Wetour Robotics Appoints Chief Technology Officer to Lead Orchestra Physical AI and Wearable Robotics Platform and Chief Marketing Officer to Oversee Brand Strategy and Go-to-Market Execution

Wetour Robotics (NASDAQ: WETO) appointed Bin Lian as Chief Technology Officer and Yu-Tien Chiu as Chief Marketing Officer on April 9, 2026.

Rhea-AI Summary

Wetour Robotics (NASDAQ: WETO) appointed Bin Lian as Chief Technology Officer and Yu-Tien Chiu as Chief Marketing Officer on April 9, 2026. Mr. Lian will lead development of the Orchestra human‑machine interaction platform, including VisionLink visual scene recognition and Conductor EMG gesture classification.

Mr. Lian will head the Austin engineering team and is preparing a full closed‑loop Orchestra demonstration for a planned Mid‑May 2026 product launch event. Ms. Chiu will lead brand strategy, market positioning, and go‑to‑market execution for Orchestra and the Orchestra Builders Alliance.

Positive

• Appointed CTO Bin Lian to lead Orchestra platform development
• Appointed CMO Yu‑Tien Chiu to lead Orchestra go‑to‑market strategy
• CTO preparing full closed‑loop Orchestra demo for Mid‑May 2026

Negative

• Planned launch concentrated on single Mid‑May 2026 demonstration
• Platform addresses a problem "nearly no existing system addresses", implying technical complexity

Argus Apr 9 session

-1.86% close to close Open Argus

Details

News Market Reaction – WETO

On Apr 9, the day this news came out, WETO closed 1.86% below the previous close.

Data tracked by StockTitan Argus for the Apr 9 session.

Key Figures

Publication date: April 09, 2026 Planned launch timing: Mid-May 2026 Shelf registration size: $100,000,000 +5 more

Publication date

April 09, 2026

Press release date for CTO and CMO appointments

Planned launch timing

Mid-May 2026

Targeted Orchestra closed-loop demo and product launch event

Shelf registration size

$100,000,000

F-3 shelf filed March 17, 2026

Public float

$2,949,957

As disclosed in F-3, based on March 13, 2026 quote

PIPE share count

60,000,000 shares

Ordinary shares issued in PIPE completed March 18, 2026

PIPE price

$0.086 per share

Agreed price under March 5, 2026 securities purchase agreements

PIPE gross proceeds

$5.16 million

Gross proceeds from March 2026 private investment in public equity

Director ownership

8,151,600 shares

Indirect ordinary shares held by director Zheng Jiahua via Micava

Previous AI Reports

3 past events · Latest: Mar 16

Same Type 3 events

1. Mar 16

   Rebrand to robotics

   24h Move

   +12.4%

   Name change and Austin HQ to focus on Physical AI and robotics.

2. Oct 15

   AI points platform

   24h Move

   -10.9%

   Launch of AI-powered loyalty points optimization using AgentKit framework.

3. Oct 06

   US HQ AI plan

   24h Move

   +21.3%

   Plans for U.S. HQ to drive blockchain and AI-powered TravelTech growth.

24h Move is the share-price change in the day after each event; other market factors may also have contributed.

Key Terms

physical ai, wearable robotics, edge computing, real-time signal processing, +4 more

8 terms

physical ai technical

"a Physical AI infrastructure and wearable robotics company headquartered in Austin"

Physical AI combines artificial intelligence with physical devices or environments, enabling machines to interact with and adapt to the real world in a human-like way. It matters to investors because it can lead to smarter robots, autonomous vehicles, or advanced sensors that improve efficiency and open new markets, potentially creating significant business opportunities and competitive advantages.

wearable robotics technical

"a Physical AI infrastructure and wearable robotics company headquartered in Austin"

