Rebellions Appoints Industry Veteran Marshall Choy as Chief Business Officer to Drive Global Expansion

SEOUL, South Korea, Nov. 12, 2025 /PRNewswire/ — Rebellions, Asia’s fastest-growing AI inference chip company, today announced the appointment of Marshall Choy as Chief Business Officer. An industry veteran based in Silicon Valley with more than two decades of experience in enterprise systems and AI, Choy will lead Rebellions’ newly established U.S entity and global business including go-to-market initiatives to accelerate commercialization and market adoption of its AI inference solutions.

Choy’s appointment to this new leadership role comes as Rebellions enters its next phase of global growth, expanding its presence in APAC, Middle East, and North America. He will lead organizations that are responsible for shaping strategic alliances and business models that connect Rebellions’ cutting-edge technology with the world’s growing demand for efficient and scalable AI infrastructure.

Choy brings over 20 years of experience and leadership in product strategy, go-to-market, and enterprise systems. At SambaNova Systems, he led global teams across product management, sales and marketing, most recently serving as Chief Customer Officer. Prior to SambaNova, he held senior leadership roles at Oracle and Sun Microsystems, including serving as Vice President of Systems Product Management and Solutions Engineering at Oracle, while he drove product and solutions strategy across hardware, software and cloud.

Additionally, Jennifer Glore has been appointed Executive Vice President of Product Management to lead alignment across Rebellions’ development teams and end users to drive delivery of customer-centric products and solutions. Glore has a proven track record of building high-performance teams and delivering customer-focused products and solutions across diverse and complex global markets.

As part of this expansion, Rebellions has officially opened its U.S. entity. The new entity will serve as the company’s North American hub, focusing on business development, strategic partnerships, and customer engagement. Choy will lead Rebellions’ initiatives in the U.S market to strengthen the company’s presence and build long-term customer relationships in the region.

“We are delighted to welcome Marshall Choy and Jennifer Glore to Rebellions as we take the next step in our global expansion,” said Sunghyun Park, CEO of Rebellions. “With our recent global funding success and partnerships with leading technology players, our Chief Business Officer, Marshall Choy’s deep expertise in AI infrastructure and business strategy will make a significant impact as we scale globally, particularly as we strengthen our presence in the U.S. market”

“I am honored and excited to join Rebellions at this critical time in the company’s growth, as they have become one of the most prominent AI innovators in the world,” said Marshall Choy, Chief Business Officer of Rebellions. “Rebellions’ strategic vision and thoughtful product philosophy deeply resonate with me, and I look forward to working with this winning team to expand its global presence to help shape the future of AI.”

About Rebellions

Rebellions is an AI semiconductor and software company powering the next generation of large-scale inference. Building on the proven mass production and deployment of its first-generation ATOM, Rebellions now delivers energy-efficient AI infrastructure at scale with its flagship REBEL-Quad, featuring chiplet architecture and massive HBM3E memory paired with a flexible software stack that enables ease of use, performance, and efficiency in serving open source frontier and reasoning models at data center scale. Strengthened by strategic support from leaders across the semiconductor and AI infrastructure value chain, Rebellions is positioned to scale globally.

Visit us on the Web at Rebellions.ai, follow us on LinkedIn, engage us on X
Press Contact: Jeongin Kim jeongin.kim@rebellions.ai 

Series C led by global consortium values company at $2 billion, accelerates product and customer expansion as demand grows for faster, more efficient data center inference

SANTA CLARA, Calif., Nov. 12, 2025 /PRNewswire/ — d-Matrix, the pioneer in generative AI inference compute for data centers, has closed $275 million in Series C funding, valuing the company at $2 billion and bringing the total raised to date to $450 million. The new capital will advance the company’s roadmap, accelerate global expansion and support multiple large-scale deployments of the world’s highest performing, most efficient data center inference platform for hyperscale, enterprise, and sovereign customers.

The oversubscribed round attracted leading investment firms across Europe, North America, Asia, and the Middle East. The funding is co-led by a global consortium including BullhoundCapital, Triatomic Capital, and Temasek. The round also includes new participation from the Qatar Investment Authority (QIA) and EDBI, alongside follow-on participation from M12, Microsoft’s Venture Fund, as well as Nautilus Venture Partners, Industry Ventures, and Mirae Asset.

d-Matrix’s full-stack inference platform combines breakthrough compute-memory integration, high-speed networking, and inference-optimized software to deliver 10× faster performance, 3× lower cost, and 3–5× better energy efficiency than GPU-based systems. Solutions powered by d-Matrix’s Corsair™ inference accelerators, JetStream™ NICs and Aviator™ software can produce up to 30K tokens per second at 2ms per token on a Llama 70B model. The platform’s compute-dense design allows customers to run up to 100B-parameter models incredibly fast in a single rack.

