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Privacidad, dispositivos portátiles y creación de un ecosistema Web3 seguro: entrevista con Mai Labs

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Mai Labs, una empresa Web3 con sede en las Islas Caimán, presentó su plataforma de metaverso Mayaverse en India a principios de esta semana. La empresa presentó la plataforma que rastrea digitalmente el viaje de la India a través de la historia. Mayaaverse permite a los visitantes explorar antiguas ciudades indias (como Hastinapur), templos existentes y tiendas minoristas modernas, así como lugares virtuales de la vida real para presentaciones de artistas en vivo. Mai Labs planea traer creadores de contenido, marcas, artistas, una nueva generación de consumidores y audiencias conocedoras de la tecnología a su plataforma inmersiva. Web3 sistema ambiental.

Entrevistado por Gadgets360 laboratorios de mayo El director comercial Ashish Minocha y el director de tecnología Kaushik Ananth se reunieron para conocer más sobre la evolución de la empresa. Ecosistema metaverso ¿Cómo pueden estas plataformas lograr un equilibrio entre garantizar la privacidad del usuario y al mismo tiempo prevenir actividades maliciosas y proteger a los usuarios?

Gadgets360: ¿En qué se diferencia el Mayaaverse de la invasión del Meta al metaverso?

Ashish Minucha: Mayaaverse se diferencia de lo que Mark Zuckerberg está construyendo con Meta en varios aspectos. Meta está desarrollando Horizon OS, pero carece de contenido en bruto, mientras que Mayaaverse prioriza el contenido junto con sus ofertas tecnológicas. Debido a que se desarrolló en India, Mayaaverse atiende los matices regionales y culturales de manera más efectiva, mientras que MayaaSDK y los auriculares Lumyn XR están dirigidos a creativos y desarrolladores.

Mientras tanto, MayaaVerse es independiente del hardware, promueve un entorno virtual abierto y democrático y se centra en hacer accesibles entornos virtuales altamente realistas a través de dispositivos básicos para que estén disponibles para una audiencia más amplia.

Gadgets360: ¿Cómo pueden plataformas como Mayaaverse lograr un equilibrio entre proteger la privacidad del usuario y prevenir el abuso?

Kaushik Ananth: Anonimizamos los datos para proteger la privacidad individual, garantizar que no se divulgue información personal y utilizamos un cifrado de datos sólido durante la transmisión y en reposo. Los datos del usuario se almacenan en una base de datos dedicada y altamente segura, separada de otros datos operativos, lo que reduce el riesgo de acceso no autorizado. Los usuarios también pueden ver, editar o eliminar su información y ajustar la configuración de privacidad.

Por otro lado, diseñamos Mayaaverse de tal manera que cada entrada pueda rastrearse hasta una identidad humana real, a través de Conozca a su cliente. Las auditorías de seguridad periódicas, las prácticas éticas de datos y los controles de cumplimiento nos ayudan a cumplir con las regulaciones globales de protección de datos y, al mismo tiempo, brindamos una experiencia de metaverso personalizada.

Gadgets360: ¿Cómo mejoran los entornos realistas las experiencias del Metaverso?

Kaushik Ananth: Crea entornos fotorrealistas metaverso Implica diseñar espacios virtuales que se asemejen mucho a entornos del mundo real. Esto incluye el uso de renderizado de gráficos avanzado para obtener texturas realistas, iluminación precisa con sombras dinámicas y audio espacial inmersivo. Los entornos fotorrealistas en el metaverso crean una sensación de presencia y realismo.

Además, la simulación física juega un papel crucial. Garantiza que las interacciones con objetos y movimientos dentro del entorno se comporten de manera realista, mejorando la inmersión. Por ejemplo, las simulaciones físicas permiten que los objetos respondan a la gravedad, las colisiones y otras fuerzas físicas tal como lo hacen en el mundo real. Este realismo añade profundidad a las experiencias virtuales, haciéndolas más atractivas y creíbles.

Gadgets360: ¿Zero blockchain ofrece funciones que no están disponibles en plataformas de la competencia?

Kaushik Ananth: Zero Layer Blockchain es un protocolo blockchain subyacente que no agrega capas sobre estructuras existentes como las blockchains tradicionales. En cambio, mejora la propia base de la red. Para el ecosistema blockchain de la India, ofrece una mayor velocidad de transacción, una latencia reducida y medidas de seguridad más sólidas.