Wearable robotics are powered devices worn on the body—like a smart brace or lightweight exoskeleton—that help people move, lift, or recover from injury by adding strength, stability, or repetitive motion support. Investors care because these devices sit at the intersection of healthcare, workplace productivity and consumer tech: they can open durable revenue streams if proven safe, effective and reimbursable, but adoption depends on clinical results, regulatory approval, cost and real-world comfort.

edge computing technical

"challenges of Physical AI, including edge computing, real-time signal processing"

Edge computing is a technology that processes data close to where it is generated, such as sensors or devices, rather than sending it all to a distant central location. This allows for faster decision-making and reduces delays, much like having a local office handle urgent matters instead of waiting for instructions from a main headquarters. For investors, it signifies improved efficiency and real-time insights, which can enhance the performance of technology-dependent industries.

real-time signal processing technical

"including edge computing, real-time signal processing, and electromechanical system"

Real-time signal processing is the continuous, immediate analysis of incoming data—such as price ticks, news headlines, or sensor readings—to extract useful patterns or alerts the moment they appear. For investors it matters because it powers faster, automated decisions and risk controls—like a chef who tastes a soup and adjusts seasoning instantly—so traders and systems can act on new information before opportunities or losses evaporate.

electromechanical system technical

"real-time signal processing, and electromechanical system coordination"

An electromechanical system is a machine that uses both electrical components (like motors, sensors, or circuits) and moving parts to perform a task — for example, converting electrical signals into motion or measuring movement and sending electrical feedback. Investors care because these systems determine product performance, reliability, manufacturing cost and maintenance needs; they affect production scale, supply-chain risk and ongoing revenue potential much like an engine determines a car’s value and upkeep.

visual scene recognition technical

"Orchestra's VisionLink camera-based visual scene recognition with real-time actuator"

Visual scene recognition is software that examines an image or video and determines what objects are present, their relationships, and the overall setting—comparable to how a person glances at a photo and instantly knows it’s a street, office, or hospital room. For investors, it signals where automation can replace manual checks or create new products (from factory inspection to medical imaging or autonomous vehicles), affecting costs, growth potential, competitive positioning, and regulatory risks.

emg-based medical

"Conductor EMG-based real-time continuous neural gesture classification module"

EMG-based describes a product, test or system that uses electromyography—the electrical signals produced by muscles—to detect, interpret or control movement and muscle activity. For investors, EMG-based technology signals exposure to medical devices, rehabilitation tools, prosthetics, wearables or diagnostic markets where performance depends on sensor accuracy, reliability and regulatory approval; think of it like reading a muscle’s “text messages” to drive a device or judge treatment progress.

neural gesture classification medical

"EMG-based real-time continuous neural gesture classification module"

Neural gesture classification is technology that recognizes and labels human movements or intended actions by analyzing signals from the nervous system or from sensors interpreted by brain-like algorithms. Think of it as a translator that turns faint muscle or brain “whispers” into clear commands, similar to how speech recognition turns sound into text. For investors, it matters because accurate classification enables new products and services—such as hands-free controls, medical prosthetics, or assistive devices—and therefore can drive adoption, regulatory scrutiny, and revenue potential.

AI-generated analysis. How Rhea-AI works. Not financial advice.

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Austin, TX, April 09, 2026 (GLOBE NEWSWIRE) -- Wetour Robotics Limited (NASDAQ: WETO) ("Wetour Robotics" or the "Company"), a Physical AI infrastructure and wearable robotics company headquartered in Austin, Texas, today announced the appointment of Bin Lian as Chief Technology Officer to lead the development of the Company's Orchestra human-machine interaction platform and Yu-Tien Chiu as Chief Marketing Officer.

Mr. Lian holds a Bachelor of Science in Materials Physics from the University of Science and Technology of China (USTC), one of China's top-ranked research universities, and is a Ph.D. candidate in Mechanical Engineering at The University of Texas at Austin. His academic training spans materials science, mechanical systems, and computational methods — a cross-disciplinary foundation well suited to the systems engineering challenges of Physical AI, including edge computing, real-time signal processing, and electromechanical system coordination.

