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Born to Be Open: RoboParty Launches RP1, a Full-Stack Open-Source Humanoid

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SHANGHAI, Oct. 15, 2026 /PRNewswire/ — RoboParty today officially launches RP1 (ROBOTO 01), a high-performance, full-stack open-source humanoid robot designed for advanced robotics research and embodied AI development. With open access to both hardware and software, RP1 enables researchers to customize the system, integrate their own algorithms, and test new approaches on real hardware.

As AI increasingly moves into the physical world, humanoid robots are becoming a key platform for the next generation of embodied intelligence. But if their core technologies remain hidden inside black boxes, will innovation be defined only by the few who have access to the underlying systems?

The future of embodied AI should not be built on technological black boxes. Every researcher and developer should have the opportunity to participate.

AI models continue to advance, yet the physical systems that bring their capabilities into the real world still face significant limitations.

For robotics researchers, closed hardware and low-level control systems restrict experimental flexibility and system innovation. For embodied AI developers, limited visibility into a robot’s internal behavior makes it difficult to pinpoint problems across model policies, control systems and hardware execution.

RP1 addresses these limitations by opening access to its robot body design and technical resources for RoboParty’s in-house-developed ROMOMO joint actuator modules, alongside technical documentation and research materials. Together, these resources establish an open development ecosystem encompassing mechanical structures, actuators, motion control, simulation environments, software development kits (SDKs) and training tools.

Full-Stack Open Source Across Hardware and Software

Open-source robotics should extend beyond software interfaces. To advance humanoid robotics research, developers need to understand, modify and validate the physical systems that underpin intelligent behavior.

RP1 was built around this principle.

At the hardware level, RP1 integrates RoboParty’s in-house-developed ROMOMO joint actuator modules with an optimized mechanical structure and motion-control architecture. Its low-level drivers and control algorithms are also fully open source, with the software stack extending to firmware, development tools, simulation resources and robot learning frameworks. Access to hardware designs and underlying technologies allows researchers to explore the relationships among mechanical design, joint response, control behavior and learning policies.

Researchers can go beyond sending commands to a fixed robot platform. They can analyze and modify the underlying systems that determine how the robot executes movement.

When a robot fails to perform an intended action accurately, the cause may lie in the model, control policy, actuator response or mechanical structure. An open development ecosystem enables researchers to trace problems across these layers and optimize them together, with access to systems they can inspect and modify.

True open source extends beyond code to the robot itself, putting full control of the system in developers’ hands.

Designed to Adapt to Research Needs

The standard RP1 stands approximately 1.3 meters tall and features 24 actuated degrees of freedom (DoF), supporting research into gait, balance control and sim-to-real transfer. The Pro version features 30 actuated DoF, including a 2-DoF neck and two 7-DoF arms, supporting research into end-to-end policies, human-robot interaction and data collection for embodied AI. These DoF counts exclude the dexterous hands.

RP1’s modular structure and open control interfaces allow research teams to adapt the platform to their experimental needs. Teams can begin with bipedal locomotion research, then configure additional hardware and software for perception, data collection or manipulation experiments.

Interchangeable head modules and wrist end effectors support multiple configurations, including RoboParty’s in-house-developed RP Hand dexterous hand. These interfaces allow teams to conduct a range of experiments on the same robot platform.

Open hardware and software also support controlled experiments. Researchers can compare different control methods on identical hardware or hold the control method constant while examining how hardware configuration changes affect experimental results. Recording hardware versions, software configurations and test conditions helps teams trace the causes of differences in results.

Enabling Developers to Focus on Embodied AI Models

RP1 already supports foundational motor capabilities, including continuous walking, recovery from external disturbances, getting back up after a fall and human motion tracking. These capabilities provide an established foundation for embodied AI model development, reducing the need for teams to repeatedly develop low-level motor skills and allowing them to focus on higher-level intelligent policies and complex tasks.

For Whole Body Intelligence development, RP1 provides a robot body capable of dynamic motion, whole-body control (WBC), and supporting tools for virtual reality (VR) teleoperation, data collection and playback, and motion retargeting. It also provides integrated development workflows for WBC-based whole-body motion execution, teleoperation using VR or motion-capture devices, and RP Hand control.

WBC coordinates the arms, torso and legs to support dynamic motion tracking and posture adjustment, providing a stable motion-execution foundation for tasks that combine locomotion and manipulation. Integrated with RoboParty’s in-house-developed PartyOS embodied AI system, the UFO unsupervised reinforcement learning framework and MimicLite motion imitation technology, RP1 supports motor skill learning, control policy development and higher-level applications.

