<img width="329" height="165" src="https://insideainews.com/wp-content/uploads/2025/12/unlimited-industries-logo-2-1-122025.png" class="webfeedsFeaturedVisual wp-post-image" alt="" style="float: right; margin-left: 5px;" link_thumbnail="" decoding="async" srcset="https://insideainews.com/wp-content/uploads/2025/12/unlimited-industries-logo-2-1-122025.png 329w, https://insideainews.com/wp-content/uploads/2025/12/unlimited-industries-logo-2-1-122025-150x75.png 150w, https://insideainews.com/wp-content/uploads/2025/12/unlimited-industries-logo-2-1-122025-300x150.png 300w" sizes="(max-width: 329px) 100vw, 329px" />San Francisco &#8211; Dec. 3, 2025 &#8212; Unlimited Industries, a California-based company using AI for infrastructure construction, has raised $12 million in seed funding. The round was co-led by Andreessen Horowitz and CIV, with participation from industry investors. The capital is intended to accelerate Unlimited’s expansion and develop its proprietary AI platform – one designed [&#8230;]

قامت شركة Unlimited Industries، وهي شركة مقرها كاليفورنيا متخصصة في الذكاء الاصطناعي للبناء التحتية، بجمع 12 مليون دولار بنجاح في جولة تمويل أولية، قادتها شركة Andreessen Horowitz وCIV. يهدف هذا التمويل إلى تسريع نمو الشركة وتعزيز منصتها الخاصة بالذكاء الاصطناعي المصممة لتطبيقات البناء.

Unlimited Industries, una empresa de California especializada en IA para la construcción de infraestructuras, ha recaudado con éxito 12 millones de dólares en una ronda de financiación inicial, co-liderada por Andreessen Horowitz y CIV. Este financiamiento tiene como objetivo acelerar el crecimiento de la empresa y mejorar su plataforma de IA propietaria diseñada para aplicaciones de construcción.

Unlimited Industries, une entreprise californienne spécialisée dans l'IA pour la construction d'infrastructures, a réussi à lever 12 millions de dollars lors d'un tour de financement initial, co-dirigé par Andreessen Horowitz et CIV. Ce financement vise à accélérer la croissance de l'entreprise et à améliorer sa plateforme d'IA propriétaire conçue pour les applications de construction.

Unlimited Industries, a California-based company specializing in AI for infrastructure construction, has successfully raised $12 million in seed funding, co-led by Andreessen Horowitz and CIV. This funding aims to accelerate the company's growth and enhance its proprietary AI platform designed for construction applications.

Unlimited Industries Raises $12M for AI Construction

On Dec. 4, the Chicago Tribune filed a copyright infringement lawsuit in New York federal court against Perplexity AI, alleging the California-based startup has been unlawfully profiting off the newspaper's content in building its AI-driven search engine.

في 4 ديسمبر، قدمت صحيفة شيكاغو تريبيون دعوى قضائية ضد شركة بيربلكسيتي إيه آي بتهمة انتهاك حقوق الطبع والنشر في محكمة اتحادية في نيويورك، مدعية أن الشركة الناشئة قد حققت أرباحًا بشكل غير قانوني من محتوى الصحيفة أثناء تطوير محرك البحث المدعوم بالذكاء الاصطناعي.

El 4 de diciembre, el Chicago Tribune presentó una demanda por infracción de derechos de autor contra Perplexity AI en un tribunal federal de Nueva York, alegando que la startup ha obtenido beneficios de manera ilegal a partir del contenido del periódico mientras desarrollaba su motor de búsqueda impulsado por IA.

Le 4 décembre, le Chicago Tribune a déposé une plainte pour violation de droits d'auteur contre Perplexity AI devant un tribunal fédéral de New York, affirmant que la startup a illégalement tiré profit du contenu du journal tout en développant son moteur de recherche alimenté par l'IA.

On December 4, the Chicago Tribune filed a copyright infringement lawsuit against Perplexity AI in New York federal court, claiming the startup has unlawfully profited from the newspaper's content while developing its AI-driven search engine.

Chicago Tribune sues Perplexity AI for copyright infringement

Revised rules in California would allow self-driving trucks to test on public highways. The rules also close a loophole allowing police to issue tickets for driverless vehicles.

من المتوقع أن ترفع كاليفورنيا حظرها على الشاحنات ذاتية القيادة، مع لوائح معدلة تسمح لهذه المركبات بالاختبار على الطرق السريعة العامة. كما تعالج القواعد الجديدة ثغرة كانت تسمح سابقًا للشرطة بإصدار مخالفات للمركبات بدون سائق، مما يمثل تحولًا كبيرًا في نهج الولاية تجاه التكنولوجيا المستقلة.

