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Lumino, lightening up the world of secure multi-party computation

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New digital era, new demand of security

With the advent of the era of big data, the leakage and abuse of personal privacy data are common, which not only disturbs the normal market order, but also seriously restricts the innovation and development of the digital economy. In recent years, many countries have carried out relevant legislation of digital economy and data governance, which makes the legal requirements of personal privacy data more rigorous, and the supervision system is becoming increasingly strict. The various online scenarios led by the Covid-19 not only bring convenience to our life, but also cause a lot of security demand of data protection

Therefore, the data producers, such as government agencies, operators, platforms, are constantly raising the legal standards of storage, transmission and transaction. It has brought a problem to the data owners: how can fully utilize the data resource endowment to create business profits and social value, meanwhile ensure that the data privacy is protected in accordance with supervision provisions? The real demand behind the problem is bound to give birth to new technologies. The combination of blockchain and secure multi-party computation provides a new solution for breaking the “data island”, ensuring data security and releasing data value.

Recently, as the leader in the global blockchain industry, PlatON has started a new journey in the construction of privacy computation infrastructure, launching the secure multi-party computation ceremony—— Lumino. Lumino aims to create system parameters in a decentralized way, which could help build a real community-based, open-source blockchain ecosystem and ensure the underlying security of the main network and the reliability of future digital applications.

The “chemical reaction” of blockchain and secure multi-party computation

To understand the essence of Lumino, we need to understand the blockchain and secure multi-party computation. Blockchain is a technical solution that does not rely on a third party and a network that stores, verifies, transmits and communicates through its own distributed nodes. The core problems it solves are network decentralization, data consistency and tamper-prevent. Secure multi-party computation is to solve the problem of privacy protection among a group of mutual distrusted participants. It should ensure the independence, correctness decentralization and do not disclose the data to other participants. Secure multi-party computation was firstly proposed by professor Yao Qizhi, who is a Chinese computer scientist and the winner of Turing prize. Since 2010, the development of executable general compiler makes its concept gradually well-known.

It can be seen that both blockchain and multi-party security computation are technologies dealing with data interaction between a group of participants according to specific rules. However, blockchain is mainly used to verify the correctness of the calculation, and the purpose is to achieve the consistent recognition of the results and prevent the results from being tampered with; the purpose of secure multi-party computation (MPC) is to get specific results in the case of data confidentiality, and emphasis on privacy protection in data share situation.

When secure multi-party computation encounters blockchain, the integration has become a technology trend that attracts much attention. Due to the different traits of blockchain and multi-party security computation, they are not exclusive and can complement each other. Blockchain can improve its ability of data confidentiality by using secure multi-party computation to adapt to complex environments; while secure multi-party computation can complete redundant computation with the help of blockchain to obtain verifiable and unique results.

The combination of MPC and blockchain is ultimately to meet the more complex and changeable real needs, especially for various environments of data exchange and sharing. For example, secure multi-party computation can realize key management in the blockchain wallet, and divide the management right of assets reasonably to reduce the risk of single key loss. It can also realize the cross-domain access of EHR data. Based on personal digital identity infrastructure, hospital A could apply for data access to hospital B by obtaining the patient’s authorization, which does not need directly return the patient’s medical record data. It would meet the dual goals of diagnosis needs and privacy protection.

New practice in privacy protection——PlatON & Lumino

Secure multi-party computation is essentially a solution for data security. It is consisted of cryptographic technologies such as obfuscation circuit, secret sharing, homomorphic encryption, etc. PlatON has already realized the layout in these fileds. The key to secure multi-party computation is to use zero knowledge proof to prove that there is no leakage, which is also the key to Lumino.

Most of the existing efficient zero-knowledge proof algorithms need to create system parameters in a centralized way, so the third party who creates the parameters may forge proofs to destroy the underlying security of the main network. Lumino aims to generate the system parameters of the zero-knowledge proof through secure multi-party computation. In this process, the parameters are generated by members altogether, so they will not be obtained or tampered by a single party. This also constitutes the cornerstone of the subsequent privacy protection application. Only when the activity held safely, the subsequent decentralized application will be more secure.

This ceremony is PlatON’s latest practice in the field of privacy protection, and Lumino’s goal is to link the world’s cryptographic geeks to build a global privacy computation infrastructure. In the future community-based and open-source blockchain ecosystem, every participant is an important node, and every participation will make the underlying network more secure. Therefore, this is not only an activity, but also a collective wisdom full of ritual sense. PlatON will also take this opportunity to realize the vision of building infrastructure in the digital era, and make every effort to be the best practitioner in the field of privacy security.