También tiene un elemento de interoperabilidad que permite que diferentes redes blockchain trabajen juntas. También hemos equipado Zero blockchain con las características de seguridad y cumplimiento requeridas por las regulaciones indias.

Gadgets360: ¿Cómo pueden las plataformas Web3 proporcionar un ecosistema “seguro y confiable”?

Kaushik AnanthGarantizar la integridad y confiabilidad de la tecnología Web3 requiere un enfoque multifacético que incluya consideraciones técnicas, administrativas y organizativas. Esto incluye el uso de algoritmos de cifrado, la adopción de prácticas de cifrado seguras y la implementación de mecanismos de autenticación sólidos para mitigar los riesgos de acceso no autorizado y violaciones de datos.

Al mismo tiempo, los procedimientos Conozca a su cliente (KYC) contribuyen significativamente a generar confianza y credibilidad dentro del ecosistema Web3. Las plataformas también deben priorizar la verificación de los usuarios y demostrar un compromiso con la seguridad y el cumplimiento normativo. Las auditorías integrales de contratos inteligentes también pueden identificar y parchear vulnerabilidades que pueden amenazar la integridad de las aplicaciones descentralizadas.

Gadgets360: Cómo ha sido recibido MyLabs en India en medio del escepticismo hacia el sector Web3

Ashish Minucha: En general, gestionar el negocio Web3 en la India ha sido una experiencia única para nosotros. Como empresa, no suscribimos plenamente la visión ideal de Web3: una visión sin intermediarios ni fronteras, donde el mundo se vuelve completamente sin ley.

Creemos que un mundo así no es práctico. En cambio, admitimos Web H (híbrido) o Web 2.5. Operamos como un ecosistema con licencia y diseño regulado que combina lo mejor de Web2 y Web3. La transparencia y la descentralización siguen siendo nuestros valores fundamentales.

Algunas respuestas se han condensado y editado ligeramente para mayor claridad.

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Los enlaces de afiliados pueden generarse automáticamente; consulte nuestro sitio web Declaración de ética Para detalles.

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Mai Labs presenta la plataforma Metaverse Mayaaverse y los auriculares Lumyn XR VR en India: detalles

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Haciendo grandes apuestas sobre el futuro de la relación avanzada entre humanos y computadoras, la empresa Web3 Mai Labs, con sede en Gran Caimán, ha lanzado su proyecto metaverso Una plataforma llamada 'Mayaaverse' se lanzará en India el miércoles 22 de mayo. La compañía también presentó Lumyn XR, que es un… Auriculares de realidad virtual (VR). Para que los usuarios exploren el ecosistema del mundo digital de forma inmersiva. MyLabs, con estos productos, también conquista el mundo Inteligencia artificial (IA)incorporando tecnologías como blockchain y el metaverso.

Mai Labs está preparado para establecerse como uno de los primeros en ingresar al ecosistema de realidad extendida (XR) con Mayaaverse. Construido sobre la base de la empresa cadena de bloquesLa plataforma proporciona ubicaciones virtuales para que artistas, marcas e institutos educativos se conecten con sus comunidades, especialmente con la generación más joven de consumidores.

Durante la demostración de Mayaaverse, la compañía dio un vistazo a las tiendas minoristas virtuales, destinos religiosos y lugares virtuales para presentaciones en vivo que pretende ofrecer. La plataforma también permitirá a los visitantes viajar a través de la historia del tiempo, permitiendo a las personas visitar ciudades antiguas del pasado.

Al anunciar la plataforma Metaverse, altos funcionarios de la compañía afirmaron que su investigación mostró que los consumidores de las generaciones millennial y Gen Z ya han comenzado a aventurarse en Metaverse para socializar, jugar, intercambiar activos y aprender en los últimos años. La compañía agregó que en los próximos cinco años, los consumidores millennials y de la Generación Z pasarán alrededor de 3,7 horas interactuando con los ecosistemas del Metaverso.

Según el equipo de la empresa, la plataforma planea agregar más funciones a este ecosistema digital que puedan ayudar a los creadores de contenido a conectarse con su público objetivo y generar ingresos.

