Press Release
The Innovation of LikeLib 2.0 Redefines Public Chain Technology
LikeLib is a community-based open source blockchain project that uses blockchain technology and digital identities to digitize and informatize assets; use smart contracts to automatically manage assets and information to achieve a diversified network of “smart economy”.
The ecosystem joins the major communities around the world to participate, and is committed to linking all with an open mind, thus building a decentralized network that can expand and achieve multi-party collaboration and win-win in real business society.
LikeLib public chain team leader Mr. Thierry, operations director DIma, and technical general counsel Ms. Olga. All of them have very strong technology and business background.
LikeLib’s core members include Technical Director Mr. Renia, Mr. Yevgeny, Technical Director Daniel, Software Engineer Oleg, Sergey, Dennis, Business Analyst Mr. Andre, Ms. Tania and the community technology development team Ms. Julia Palamarchu, Maksim Hryhoryeu, Daniel Harapko, Anre Ku, Alexey Nekrasov, Alex, etc. have many years of experience in relevant positions in Dublin internationally, as well as abundant professional knowledge and skills.
Some ecological applications of LikeLib blockchain include:
1. The best solution (Biteacon)
Biteacon is a browser that interacts with the LikeLib ecosystem, which can help users explore other network-related information such as its blockchain and transaction volume.
2. The best smart contract (Supplike)
Supplike is a platform with built-in embedded supply chain builder based on LikeLib blockchain. With the built-in builder, you can easily design and deploy the supply chain, assign roles and use it easily, and create code-free solutions for the supply chain through mobile apps.
3. The best solution (LikeLib Analytics)
LikeLib Analytics is the LikeLib blockchain browser and analysis platform, indexing all blockchain data through the big data pipeline and disclosing data and indicators through API and WEB applications.
On this basis, the “blockchain + edge computing” IoT management system, the research of the electronic degree certificate management method of the alliance chain, relay cross-chain technology, channel state differential information vital signs detection algorithms, research on people counting methods based on WiFi perception, Internet of Things architecture for electrical fire monitoring of ancient buildings based on edge computing, and multi-field and interdisciplinary expert selection algorithms for multiple project ecology and algorithm system applications have been successfully developed in the LikeLib public chain main network.
LikeLib 2.0 provides a more secure and stable blockchain service, which covers data connections, hybrid storage, cross-chain technology and other core modules with independent intellectual property rights, which can quickly build solutions for typical application scenarios.
The newly-released 2.0 system will not only reduce transaction program fees, but will also cause block chain replication forks and increase transfer transactions. The average transaction value can be allocated between operational interruptions. Compared with the previous version 1.0, the transaction volume has steadily increased to 10,000 transactions per second, and the transaction speed is about 10,000 TPS.
In terms of supporting smart contracts, interchangeable consensus mechanisms and distributed storage networks, the blockchain consensus mechanism can be replaced according to different factors (such as transaction volume), and a distributed storage network based on IPFS can store a large amount of data outside the chain.
LikeLib2.0 fully uses database fragmentation technology. Only a small part of the input transactions need to be processed, and a large amount of verification work can be completed through other conventional parallel processing on the network.
LikeLib uses Bridges technology, which is a blockchain interoperability technology specifically used to make the LikeLib ecosystem cross-chain compatible with external blockchains (such as Ethereum).
LikeLib cross-chain bridge technology allows cross-chain assets and information exchange between the main network and each project ecosystem, like the axis connecting various islands. The LikeLib blockchain network realizes cross-chain through bridges, which greatly promotes the large-scale assets of ecological projects such as Bitcoin and Ethereum, and the real market liquidity of information. The advantages include multi-signature technology/ring signature technology/hash locking technology.
In addition, LikeLib2.0 also uses Lightning Network transactions and zero-configuration transaction channels.
The existing hosting solutions on the Lightning Network only manage their users’ funds on one or a few, and they will not use one channel with each user. Instead, keep an internal private ledger to record when the funds belong to the user.
Earlier we mentioned the ring signature technology in the LikeLib2.0 cross-chain bridge. The ring signature is named because a certain parameter implicit in its signature is composed according to certain rules. Many of the schemes proposed later do not require the structure of the signature to be a ring, as long as the formation of the signature satisfies the spontaneity, anonymity and group characteristics, it is also called a ring signature.
The security of the ring signature technology scheme is quite high, such as: unconditional anonymity, unforgeability, unconditional anonymity of the signer, and the signer can freely specify his own anonymity range, forming a beautiful ring logic structure, which can realize group signatures The main function of but does not require trusted third parties or group administrators.
Ring signature is a special group signature. There is no trusted center and no group establishment process. For the verifier, the signer is completely anonymous.
