On August 19, 2026, Unitree Technology was listed on the Shanghai STAR Market, with its stock price surging over 600% on the first day of trading. Behind this capital frenzy, what the market is truly betting on is not robots dancing, boxing, or doing backflips. Investors are expecting a brand-new type of labor commodity: robots that can enter factories already built by humans, use human tools, and undertake tasks such as handling, assembly, quality inspection, and hazardous operations without the need to remodel the entire production line. Unitree delivered over 5,500 humanoid robots in 2025, with revenue increasing from about ¥159 million in 2023 to approximately ¥1.7 billion in 2025. The company is raising about ¥6.1 billion this time, investing the funds into robot models, body development, new products, and manufacturing bases. Unitree's listing and operational data finally provide the robotics industry with a sample that can be directly valued by the capital market. Why do factories need "human-like" robots? Industrial robots have existed for decades. From automotive welding to wafer handling, robotic arms have long been part of modern manufacturing. However, traditional robotic arms are usually fixed within fences, each responsible for a few repetitive actions. When production lines change, companies often need to reprogram, install new fixtures, or even remodel the factory. The commercial logic of humanoid robots comes from another direction: factories, warehouses, and tools worldwide are originally designed according to human height, arm length, and movement patterns. If a robot has two hands, a vision system, and a range of motion close to that of humans, it has the opportunity to directly enter existing environments. What companies purchase is no longer just a single

In 1999, most people who first entered an internet cafe didn't know where to start surfing the web. The computer desktop only had a browser, and the dial-up network emitted a harsh connection sound. After the page opened, many people's first entered website was Yahoo. News, email, chat rooms, finance, sports, shopping, and website categories were all neatly arranged on the homepage. At that time, the internet was like a newly opened city without a map. Yahoo stood at the entrance, hanging signposts for everyone. More than twenty years later, people still search for information, read news, send and receive emails every day, and the online advertising market has grown countless times compared to back then. Yahoo's website still exists, and Yahoo Finance even retains a fairly stable user base, but the power to decide how global internet traffic is distributed has long since shifted to search engines, social platforms, mobile systems, and app stores. What Yahoo lost was not just a website, but the position of the "internet homepage." 1. It organized the chaotic internet into a directory. In 1994, Stanford University graduate students Jerry Yang and David Filo created a website directory, initially just categorizing and organizing their favorite web pages. The early internet was limited in scale, and search technology was immature, so manual screening and classification better matched user habits. Yahoo quickly expanded from a directory into a comprehensive portal. Users came to Yahoo to find websites and also read news, check the weather, send and receive emails, and discuss stocks. The more services added, the longer users stayed; the greater the traffic, the more advertisers were willing to pay. This model

In Seattle in 2001, Amazon's warehouses were piled high with unsold goods, layoffs began in the offices, and the capital markets were discussing an even harsher question: how much longer could this company survive? Before the internet bubble burst, as long as the name included ".com", losses could be explained away as investing in the future. After the bubble burst, investors suddenly only recognized cash, debt, and profits. From its peak in 1999 to its trough, Amazon's stock fell by about 95%, and the capital markets that had supported its expansion quickly shut down. In the first quarter of 2001, the company held about $643 million in cash and marketable securities, but long-term debt reached $2.119 billion, and shareholders' equity was already negative. The GAAP net loss for the quarter was $234 million, and the market began to worry that it would run out of cash before its bonds matured. Amazon's Q1 2001 performance⁠ 25 years later, Amazon's market value surpassed $3 trillion for the first time in August 2026. The same company operates the world's largest e-commerce and logistics network while selling cloud computing, chips, and model services to AI enterprises. Its survival to this day is due to transforming its "growth story" into a cash-generating business at the coldest time for capital. When the internet bubble burst, scale almost became a burden. In the late 1990s, the U.S. was experiencing low inflation, a strong dollar, and a wave of tech investment, with global funds flowing into Nasdaq. Amazon took advantage of the financing window to expand categories, build warehouses, acquire companies, and issued a large amount of convertible bonds. The logic at the time

In 2007, if you walked into any mobile phone store, you could hardly avoid Nokia. Some people were taking photos with the N73, others were checking emails with the E series, and students were playing Snake under their desks. That familiar startup ringtone once echoed across Europe, Asia, Africa, and Latin America. When a phone fell to the ground, people usually worried about the floor first because Nokia gave the impression of being durable and reliable, with batteries that could last for several days. In the same year, Apple released the first-generation iPhone. At that time, many thought it was an expensive tech toy without a physical keyboard and with average battery life. Nokia still had a global sales network, relationships with telecom operators, supply chain scale, and a large number of patents. It seemed so strong that there was no reason for it to lose. However, the most important asset in the mobile phone industry had already begun to shift from hardware manufacturing to operating systems, app stores, and developer ecosystems. Nokia was still selling more phones but was gradually losing the power to define the next generation of phones. 1. Finnish manufacturing bet on the global communication revolution Nokia's origins can be traced back to a Finnish pulp mill in 1865. Over the next century, it produced rubber, cables, televisions, and communication equipment. In the early 1990s, Finland experienced a severe economic recession, and the collapse of the Soviet Union suddenly eliminated an important trading partner. Nokia began selling off its television and computer businesses, focusing its resources on mobile communications. This big gamble coincided with the rise of the GSM standard. Europe promoted a unified mobile communication standard, allowing phone manufacturers to expand production across borders. Semiconductor costs declined, telecom operations

In July 2026, Visa launched a new system called the Visa Stablecoin Platform. Banks, fintech companies, and payment service providers can use the same platform to mint, redeem, custody, and transfer stablecoins, while connecting bank accounts, wallets, and internal approval processes. The most interesting aspect of this development is the change in Visa's role. In the past, it was responsible for connecting banks, consumers, and merchants; today, it is beginning to integrate blockchain directly into its settlement system. As of March 2026, Visa's stablecoin settlement business has an annualized scale of about $7 billion, with a 50% growth in a single quarter. The pilot currently supports nine blockchains, allowing participants to continue settlements on weekends and holidays without waiting for traditional banks to reopen. Visa's stablecoin settlement announcement and the Visa Stablecoin Platform show that stablecoins are gradually evolving from trading media within the crypto community to backend currency for the global payment system. From "on-chain dollars" to payment infrastructure Stablecoins initially grew rapidly mainly due to crypto trading demand. The crypto market operates 24/7, and traders need a relatively stable-priced dollar substitute that can move across different platforms at any time. USDT and USDC thus became settlement tools among exchanges, on-chain protocols, and market makers. This infrastructure was later discovered by cross-border trade, freelancers, overseas enterprises, and emerging market users. Traditional cross-border payments often require going through exchange