“Nuestro objetivo es revolucionar la economía de los creadores ofreciendo una plataforma innovadora que les permita desarrollar, colaborar y monetizar su contenido digital de formas nuevas y transformadoras utilizando tecnologías inmersivas e inteligencia artificial, tenemos confianza”. dijo Tapan Sangal, director ejecutivo de MAI Labs. “Es nuestra decisión realizar una inversión significativa en esta área tecnológica”.

Durante el lanzamiento, Sangal también señaló que los usuarios de Mayaaverse deberán completar sus datos. Procedimientos KYC. También señaló que la empresa podrá identificar y rastrear usuarios sospechosos y sus actividades para garantizar la seguridad del ecosistema. Mai Labs agregó que Lumyn

Hoy en día, muchas marcas como Samsung, muerto, CasioY empresa adidas Ya están incursionando en el metaverso.

Un informe de McKinsey del año pasado afirmó que se estima que el campo de la tecnología inmersiva, que consiste en tecnologías como inteligencia artificial, realidad virtual, realidad aumentada (AR) y realidad mixta (MR), genera hasta 5 dólares. billones de dólares para 2030. Se espera que juntas, estas tecnologías impulsen aplicaciones y experiencias para consumidores y empresas, un informe anunciante.

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Obscure $10 billion chip firm you never heard of finally delivers crucial tech for AI future — Astera Labs showcased its Aries 6 PCIe retimer board as it targets future Nvidia HGX boards

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Astera Labs, a relatively unknown semiconductor company with a $10 billion market value, recently showed off its new Aries 6 PCIe retimer board, which it is now sampling to leading AI and cloud infrastructure providers.

Due to the high-speed data transfer within the PCIe interface, the signals can suffer from degradation, especially over longer distances or due to interference. A PCIe retimer helps maintain the data signal integrity over the PCIe interface by cleaning, reshaping, and retransmitting the data signals.

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Brazil budget cuts could leave science labs without power and water

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More than three months into 2024, politicians in Brazil are still at odds about how much money the country’s research institutes and federal universities will receive this year. Scientists say that unless more funding is found, they won’t have enough money to cover basic expenses such as water, electricity and financial aid for students.

On one side of the bargaining table is the National Congress. In December, it imposed cuts to the 2024 budget for the country’s research and higher-education institutions, which have already had their funding slashed several times in the past decade.

On the other side is the administration of President Luiz Inácio Lula da Silva, which is fighting to reverse some of the congressional cuts. Lula, as the leader of the leftist Workers’ Party is popularly known, took office in 2023 pledging to make science a priority, increase Brazil’s spending on research and eliminate deforestation.

“We should be doing research to support conservation policies, but now we are in a situation where we don’t know if we will be able to cover our routine activities,” says Nilson Gabas Júnior, director of the Emílio Goeldi Museum in the Amazonian city of Belém, whose studies provide data that feed into the management of the Amazon rainforest.

Although the cuts affect the entire country, the Amazon institutions argue that they are the hardest hit because their federal support is already disproportionately low.

Temporary reprieve

Lula managed to increase the budget for science and technology in 2023, compared with the levels in 2022, and scientists had hoped that funding would at least remain stable in 2024. Instead, Congress, which is controlled by a conservative majority, slashed the 2024 budget of the Ministry of Science, Technology and Innovation, which funds Brazil’s 16 federal research institutes, by 6.8% compared with that in 2023. Congress also reduced the budget for higher education from 6.3 billion reais (US$1.24 billion) in 2023 to 6.0 billion reais in 2024.

After the budget was passed, an organization that represents the interests of the 69 Brazilian universities supported by the federal government published an open letter calling for more funding. Scientists’ allies in Congress have also tried to persuade legislators to reconsider their decision.

In March, the government and Congress reached an agreement to restore 250 million reais to federal universities’ funding. But Sylvio Mário Puga Ferreira, dean of the Federal University of Amazonas in Manaus, who was involved in the negotiations, points out that “it would take a funding increase of 2.5 billion reais just to bring the universities’ budget closer to 2017 levels”.