This step-change in performance and efficiency directly addresses growing AI sustainability challenges. By enabling one data center to handle the workload of ten, d-Matrix offers a clear path to reducing global data center energy consumption while enabling enterprises to deliver cost-efficient, profitable AI services without compromise.

“From day one, d-Matrix has been uniquely focused on inference. When we started d-Matrix six years ago, training was seen as AI’s biggest challenge, but we knew that a new set of challenges would be coming soon,” said Sid Sheth, CEO and co-founder of d-Matrix. “We predicted that when trained models needed to run continuously at scale, the infrastructure wouldn’t be ready. We’ve spent the last six years building the solution: a fundamentally new architecture that enables AI to operate everywhere, all the time. This funding validates that vision as the industry enters the Age of AI Inference.”

Investor confidence reflects d-Matrix’s differentiated technology, rapid customer growth, and expanding network of global partners — including the recently announced d-Matrix SquadRack™ open standards-based reference architecture with Arista, Broadcom, and Supermicro. A strong product roadmap featuring 3D memory-stacking innovations and a customer-centric go-to-market strategy further establishes d-Matrix as a cornerstone of the new AI infrastructure stack.

Investor Voices
“As the AI industry’s focus shifts from training to large-scale inference, the winners will be those who anticipated this transition early and built for it,” said Per Roman, Founder of BullhoundCapital. “d-Matrix stands out not only for its technical depth but for its clear strategic vision. The team understood before anyone else that inference would define the economics of AI — and they’re executing brilliantly on that insight.”

“AI inference is becoming the dominant cost in production AI systems, and d-Matrix has cracked the code on delivering both performance and sustainable economics at scale,” said Jeff Huber, General Partner at Triatomic Capital. “Their digital in-memory compute architecture is purpose-built for low-latency, high-throughput inference workloads that matter most. With Sid, Sudeep, and their world-class team, plus an exceptional ecosystem of partners, d-Matrix is redefining what’s economically possible in AI infrastructure.”

“The explosion in AI inference demand shows us that efficiency and scalability can be key contributors to revenue capture and profitability for hyperscalers and AI factories,” said Michael Stewart, Managing Partner at M12, Microsoft’s Venture Fund. “d-Matrix is the first AI chip startup to address contemporary unit economics in LLM inference for models of a range of sizes that are growing the fastest, with differentiated elements in the in-memory product architecture that will sustain the TCO benefits with leading latency and throughput.”

Morgan Stanley served as the exclusive placement agent, and Wilson Sonsini Goodrich & Rosati served as legal counsel to d-Matrix.

Key Facts

• Founded: 2019 | HQ: Santa Clara, CA
• Global Offices: Toronto (Canada); Sydney (Australia); Bangalore (India); Belgrade (Serbia)
• Founders: Sid Sheth (CEO), Sudeep Bhoja (CTO)
• Core Products: Corsair inference accelerators, JetStream networking accelerators, Aviator software stack
• Employees: 250+ worldwide
• Series C Funding: $275 million | Total Funding: $450 million | Valuation: $2B

About d-Matrix
d-Matrix is pioneering accelerated computing for AI inference, breaking through the limits of latency, cost and energy. Its Corsair accelerators, JetStream networking, and Aviator software deliver fast, sustainable AI inference at data center scale.

The terms d-Matrix, JetStream, Corsair and Aviator are trademarks and/or registered trademarks of d-Matrix, Inc. in the U.S. and other countries. All rights reserved.

