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Mixx Technologies Acquires Sophic Silicon Technologies and Announces Manufacturing Collaboration with Kaynes Semicon

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A landmark dual announcement signals India’s emergence as a vertically integrated force in global AI semiconductor infrastructure, spanning design to deployment

BENGALURU, India, July 23, 2026 /PRNewswire/ — Mixx Technologies, Inc., a US based venture-backed deep-tech company building the interconnect layer for hyperscale AI infrastructure, today announced two simultaneous strategic moves that together mark a defining moment in India’s semiconductor journey. First, the acquisition of Sophic Silicon Technologies, a Bengaluru-based semiconductor IP design firm, beneficiary of India’s DLI and whose analog mixed-signal design expertise is now integral to Mixx’s co-packaged optics platform. Second, a manufacturing collaboration with Kaynes Semicon Private Limited, an Outsourced Semiconductor Assembly and Test (OSAT) specialist and beneficiary of India’s Production Linked Incentive (PLI) scheme, to establish a test and assembly facility that will support Mixx’s optical IC packaging roadmap. Taken together, the two announcements represent the first time an international deep-tech company has anchored both the design and manufacturing layers of a next-generation AI silicon platform in India, turning the country’s policy ambition into commercial reality.

The Acquisition: Completing the Full-Stack Foundation for Co-Packaged Optics
Every major cloud provider is deploying GPUs at a pace and scale that would have seemed implausible three years ago. But raw compute density is only half the equation. The harder problem is making sure those GPUs are working to its full potential and not waiting. In large AI clusters, accelerators spend a significant fraction of their time stalled on data waiting to move between chips fast enough to keep compute fed. The interconnect, not the GPU itself, is increasingly the binding constraint on utilization. And utilization directly determines the cost of a token and the energy burned to produce it. For hyperscalers running inference at billions of queries a day, the economics are unforgiving: every percentage point of GPU idle time is waste at scale. Introducing optics to declutter the data path improves efficiency. Co-packaged optics (CPO), the most effective solution to the interconnect bottleneck, integrates photonic engines directly alongside ASICs and accelerators, moving data at optical speeds and at a fraction of the power of conventional electrical interconnects. It unlocks the bandwidth density required to keep GPUs utilized efficiently and sustainably, bringing down both the cost of a token and the energy consumed to produce it.

The industry is focused, the demand is now, and Mixx is ready for real-world deployments.

Delivering CPO at hyperscale, however, requires precision across the full electronic-photonic stack; the hardest layer to design is the analog mixed-signal interface between the photonics and the digital system. That is precisely what Sophic Silicon Technologies has designed using advanced CMOS process nodes. Their IP now forms the electronic IC foundation of Mixx’s HBxIO™ platform – a multi-terabit, ultra-high-radix optical interconnect architecture purpose-built for large-scale AI inference and training. The acquisition brings Sophic Silicon’s full team and IP portfolio into Mixx, effective immediately.

“Our vision has always been to build the complete electronic-photonic stack. Sophic Silicon brings critical analog mixed-signal expertise that reinforces HBxIO and moves us closer to deploying optical connectivity at hyperscale.”

        — Vivek Raghuraman, CEO, Mixx Technologies

Sophic Silicon’s founders and core engineers, with backgrounds spanning advanced CMOS process design, EDA and IP development, and high-speed networking, will join Mixx’s core product development organization and continue expanding R&D operations in India.

“Sophic Silicon exists because optical connectivity at hyperscale demands more – lower power, higher bandwidth, seamless multi-protocol integration, and latency that lets networks perform at their absolute best. Mixx gives us the platform, the ecosystem, and the global reach to take that work where it was always meant to go. What we built in Bengaluru is now part of the infrastructure that the world’s largest computing deployments will run on.”

         — Deepak Pancholi, Founder, Sophic Silicon Technologies

The Collaboration: From Design to Deployment with Kaynes Semicon
Designing world-class semiconductor IP in India is a milestone. Manufacturing and testing it there is a transformation. Mixx Technologies’ collaboration with Kaynes Semicon Private Limited, a leading Indian OSAT provider and PLI beneficiary, is precisely that second step.