RP1 also provides an open toolchain spanning data collection, training in simulation, deployment on physical robots and experimental validation. Researchers can deploy models on the robot, analyze discrepancies between model outputs and actual physical responses, and independently adjust control policies and hardware configurations. This creates a continuous development loop from algorithm development to real-world execution, feedback and refinement.

To meet embodied AI development requirements for experimental stability and reproducibility, RP1 incorporates systematic improvements across its mechanical structure, core actuators and manufacturing processes. RoboParty’s in-house-developed ROMOMO actuators, structural optimization and manufacturing quality management are designed to improve consistency in physical response, overall reliability and maintainability. These measures help minimize the influence of hardware variation on experimental results and provide a stable physical platform for repeated model training and validation over extended periods.

Building a Shared Foundation for Global Innovation

RoboParty launched the RPO open-source project in January 2026, releasing mechanical and electrical design resources, along with training and deployment materials. The project has garnered more than 2,600 GitHub stars, enabling developers to reproduce and extend the robot design using publicly available resources.

RP1 continues this open-source approach, bringing together ROMOMO joint actuator modules, research from RoboParty Lab and the ongoing development of PartyOS to expand the technology foundation for robotics research and embodied AI model development.

“We believe the future of embodied AI should not be defined by just a handful of closed systems,” said Yi Huang, founder of RoboParty. “With RP1, we want to open up more than code. We want to give researchers the opportunity to truly understand, modify and continuously advance robotic capabilities. When more teams can innovate on a shared technical foundation, the entire industry can move further forward.”

RoboParty’s vision is to make the future of embodied AI open to everyone ready to explore it.

GitHub: https://github.com/Roboparty/RP1 

Website: https://roboparty.com 

Media Contact: marketing@roboparty.com

About RoboParty

Founded in Shanghai in 2025, RoboParty develops humanoid robot hardware, motion-control technologies, robotics software and open development tools. Its product and technology portfolio includes the RPO and RP1 humanoid platforms, in-house-developed ROMOMO joint actuator modules, the RP Hand dexterous hand and the evolving PartyOS embodied AI system. Through openly available engineering resources and development tools, the company supports robotics research, embodied AI development and collaboration across teams.

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ASSA ABLOY sells PKI business unit to Vista Equity Partners

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STOCKHOLM, Oct. 16, 2026 /PRNewswire/ — ASSA ABLOY has signed an agreement to sell HID’s PKI business unit to Vista Equity Partners (“Vista”).

The PKI business unit (Public Key Infrastructure) provides digital trust, identity, authentication, encryption, and certificate management solutions. The business unit includes PKI SaaS – IdenTrust and HydrantID – credential management, and ZeroSSL.

“I find it very satisfying that with Vista, the PKI business unit and its employees and customers gain a committed long-term investor, creating new opportunities for the future and I wish them every success,” says Nico Delvaux, President and CEO of ASSA ABLOY.

“Our PKI team has built a strong business with a strong customer base, and Vista has the expertise to take it forward as the market evolves,” says Björn Lidefelt, EVP and Head of HID. “We are pleased with this outcome for our customers, our employees, and for HID.”

The divested business had sales in 2025 of MUSD 58 (approx. MSEK 570) with a strong operating margin.

The divestiture is subject to customary closing conditions and is expected to close during the fourth quarter of 2026.

For more information, please contact: 
Nico Delvaux, President and CEO, tel. no: +46 8 506 485 82
Erik Pieder, CFO and Executive Vice President, tel. no: +46 8 506 485 72
Björn Tibell, Head of Investor Relations, tel. no: +46 70 275 67 68, e-mail: bjorn.tibell@assaabloy.com

About ASSA ABLOY
ASSA ABLOY is the global leader in access solutions. Every day we help people feel safe, secure and experience a more open world. We operate worldwide with 64,000 employees and sales of SEK 152 billion, with leading positions in areas such as efficient door openings, trusted identities and entrance automation. Our innovations enable safe, secure and convenient access to physical and digital places.

This information was brought to you by Cision http://news.cision.com

https://news.cision.com/assa-abloy/r/assa-abloy-sells-pki-business-unit-to-vista-equity-partners,c4410007

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QBTS Stockholder Notice: Robbins LLP Reminds Investors of the Class Action Lawsuit Against D-Wave Quantum Inc.

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SAN DIEGO, Oct. 16, 2026 /PRNewswire/ — Shareholder rights law firm Robbins LLP reminds investors that a class action was filed on behalf of all persons who purchased or otherwise acquired D-Wave (NYSE: QBTS) securities between February 26, 2026 and August 25, 2026, inclusive (the “Class Period”). D-Wave is a company engaged in quantum computing.