• IBM Quantum Nighthawk: processor built for quantum advantage will deliver circuits with 30 percent more complexity
• Together with partners, IBM contributes three experiments to open, community quantum advantage tracker, with results comparable to leading classical simulation methods
• New Qiskit capabilities show 24 percent increase in accuracy with dynamic circuits and decreased cost of extracting accurate results by over 100 times with HPC-powered error mitigation.
• IBM Quantum Loon demonstrates all hardware elements of fault-tolerant quantum computing
• Efficient quantum error correction decoding achieved with 10 times speedup over current leading approach¹ – completed one year ahead of schedule
• IBM doubles development speed with shift to 300mm wafer fabrication facility while boosting the physical complexity of quantum chips by 10 times for fault-tolerant error correction roadmap

YORKTOWN HEIGHTS, N.Y., Nov. 12, 2025 /PRNewswire/ — At the annual Quantum Developer Conference, IBM (NYSE: IBM) today unveiled fundamental progress on its path to delivering both quantum advantage by the end of 2026 and fault-tolerant quantum computing by 2029.

IBM researcher holding 300mm IBM Quantum Nighthawk wafer (Credit: IBM)

“There are many pillars to bringing truly useful quantum computing to the world,” said Jay Gambetta, Director of IBM Research and IBM Fellow. “We believe that IBM is the only company that is positioned to rapidly invent and scale quantum software, hardware, fabrication, and error correction to unlock transformative applications. We are thrilled to announce many of these milestones today.”

IBM Quantum Computers Built to Scale Advantage

IBM is unveiling IBM Quantum Nighthawk, its most advanced quantum processor yet and designed with an architecture to complement high-performing quantum software to deliver quantum advantage next year: the point at which a quantum computer can solve a problem better than all classical-only methods.

IBM Nighthawk is expected to be delivered to IBM users by the end of 2025, and will offer:

• 120 qubits linked together with 218 next-generation tunable couplers to their four nearest neighbors in a square lattice, an increase of over 20 percent more couplers compared to IBM Quantum Heron.
• This increased qubit connectivity will allow users to accurately execute circuits with 30 percent more complexity than on IBM’s previous processor while maintaining low error rates.
• This architecture will enable users to explore more computationally demanding problems that require up to 5,000 two-qubit gates, the fundamental entangling operations critical for quantum computation.

IBM expects future iterations of Nighthawk to deliver up to 7,500 gates by the end of 2026 and then up to 10,000 gates in 2027. By 2028, Nighthawk-based systems could support up to 15,000 two-qubit gates enabled by 1,000 or more connected qubits extended through long-range couplers first demonstrated on IBM experimental processors last year.

IBM anticipates that the first cases of verified quantum advantage will be confirmed by the wider community by the end of 2026. To encourage their rigorous validation and push forward the best quantum and classical approaches, IBM, Algorithmiq, researchers at the Flatiron Institute, and BlueQubit are contributing new results to an open, community-led quantum advantage tracker to systematically monitor and verify emerging demonstrations of advantage. 

Today, the community tracker supports three experiments for quantum advantage across observable estimation, variational problems, and problems with efficient classical verification. IBM encourages the community to contribute to the tracker and push a back-and-forth with the best classical methods.

“I’m proud that our team at Algorithmiq is leading one of the three projects in the new quantum advantage tracker. The model we designed explores regimes so complex that it challenges all state-of-the-art classical methods tested so far,” said Sabrina Maniscalco, CEO and co-founder, Algorithmiq. “We are seeing promising experimental results, and independent simulations from researchers at the Flatiron Institute validate its classical hardness. These are only the first steps – quantum advantage will take time to verify, and the tracker will let everyone follow that journey.”

“BlueQubit is proud to support IBM’s efforts to track quantum advantage claims and algorithms as quantum computers are entering a regime beyond classical,” said Hayk Tepanyan, CTO and co-founder, BlueQubit. “Through our work around peaked circuits, we are excited to help formalize instances where quantum computers are starting to outperform classical computers by orders of magnitude.” 

To pursue verified quantum advantage on breakthrough quantum hardware, developers need to be able to highly control their circuits and use high-performance classical computers (HPC) to mitigate the errors that arise in computation.

Qiskit is the world’s best-performing quantum software stack, developed by IBM. It is now giving developers more control than ever before by scaling dynamic circuit capabilities that deliver a 24 percent increase in accuracy at the scale of 100+ qubits. IBM is also extending Qiskit with a new execution model that enables fine grain control and a C-API, unlocking HPC-accelerated error mitigation capabilities that decreases the cost of extracting accurate results by more than 100 times.

As quantum computers mature, the global quantum community is expanding to HPC and scientific communities. IBM is delivering a C++ interface to Qiskit, powered by a C-API, to enable users to program quantum natively in existing HPC environments. IBM continues to lead the way in advanced circuit execution capabilities including dynamic circuits and increasing control over circuit execution for error mitigation.