Winner take all

The paltry funding for federal universities and research institutes is likely to exacerbate an already-grim situation for science in Brazil’s Amazon. Data from the National Council for Scientific and Technological Development (CNPq), Brazil’s largest government agency for research funding, indicate that only 4% of the money invested in research projects in 2023 was directed to institutions in the seven states classified as the North region, which encompasses 87% of the Brazilian Amazon.

“Scientific activity in Brazil is heavily concentrated in a few education and research institutions in the South and Southeast” regions, says Odir Dellagostin, president of the Brazilian National Council of State Funding Agencies. “They boast the best graduate programs, produce and publish more research and offer the best job opportunities” — and receive the most funding.

The problem extends to biodiversity research. A study1 analysing CNPq’s investments in projects in botany, zoology, ecology and limnology (the study of freshwater ecosystems) between 2016 and 2022 found that research groups from the North region received only 2.57 million reais during this period. “This situation leaves the region with a very limited capacity to respond to the threats the forest faces,” says Lis Stegmann, one of the study’s authors and a biologist at the Eastern Amazon branch of the Brazilian Agricultural Research Corporation (Embrapa), in Belém. CNPq did not respond to Nature’s request for comment.

Institutions in the North region produce fewer — and lower-quality — research outputs than do those in the South and Southeast regions, in part because they have difficulty training and attracting highly qualified personnel, and getting funding. In 2022, the seven Amazon states accounted for 3.9% of Brazil’s scientific production, whereas the state of São Paulo alone accounted for 28.9%, according to an unpublished study by Dellagostin.

Funding feedback loop

This leads to a self-perpetuating problem: decisions about who gets research funding in Brazil are based heavily on quantitative assessments. Scientists who produce more research and publish in high-impact journals have better chances of acquiring funding.

“Amazon research institutions are caught in a vicious circle,” says Emmanuel Zagury Tourinho, dean of the Federal University of Pará. “They don’t have enough funding because they lack robust scientific production, but they also cannot develop their research capacity because they don’t have enough funding.” This has led to a situation in which researchers from São Paulo (around 3,000 kilometres away from the Amazon) receive more public funding to study Amazon biodiversity than do researchers who are actually located in the Amazon.

Some scientists are still hopeful that they will get some extra funds this year. “We are talking to the [science] minister Luciana Santos about the possibility of additional budget allocations for the upcoming months,” Gabas says. The most likely scenario, however, is that this discussion will be postponed until the next budget, because some of the funds that were earmarked for science and education in 2024 have already been redirected.

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Arduino and Silicon Labs partner to make Matter more accessible

Arduino and Silicon Labs partner to make Matter protocol more accessible

The official Arduino team responsible for creating  awesome microcontrollers and a leading platform in the maker and educational communities, has joined forces with Silicon Labs, a prominent player in the world of microcontrollers and wireless chips. This collaboration is set to bring the Matter protocol, a new standard for smart home devices, into the Arduino environment. This move is significant because it promises to make cutting-edge Internet of Things (IoT) technology more approachable for a wide range of users, from students and hobbyists to professional developers.

At the Consumer Electronics Show (CES) in 2024, the partnership made waves by unveiling a new, easy-to-use Arduino library for the Matter protocol. This library is designed to simplify the process of developing IoT projects. Alongside this, they announced the integration of the Arduino core with Silicon Labs microcontrollers, which now works smoothly with the Arduino Integrated Development Environment (IDE). This integration is a big deal because it makes it easier for people to create and use IoT applications, no matter their level of technical expertise.

Rob Shane, the Vice President of Global Mass Markets at Silicon Labs, expressed his enthusiasm for the partnership. He highlighted the benefits of combining Silicon Labs’ high-tech capabilities with Arduino’s user-friendly approach. This combination is expected to spur innovation in various areas, such as smart home technology, industrial IoT solutions, and educational projects.

Arduino and Silicon Labs

The Arduino community is encouraged to start experimenting with the Matter protocol right away. The new core is compatible with existing boards like the Silabs xG24 Explorer Kit and the Sparkfun Thing Plus Matter. These boards are available for early adopters who want to explore what Matter has to offer.

Glenn Samala, CEO of SparkFun, commented on the importance of bringing Matter into the Arduino world. He believes that this step is key to making IoT development more streamlined and fostering a more connected world.

