Unitree Robotics (688836.SH) has officially declared that its shares are slated to be listed on the STAR Market of the Shanghai Stock Exchange on August 19, 2026. The shares will be issued at a price of RMB 150.80 each, with the company's total share capital amounting to 404 million shares.

On August 17, Zhou Hongyi, the visionary founder of 360 Group, penned an open letter to all employees, entitled "Fostering Business Innovation and Organizational Transformation through Leadership." In his message, he underscored that, as the company embarks on its journey to become an AI-Native organization, managers at every level play a pivotal role in nurturing exceptional talent and assembling high-performing teams. He highlighted that this initiative transcends a mere enhancement of leadership skills among cadres; rather, it signifies 360's strategic endeavor to revamp its business landscape through the integration of AI technology. It has been reported that this all-staff letter marks another significant stride in 360's pursuit of the "All in Agent" strategy. Prior to this, Zhou Hongyi had consistently emphasized that the AI-driven transformation of enterprises should commence with the active participation and leadership of managers.

On August 17, Alibaba Cloud proudly announced the official release of its Qwen-Audio-3.0 series of audio models on both the QianWen AI platform and Alibaba Cloud's BaiLian platform. This cutting-edge series comprises three distinct models: speech recognition, speech synthesis, and real-time speech interaction. These models boast the capability to support complex context recognition, multilingual dialect synthesis, and seamless end-to-end speech dialogue. Developers can effortlessly integrate these models into their projects through simple API calls or by subscribing to the Token Plan. Presently, these models have already been successfully implemented in various products, including the QianWen App, QianWen Office, and Qoder, enhancing user experience with their advanced audio processing capabilities.

On August 17, Beijing time, as reported by the Financial Times, BlackBerry, a former titan in the mobile phone industry, has bid farewell to the mobile phone market. However, it has found renewed success by pivoting to the automotive systems and security software sectors. In the first quarter of this year, BlackBerry achieved a positive cash flow, marking the first instance since 2017 that it has attained this crucial financial milestone at the outset of a fiscal year. Its resurgence is primarily driven by two key businesses: the QNX automotive operating system and the Secusmart encryption software. The QNX technology has been embraced by nearly all automotive manufacturers globally and has extended its reach into areas such as robotics and medical devices. Presently, it accounts for roughly half of BlackBerry's revenue. Additionally, BlackBerry offers NATO-level encrypted communication services to governments in 20 countries. The CEO of BlackBerry declared that the company has transitioned from a transitional phase to a growth phase.

On August 17 (Beijing Time), as reported by Business Insider, Dario Amodei, the CEO of Anthropic, pointed out that the most effective approach to winning over skeptics of AI is to deliver on its promised potential. He recognized the prevalent public mistrust surrounding AI and asserted that the industry requires scientific breakthroughs to alter the present landscape. He stressed that the genuine path to earning public trust lies in honoring commitments that bring about global benefits. In response, Musk commented, "Interesting exchange."

On August 17, the Tsinghua News Network reported that tendinopathy, a common musculoskeletal condition, frequently results in persistent pain, reduced athletic prowess, and a heightened likelihood of spontaneous tendon rupture. Among the various factors contributing to this condition, transforming growth factor beta 1 (TGF-β1) emerges as a primary instigator of tendon fibrosis and irregular collagen deposition. The crux of treating tendinopathy lies in the precise capture of excessive TGF-β1 at the site of the affected tendon, while maintaining its normal physiological roles. Recently, a pioneering strategy has been introduced by a team helmed by Yu Jiakuo, the director of the Orthopedics and Sports Medicine Center at Beijing Tsinghua Changgung Hospital, Tsinghua University. This novel method employs a fully natural self-assembling peptide to trap TGF-β1 in situ at the tendon injury site, thereby reshaping the tendon's pathological microenvironment.

The team engineered a modular self-assembling peptide, AsPep-FTSQ, crafted entirely from natural amino acids. Upon local injection, it autonomously forms a nanofiber network within the tendon lesion, persistently capturing surplus free TGF-β1 in the vicinity. This action effectively curtails aberrant profibrotic signaling, restrains the pathological transformation of tendon cells, and fosters the reorientation of collagen fibers in alignment with the tendon's primary stress direction. The efficacy of this approach in structural repair and functional enhancement has been substantiated through studies conducted on rat and beagle models of tendinopathy.

On August 17, Yingxin Development made an announcement revealing its intention to issue A-share stocks to targeted investors, with the aim of raising a sum not exceeding 1.779 billion yuan. Following the deduction of issuance-related expenses, the proceeds will be allocated towards advanced packaging and testing endeavors, memory module fabrication, research and development projects focused on memory controller chips, as well as to bolster working capital and settle outstanding bank loans.