Theoretically, zero-knowledge proof can prove something to everyone else without exposing any proprietary, and the generated proof is small in size, the verification cost is very low, and it has nothing to do with the amount of calculation that needs to be proved.
LikeLib2.0 uses the generation algorithm (G) to generate public parameters for the proposition, the proof algorithm (P) to generate the proof of the satisfiability of R1CS, and the verification algorithm (V) to verify the proof and other technical methods and means to finally generate the proof. It can be proved that there is a secret value reset equation satisfied without revealing the secret.
LikeLib2.0’s “decentralized and distributed” technology means that all information is publicly recorded on the “public ledger”, and can only be entered and cannot be modified, so that the complete copy of the blockchain includes each executed action, so About the value belonging to each active address (account).
The overall situation has continued to iterate for thirty years, and only then has today’s prosperity been achieved, and only then has “Internet +”. If you still have confidence in the blockchain, perhaps you should give it more time. The LikeLib2.0 public chain system has already given the blockchain a gratifying answer in 2020.
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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.
China, 12th Mar 2025, – Cloom Tech, a provider of custom wire harnesses and cable assemblies, has expanded its specialization in manufacturing custom wire harness assemblies for robotic applications. This development enhances the company’s ability to deliver wiring solutions tailored to the increasing demands of automation and robotics across industries such as manufacturing, healthcare, and aerospace.
With a focus on precision and durability, Cloom Tech now offers robotic wire harness assemblies designed to withstand continuous movement, high-speed operations, and harsh industrial environments. By integrating high-quality materials and quality control measures, the company ensures that each assembly meets industry standards and operational requirements.
“The expansion into robotic custom wire harness manufacturing aligns with the demand for reliable and flexible wiring solutions in automation,” said Ivy Zhao, spokesperson for Cloom Tech. “By refining expertise, the goal is to support industries that rely on robotics to enhance efficiency and operational precision.”
Robotic systems require specialized wiring solutions that can endure repetitive motion and mechanical stress while maintaining signal integrity. As automation advances, the need for custom wire harnesses capable of handling complex electrical connections has grown. Cloom Tech’s engineering and manufacturing processes ensure that clients receive solutions optimized for durability, flexibility, and performance reliability.
Each robotic wire harness assembly undergoes testing to verify electrical integrity and mechanical resilience. Cloom Tech employs manufacturing techniques to produce assemblies that meet industry regulations and client-specific design requirements. These solutions support robotic functionality in sectors such as industrial automation, medical robotics, and autonomous systems.
Beyond manufacturing, Cloom Tech provides design support for robotic wire harness solutions, assisting clients in optimizing specifications for their applications. The company’s engineering team works closely with clients to develop customized wiring configurations, ensuring integration with robotic systems. From prototype development to full-scale production, Cloom Tech maintains a structured process focused on quality and efficiency.
Cloom Tech continues to explore advancements in wire harness technology, including innovations in lightweight materials, shielding techniques, and integration with automation systems. As the robotics industry evolves, the company remains committed to delivering wiring solutions that align with technological developments.
“Cloom Tech is focused on advancing wiring solutions for automation,” added Zhao. “Through research and development, the objective is to provide connectivity solutions that contribute to robotics across industries.”
Cloom Tech’s expansion into robotic custom wire harness assembly manufacturing strengthens its role as a provider of wiring solutions for automation systems. By maintaining a commitment to quality, precision, and industry collaboration, the company continues to support technological advancements in robotic connectivity.
For more information about Cloom Tech’s robotic custom wire harness assembly manufacturer services and other wiring solutions, contact Cloom Tech at +86-311-86935537-6043 or sales@cloomtech.com. The office is located at 5th Floor, Building 5, Qiushi Electronic Science Park, Optics Valley Science Park, No. 99, Yuyuan Road, Luquan Economic Development Zone, Shijiazhuang, Hebei, China.
Media Contact
Organization: Cloom Tech
Contact
Person: Ivy Zhao
Website:
https://cloomtech.com/
Email:
sales@cloomtech.com
Contact Number: 8631186935537
Address:5th Floor, Building 5, Qiushi Electronic Science Park, Optics Valley Science Park, No. 99, Yuyuan Road
Address 2: Luquan Economic Development Zone, Shijiazhuang, Hebei, China
Country:China
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China, 12th Mar 2025, – Promax, a manufacturer of precision-engineered pogo pins and spring-loaded connectors, has introduced high-quality 2-pin magnetic connectors designed for reliable performance across multiple industries. The latest offering meets the demand for durable and efficient connectors in sectors such as consumer electronics, aerospace, and medical technology.
With more than 15 years of experience in connector manufacturing, Promax continues to develop magnetic connectivity solutions that ensure stable electrical performance and user-friendly designs. The 2-pin magnetic connectors are designed for secure connections, reducing wear and tear compared to traditional connectors. These products are suited for applications requiring seamless connectivity and ease of use.