By 2027, IBM plans to extend Qiskit with computational libraries in areas such as machine learning and optimization to better solve fundamental physical and chemistry challenges such as differential equations and Hamiltonian simulations.

IBM Delivers Building Blocks Towards Fault-Tolerant Quantum Computing

In a parallel path, IBM is rapidly delivering milestones towards building the world’s first large-scale, fault-tolerant quantum computer by 2029.

The company is announcing IBM Quantum Loon, its experimental processor that, for the first time, shows that IBM has demonstrated all the key processor components needed for fault-tolerant quantum computing. IBM Loon will validate a new architecture to implement and scale the components needed for practical, high-efficiency quantum error correction. IBM has already demonstrated the breakthrough features that will be incorporated into Loon, including the introduction of multiple high-quality, low-loss routing layers to provide pathways for longer, on-chip connections (or “c-couplers”) that go beyond nearest-neighbor couplers and physically link distant qubits together on the same chip, as well as technologies to reset qubits between computations.

Delivering on another key pillar of fault-tolerant quantum computing, IBM has proven it is possible to use classical computing hardware to accurately decode errors in real-time (less than 480 nanoseconds) using qLDPC codes. This engineering feat has been achieved a full year ahead of schedule. Together with Loon, this demonstrates the cornerstones needed to scale qLDPC codes on high-speed, high-fidelity superconducting qubits which form the core of IBM quantum computers.

IBM Scales Fabrication to 300mm Facilities to Accelerate Quantum Wafer Development

As IBM scales its quantum computers, it is announcing the primary fabrication of its quantum processor wafers is being undertaken at an advanced 300mm wafer fabrication facility at the Albany NanoTech Complex in New York.

State-of-the-art semiconductor tooling and always-on capabilities within this facility have already accelerated the speed at which IBM can learn from, improve, and expand the capabilities of its quantum processors; allowing the company to increase their qubit connectivity, density, and performance. To-date, IBM has been able to:

• Double the speed of its research and development efforts by cutting the time needed to build each new processor by at least half;
• Achieve a ten-fold increase in the physical complexity of its quantum chips; and,
• Enable multiple designs to be researched and explored in parallel.

1. As compared to recent approach here: https://arxiv.org/abs/2510.25213

About IBM
IBM is a leading global hybrid cloud and AI, and business services provider, helping clients in more than 175 countries capitalize on insights from their data, streamline business processes, reduce costs and gain the competitive edge in their industries. Thousands of governments and corporate entities in critical infrastructure areas such as financial services, telecommunications and healthcare rely on IBM’s hybrid cloud platform and Red Hat OpenShift to affect their digital transformations quickly, efficiently and securely. IBM’s breakthrough innovations in AI, quantum computing, industry-specific cloud solutions and business services deliver open and flexible options to our clients. All of this is backed by IBM’s legendary commitment to trust, transparency, responsibility, inclusivity and service.
For more information, visit https://research.ibm.com.

Media Contact:

Erin Angelini
IBM Communications
Edlehr@us.ibm.com

Chris Nay
IBM Communications
cnay@us.ibm.com

300mm cleanroom at the Albany NanoTech Complex in Albany, NY (Credit: IBM)

IBM researcher holds IBM Quantum Nighthawk chip (Credit: IBM)

IBM Quantum Loon chip (Credit: IBM)

IBM Corporation logo.

Brand’s “Lighthouse Initiative” and long-term athlete strategy fuels the rise of Chinese trail running, reinforcing its global commitment to the sport.

LINHAI, China, Nov. 12, 2025 /PRNewswire/ — SALOMON, the global leader in trail running, highlights its deep commitment to the sport in China following a dominant team performance at the TsaiGu Trail 2025. SALOMON athletes secured victories across both men’s and women’s divisions in the 25K, 50K, and 105K categories, demonstrating the brand’s decade-long, systemic investment in the Chinese trail running community.

This competitive success stems from SALOMON’s long-term strategy to nurture talent through initiatives like the “Lighthouse Initiative”, which provides structured support, elite training camps, and community development for runners at every level.

Building a Foundation for Long-Term Success in China

For the past decade, the brand has focused on building a complete ecosystem, from introducing international training methodologies to creating pathways for aspiring athletes to turn professional.

