Xingtu Technology

Biodata

Background / History

Xingtu Technology began as a township enterprise whose Pen Master Handwriting Robot generated roughly 700,000 Xia Yuan in net profit in one month. Its early commercial success drew the attention of established electronics firms, including Xianke Electronics, and prompted competing handwriting-robot products 5 6.

The company’s Handwriting Robot patent passed preliminary examination amid disputes with Zhisu Technology, which claimed to be the product’s original inventor and captured a substantial portion of Xingtu’s sales with cheaper imitation products 6 7. As its workforce expanded, Xingtu hired customer-service staff under rules emphasizing ability and established procedures 7.

The Coin-style Electromagnetic Rifle became Xingtu’s first major military-industry product. Qu Qiongying joined the company after witnessing its live-fire test, invested 330,000 yuan, and received 1% equity transferred from He Xueqing’s shares in exchange for a five-year commitment 29 30. Xingtu later chose the Weapons Industry over Thor Tech as the authorized producer of the second-generation rifle, receiving a 20% wholesale-net-price royalty and assistance obtaining the Four Military Industry Certificates 53.

By the time of its seven-axis machining-center conference, Xingtu had gained enough influence to bring together leaders from Huawei, Tencent, Daxia Electric Investment, BiyaDi, Jinfeng Technology, and other major firms 214. It subsequently expanded into semiconductors, computing infrastructure, communications, brain-computer interfaces, industrial automation, energy, and space technology 241 252 303 330.

Leadership & Organization

• Lin Feng — CEO and principal inventor; directs research strategy and presents Xingtu’s major products and long-term plans 214 303 305.
• Qu Qiongying — investor and manager who leads negotiations, recruitment, factory establishment, and major project execution 35 53 252.
• He Xueqing — Lin Feng’s mother; transferred 1% of her shares to recruit Qu Qiongying 30.
• Lin Guohua — Lin Feng’s father; considered capable of overseeing factory production and management 5.
• Jarvis — Xingtu’s artificial intelligence; assists with researcher vetting, complex programming, and brain-computer-interface research 198 208 280.

Products & Technologies

Consumer and military technology

• Pen Master Handwriting Robot — Xingtu’s early commercial product; sold over 2,000 units in one month before attracting imitators and larger competitors 5 6.
• Coin-style Electromagnetic Rifle — developed as a high-profile “black technology” product; later authorized for production and sale through the Weapons Industry 5 53.
  • The third-generation model increased its range from 17 to 19 meters.
  • Its improvements focused on auxiliary equipment and overall-system control, including a gallium-nitride switch tube 74.
• Xingtu Series Robotic Arms — launched with cloud-AI remote control; buyers pay AI service and network fees. The arms were priced 30–40% above comparable products, while Xingtu offered discounts for work harmful to human health 88.
• Starlight Electric Vehicle — Xingtu’s first vehicle product, offered in manual and fully autonomous versions. Its second-generation supercapacitor configuration was presented as enabling a 1,420 km range 327.

Industrial systems

• Xingtu Five-Axis Linkage Machining Center — generates processing-step sequences from 3D part drawings and continuously adjusts machining accuracy. Xingtu chose to sell it externally so manufacturers could process their own high-precision parts 206.
• Xingtu Seven-Axis Linkage Machining Center — an upgraded, two-armed system with two seven-axis mechanical arms capable of working on one part simultaneously, more than doubling processing speed 208 214.
• Industrial Internet System — one of three major announcements at Xingtu’s seven-axis machining-center conference, alongside single-walled carbon nanotubes and the machining center itself 214.
  • Xingtu’s Industry 4.0 intelligent factory used robotic arms and seven-axis machining centers extensively.
  • Its production line operated with about 20 workers and a dozen maintenance personnel while exceeding the output of large metal-processing plants employing hundreds 220.
• Single-walled carbon nanotubes — announced as part of Xingtu’s Industry 4.0 initiative 214.

Semiconductors and computing

• 10 nm chip manufacturing — Xingtu Semiconductor mastered and mass-produced a 10 nm process, described as the first company to achieve mass production at that level 241.
• Starlight S80 and S80 Plus — graphics cards released with higher transistor counts and frequency advantages; the S80 Plus sold out within one day and received more than 4.45 million pre-orders 248 250.
• Starlight GB400 Computing Card — computing card with 208 billion transistors and 40 PFlops of performance, equivalent to 160 Tianhe-1A supercomputers 248 249.
  • Xingtu also announced a multi-GB400 server solution with a theoretical ceiling of 1,440 PFlops 249.
• Computing and data-storage center — Xingtu planned to build the world’s largest such center in Daxia 252.
• Offshore wind-power project — planned with Daxia Electric Investment to supply Xingtu’s energy needs; the plan called for 500,000 wind turbines with 128-meter blades and included grid connection for revenue generation 252.

