CESS_Network

Weekly Report | Aug 26th — Sep 1st, 2024

cess-network@newsletter.paragraph.com (CESS_Network) — Sat, 07 Sep 2024 04:34:50 GMT

Weekly Highlights

The cross-chain mechanism of the CESS chain was tested, successfully achieving token transfer across the CESS and Ethereum test chains.
Various proof algorithm modules for storage nodes were improved, resolving issues where nodes could not submit idle space proofs and validate inservice storage proofs.
The CESS Merkle event went live this week, offering participants a chance to win a “Navigator” and share mysterious prizes!
CESS hosted the IEEE P3233 Standard Launch Meeting with IEEE, taking the first step toward a global standard for blockchain-based decentralized storage.
CESS celebrated the final testnet, codename Venus, with the “Merkle” competition, offering hundreds of thousands of dollars in $CESS airdrops and surprise prizes.

Project Development Details

The CESS testnet has been updated to Venus (v0.7.7) and consists of a consensus node and a storage node. Consensus Node maintains the world state of the CESS network (by CESS Node) and serves as the “data authentication station” (by TEE Worker). Storage Node provides verifiable storage space and serves as the “data storage pool” in the CESS network.

Consensus Node [v0.7.7]

Completed testing of the CESS chain’s cross-chain mechanism, successfully achieving token transfer across the CESS and Ethereum test chains.
Finalized the writing and testing of benchmark cases for critical pallets in the new version of the consensus node.
Completed standardized deployment and load balancing strategy configuration for CESS chain RPC nodes.
Designed and implemented the CESS CDN network cache node work reward protocol using Substrate Ink! contracts.

2. Storage Node [v0.7.11]

Fixed issues where storage nodes could not effectively validate service storage proofs due to cached invalid keys.
Resolved problems where delayed receipt of transaction events caused idle space proof status synchronization failures.
Fixed issues where storage nodes could not generate idle space proofs due to failure in restoring challenge snapshots.

CESS is a blockchain powered decentralized storage and CD²N (content decentralized delivery network) infrastructure for Web3. By utilizing a DePIN (decentralized physical infrastructure network) model, CESS drives mass deployment of network nodes globally through incentives. The first of its kind, DeOSS (decentralized object storage services) by CESS has significantly contributed to the gradual enrichment and flourishing of the product ecosystem within the CESS network, DeShare (online file sharing tool), and public chain snapshot storage services have been incubated. The developments for this month are as follows:

Decentralized Object Storage Service (DeOSS)

Implemented an HTTP protocol-based fragment upload mechanism for DeOSS.
Optimized DeOSS’s breakpoint resume mechanism, reducing unnecessary verification steps to improve response speed.

CESS Website (cess.network)：

Launched the CESS Merkle event, where participants have the chance to win a “Navigator” and share mysterious prizes!

Testnet

Overview:

32 days after the Venus (v0.7.7) testnet was launched. More details on CESS blockchain explorer CESS Scan. If you encounter any issues building a node, please seek assistance on CESS Discord.

25 consensus nodes
5,761 storage nodes
15.71 PiB verified storage space
44.00 PiB total storage space

Event:

The miner reward event for the CESS testnet continued as storage and consensus miners can earn points by participating. The ongoing miner reward event in the CESS testnet incentivizes participation from storage and consensus miners, allowing them to earn points while contributing to the network’s growth and development.

Community Activities

CESS marked an exciting milestone for decentralized storage by hosting the IEEE P3233 Standard Launch Meeting in collaboration with IEEE. This event represented the first step towards establishing a global standard for blockchain-based decentralized storage. For more details, dive into the recap and join the journey to reshape data sovereignty: https://medium.com/@CESS_LAB/ieee-p3233-standard-launch-meeting-recap-the-first-step-towards-decentralized-storage-b8ba348ff97e

CESS proudly celebrated the launch of its final testnet, codename Venus, by hosting the exciting “Merkle” competition. Participants have the chance to win hundreds of thousands of dollars in $CESS airdrops and additional surprise prizes. It’s a great opportunity to engage with the CESS community and earn rewards.

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CESS Aug 2024 Monthly Technical Report

cess-network@newsletter.paragraph.com (CESS_Network) — Sat, 07 Sep 2024 04:31:41 GMT

CESS Introduction

CESS is a blockchain powered decentralized storage and CD²N (content decentralized delivery network) infrastructure for Web3. Users and creators alike use the platform for on-chain data sharing, whilst builders can develop and deploy DApps.