This sustained investment is now yielding results. At TsaiGu Trail 2025, 20-year-old Fan Banglin identified through SALOMON’s talent development project, set a new course record of 4:14:33 to win the 50K. Zhang Huohua, supported by the brand since 2021, claimed his third champion title at the event with a victory in the 105K. Another athlete, Chi Lingjie, successfully transitioned from marathon to trail running with a professional training plan from SALOMON, delivering excellent performances this year in multiple races.

Market data confirms this success, showing SALOMON as the top shoe brand in key distances at events like the Golden Trail World Series at Jinshanling and the TsaiGu Trail, underscoring the competitiveness of its product portfolio.

Global Excellence Mirrors Local Commitment 

SALOMON’s athlete development philosophy is consistently applied worldwide, creating champions both in China and across the global stage. This commitment to long-term partnership is exemplified by elite athletes like Rémi Bonnet, who has dominated the Golden Trail World Series with multiple victories, supported by SALOMON’s performance innovation and sports science resources.

Similarly, Courtney Dauwalter’s remarkable career, including her historic triple crown of UTMB, Western States, and Hardrock 100, has been nurtured by SALOMON since 2017. François D’Haene’s four UTMB victories and successful comeback after injury further demonstrate SALOMON’s unwavering support through an athlete’s entire career journey.

Deepening Commitment Through the “Lighthouse Initiative”

The launch of the second phase of SALOMON’s “Lighthouse Initiative” prize fund reinforces the brand’s core commitment to trail running. With total awards across both phases now totaling approximately €120,000 (equivalent to over 1 million RMB), the initiative is designed to provide substantial support for athletes, cultivate a stronger environment for the sport in China, and nurture the next generation of trail running stars.

As a global leader in trail running, SALOMON remains dedicated to advancing the sport’s development and cultural heritage. Moving forward, the brand will continue to leverage the “Lighthouse Initiative” to inspire more athletes to excel and break new ground in competitive trail running, elevating China’s trail running scene to unprecedented heights.

A New Decade of Global Integration

From community building to leading international dialogue, SALOMON will continue its efforts to establish China as a third major hub in the global trail running landscape. The brand aims to attract runners from around the world to experience China’s unique racing venues and cultural offerings, while persistently fostering deeper integration and mutual progress between Chinese trail culture and the global ecosystem.

This ten-year milestone marks both a significant achievement in SALOMON’s dedication to trail running culture and the starting point for an even more ambitious journey ahead.

CHAOZHOU, China, Nov. 12, 2025 /PRNewswire/ — Against the backdrop of the global food industry’s ongoing pursuit of healthier, more engaging, and premium transformations, Guangdong Shantai Food Co., Ltd. (hereinafter referred to as “Shantai Family “)—a comprehensive snack food enterprise integrating R&D, production, and sales—has consistently pursued a dual strategy of “Technology + Creativity.” Through continuous product innovation and the expansion of its international market presence, Shantai has steadily enhanced its core brand competitiveness.

In the first half of 2025, Shantai successively participated in multiple important domestic and international industry exhibitions, including the 112th National Food and Drinks Trade Fair, the 137th China Import and Export Fair, the SIAL Shanghai, and the 3rd Guangdong (Chaozhou) Specialty Food Industry Conference，THAIFEX-ANUGA ASIA 2025 and World Food Moscow. It comprehensively showcased a series of innovative products centered around “the third-generation popping candy technology”, fully demonstrating the innovative vitality and manufacturing excellence of Chinese food enterprises. This attracted widespread attention and partnership interest from numerous professional buyers, distributors, and consumers both domestically and internationally, further enhancing the brand’s influence and market reputation.

Innovative product system and diversified consumption scenarios

Amid evolving consumption patterns and increasing segmentation in the snack industry, Shantai has systematically built a comprehensive product matrix—spanning six categories and 48 flavors—based on its self-developed “third-generation popping candy technology.” This diversified portfolio addresses various niche demands, including sugar-free options and oat-based healthy ingredients, featuring products such as classic popping candy, milk stick candy, popping stick candy, and popping balloons. An interactive experience zone set up at the exhibition attracted numerous industry professionals and international buyers.

The new-generation Baida popping, with its unique bubble-activation technology, delivers a multi-layered sensory experience—ranging from gentle “sparkling pops” to intense “explosive jumps”—significantly enhancing the product’s playfulness and memorability.