The collaboration brings together Kaynes Semicon’s advanced OSAT capabilities and Mixx’s optical IC design expertise to build a dedicated test and assembly capability for next-generation optical integrated circuits. Kaynes Semicon brings deep process knowledge in semiconductor assembly, packaging, and test, backed by the capital investment and institutional credibility of a PLI-supported program. For Mixx, the partnership creates a tightly integrated domestic manufacturing pathway for components of the HBxIO™ platform, enabling faster development cycles, closer collaboration between design and production teams, and the kind of end-to-end control that is essential when pushing the limits of optical IC performance.

“This multi-year collaboration with Mixx Technologies is a strong signal of where India’s semiconductor manufacturing ecosystem is headed. We have built the infrastructure and the process depth to support advanced optical IC packaging. Working with Mixx brings a world-class design partner into that ecosystem, demonstrating that PLI-backed Indian manufacturers can play at the leading edge of the global AI hardware supply chain.”

          — Raghu Panicker, CEO, Kaynes Semicon Private Limited

From India, for the World: A New Model for Semiconductor Globalization
Mixx Technologies has maintained R&D operations in India since its founding, alongside its San Jose headquarters and Taiwan facilities. The acquisition of Sophic Silicon deepens that presence significantly, embedding a team with leading-edge analog mixed-signal and photonics design experience into Mixx’s core product organization. The collaboration with Kaynes Semicon adds a manufacturing dimension: for the first time, a next-generation optical interconnect platform will have both its design and its assembly and test operations anchored in India. This is not an offshoring story. It is a story about India becoming a primary node in the global AI semiconductor value chain, with design, manufacturing, and IP origination happening here, at global scale.

“Mixx Technologies is committed to developing next-generation silicon photonics IP and system designs in India, contributing to the country’s ambition of becoming a global hub for semiconductor design and advanced manufacturing. The talent here is exceptional. The policy environment has matured to support it. And today’s announcements are what happens when both come together.”

           — Vivek Raghuraman, CEO, Mixx Technologies

The Road Ahead: Building the AI Interconnect Layer, in India
Sophic Silicon’s mixed-signal IPs is now being integrated across the HBxIO™ platform stack. Mixx is actively engaged with cloud service providers to qualify the platform across both scale-up and scale-out network, connecting servers and clusters across data center fabric.

The Kaynes Semicon collaboration is underway, focused on qualifying advanced optical IC assembly and test processes that meet the stringent performance and reliability standards hyperscale deployments demand. Mixx continues to expand its India R&D organization, with Bengaluru at the center of its global analog mixed-signal and photonics IC development.

The global AI chip market is projected to exceed $400 billion by 2030. The interconnect layer, tracking how data moves between chips, between accelerators and between clusters, is where the next wave of differentiation will be won. Mixx Technologies is building that layer. And it is building it in India.

About Mixx Technologies
Mixx Technologies, Inc. is venture-backed deep-tech company founded by the team that commercialized many zero-to-one silicon photonics products. The company is solving the data-movement bottleneck for AI compute infrastructure through its HBxIO™ platform, a multi-terabit, ultra-high-radix co-packaged optical interconnect architecture enabling cloud service providers to deploy large-scale AI inference at the speed and efficiency hyperscale demands. Headquartered in San Jose, California, with R&D operations in India and Taiwan. Visit: www.mixxtech.io.

About Sophic Silicon Technologies
Sophic Silicon Technologies is a Bengaluru-based semiconductor IP design firm specializing in analog mixed-signal, wireless and photonics ICs for AI-scale infrastructure. A beneficiary of India’s Design Linked Incentive (DLI) Scheme under the India Semiconductor Mission, the company developed its IP at leading-edge CMOS process nodes to address the electro-optic interface challenges central to co-packaged optics and next-generation AI scale-up interconnects. Sophic Silicon Technologies is now part of Mixx Technologies.