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Press Release

Umamusume Pretty Derby 7th EVENT WORLD TOUR THE STAGE TOKYO broadcast on ABEMA Live in 20 regions

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Over 40 Umamusume cast members will take the stage across the two-day event!Umamusume’s First-Ever World Tour Debuts in Tokyo!

Tokyo, Japan, 24th Jun 2026 – Japan’s video streaming service ABEMA has announced that it has broadcast rights for the concert event Umamusume: Pretty Derby – 7th EVENT WORLD TOUR: THE STAGE in TOKYO, taking place on Saturday, June 20 and Sunday, June 21, 2026, via its global online live platform – ABEMA Live. The live broadcast will be available worldwide in 20 countries and regions, including the United States, South Korea, and Thailand.

Umamusume Pretty Derby – 7th EVENT WORLD TOUR: THE STAGE is the first-ever world tour in the concert history of the highly popular cross-media franchise Umamusume Pretty Derby (hereafter “Umamusume”). A star-studded cast will come together to deliver a thrilling concert experience that takes fans into the world of Umamusume, making this a must-see event. For the Tokyo performance, over 40 cast members will gather across the two-day concert, including Machico (Tokai Teio), Tomoyo Takayanagi (Oguri Cap), and Hitomi Ueda (Gold Ship). Fan excitement for the performance continues to rise as the day approaches.

This concert will be broadcast in 20 countries and regions worldwide—including the United States, South Korea, Thailand, and the Philippines—via the global online live platform ABEMA Live, which allows users outside Japan to purchase and watch a variety of pay-per-view content such as artist concerts, events, and sports broadcasts distributed on ABEMA.

Tickets for ABEMA Live are currently on sale via each country’s purchase page. For more details about ABEMA Live, please check the page below
ABEMA Live page: https://www.abema-global.com

The Umamusume concerts always generate a huge buzz. What kind of performance will unfold on the first-ever world tour? Be sure to catch the moment a new landscape opens up for yourself on ABEMA.

 Broadcast date and time
Day 1: Saturday, June 20, 2026, show starts at 17:00 (streaming begins at 16:00) JST
Day 2: Sunday, June 21, 2026, show starts at 17:00 (streaming begins at 16:00) JST

 On-demand viewing period
Day 1: Until 23:59 on Saturday, July 4, 2026 (JST)
Day 2: Until 23:59 on Sunday, July 5, 2026 (JST)

 Sales period
2-Day Ticket: May 27, 2026 (Wednesday) 22:00 to July 4, 2026 (Saturday) 20:00 JST
Day 1 Ticket: May 27, 2026 (Wednesday) 22:00 to July 4, 2026 (Saturday) 20:00 JST
Day 2 Ticket: May 27, 2026 (Wednesday) 22:00 to July 5, 2026 (Sunday) 20:00 JST

 ABEMA Live: Purchase Page for Available Countries
Day 1: https://www.abema-global.com/lives/3kjxdnsYCzsum7apnkqfRu
Day 2: https://www.abema-global.com/lives/gecvHpMAMBAZWBtKCXpeSr

Media Contact

Organization: CyberAgent, Inc.

Contact Person: CyberAgent, Inc. Press Contact

Website: https://caanime.cyberagent.co.jp/en/

Email: Send Email

Address:40-1 Udagawacho, Abema Towers, Shibuya City, Tokyo

City: Tokyo

Country:Japan

Release id:46431

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Press Release

2026 Cloud Mining Guide: Reviews of 6 Top-Selected Platforms

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England, U.K, Jun 24, 2026, ZEX PR WIRE — When Bitcoin first emerged, “mining” was something anyone could try on their own computer. Today, global mining competition has evolved into a computing power arms race—with mining farms costing millions of dollars, specialized ASIC chips, and a scramble for regions with cheap electricity… For the average person, it seems increasingly difficult to get involved.

The emergence of cloud mining has completely transformed the market landscape.

What is cloud mining?

Cloud mining is a method of obtaining cryptocurrency by renting computing power from remote data centers. It allows users to participate in mining without having to purchase or maintain physical mining hardware, making it more convenient and efficient than traditional mining.