California está a punto de levantar su prohibición de camiones autónomos, con regulaciones revisadas que permiten a estos vehículos probar en carreteras públicas. Las nuevas reglas también abordan una laguna que anteriormente permitía a la policía emitir multas a vehículos sin conductor, marcando un cambio significativo en el enfoque del estado hacia la tecnología autónoma.

La Californie est sur le point de lever son interdiction des camions autonomes, avec des réglementations révisées permettant à ces véhicules de tester sur les autoroutes publiques. Les nouvelles règles comblent également une faille qui permettait auparavant à la police de délivrer des contraventions aux véhicules sans conducteur, marquant un changement significatif dans l'approche de l'État envers la technologie autonome.

California is poised to lift its ban on self-driving trucks, with revised regulations allowing these vehicles to test on public highways. The new rules also address a loophole that previously enabled police to issue tickets for driverless vehicles, marking a significant shift in the state's approach to autonomous technology.

California’s ban on self-driving trucks could soon be over

<img src="https://spectrum.ieee.org/media-library/a-laser-powered-particle-accelerator.jpg?id=62270096&width=1200&height=800&coordinates=62%2C0%2C63%2C0"/> Particle accelerators are usually huge structures—<a href="https://spectrum.ieee.org/attosecond-laser" target="_blank">think</a> of the 3.2-kilometer-long <a href="https://www6.slac.stanford.edu/about/lab-overview" target="_blank">SLAC</a> National Accelerator Laboratory in Stanford, Calif. But scientists have been hard at work trying to <a href="The%20concept%20behind%20the%20new%20device%20was%20first%20described%20in%201979.%20An%20extremely%20powerful%20laser%20strikes%20a%20gas,%20producing%20a%20plasma,%20while%20waves%20in%20the%20plasma%20kick%20electrons%20out%20in%20a%20high-energy%20beam." target="_blank">shrink</a> these accelerators down by using lasers to perform the accelerating. These particle accelerators would be the size of single room, and cost much less as well. Now, a startup says its laser-powered accelerator, the first commercial version of such a device, has successfully accelerated a beam of electrons. These could first be used in radiation tests of electronics designed for satellites and spacecraft.The concept behind the new device was first <a href="https://journals.aps.org/prl/abstract/10.1103/PhysRevLett.43.267" target="_blank">detailed</a> in 1979. An extremely powerful and ultrashort laser pulse strikes a gas, producing a plasma. The plasma oscillates in the laser’s wake, and electrons are dragged along in the plasma’s <a href="https://cuos.engin.umich.edu/researchgroups/hfs/research/laser-wakefield-acceleration/" target="_blank">path</a>, accelerating them to relativistic speeds. These “wakefield accelerators“ can generate acceleration fields up to 1,000 times as great as what conventional particle colliders are capable of. Scientists have long suggested that <a href="https://iopscience.iop.org/article/10.1088/1742-6596/78/1/012021/meta" target="_blank">wakefield accelerators could shrink kilometer-scale facilities to the size of a room or smaller</a>.“Democratization is the name of the game for us,” says <a href="https://web2.ph.utexas.edu/~hegelichgroup/" target="_blank">Björn Manuel Hegelich</a>, founder and CEO of <a href="https://www.tausystems.com/" target="_blank">TAU Systems</a> in Austin, Texas. “We want to get these incredible tools into the hands of the best and brightest and let them do their magic.”TAU has now successfully generated electron beams using its commercial laser-powered wakefield accelerator. “Laser-powered accelerators have been around in academic labs for more than 20 years,” Hegelich says. “What’s most exciting is that until now, they haven’t been available as tools for industry. This result is a major step to change that paradigm and make compact accelerators useful for the world outside of academia.”The new accelerator uses a laser supplied by the <a href="https://www.thalesgroup.com/en/solutions-catalogue/defence/joint/high-power-lasers" target="_blank">Thales Group</a> in France, which TAU notes displays exceptional stability. “The goal here is to focus on reliability and reproducibility rather than record performance,” Hegelich says.The first units for customers will fit in a single room. “For the future, our aim is to reduce the laser to a large cabinet size,” Hegelich says.TAU’s first commercial accelerator will be deployed at the startup’s facility in Carlsbad, Calif., which will operate as a showroom for customers to become familiar with the technology. TAU plans to offer use of its accelerator to commercial and government customers starting in 2026.“This first commercial system will operate in the range of 60 to 100 million electron volts (MeVs) at 100 hertz with capacity to upgrade to higher energies in the future,” Hegelich says. “We’re not rushing to the highest energies yet because there’s a lot of low-hanging fruit in the 100 to 1,000 MeV range, where conventional accelerators are too large to be of practical use.” For comparison, the linear accelerator at SLAC can achieve electron energies up to 50 billion electron volts. <h2>How to Use a Room-Size Particle Accelerator </h2>At 60 to 100 MeV, which requires a laser system with about 200 millijoules of pulse energy, the accelerator will be used in radiation tests of space-bound electronics. “There is a 5 to 10 times supply-demand gap for the most demanding types of testing that this technology can immediately help address,” Hegelich says. “We believe the space industry is going to play an increasingly important role in the world economy, and solving this [radiation testing] problem will significantly accelerate the industry’s growth potential.”After that, TAU plans to increase the laser energy to about 1 joule, bringing the electron beam energy into the 100- to 300-MeV range, Hegelich says. This will allow radiation testing of thicker devices, as well as unlock high-precision, high-throughput medical imaging and “radiation therapy that’s competitive with the best proton therapy at a fraction of the cost.”The 100- to 300-MeV range will also enable <a href="https://spectrum.ieee.org/quantum-sensors-2674296517" target="_self">imaging of advanced 3-D microchips</a>. “Advanced chips are the hardware underlying artificial intelligence,” Hegelich says. “AI has become extremely important to the world economy, and there’s no indication that the trend will level off anytime soon. We want to accelerate the design and manufacturing cycle to help the industry keep up with its ambitions.”Current state-of-the-art tools for such imaging “currently take hours for high-resolution failure analysis to inform the manufacturing process, while our next-generation sources will be bright enough to take the necessary measurements in minutes or less,” Hegelich says.A next-generation multijoule laser could help generate electron-beam energies in the 300- to 1,000-MeV range. This could drive an X-ray–free electron laser, “the brightest terrestrial sources of X-rays ever devised,” Hegelich says. These could be used in next-generation X-ray lithography “to push Moore’s Law to its fundamental limit. There’s been a lot of buzz around this topic lately, and every proposed solution requires a particle accelerator to make it happen. Our accelerators are small enough to make such proposals economically viable without the need to reinvent the modern chip fab.”Such a powerful accelerator could also be used in fundamental science. “Campus-sized accelerators and light sources have been used as tools for some of the most cutting-edge scientific research and engineering for almost 100 years, unravelling new insights into the fundamental nature of energy and matter, chemistry, biology, and materials science,” Hegelich says. “The problem is that there are so few of them because of their size and cost. Our technology shrinks down campus-sized accelerators and light sources to room-sized or smaller. Imagine how much more we will learn as these tools become ubiquitous.”The new accelerator will cost US $10 million and up, depending on the application and feature set. “Much of the manufacturing cost is in the ultrahigh-intensity laser that powers the accelerator,” Hegelich says. “These lasers are still scientific systems in their infancy, so there is a significant opportunity to reduce the cost and footprint as they mature.”

