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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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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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Press Release

UKING Online Elevates German Event Production with Professional Stage Lighting and Fast EU Delivery

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Germany, 20th Mar 2026, – As live events and productions continue to thrive across Europe, UKING Online is strengthening its commitment to the German market by offering professional-grade stage lighting solutions with rapid, reliable logistics. Established in 2016 with a mission to make “life brighter,” UKING has grown into a trusted global brand with over 150 products and 100,000 customers worldwide. Now, German lighting designers, DJs, and event organizers can access high-performance gear with the convenience of local European distribution.
 

Fast Shipping from Local EU Warehouses Understanding the critical timelines of event production, UKING utilizes local warehouses within the European Union, specifically located in the Czech Republic. This strategic positioning allows for swift DHL delivery to German customers, typically arriving within 2 to 5 days. By shipping directly from within the EU, UKING ensures that German clients avoid long wait times and complex customs procedures, making it easier than ever to secure equipment for last-minute gigs or large-scale installations.

Professional Gear for Every Venue UKING offers a comprehensive catalog tailored to both indoor clubs and outdoor festivals. Key product highlights for the German market include:

UKING Online Elevates German Event Production with Professional Stage Lighting and Fast EU Delivery

  • High-Performance Moving Heads: The popular UKING ZQ02356 and ZQ02253 moving head lights feature advanced LED technology, offering brilliant beams, kaleidoscopic effects, and precise 540° pan / 270° tilt movements. These fixtures are compatible with standard DMX512 controllers, allowing for seamless integration into complex light shows.
  • All-Weather Solutions: For Germany’s vibrant outdoor festival scene, UKING provides robust options like the ZQ01553 Waterproof Par Light. Rated IP65, these fixtures feature die-cast aluminum housings and waterproof cabling, ensuring reliable performance regardless of the weather.
  • Atmospheric Effects: To complete the visual experience, UKING offers dynamic effect machines, including the ZQ16050 Cold Spark Machine and the ZQ10016 Fog Machine, adding safety-conscious spectacle to weddings and stage performances.

UKING Online Elevates German Event Production with Professional Stage Lighting and Fast EU Delivery

Commitment to Quality and Service UKING combines affordable pricing with professional specifications, such as 50,000-hour LED lifespans and intelligent temperature control systems. With a dedicated support team and a customer-centric warranty policy, UKING is ready to support the creative vision of German lighting professionals.

For more information or to browse the catalog, please visit www.uking-online.com.

About UKING Based in Shenzhen with a diverse international team, UKING is dedicated to accessible lighting solutions. From rock concerts to private parties, UKING provides quality stage lighting, DMX controllers, and effect machines to enthusiasts and professionals globally.

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Community Invited to Easter Egg Hunt at Church of Scientology Nashville

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Nashville, Tennessee, 20th March 2026, ZEX PR WIRE, Families across Music City are invited to celebrate Easter together as the Church of Scientology Nashville hosts a festive community Easter Egg Hunt on Sunday, April 5, beginning at 11:00 a.m.

The event is open to all and designed as a joyful morning where children can dash, discover, and delight in a classic Easter tradition—hunting for colorful eggs hidden across the grounds. With special surprises tucked among the eggs, every child will have the chance to share in the excitement.

In addition to the egg hunt, families can enjoy a variety of activities throughout the morning, creating a lively and welcoming atmosphere for guests of all ages. The event is part of the Church’s ongoing effort to bring the community together through family-friendly celebrations that foster connection, goodwill, and fun.

The Church of Scientology Nashville has become a gathering place for community events and cultural celebrations throughout the year, welcoming neighbors from all walks of life. From seasonal festivities to open houses and humanitarian initiatives, the Church provides a space where individuals and families can come together in a spirit of unity and shared purpose.

“Our goal is simply to create a place where families can enjoy time together and build lasting memories,” said a representative of the Church. “Events like this Easter egg hunt are about bringing people together and celebrating the values we all share—joy, community, and kindness.”

The Easter Egg Hunt will take place at the Church of Scientology Nashville, located at 1130 8th Avenue South. Admission is free, and all are welcome to attend.

For more information about this event or other upcoming activities, visit the Church of Scientology Nashville or stop by for a visit.

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Anthony Helinski Makes the Case for Bringing Hands-On Learning Back to the Classroom

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Anthony Helinski, a Salem, New Hampshire educator and engineer, argues that practical, hands-on instruction produces more durable outcomes than abstract curriculum alone.

The Problem With Learning That Stays on Paper

New Hampshire, US, 20th March 2026, ZEX PR WIRE, After seven years teaching science and reading at Lawrence Public Schools in Lawrence, Massachusetts, Anthony Helinski developed a clear view of what separates students who retain information from those who do not. Inquiry-based learning, hands-on problem solving, and real-world application consistently outperformed passive instruction. The students who built things, tested things, and handled real materials in the classroom were the students who came back to class asking questions.

Helinski’s method was not accidental. It was the result of deliberate design, informed by his training in universal design for learning and his instinct for matching instruction to the learner rather than the learner to the instruction.

What Hands-On Learning Actually Requires

Practical instruction requires investment, and Helinski has never been reluctant to make that case. During his time in Andover, Massachusetts as an engineering and design teacher, he ran a civil engineering club and a woodworking club after school hours. He designed lessons around robotics, rocketry, and ergonomics. He created the conditions for students to encounter real problems and work toward real solutions.

The same philosophy informed his later work in the utility sector, where he developed onboarding and operator qualifications curriculum for Progressive Pipeline Management, a specialized pipelining company serving major east coast gas utilities. The principles carried over. Clear objectives, tested methods, iterative improvement.

Four Trends Shaping How People Learn in 2026

In a piece recently published by Barchart, Helinski outlined key shifts in how learning, work, and creation are evolving. His perspective draws on both classroom experience and field engineering, producing analysis grounded in practice rather than theory.

Helinski has also been featured in Brainz Magazine and AccessNewswire discussing the importance of returning to practical problem-solving frameworks in educational settings. His view is consistent: learning that cannot be applied has limited value, and the gap between academic instruction and real-world competency is a structural problem worth addressing directly.

What Educators and Learners Can Do Right Now

Helinski’s recommendation is to begin with the simplest version of hands-on engagement available in your current environment. Identify one concept in your curriculum or training program that could be demonstrated physically rather than described verbally. Build the demonstration before refining it. Test whether understanding improves. Iterate from there.

The engineering design process does not require expensive equipment. It requires a clear question, a method for testing answers, and a willingness to revise based on what you learn.

Take one concept you currently teach or train abstractly and find a way to make it physical this week. Note the difference in engagement and ask whether the outcome improved.

About Anthony Helinski

Anthony Helinski is a Salem, New Hampshire-based educator, project engineer, and woodworking entrepreneur. He holds two master’s degrees from Lesley University and spent seven years teaching science and reading at Lawrence Public Schools before transitioning to engineering design instruction and gas utilities project management. He is the founder of Helinski Custom Woodworking and can be reached through anthonyhelinski.com.

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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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