The complaint alleges that D-Wave overstated its business and financial prospects.

The complaint alleges that D-Wave overstated its business and financial prospects.

Investors who purchased D-Wave Quantum Inc. securities during the Class Period and suffered significant losses should contact Robbins LLP before December 15, 2026 for information about the lawsuit.

Why Was D-Wave Sued?

According to the complaint, during the Class Period, defendants failed to disclose that:

(i) defendants materially overstated D-Wave’s business and financial prospects;
(ii) the foregoing was reasonably likely to negatively impact the Company’s business and reputation; and
(iii) as a result, defendants’ public statements were materially false and misleading at all relevant times.

Why Did D-Wave Stock Drop?

According to the complaint, the truth started to emerge on August 6, 2026, when D-Wave announced its financial results for the second quarter of 2026. Among other things, D-Wave reported revenue of just $3.08 million, compared to $3.1 million for the same period in the prior year, falling short of analyst expectations ranging from $4.03 million to $4.08 million. On this news, D-Wave’s stock price declined $1.99 per share, or 9.28%, to close at $19.41 per share on August 6, 2026.

Then, on August 25, 2026, D-Wave issued a press release “announc[ing] that John Markovich is retiring and thus resigning from his position as Chief Financial Officer effective September 2, 2026.” On this news, D-Wave’s stock price fell $1.84 per share, or 9.51%, closing at $17.51 per share on August 26, 2026.

What Can D-Wave Shareholders Do Now?

Investors who purchased D-Wave Quantum Inc. securities during the Class Period may be eligible to serve as lead plaintiff. The lead plaintiff is a court-appointed investor who represents the interests of all class members throughout the litigation. Stockholders who wish to seek appointment as lead plaintiff should contact Robbins LLP before the December 15, 2026 deadline for information about the appointment process.

Shareholders do not need to serve as lead plaintiff to share in any potential recovery. Investors who do not seek appointment may remain absent class members.

Does It Cost Anything to Participate?

No. Robbins LLP represents investors on a contingency fee basis, with no upfront or out-of-pocket fees or expenses.

Contact Robbins LLP

Investors seeking additional information about the D-Wave Quantum Inc. securities class action may contact Robbins LLP by submitting an inquiry, emailing attorney Aaron Dumas, Jr., or calling (800) 350-6003.

Why Robbins LLP?

A recognized leader in shareholder rights litigation, Robbins LLP represents investors in securities fraud and shareholder derivative litigation. We have helped restore more than $2 billion in value to shareholders and secured some of the largest recoveries in shareholder derivative litigation history. 

“Companies have an obligation to provide investors with complete and accurate information so that markets can function fairly and efficiently,” said Brian J. Robbins, Founding Partner of Robbins LLP.

To be notified if a class action against D-Wave Quantum Inc. settles, or to receive free alerts when corporate executives engage in wrongdoing, sign up for Stock Watch today.

Attorney Advertising. Past results do not guarantee a similar outcome.

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BUUU Group Limited Announces 10-for-1 Forward Share Split

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SINGAPORE, Oct. 16, 2026 /PRNewswire/ — BUUU Group Limited (Nasdaq: BUUU) (“BUUU” or the “Company”) today announced that its board of directors has approved a ten-for-one (10-for-1) forward split of the Company’s ordinary shares, to be effected by subdividing each of the Company’s issued and unissued Class A ordinary shares and Class B ordinary shares into ten shares of the same class (the “Share Subdivision”). The Share Subdivision is intended to make the Company’s Class A ordinary shares more accessible to a broader base of investors and to enhance their trading liquidity. Subject to processing by Nasdaq, the Class A ordinary shares are expected to begin trading on a split-adjusted basis on the Nasdaq Capital Market at market open on October 26, 2026, under the Company’s existing symbol “BUUU.”

The Share Subdivision follows BUUU’s completion on September 15, 2026 of its acquisition of a 60% equity interest in Brightray Science Inc., through which the Company has established industrialized AI data center delivery as its core growth business.

Details of the Share Subdivision

Key date. The Class A ordinary shares are expected to begin trading on a split-adjusted basis on the Nasdaq Capital Market at market open on October 26, 2026.

Ratio and mechanics. As a result of the Share Subdivision, each issued Class A ordinary share and each issued Class B ordinary share will be automatically subdivided into ten shares of the same class. As a result, each shareholder will hold ten shares of the relevant class for every share held immediately before the Share Subdivision (equivalent to nine additional shares for each share held). The Class A ordinary shares will continue to trade on the Nasdaq Capital Market under the symbol “BUUU.” The new CUSIP number of the Class A ordinary shares following the Share Subdivision will be G1739L110.

