AI versus large language models Urmson drew a sharp distinction between the current boom in generative AI and the challenges of physical AI. While large language models have captured public imagination and venture capital, he noted that deploying autonomous vehicles requires solving fundamentally different problems: real-time perception, motion planning, and fail-safe operations in a world where mistakes can have lethal consequences. “End-to-end systems are a liability when lives are on the line,” Urmson said, emphasizing that Aurora’s technology uses a modular architecture with separate subsystems for perception, prediction, and planning. This design allows each component to be independently tested and validated, a critical requirement for regulatory approval and public trust. The safety triangle and a practical solution One of the persistent challenges in autonomous trucking has been the “safety triangle” problem: ensuring that a driverless truck can safely pull over in the event of a system failure or road hazard. Urmson described a surprisingly common-sense solution — equipping trucks with a minimal set of backup controls that allow a remote operator to guide the vehicle to a safe stop, rather than requiring full teleoperation capability. This approach balances safety with operational practicality, keeping costs manageable while still addressing the most critical failure scenarios. It also aligns with emerging regulatory frameworks that require autonomous trucks to demonstrate a “minimum risk condition” capability. Beyond trucking: Aurora’s roadmap While trucking is Aurora’s immediate focus, Urmson acknowledged that the underlying technology could eventually extend to other domains. He expressed genuine excitement about companies working on autonomous logistics in constrained environments, such as warehouse robotics and last-mile delivery. However, he cautioned against overhyping timelines, noting that each new application requires its own validation cycle and regulatory approval. Aurora’s partnership with major truck manufacturers and logistics providers has been key to its progress. The company’s driver-out operations have already accumulated millions of miles of testing data, and Urmson believes that the combination of regulatory clarity, technological maturity, and market demand has created a window that won’t close. Why this matters The scaling of autonomous trucking has significant implications for the freight industry, supply chains, and the broader economy. If Aurora and its competitors succeed, the cost of moving goods could decrease, delivery times could shorten, and the chronic driver shortage — which has strained logistics networks for years — could be alleviated. However, the transition also raises questions about job displacement, infrastructure readiness, and public acceptance of driverless vehicles on public roads. Urmson’s interview suggests that the industry is finally moving from proof-of-concept to commercial reality, but the path remains incremental. For now, the focus is on proving that autonomous trucks can operate safely and reliably at scale on a few well-defined routes — before expanding to the rest of the country. FAQs Q1: When did Aurora start commercial driverless trucking operations? Aurora began commercial driverless operations in April 2025, initially running a small fleet between Dallas and Houston. Q2: How is Aurora’s approach different from end-to-end AI systems? Aurora uses a modular architecture with separate, independently validated subsystems for perception, prediction, and planning, rather than a single end-to-end neural network. Urmson argues this is safer for life-critical applications. Q3: What is the “safety triangle” problem in autonomous trucking? The safety triangle refers to the challenge of ensuring a driverless truck can safely pull over if a system failure or hazard occurs. Aurora’s solution involves equipping trucks with minimal backup controls that allow a remote operator to guide the vehicle to a safe stop. This post Aurora’s Chris Urmson explains why self-driving trucks are finally ready to scale commercially first appeared on BitcoinWorld .