Additionally, Shantai has launched new series such as “Sour Series” and “Cooling Sensation” to cater to regional consumer preferences, further diversifying the sensory experience. Innovative derivative products like “Popping Chocolate Sticks” have also received positive feedback from distributors and international buyers for their fun texture and chewiness.

At the exhibitions, many overseas purchasers engaged in in-depth discussions with Shantai’s sales and international trade teams, conducting substantive negotiations on import policies, customized cooperation, and logistics support. These interactions demonstrated the strong acceptance and business potential of Shantai’s products in global markets.

A century of heritage lays the foundation for a secure, stable, and flexible supply chain

Since its founding in Chaozhou in 1917, Shantai has been passed down through four generations, evolving from a traditional handmade confectionery workshop into a modern food enterprise now recognized as both a “Guangdong Time-honored Brand” and a National High-Tech Enterprise. The company places strong emphasis on quality control and standardization, having established two modern production bases with a total area exceeding 20,000 square meters. Production workshops are strictly designed and managed in compliance with the 100,000-class GMP cleanliness standard. Since 2004, Shantai has obtained multiple international food safety certifications—including HACCP, ISO 22000, IFS, BRC, HALAL, KOSHER, and SMETA—and implemented a comprehensive quality control system covering the entire process from raw material sourcing and production to finished product delivery.

On the technical front, Shantai remains committed to in-house development of key equipment and continuous improvement of production processes. Its third-generation popping candy maintains the signature popping experience while achieving a breakthrough in heat resistance of up to 52°C, significantly enhancing the product’s climate adaptability and logistics reach. Even in high-temperature and high-humidity regions, it retains stable performance. Currently, the company’s annual production capacity exceeds 5 billion packs, with products exported to over 100 countries and regions worldwide. Shantai has become a long-term supplier for numerous international snack brands and retail chains.

Additionally, leveraging 9 self-developed production lines, 20 high-speed automated packaging lines, and a flexible manufacturing system, the company has established a structured product portfolio covering 48 base flavors and numerous customizable options. This system supports diverse product demands—including sugar-free and low-calorie health-oriented concepts.

Through a database of 11 standard product formats and a 72-hour rapid sampling response mechanism, Shantai offers highly customized OEM/ODM solutions, helping brand clients efficiently transition from product concept to mass production. This strengthens its position as a global hub for manufacturing and innovation in popping candy.

In 2023, Shantai was recognized as a “National High-Tech Enterprise,” and in 2025, it was again listed among Chaozhou’s first batch of AEO-certified enterprises—further demonstrating its excellence in technological innovation and international trade compliance.

Eco-Synergistic strategic layout for global markets

Facing the new trends of channel fragmentation and consumption stratification in the snack industry, Shantai strategically enhanced its channel development and brand partnership initiatives in 2025.

In traditional retail and convenience store channels, the company enhanced product visibility and repurchase rates by optimizing packaging and display layouts for its classic items. For emerging brand snack collective stores, Shantai launched multi-size, cost-effective product series, maintaining quality while effectively controlling retail prices to expand reach among younger consumers.

Additionally, customized theme collections compatible with PDQ (Product Display Quickly) systems were developed for membership stores and hypermarkets. These initiatives leveraged the display advantages of such channels to enhance brand visual impact and drive experiential purchasing.

Mr. Hong Yonghong, General Manager of Shantai, stated in an interview that participating in international exhibitions is not only a platform to showcase products and technologies, but also a key initiative to deeply connect with global supply chain partners and co-create an industry ecosystem.

During the series of exhibitions in the first half of the year, Shantai’s booth received industry professionals from East Asia, Southeast Asia, the Middle East, Europe, the United States, and other regions. Extensive discussions were held regarding distribution agreements, technology licensing, and joint product development, laying a solid foundation for further expanding the international market and optimizing regional presence.

Looking ahead, Shantai will remain committed to its strategic vision of “Building the World’s Most Enjoyable Food Enterprise,” by increasing R&D investment and advancing intelligent manufacturing and digital transformation. While consolidating its leading position in the popping candy category, the company will steadily expand into broader snack food segments.

By integrating consumption scenario innovation, flavor science, and health considerations, Shantai is committed to delivering more innovative products that combine fun and high quality to global consumers. Together with value-chain partners, it aims to build a sustainable and mutually beneficial industrial ecosystem.