As the market demand for new energy vehicles and energy storage systems continues to surge, overcoming the energy density bottlenecks in lithium-ion batteries has become a paramount goal for both industry and academia. Lithium-rich manganese-based layered oxides stand out by achieving higher specific capacities than traditional ternary materials, thanks to anionic oxygen redox reactions. Furthermore, the abundance and cost-effectiveness of manganese-based materials make them highly promising candidates for the next generation of high-energy-density cathode materials, drawing considerable attention from both sectors. Nevertheless, this material faces a significant challenge: severe voltage hysteresis. After the initial cycle, there is a notable irreversible decay in operating voltage, leading to battery energy conversion efficiency dropping below 80%. Additionally, the voltage continues to decrease during prolonged cycling, which severely impacts battery lifespan and system management, posing a substantial barrier to commercialization.

As portable electronic devices and electric vehicles experience rapid development, there arises an urgent demand for a new generation of anode materials. These materials should possess a high theoretical specific capacity and demonstrate excellent cycling stability. Silicon-based anode materials have emerged as ideal contenders, thanks to their high specific capacity (ranging from 1400 to 4200 mAh/g) and suitable operating voltage (0.4V). Silicon-based anodes mainly consist of elemental silicon anodes and silicon suboxide anodes. Among them, silicon-carbon composite anode materials and SiO anode materials are the most widely used due to their well-established processes and superior overall electrochemical performance. In recent years, significant breakthroughs have been achieved in the core technologies of silicon-based anode materials, such as nanostructure design, pre-lithiation technology, and all-solid-state battery adaptation technology. These advancements have markedly enhanced their cycling stability and energy density. In terms of industrialization, leading companies like BTR New Energy Materials, Shanshan Co., Ltd., and Putailai have successfully achieved mass production of silicon-based anodes. They are also continuously driving technological innovation and capacity expansion. Silicon-based anode materials have gradually found applications in consumer electronics, new energy vehicles, electric aircraft, and other fields, holding immense market potential. However, silicon-based anodes still encounter challenges regarding cycle life, cost competitiveness, and manufacturing processes. Future endeavors should concentrate on all-solid-state integration and cost reduction through the utilization of biomass raw materials to facilitate their commercialization.

Rather than relying on its eyes, the electric eel can precisely hunt its prey in murky waters, thanks to its 'electric field sensing' capability. Drawing inspiration from this natural phenomenon, a team led by Zhang Weiqiang from Xidian University has successfully developed a new type of bionic non-contact sensing technology. This innovative technology holds promise for applications in various fields, including intelligent manufacturing, human-computer interaction, and industrial inspection.

Artificial intelligence (AI) is rapidly transitioning from the digital realm into the physical world. Autonomous systems, such as intelligent connected vehicles, embodied robots, and low-altitude aircraft, are now expected to perform real-time perception, reasoning, decision-making, and control tasks—all while adhering to stringent constraints on power consumption, storage capacity, and environmental conditions. As the foundational support for these systems, intelligent chips are crucial for ensuring their safe and reliable operation. The Opinions on Deepening the Implementation of the ‘AI Plus’ Initiative, issued by the State Council, explicitly calls for the vigorous development of next-generation intelligent terminals, including intelligent connected vehicles and intelligent robots, and promotes the integration of AI with technologies such as low-altitude flight. The development of high-performance, energy-efficient, and highly reliable intelligent chips represents the cornerstone for AI to empower the real economy and foster new quality productive forces.

Recently, the research team led by Professor Xie Guangjun and Professor Zhang Zhang from the School of Microelectronics at Hefei University of Technology has made a series of remarkable strides in the realm of artificial intelligence chip design. Concentrating on the development of high-performance Analog-to-Digital Converter (ADC) chips tailored for audio applications, including intelligent speech recognition, the team has introduced an innovative technique known as "Bidirectional-Advancing Data Weighted Averaging (Bi-ADWA)." This groundbreaking approach has enabled the successful design and fabrication of a continuous-time Delta-Sigma modulator chip, boasting key performance indicators that rival international standards.

The research findings have been published in IEEE Transactions on Circuits and Systems I: Regular Papers (TCAS-I), a premier journal in the integrated circuits field. Utilizing a 180 nm CMOS process, the chip achieves an impressive dynamic range (DR) of 102.5 dB and a peak signal-to-noise-and-distortion ratio (SNDR) of 95.8 dB within a 20 kHz audio bandwidth. Furthermore, it exhibits a spurious-free dynamic range (SFDR) as high as 109 dB, substantially enhancing the quality of audio signals. Operating at a mere 1.8V voltage, the chip consumes only 0.58 mW of power and occupies a core area of 0.8 mm². Its comprehensive performance metric, known as the Schreier Figure-of-Merit, reaches an exceptional 177.9 dB, positioning it at the forefront of international standards.