Authorized and outstanding shares. In connection with the Share Subdivision, the maximum number of shares the Company is authorized to issue will increase proportionately from 500,000,000 shares of no par value, divided into 250,000,000 Class A ordinary shares and 250,000,000 Class B ordinary shares, to 5,000,000,000 shares of no par value, divided into 2,500,000,000 Class A ordinary shares and 2,500,000,000 Class B ordinary shares.

Rights and ownership unchanged. The rights and restrictions attaching to each class of shares will remain unchanged, including the voting rights of one vote per Class A ordinary share and twenty votes per Class B ordinary share, and all shares of each class resulting from the Share Subdivision will rank pari passu in all respects with each other. The Share Subdivision will not change any shareholder’s percentage ownership interest or voting power in the Company. No fractional shares will result from the Share Subdivision.

No action required unless you hold physical certificates. No action is required by shareholders. Shareholders who hold Class A ordinary shares through a bank, broker or other nominee will have their positions automatically adjusted to reflect the Share Subdivision, subject to their nominee’s particular processes. The Company’s transfer agent, VStock Transfer, LLC (“VStock”), will update the holdings of registered shareholders in book-entry form. Registered shareholders holding share certificates will be asked to deliver a letter of transmittal to VStock to surrender their certificates to VStock in exchange for the right to receive post-Share Subdivision ordinary shares in electronic, book-entry form.

Outstanding securities. Proportionate adjustments will be made, to the extent provided by their respective terms, to the number of Class A ordinary shares issuable upon the exercise, conversion or settlement of, and to the exercise price or other per-share terms of, the Company’s outstanding warrants and other securities exercisable for, convertible into or settleable in Class A ordinary shares.

Approval. The Share Subdivision was approved by the Company’s board of directors on September 28, 2026.

The Company will furnish a copy of this press release to the U.S. Securities and Exchange Commission (the “SEC”) on Form 6-K.

About BUUU Group Limited

BUUU Group Limited (Nasdaq: BUUU) has established industrialized AI data center delivery as its core growth business, operated through Brightray Science Inc., in which BUUU acquired a controlling interest in September 2026. BUUU also provides meetings, incentives, conferences and exhibitions (MICE) solutions, including event management and stage production, for public institutions, agencies, real estate companies and established brands.

Forward-Looking Statements

This press release contains forward-looking statements within the meaning of Section 27A of the U.S. Securities Act of 1933, as amended, Section 21E of the U.S. Securities Exchange Act of 1934, as amended, and the U.S. Private Securities Litigation Reform Act of 1995. These forward-looking statements can be identified by terminology such as “may,” “will,” “would,” “expect,” “anticipate,” “aim,” “estimate,” “intend,” “plan,” “believe,” “potential,” “continue,” “is/are likely to” and similar expressions. Forward-looking statements include statements regarding the expected timing and effectiveness of the Share Subdivision, including the date on which the Class A ordinary shares are expected to begin trading on a split-adjusted basis; the intended effects of the Share Subdivision, including on the accessibility and trading liquidity of the Class A ordinary shares; and the Company’s business strategy and prospects. Such statements are based on current expectations and assumptions and involve risks and uncertainties, many of which are beyond the control of BUUU, that could cause actual results to differ materially from those contained in the forward-looking statements. These risks and uncertainties include, but are not limited to: delays in, or the failure to complete, the steps required to implement the Share Subdivision, including registration of the amendment to the Company’s memorandum and articles of association in the British Virgin Islands and processing by Nasdaq, The Depository Trust Company, the Company’s transfer agent and brokers; the possibility that the Share Subdivision does not achieve its intended effects, including any improvement in trading liquidity or broadening of the Company’s investor base; the market price and trading volume of the Class A ordinary shares following the Share Subdivision, which may not adjust proportionately to the Share Subdivision, and the possibility of increased volatility; the effect of a lower per-share trading price on the Company’s continued compliance with Nasdaq listing requirements, including the minimum bid price requirement; the integration of Brightray into BUUU; competition in the data center industry; demand for AI computing infrastructure; changes in laws and regulations affecting the data center and AI computing industries, including trade and export control measures; and other risks described in BUUU’s filings with the SEC, including its most recent annual report on Form 20-F. Forward-looking statements speak only as of the date of this press release, and BUUU undertakes no obligation to update any forward-looking statement, except as required by applicable law.

 

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