Gavin, Manager at Promax, stated, “The introduction of the 2-pin magnetic connectors aligns with the increasing need for compact, reliable, and efficient connectivity solutions. The focus is on delivering precision-engineered products that enhance functionality and durability while addressing operational challenges. With expertise in high-quality manufacturing, these connectors meet industry standards and provide consistent performance in demanding environments.”
The 2-pin magnetic connectors incorporate a self-aligning mechanism that simplifies connections and minimizes the risk of damage due to misalignment. The design also enhances safety by preventing accidental disconnections, making them suitable for medical devices, portable electronics, and industrial equipment.
Promax’s production facilities comply with internationally recognized quality standards, ensuring that each connector meets rigorous testing requirements for electrical conductivity, durability, and environmental resistance. The use of advanced materials and engineering techniques contributes to product efficiency and longevity.
As industries evolve, the need for high-performance connectors that support miniaturization and advanced functionality continues to grow. The increasing adoption of wearable devices, smart home technology, and portable medical equipment highlights the demand for dependable connectivity solutions. Promax remains focused on addressing these technological shifts with innovative products designed for market needs.
Promax is also expanding its magnetic connector line to accommodate various power and data transmission requirements, ensuring compatibility with a broader range of applications. Gavin added, “Innovation in connectivity solutions remains a priority. Continued investment in research and design supports the development of enhanced product offerings that align with emerging industry trends. The objective is to remain a trusted partner for businesses requiring reliable and customizable connectors for advanced applications.”
Promax’s 2-pin magnetic connectors are available for commercial and industrial applications. The company collaborates with partners and clients worldwide to provide tailored solutions that meet specific design and operational needs.
For further information about the 2-pin magnetic connector, please contact Promax. The company can be reached by phone at +86 189 2659 5104 or via email at tonyhoo@promaxpogopin.com.
Media Contact
Organization: Promax
Contact
Person: Gavin
Website:
http://promaxpogopin.com/
Email:
tonyhoo@promaxpogopin.com
Contact Number: 8618926595104
Country:China
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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.
United States, 13th Mar 2025, – Yijin Hardware, a provider of precision manufacturing solutions, has expanded its expertise in acrylic CNC machining to address the increasing demand for high-precision components. The company’s development of advanced machining techniques and quality control processes supports industries such as aerospace, medical, and electronics in producing accurate acrylic components.
Acrylic CNC machining involves specialized processes to achieve precision, clarity, and durability. Yijin Hardware has refined its machining techniques to produce high-quality components with superior edge quality and tight tolerances. Multi-axis CNC milling and cutting technology are employed to ensure that each acrylic part meets industry specifications while maintaining optical clarity and smooth surface finishes.
“Acrylic CNC machining requires precise control to produce components that meet industry standards for clarity and durability,” said Gavin Yi, CEO of Yijin Hardware. “Through continuous advancements in machining technology and quality assurance, the company remains focused on delivering reliable acrylic parts for a range of applications.”
Yijin Hardware’s acrylic machining capabilities include prototyping, small-batch production, and large-scale manufacturing. Additional post-machining processes such as polishing, engraving, and bonding are integrated to align components with specific application requirements. The company follows stringent quality inspection protocols, including dimensional verification and optical clarity assessments, to ensure compliance with industry standards.
The increasing use of acrylic components in various industries highlights the need for reliable CNC machining solutions. Yijin Hardware continues to refine its acrylic machining processes to support technological advancements and evolving product designs.
“Manufacturing processes must continuously adapt to meet changing industry demands,” added Yi. “By enhancing machining capabilities and optimizing production techniques, Yijin Hardware remains committed to advancing acrylic CNC machining for high-tech applications.”
Yijin Hardware’s continued investment in acrylic CNC machining reinforces its role in precision manufacturing. The company’s focus on process improvements and quality assurance supports the evolving needs of multiple industries.
For inquiries about acrylic CNC machining and industry advancements, please contact Yijin Hardware by phone at +1 626 263 5841 or via email at yijing@yijinsolution.com. The company’s headquarters is located at 760 NW 10th Ave, Homestead, FL 33030.
Media Contact
Organization: Yijin Hardware
Contact
Person: Gavin Yi
Website:
http://yijinsolution.com/
Email:
yijing@yijinsolution.com
Contact Number: 16262635841
Address:760 NW 10th Ave
Address 2: Homestead, FL 33030
Country:United States
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About Author
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.
Promax Specializes in High-Quality 2-Pin Magnetic Connectors
Cloom Tech Manufactures Robotic Custom Wire Harness Assemblies
Yijin Hardware Specializes in Acrylic CNC Machining for High-Precision Manufacturing
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