About Kaynes Semicon Private Limited
Kaynes Semicon Private Limited is an Indian OSAT (Outsourced Semiconductor Assembly and Test) company and beneficiary of the Government of India’s Production Linked Incentive (PLI) scheme for semiconductors. With infrastructure and advanced assembly capabilities at its Sanand, Gujarat facility, Kaynes Semicon is building India’s domestic semiconductor manufacturing ecosystem for next-generation packaging and test requirements.

Media Contact
Ramya Barna
Marketing and Investor Relations, Mixx Technologies, Inc
info@mixxtech.io

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GHIT Fund Invests Approx. JPY 140 Million in a Portable Rapid Diagnostic System for Ebola Disease in a Joint Project Between Osaka Metropolitan University, K.K. DNAFORM, and INRB

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July 23, 2026

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TOKYO, July 23, 2026 /PRNewswire/ — The Global Health Innovative Technology (GHIT) Fund announced today an investment of JPY 140 million (approximately USD 862,000) in a project to develop a portable rapid diagnostic system for Ebola disease. The system is being jointly developed by Osaka Metropolitan University, K.K. DNAFORM (DNAFORM), and the National Institute for Biomedical Research (INRB) of the Democratic Republic of the Congo. The project aims to advance rapid diagnostic technologies in response to Ebola outbreaks caused by the Bundibugyo virus in the Democratic Republic of the Congo and Uganda.

This investment covers approved early development milestones, including prototype development and performance validation for Bundibugyo virus detection, and supports preparations for future clinical evaluation in the Democratic Republic of the Congo.

The Bundibugyo Virus Outbreak and Key Challenges
On May 16, 2026 (Geneva time; May 17, Japan time), the World Health Organization (WHO) declared a Public Health Emergency of International Concern (PHEIC) due to the outbreak of Ebola disease caused by the Bundibugyo virus in the Democratic Republic of the Congo and Uganda. In affected areas, rapid testing of suspected cases is critical to support appropriate isolation, contact tracing, and timely care. In resource-limited settings, there is an urgent need for point-of-care (POC) testing that can be performed close to patients without requiring advanced laboratory infrastructure.

The GHIT Fund’s Investment Project
On May 22, 2026, the GHIT Fund immediately initiated a landscape assessment and information exchange and opened a call for Expressions of Interest (EOIs) to identify promising product development efforts. It also accepted applications for Rapid Diagnostic Tests (RDTs) and POC diagnostic development for filovirus infections, including Ebola disease, under the existing RFP framework. After an expedited review involving rigorous evaluation, the GHIT Fund made the decision to invest in this project. The investment is intended to accelerate early development milestones in line with the 100-Day Mission*1, which aims to deploy medical countermeasures (MCMs), such as diagnostics, therapeutics, and vaccines, within 100 days of the identification of a pandemic threat. The GHIT Fund’s investment has accelerated early-stage milestones on the path toward achieving this goal.

This project leverages GenPad*2, a portable isothermal nucleic acid amplification platform developed by DNAFORM. This platform does not require large instruments and is designed for use in outbreak settings where access to stable power and laboratory infrastructure is limited. The project will use this portable platform to develop and evaluate a POC testing system for Ebola disease. By combining Osaka Metropolitan University’s global research network, DNAFORM’s GenPad technology, and INRB’s infrastructure for responding to emerging infectious diseases, the collaboration is expected to support the response to the current Bundibugyo virus outbreak and strengthen preparedness for future Ebola disease outbreaks.

For a more detailed overview of the product’s development, please refer to the press release by Osaka Metropolitan University and DNAFORM.
https://www.omu.ac.jp/en/info/omu-news/entry-116440.html

GHIT Fund June 17, 2026, Press Release
GHIT Fund Kick-Started Emergency Product Development Support for Ebola Disease Outbreak Caused by Bundibugyo Virus
https://www.ghitfund.org/newsroom/press/detail/553/enGHIT-RFP-TRP-2026-001: Pandemic Preparedness and Response Award
https://www.ghitfund.org/applyforfunding/trppast/en

1 100-Day Mission
The “100-Day Mission” is an ambitious global health initiative launched in 2021, backed by the G7 and G20. Its primary objective is to prepare the world for future pandemic threats by ensuring that safe, effective vaccines, therapeutics, and diagnostics can be developed and made globally available within 100 days of a new pathogen being identified.