Review of the 6 Best Cloud Mining Platforms for 2026

  1. ASDeFi — The Most Promising Cloud Mining Platform of 2020

Founded in 2020 and headquartered in the UK, ASDeFi is an international platform specializing in cloud mining and digital asset services. It operates under the regulatory oversight of the UK Financial Conduct Authority (FCA) and utilizes an AI-driven intelligent computing power scheduling system to achieve automated operations and 24-hour earnings settlement.

ASDeFi Core Advantages:

  • Complete registration to receive a $15 cash reward, which can be used to purchase mining contracts and earn $0.60 per day.
  • The platform supports mining for various major cryptocurrencies, including BTC, ETH, XRP, DOGE, and SOL
  • Utilizes EV SSL encryption technology and a multi-layered security protection system to safeguard user assets, providing users with more convenient and secure solutions for digital asset appreciation.
  • Earnings are settled automatically every 24 hours; there are no service or equipment maintenance fees.

2. NiceHash — Computing power market

NiceHash connects buyers and sellers through an open hashrate marketplace, allowing users to flexibly buy or sell hashrate resources. Its transparent market mechanism is highly valued by miners who prioritize flexibility.

3. Binance Cloud Mining — Exchange Cloud Mining

As one of the world’s largest cryptocurrency trading platforms, Binance Cloud Mining leverages its vast user base to provide users with Bitcoin cloud mining services

4. ECOS — Cloud Mining Focused on Bitcoin

ECOS primarily serves Bitcoin users, offering structured mining contracts and yield management tools

5. Bitdeer — Industrial-Grade Mining Platform

Leveraging large-scale professional mining farms and data center infrastructure, Bitdeer provides users with institutional-grade cloud mining services

6. BitFuFu — A Platform Supported by Bitmain

Leveraging Bitmain’s hardware resources, BitFuFu has strong mining rig supply capabilities and computing power resources, and enjoys high recognition among institutional users and large-scale miners.

Frequently Asked Questions About Cloud Mining

Is cloud mining suitable for beginners?

Cloud mining platforms operate automatically, so new users can participate without needing any specialized technical knowledge.

Does cloud mining require purchasing mining equipment?

No. Cloud mining platforms handle the deployment, operation, and maintenance of mining equipment; users simply need to select the appropriate hashrate contract.

Which cryptocurrencies can be used for cloud mining?

We support more than a dozen major cryptocurrencies, including BTC, ETH, XRP, DOGE, SOL, LTC, BNB, and USDT.

Does cloud mining require daily maintenance?

The platform operates in automatic mode. Once users have completed the setup, they can view their hashrate and account earnings through the backend.

Conclusion

With the continuous development of artificial intelligence, cloud computing, and blockchain infrastructure, cloud mining is becoming an important way to participate in the digital asset space. Compared to traditional mining, which requires significant hardware investments, complex technical maintenance, and high operating costs, ASDeFi cloud mining lowers the barrier to entry, enabling more ordinary users to conveniently access digital currency mining.

Among the six platforms reviewed in this evaluation, ASDeFi is gradually attracting the attention of more and more users thanks to its AI-powered computing power scheduling system, automated yield management, and multi-currency support.

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Press Release

Collaborative Leadership: Brian Baldari On Why Cross Functional Trust Is The Real Key To Career Growth

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  • A Workplace Collaboration Perspective On How Relationships And Alignment Shape Long Term Professional Progress.

Brick, New Jersey, Jun 24, 2026, ZEX PR WIRE — Brian Baldari, a leadership coach based in Brick, NJ, has released a perspective examining how collaborative leadership and cross functional trust influence long term career growth in modern workplaces. The perspective focuses on how professionals build credibility, navigate shared responsibilities, and strengthen working relationships across teams in environments where collaboration is essential to day to day execution.

The discussion centers on a recurring challenge in many professional environments. Individuals often focus heavily on delivering strong individual performance, yet find that career progression depends just as much on how effectively they work with others. According to Brian Baldari, this gap between individual contribution and collective trust is one of the most overlooked factors in career development.

Brian Baldari explains that collaborative leadership is not defined by authority or formal role. Instead, it is shaped by how consistently a professional contributes to shared outcomes, communicates across teams, and builds reliability in group settings. He notes that professionals who understand this dynamic tend to progress more steadily because they are able to operate effectively within interconnected systems of work.