In addition to these achievements, the team has also made significant progress in the field of memristor-based in-memory computing chip design. Relevant research results have been published in esteemed journals such as IEEE Transactions on Very Large Scale Integration (VLSI) Systems. These accomplishments not only underscore the team's profound expertise in analog and mixed-signal integrated circuit design but also provide essential chip technology support for applications like next-generation intelligent speech front-ends and portable high-definition audio devices.

NVIDIA is pioneering an innovative approach to constructing a 'supercloud' system. Despite not directly owning data centers, entering into power supply contracts, or managing relationships with end customers, NVIDIA has successfully woven together the crucial elements of AI computing expansion. It achieves this through the establishment of hardware and software standards, the design of infrastructure, and the creation of a financial capital network, thereby forging an efficient and synergistic ecosystem.

On August 17, Xindong Lianke disclosed its financial results for the first half of 2026, revealing that the company's revenue amounted to 157 million yuan, reflecting a significant year-on-year decrease of 38.14%. The net profit attributable to the parent company also saw a substantial drop, reaching 36.4771 million yuan, which is a 76.36% decline compared to the same period last year. Moreover, when excluding non-recurring gains and losses, the net profit attributable to the parent company stood at 26.0311 million yuan, experiencing an even steeper year-on-year decrease of 82.35%.

During this reporting period, Xindong Lianke demonstrated a commitment to innovation and development, as evidenced by its R&D investment, which reached 70.4843 million yuan. This marks a notable year-on-year increase of 21.30% and accounts for a substantial 45.01% of the company's revenue. Furthermore, the company has successfully completed its cash dividend distribution for 2025, with a total payout of 59.4574 million yuan. Xindong Lianke also stated that, barring any significant capital expenditure plans in the next three years, it intends to maintain a cash dividend payout ratio above 30%, demonstrating its commitment to shareholder returns.

As Apple's new product launch in September approaches, the supply chain is accelerating mass production preparations for the next-generation iPhone. According to the latest reports, Foxconn, Apple's primary contract manufacturer, has expanded recruitment at its largest assembly base in Zhengzhou, China, to meet production demands for the iPhone 18 Pro, iPhone 18 Pro Max, and Apple's first foldable smartphone, the iPhone Fold.

On August 17, it was reported that during recent institutional research, Qinzhong Technology revealed that, driven by a confluence of positive factors—including the ongoing shift in the display industry landscape, strategic production and sales management, supportive national subsidy policies, and increased demand from events—its display chip packaging and testing operations are projected to reach full capacity by the third quarter of 2026. Additionally, the company expects its small-size TDDI repair business to maintain steady performance, while the expansion of AMOLED applications in medium-sized displays is set to fuel new growth within the wearable device market. Furthermore, the automotive TDDI business volume is also anticipated to experience continued growth.

According to sources familiar with the matter, cross-border fast-fashion retailer Shein plans to be valued at approximately $25 billion in its Hong Kong IPO, representing just a quarter of its $100 billion valuation during a funding round four years ago. Market investment enthusiasm has cooled due to slowing growth, tightening regulations, and intensifying competition. By 2025, Shein reported total revenue of $41.8 billion, net profit of $2.06 billion, and 273 million active users. The company achieves efficient operations through its "small-batch, rapid-return" model but faces challenges such as tariff reassessments, high geographic concentration in its supply chain, and fierce competition.

A number of prominent tech billionaires have voiced the belief that, in the not-too-distant future, job opportunities may extend beyond Earth, originating from planets beyond our own. Elon Musk, Jeff Bezos, and Sam Altman are all convinced that humanity is destined to inhabit and work in space. Dylan Taylor, the founder and CEO of Voyager Technologies, shares this optimistic outlook and even offers a relatively near-term projection for when this vision might become a reality.

On August 17, Rockchip disclosed its financial results for the first half of 2026, revealing a remarkable performance. The company recorded an operating revenue of RMB 2.877 billion, marking a substantial year-on-year increase of 40.60%. Net profit attributable to shareholders of the listed company surged to RMB 859 million, reflecting a robust growth of 61.73% compared to the same period last year. Furthermore, after adjusting for non-recurring gains and losses, the net profit stood at RMB 839 million, up by 62.77% year-on-year. Notably, no profit distribution plan has been formulated for this reporting period.

On August 17, BYD announced on its interactive platform that its overseas business continues to exhibit a favorable growth trajectory. Logistics capacity stands as a pivotal component within the overseas industrial chain, prompting the company to actively engage in coordination and strategic planning to optimize the allocation of global supply chain and transportation resources. Presently, BYD operates a fleet of eight self-owned roll-on/roll-off (ro-ro) vessels overseas, bolstering its supply security capabilities and enhancing global delivery efficiency alongside supply chain resilience.