2 With support from the Acquisition, Technology & Logistics Agency’s National Security Technology Research Promotion Fund, DNAFORM has developed platform technologies to enable GenPad cartridges for detecting unknown pathogens to be developed, manufactured, and shipped within 40 days of an outbreak of an emerging or imported infectious disease. In this project, these technologies will be applied to rapidly develop a prototype testing kit for detecting Bundibugyo virus.

*All amounts are listed at an exchange rate of USD 1 = JPY 162.39, the approximate exchange rate on June 30, 2026.

The GHIT Fund is a Japan-based international public-private partnership (PPP) fund that was formed between the Government of Japan, multiple pharmaceutical companies, the Gates Foundation, Wellcome, and the United Nations Development Programme (UNDP). The GHIT Fund invests in and manages an R&D portfolio of development partnerships aimed at addressing neglected diseases, such as malaria, tuberculosis, and neglected tropical diseases, which afflict the world’s vulnerable and underserved populations. In collaboration with global partners, the GHIT Fund mobilizes Japanese industry, academia, and research institutes to create new drugs, vaccines, and diagnostics for malaria, tuberculosis, and neglected tropical diseases.
https://www.ghitfund.org/

For more information, contact:
Preeti Singh at +1-703-862-2515 or psingh@burness.com
Eriko Mugitani at +81-36441-2032 or eriko.mugitani@ghitfund.org

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SOURCE GHIT Fund

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5th Weixin Mini Program Global Innovation Challenge Launches Southeast Asia Regional Competition, Inviting Youths to Build Mini Programs with AI Tools

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July 23, 2026

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SINGAPORE, July 23, 2026 /PRNewswire/ — The 5th Weixin Mini Program Global Innovation Challenge launched its Southeast Asia Regional competition in Singapore on 21 July, introducing an AI Agent theme and a dedicated track for university applications for the first time. This year’s challenge provides students and young developers across Southeast Asia with hands-on opportunities to build impactful Mini Programs to solve real-world problems using Tencent’s AI tools such as WorkBuddy and ima.

Students tapped on AI tools to build Mini Programs during the Singapore Regional Competition

Hosted by Tencent, the Weixin Mini Program Global Innovation Challenge has grown into a global AI competition for young people internationally since 2022.  In over four years, more than 7,000 youth teams worldwide have submitted Mini Program projects, with selected entries advancing to the Weixin Mini Program Global Innovation Challenge Grand Finals held yearly.

In November 2025, the first Weixin Mini Program Global Innovation Challenge (Singapore Regional) competition drew participation from leading schools such as Hwa Chong Institution, Raffles Girls’ School, NUS High School of Mathematics and Science, and Nan Hua High School. Students from Raffles Girls’ School and Nan Hua High School took the Gold Award for their project Singapore: A Fine City, while the competition’s first cross-border team, made up of students from Hwa Chong Institution and Chongqing BI Academy, won the Silver Award for their project, Campus Culture Exchange Station, at the Singapore Regional competition.

Additionally, at the recent 4th Weixin Mini Program Global Innovation Challenge Grand Finals held in Shenzhen in May this year, two Singapore teams secured honours across the top two prize categories, as well as the “Most Valuable Cultural Connection” award. It also recognized Bukit Panjang Government High School as Singapore’s first “Weixin Mini Program AI Education Innovation Base”, where it will integrate the Weixin Mini Program Education Platform into its lower secondary curriculum as part of its interdisciplinary Project-Based Learning (PBL).

On July 21, the Tencent Asia Pacific Management Committee, Singapore’s Association for Research on AI in Learning and Leadership (ARAILL), the Global AI Nexus of Schools (GAINS) and Weixin launched the Weixin Mini Program Global Innovation Challenge (Southeast Asia Regional) Competition. This expanded competition will bring in youth participants from Malaysia, Thailand, and beyond, all competing alongside their global peers to tackle real problems with AI and Mini Programs.