Brain-computer interfaces and virtual technology

• Second-generation Brain-Computer Interface Chip — upgraded from a first-generation chip that Xingtu did not intend to sell because it did not meet Lin Feng’s goals 277.
  • The second-generation model has vastly more electrodes and can intervene in the brain through electrical signals 277.
  • Xingtu produced 50,000 units for launch, with monthly capacity of 100,000 and a stated goal of 100 million units per month 280.
• Knowledge Implantation Technology — launched alongside Virtual World technology on April 1, 2018 294.
  • Second-generation knowledge implantation uses AI-curated textbooks, gathers brain data, and issues digital certificates as proof of job qualifications 295.
  • A third-generation concept would transfer knowledge through genes, but remained immature and risky because of inadequate brain data and individual differences in brain structure 295.
• Starlight Academy — Xingtu’s learning platform, supporting all languages and devices. Its courses include languages, professional skills, martial arts, and handicrafts; its highest level is “Seeker of the Way” 295 297.
• Second-generation Virtual World — incorporates 100% of global real-world physics data through Virtual World Physics Engine Technology, enabling high-accuracy simulation and practical learning environments 297.
• Virtual Girlfriend and Virtual Boyfriend — AI companionship programs demonstrated through the second-generation BCI’s streamer mode; the AI can converse, provide counseling, and assist with studying 292.
• Cell Division Accelerator — a medical technology stated to increase cell-division speed fourfold and accelerate injury healing 283.

Energy and space technology

• Gene Enhancement Potions — part of Xingtu’s stated strategy to raise humanity’s physical and intellectual limits for future space exploration 303.
• Space Elevator System — developed to reduce the cost of transporting goods between Earth and space. Xingtu manufactured a first-generation system in half a month before Lin Feng upgraded it to a second-generation model 305 316.
• Second-generation Supercapacitor — prioritized over immediate mass production of the first-generation model; later used to support Xingtu’s electric-vehicle launch 321 327.
• Starlight X1 Controlled Nuclear Fusion Prototype — achieved energy output greater than input and operated continuously for three days 330.
  • A second prototype was upgraded into a much smaller second-generation fusion prototype with a Q value exceeding 233 330.

Major Partnerships and Conflicts

• Weapons Industry — obtained authorization to produce and sell the second-generation Coin-style Electromagnetic Rifle; promised assistance securing the Four Military Industry Certificates 53.
• Thor Tech — competed with the Weapons Industry for rifle authorization and later joined other firms in reporting Xingtu to a California court for alleged monopolistic practices 53 252.
• Huawei Technology — cooperated with Xingtu to accelerate 5G mobile communications; Xingtu’s support contributed to Huawei’s 5G-A technology 252 255.
• Daxia Electric Investment — partnered with Xingtu on the offshore wind-power project supporting the planned computing center 252.
• Daxia authorities — used Xingtu’s AI in an anti-espionage and pre-emptive threat-elimination system, while also monitoring Xingtu shareholding changes and restricting Lin Feng’s travel over intelligence-leak concerns 149 150.
• Xianke Electronics — entered the handwriting-robot market after Xingtu’s early success 5.
• Zhisu Technology — released a cheaper imitation handwriting robot and falsely claimed to be the original inventor 6.
• Nvidia and TSMC — suffered major market repercussions after Xingtu released its graphics and computing cards 249 250.
• American Empire — blacklisted Xingtu from openly purchasing graphics cards, pursued antitrust action through the California court, and opposed Xingtu’s technology through political and media pressure 220 252 288.

Research Capacity

Xingtu formed an alliance with a global high-IQ scientific research team and recruited 600 researchers from more than 40,000 doctoral applicants after Jarvis screened their character. The company then had more than 750 doctoral holders described as possessing Hawking-level intelligence 198.

Lin Feng later announced plans to recruit 20,000 scientists with IQs of 160 or above. These researchers would be supported by several times as many master’s-level personnel, placing Xingtu’s total research workforce in the hundreds of thousands or potentially millions 305.

Strategy

Xingtu’s declared long-term goal is to lead humanity toward space exploration. Its initial approach is to strengthen human civilization through Gene Enhancement Potions and Brain-Computer Interface Chips, while remaining cautious about gene enhancement’s long-term evolutionary effects 303.

Its energy and space strategy includes space elevators, clean-energy facilities, super batteries, and controlled nuclear fusion. Xingtu intends to conduct controlled-fusion research, manufacturing, and assembly in Daxia while pooling broader human research capacity and funding 305.