نجح العلماء في تطوير مسرعات جزيئية بحجم غرفة تستخدم الليزر للتسريع، مما يقلل بشكل كبير من الحجم والتكلفة مقارنة بالمرافق التقليدية الكبيرة مثل مختبر SLAC الوطني لتسريع الجسيمات. تمثل هذه الابتكار تحولًا حاسمًا في تكنولوجيا تسريع الجسيمات، مما يجعلها أكثر وصولًا لمجموعة متنوعة من التطبيقات.

Científicos han desarrollado con éxito aceleradores de partículas del tamaño de una habitación que utilizan láseres para la aceleración, reduciendo significativamente el tamaño y el costo en comparación con las instalaciones tradicionales a gran escala como el SLAC National Accelerator Laboratory. Esta innovación marca un cambio fundamental en la tecnología de aceleración de partículas, haciéndola más accesible para diversas aplicaciones.

Des scientifiques ont réussi à développer des accélérateurs de particules de la taille d'une pièce qui utilisent des lasers pour l'accélération, réduisant ainsi considérablement la taille et le coût par rapport aux installations traditionnelles de grande envergure comme le SLAC National Accelerator Laboratory. Cette innovation marque un tournant décisif dans la technologie d'accélération des particules, la rendant plus accessible pour diverses applications.

Scientists have successfully developed room-sized particle accelerators that utilize lasers for acceleration, significantly reducing the size and cost compared to traditional large-scale facilities like the SLAC National Accelerator Laboratory. This innovation marks a pivotal shift in particle acceleration technology, making it more accessible for various applications.

Unlimited Industries Raises $12M for AI Construction

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