To support the Southeast Asia Regional competition, the Weixin Mini Program Education Platform features a built-in AI assistant that allows students with no prior programming experience to develop practical Mini Programs driven by real-world needs. The platform has already reached nearly 8,000 schools and 87,000 students across 11 countries and regions, hosting more than 287,000 Mini Programs. Through this process of identifying problems, designing solutions, and launching products, students from around the world are provided with AI tools and resources to build Mini Programs that solve everyday problems.

Building Your Own Mini Program: The New “Digital Essential” for Travels

As AI advances and vibe coding goes mainstream, building a Mini Program is now accessible to almost anyone, driving rapid growth across the Weixin ecosystem. Today, Weixin Mini Program services reach over 100 countries and regions, with cross-border and overseas users accessing Mini Programs more than 5 billion times in 2025 alone.

That global reach extends deeply into daily life, where Mini Programs serve as an essential digital guide for Chinese travelers abroad. For instance, Uber, a ride-hailing platform, leverages a Weixin Mini Program to support Chinese tourists across 20 global markets.

In Southeast Asia, Weixin Mini Programs now cover nine markets, including Singapore and Malaysia, with monthly transaction volume surging 160% year on year as of June 2026. From ride-hailing, ticketing, to food delivery, retail, and bike sharing, Mini Programs are rapidly becoming an indispensable digital gateway for both Chinese tourists traveling the region and local consumers in their everyday spending.

In Singapore, Weixin’s “Nearby Services” section puts Mini Programs within easy reach at venues like Changi Airport, the National Gallery Singapore, Marina Bay Sands, and Takashimaya. Resorts World Sentosa has gone a step further, integrating fully with the Weixin ecosystem across eight points of sale with support for Weixin Palm Payment and Mini Program services.

Leveraging Tencent’s AI tools like WorkBuddy and ima

Tencent recently introduced a suite of AI products to international markets, featuring its AI knowledge assistant ima, AI productivity agent WorkBuddy, AI creative studio Miora, and its Model-as-a-Service platform TokenHub. The international version of WorkBuddy features built-in Skills and seamlessly integrates with popular global tools, including WeChat, Slack, Telegram, Discord, GitHub, and Google Drive.

Built around an intelligent knowledge base, ima integrates search, reading, and writing into a unified workflow, ranking first among knowledge-base products in China. It has surpassed 13 million monthly active users, hosts over 420 million knowledge-base files, and operates seamlessly across nine platforms.

To empower young talent abroad to build their own Mini Programs, the Southeast Asia Regional competition leverages Tencent AI tools, including WorkBuddy, ima, and the Weixin Mini Game platform.

These AI tools quickly became a favourite among the student developers on-site at the “AI Agent-themed” Weixin Mini Program competition held during the Southeast Asia Regional launch event ceremony. Students used ima to search, analyze, and save reference material to their personal knowledge bases before leveraging WorkBuddy to build out their concepts. Rather than handing them ready-made answers, the AI serves as an accelerator for critical thinking and inquiry—dramatically shortening the journey from initial research to a fully realized product.

Zoe Chou, Founder of the Weixin Mini Program Global Innovation Challenge, said, “The innovation challenge is not just a coding contest, but a platform to empower students to use AI tools to solve real-world challenges. By bringing the challenge to Southeast Asia, we hope to champion AI education in more schools across the region. Tencent is committed to providing a robust support framework, including tailored teacher training and AI tools, so that young creators can turn their best ideas into reality almost as fast as they can imagine them.”

 – Ends –

About Weixin Mini Program Education Platform    

The Weixin Mini Program Education Platform, launched by Tencent in 2023, is an AI-enabled platform designed to support education and interdisciplinary project-based learning. It provides teachers and students with a wide range of tools to develop Mini Programs that address real-world problems, while making it easier for educators to organise and guide related learning activities.  With a built-in AI assistant, the platform also makes programming more accessible to students with little or no prior coding experience.