As CTO, Mr. Lian will lead the Company's Austin-based engineering team and oversee the development of Orchestra's VisionLink camera-based visual scene recognition with real-time actuator command delivery, and Conductor EMG-based real-time continuous neural gesture classification module. His immediate focus is preparing the full closed-loop Orchestra demonstration for the Company's planned Mid-May 2026 product launch event.

"Building Orchestra requires an engineer who thinks across disciplines — from signal processing to mechanical actuation to real-time safety systems," said Nan Zheng, Chief Executive Officer of Wetour Robotics. "Bin's training in both materials science and mechanical engineering gives him the range to lead a platform that spans sensors, computing, and physical devices. We are building something new at Wetour Robotics, and Bin is the right person to lead that effort."

"Orchestra is a new platform built from the ground up to solve a problem nearly no existing system addresses — coordinating human intent with physical machines in real time on a portable edge device," said Bin Lian, Chief Technology Officer of Wetour Robotics. "I joined Wetour Robotics because this is a unique engineering challenge, and the opportunity to build it from scratch, as part of a dedicated team in Austin, is compelling."

Ms. Chiu, an alumna of Babson College, will lead brand strategy, market positioning, and go-to-market execution for the Orchestra platform and the Company's planned Orchestra Builders Alliance developer ecosystem as the Chief Marketing Officer.

About Wetour Robotics

Wetour Robotics Limited (NASDAQ: WETO), formerly known as Webus International Limited, is a technology company operating AI-driven premium travel and mobility services under its Wetour brand. Building on its foundation in AI and intelligent mobility, the Company is expanding into Physical AI infrastructure, developing Orchestra — a next-generation operating system that coordinates human intent with intelligent physical devices including wearable robotics. Wetour Robotics is headquartered in Austin, Texas. For more information, visit www.wetourrobotics.com.

Forward-Looking Statements

This press release contains forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995. Words such as "plans to," "designed to," "expects," and similar expressions identify forward-looking statements. These statements involve risks and uncertainties that could cause actual results to differ materially, including risks related to technology development, market acceptance, competition, capital requirements, and regulatory changes. The Company undertakes no obligation to update forward-looking statements. For additional risks, see the Company's filings with the SEC.

Investor Relations Contact:

Annabelle Li

Investor Relations – Wetour Robotics Limited

Email: ir.annabelle@webus.vip

FAQ

AI-generated questions and answers. How Rhea-AI works. Not financial advice.

Who is the new CTO of Wetour Robotics (WETO) and what will he lead?

The new CTO is Bin Lian, who will lead Orchestra platform engineering and systems integration. According to the company, Mr. Lian will oversee VisionLink camera‑based visual recognition and Conductor EMG gesture classification and lead the Austin engineering team.

When is Wetour Robotics (WETO) planning the Orchestra product launch?

Wetour Robotics plans a product launch event in mid‑May 2026 centered on an Orchestra demonstration. According to the company, the CTO's immediate focus is preparing a full closed‑loop Orchestra demonstration for that Mid‑May 2026 event.

What is Yu‑Tien Chiu’s role at Wetour Robotics (WETO) and her responsibilities?

Yu‑Tien Chiu is the new Chief Marketing Officer, responsible for brand and go‑to‑market execution for Orchestra. According to the company, she will lead market positioning and build the Orchestra Builders Alliance developer ecosystem.

What technical capabilities will Orchestra include as described by Wetour Robotics (WETO)?

Orchestra will combine VisionLink visual scene recognition and Conductor EMG neural gesture classification for real‑time control. According to the company, the platform targets real‑time actuator command delivery on a portable edge device for human‑machine coordination.

What is the background of Wetour Robotics’ new CTO Bin Lian?

Bin Lian holds a BSc in Materials Physics from USTC and is a PhD candidate in Mechanical Engineering at UT Austin. According to the company, his training spans materials science, mechanical systems, and computational methods suited for Physical AI.