The Shift From Individual Performance To Shared Outcomes

Brian Baldari highlights that many professionals begin their careers with a strong focus on individual output. Early success is often measured by task completion, efficiency, and personal accountability. While these qualities remain important, they are not sufficient on their own for long term career advancement.

As professionals move into more complex environments, work becomes increasingly interconnected. Projects require coordination across multiple teams, functions, and priorities. In these settings, success depends less on isolated performance and more on the ability to contribute to shared outcomes.

Brian Baldari explains that this shift can be difficult for individuals who are accustomed to being evaluated primarily on their own output. When expectations change, professionals must adapt how they communicate, how they prioritize work, and how they engage with others. Those who fail to make this transition may continue to perform well individually but struggle to gain broader recognition.

He notes that cross functional trust becomes a central factor in this stage of development. Trust is built through consistency, clarity, and reliability in collaborative environments. When colleagues can depend on one another to follow through, communicate effectively, and support shared objectives, overall team performance improves.

Cross Functional Trust As A Career Development Factor

Brian Baldari emphasizes that cross functional trust is often treated as a soft skill, but in practice it functions as a structural component of career progression. Professionals who develop strong working relationships across teams are more likely to be included in broader conversations, invited into planning discussions, and considered for expanded responsibilities.

He explains that trust is not created through visibility alone. Instead, it is built through repeated interactions where expectations are met and communication remains clear. Over time, these patterns shape how others perceive a professional’s reliability and contribution.

Brian Baldari notes that many individuals underestimate the cumulative effect of these interactions. A single project or assignment may not determine career trajectory, but consistent behavior across multiple collaborations gradually shapes reputation within an organization.

He also highlights that trust operates in both directions. Professionals must not only earn trust but also extend it to others. This includes recognizing the strengths of colleagues, respecting different working styles, and contributing to environments where shared accountability is possible.

Communication Protocols And Alignment In Complex Workplaces

Brian Baldari discusses communication as a key component of collaborative leadership. In complex workplaces, information moves across multiple channels, and misunderstandings can easily arise when expectations are not clearly defined.

He explains that effective professionals develop communication habits that reduce friction. This includes clarifying responsibilities early, confirming shared understanding, and maintaining consistent updates during collaborative work. These practices help ensure that teams remain aligned even when priorities shift or challenges arise.

Brian Baldari also notes that alignment is not a one time activity. It requires ongoing adjustment as projects evolve and new information becomes available. Professionals who actively maintain alignment tend to experience fewer breakdowns in collaboration and stronger long term working relationships.

He emphasizes that communication is not limited to formal settings. Informal interactions, quick clarifications, and day to day responsiveness all contribute to how trust is formed and maintained across teams.

Navigating Workplace Systems Without Relying On Formal Authority

Brian Baldari explains that many professionals assume career growth is primarily linked to formal authority or job titles. However, in collaborative environments, influence is often determined by how effectively an individual contributes to group outcomes rather than their position within a hierarchy.

He notes that professionals who rely solely on formal authority may struggle in environments where work is distributed across teams and decision making is shared. In contrast, individuals who focus on collaboration, trust building, and alignment often develop influence that extends beyond formal structure.

Brian Baldari highlights that navigating these environments requires adaptability. Professionals must learn to work effectively without relying on directives alone. This includes taking initiative in group settings, supporting shared goals, and contributing constructively to problem solving.

He also points out that leadership in these contexts is often informal. It emerges through behavior rather than designation. Individuals who consistently help others succeed, clarify direction, and maintain alignment naturally become points of reference within their teams.

Building Sustainable Career Growth Through Collaboration

Brian Baldari concludes that sustainable career growth is closely linked to the ability to operate effectively within collaborative systems. While individual performance remains important, long term progression depends on how well professionals integrate into broader networks of work.

He explains that cross functional trust, communication clarity, and alignment are not secondary skills. They are foundational elements of how modern workplaces function. Professionals who develop these capabilities tend to experience more consistent growth because they are able to contribute across a wider range of situations.

Brian Baldari emphasizes that collaborative leadership is ultimately about consistency. It is reflected in how individuals show up in group settings, how they respond to challenges, and how reliably they support shared objectives over time.

He notes that career development is not defined by a single moment or achievement, but by repeated patterns of behavior that build trust and credibility. In this way, collaboration becomes not just a workplace requirement, but a central driver of long term professional progress.

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Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.

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