About Weixin Mini Program

Weixin Mini Programs are lightweight applications embedded within the Weixin/WeChat app, allowing users to access services easily without downloading a separate app. Officially launched in January 2017, Weixin Mini Programs now serve more than 600 million daily active users worldwide and create over 10 million employment and income-generating opportunities each year. In Singapore, prominent businesses and attractions, including Grab, Changi Airport, Resorts World Sentosa and Mandai Wildlife Reserve, have also launched their own Weixin Mini Programs.

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iQIYI Premieres “Mystic Tales: The Spider Lady’s Vendetta”, Bringing China’s Supernatural Folklore to Life Through AIGC

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July 23, 2026

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BEIJING, July 23, 2026 /PRNewswire/ — On July 23, iQIYI, China’s leading online entertainment platform, exclusively premiered “Mystic Tales: The Spider Lady’s Vendetta” on iQIYI and iQIYI International, making it China’s first AIGC internet feature film released under an Internet Drama and Film Distribution License. Co-produced by Beijing Dream Big Innovation Technology Co., Ltd. and iQIYI, the film runs for more than 60 minutes and was created using AI tools throughout the entire production process, marking a notable milestone in the commercial viability of long-form AIGC filmmaking.

A Story Rooted in Chinese Mythology

“Mystic Tales: The Spider Lady’s Vendetta” opens the “Mystic Tales Trilogy”, an AI-generated film series drawing on the rich tradition of classical Chinese mythology. The story follows a paper master with no memory of her past, who ventures with a mysterious figure into a hidden realm between the living and spirit worlds, hunting three mystical objects that hold the truth she has lost. As the truth slowly surfaces, the film unfolds as a story of obsession, redemption, and the complexity of human nature, rendered through a distinctly Eastern gothic aesthetic.

An End-to-End AI Production Pipeline

“Mystic Tales: The Spider Lady’s Vendetta” was built by a team of over 20, using a full AIGC pipeline spanning creative development, prompt engineering, visual asset generation, AI-assisted redrawing, 4K output, and post-production. New roles – including AI asset effects artists and prompt engineers – worked alongside directors and screenwriters, reflecting a new model for professional film production.

Throughout the creative process, human imagination and artistic judgment remain irreplaceable at its core. Drawing from classical Chinese mythology, the team developed more than 200 character and visual asset designs, with lead characters undergoing more than 10 rounds of exploration. “AIGC’s capacity for rapid iteration allowed us to continuously test different visual directions and validate concepts in a compressed timeframe, pushing our creative expression and visual presentation further with every pass,” said AI Director Haiyang LIU.

The real value of AIGC lies in helping creators move beyond the limits of traditional film production, bringing imagination to life faster and more efficiently than ever before. But it does not lower the bar – it demands that creators command a composite skill set spanning art, lighting, performance, and technology, said Director Xiangcheng ZENG. Chief Producer Cheng JIANG added that advancing model capabilities are steadily resolving the field’s hardest problems – from scene detail and complex spatial staging to character performance and consistency – pointing to deeper collaboration between human creativity and AI on the horizon.

iQIYI’s Expanding Commitment to AI-Powered Content

“Mystic Tales: The Spider Lady’s Vendetta” is the latest milestone in iQIYI’s growing commitment to AI-driven filmmaking. The platform’s “Peter Pau x iQIYI AI Theater“, which launched in 2025, marked an early foray into short-form AI-Generated content. This year, iQIYI deepened its support for AIGC creators with expanded technical and platform services and introduced a time-limited 20% additional revenue-sharing bonus for qualified AI content.

With this premiere, AIGC filmmaking crosses from proof-of-concept into commercial reality. iQIYI aims to continue developing its AI content ecosystem, widening the creative and commercial opportunities available to filmmakers, and bringing audiences a new generation of imaginative storytelling.

CONTACT: iQIYI Press, press@qiyi.com 

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SOURCE iQIYI Inc.

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