Looking ahead to Arduino Day in 2024, there’s excitement about the introduction of a new member to the Nano board family. This new board will feature the SiLabs MGM240SD22VNA and is expected to make a significant impact on IoT development with its ease of use and advanced capabilities.

The partnership between Arduino and Silicon Labs is likely to have far-reaching effects for the Arduino community. By making advanced IoT technologies more widely available, it’s expected to spark a wave of creativity in various sectors, including smart homes, industrial IoT, and education.

This collaboration between Arduino and Silicon Labs, with the integration of the Matter protocol into the Arduino ecosystem, represents a major step forward in IoT development. It aims to provide a diverse group of users with the tools they need to create innovative IoT solutions, shaping the future of how devices and applications connect and interact.

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Ayar Labs 4 Tbps optically-enabled Intel FPGA Supercomputing

Intel FPGA

Ayar Labs, a leader in the field of silicon photonics, is gearing up to showcase its innovative optical I/O solution, which is seamlessly integrated with Intel’s Agilex FPGA technology, at the prestigious Supercomputing 2023 event. This optical FPGA, which boasts a bandwidth that is five times greater than the current industry standard, and operates at significantly lower power and latency, holds the promise of a paradigm shift in high-performance computing (HPC). It is particularly suited for data-intensive workloads such as artificial intelligence (AI) and machine learning, and is also well-positioned to usher in a new era of disaggregated compute and memory architectures.

Supercomputing 2023

The optical I/O solution developed by Ayar Labs is a key element of this optical FPGA and stands as a testament to the transformative power of silicon photonics. This cutting-edge technology, which harnesses the power of light to transmit data at high speeds, is a critical component for chip-to-chip connectivity. The optical I/O solution facilitates high-speed data transfer, a vital requirement for managing data-intensive workloads in HPC environments, thereby enhancing efficiency and performance.

The successful integration of Ayar Labs’ optical I/O solution with Intel’s Agilex FPGA technology marks a significant milestone in the evolution of HPC. FPGA, or Field Programmable Gate Array, is a technology that enables flexible hardware, making it adaptable to a wide range of tasks. Intel’s Agilex FPGA technology, specifically, is constructed on a 10 nm FPGA fabric die, a core fabric that forms the backbone of Intel’s Agilex FPGAs. This integration culminates in an optical FPGA that comprises two TeraPHY optical I/O chiplets, each capable of delivering a bi-directional bandwidth of 4 Tbps.

Intel FPGA

The optical communication within this FPGA is driven by two SuperNova light sources, which support 64 optical channels. These light sources are fundamental to the high-speed, error-free communication that the optical FPGA provides. The SuperNova light sources, in conjunction with the TeraPHY optical I/O chiplets, are part of the burgeoning chiplet ecosystem, a network of small, high-speed data transfer components that are revolutionizing data communication.

The optical FPGA also reaps the benefits of disaggregated compute and memory architectures. These architectures separate the processing and memory units, thereby enhancing performance and leading to designs that are disaggregated and pooled. Such designs are particularly advantageous for heterogeneous compute systems, where different types of processors are employed, and unified memory architectures, where different processors can access the same physical memory.

The optical FPGA developed by Ayar Labs is more than just a product; it is a vision of the future of HPC. It embodies a long-term roadmap of breakthrough performance and strategic partnerships, including a collaboration with GlobalFoundries on their Fotonix monolithic silicon photonics platform. The optical I/O solution also plays a pivotal role in advancing system designs and enabling emerging disaggregated designs.

Hyperion Research has conducted an in-depth study on the impact of optical I/O on HPC system architecture challenges. Their findings highlight the potential of Ayar Labs’ optical FPGA to bring about a transformation in the HPC landscape. This transformation will be further delved into during Ayar Labs’ activities at Supercomputing 2023.

Ayar Labs’ optical FPGA, with its integration of silicon photonics and Intel’s Agilex FPGA technology, signifies a substantial leap forward in HPC. Its enhanced bandwidth, lower power, and reduced latency could revolutionize data-intensive workloads, paving the way for advancements in AI, machine learning, and disaggregated compute and memory architectures. As Ayar Labs gears up to present this groundbreaking technology at Supercomputing 2023, the future of HPC appears to be on the cusp of a new era of innovation and progress.

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