Offering the most optimal Web3 solution for storing and retrieving high-frequency dynamic data, CESS reshapes the value distribution and circulation of data assets whilst ensuring data sovereignty and user privacy. By utilizing a decentralized physical infrastructure network (DePIN) model, CESS drives mass deployment of network nodes globally through incentives.

CESS network consists of four layers: Blockchain Layer, Distributed Storage Resource Layer, Distributed Content Delivery Layer, and Application Layer. CESS’s R²S consensus mechanism coordinates the network resources and network load, guarantees data security and integrity through proprietary technologies with data ownership protection, technologies such as Proof of Data Reduplication and Recovery (PoDR²), Multi-format Data Rights Confirmation (MDRC), and decentralized proxy re-encryption. CESS aims to be the first decentralized storage network that supports large-scale commercial applications.

CESS is also compatible with EVM and WASM, and the underlying development framework Substrate is also friendly to cross-chain applications. Its technology stack can support most Web3 applications and the development needs of enterprise-level applications.

Important Technological Deliveries

Blockchain Network:

Current testnet: Venus (v0.7.8) consists of consensus and storage nodes. Consensus nodes maintain the world state of the CESS network (by CESS Node) and serve as the “data authentication station” (by TEE Worker). Storage nodes provide verifiable storage space and serve as the “data storage pool” in the CESS network.

Consensus Nodes [ Venus (v0.7.8) ]

Fixed the loss of the evm-account-mapping pallet in the upgraded CESS testnet version.
Addressed the issue preventing CESS blocks from being properly produced due to malfunctioning CESS Nodes.
Upgraded nodeadm programs and related configuration files.
Deployed 10 new CESS Nodes to ensure the stability of the testnet.
Fixed a naming conflict in the CESS Node territory module caused by the lack of uniqueness checks during renaming.
Reduced CESS Node transaction gas fees to prevent significant account balance depletion from frequent transaction submissions.
Added a feature to reduce space declarations, preventing storage nodes from being frozen due to declaring excessive space.
Completed an online upgrade of the consensus nodes, increasing the frequency of random challenges for storage nodes.
Optimized the TEE Node management module for consensus nodes to ensure expired TEE Nodes are promptly removed.
Adjusted the reward calculation ratio for random challenges, setting the reward ratios for idle and service computing power to 5% and 95%, respectively.

Storage Nodes [v0.7.13]

Completed testing of file upload and download functionality for storage nodes based on the territory module in the new version.
Fixed issues with configuring a designated TEE Node in the mineradm multi-node operation program.
Resolved issues preventing storage nodes from starting properly due to SDK version mismatches with the CESS chain.
Fixed issues preventing Docker images from being properly packaged.
Corrected an issue where failing to convert token units prevented the effective increase of staking.
Fixed problems increasing storage space when the staking account differed from the signing account.
Upgraded the P2P file transfer mechanism to provide more efficient data transfer services.
Resolved issues where staking increases failed due to mismatches between signing and staking accounts.
Addressed probabilistic failures in generating idle random challenge proofs when storage nodes were in certain states.
Fixed issues preventing storage nodes from prioritizing custom TEE Nodes for idle authentication acceleration.
Resolved issues causing significantly increased transaction fees due to repeated submission of failed transactions by storage nodes.

TEE Nodes [ Venus (v0.7.8) ]

Added security level checks and update functions to prevent potential key leakage.
Fixed issues preventing proper block validity verification.
Addressed issues where the codebase was not updated, causing signature failures in effective parsing and validation.
Fixed issues preventing the rapid synchronization of blockchain states.
Added distributed deployment for DCAP remote attestation servers.

Decentralized Object Storage Service (DeOSS)

Completed the deployment of the new official DeOSS node cluster.
Added data fencing features to meet users’ special requirements regarding the geographical location of data storage.
Completed the documentation introducing the CD²N working principles and incentive mechanisms.
Fixed issues preventing the proper upload of user files due to network connection anomalies.
Resolved issues preventing user file fragments from being correctly downloaded from remote storage nodes.
Fixed issues preventing lightweight caching nodes from interacting with work protocol smart contracts.
Addressed issues preventing proper file uploads due to incorrect node selection module usage in DeOSS.
Updated the DeOSS documentation to accommodate the latest features after version updates.
Completed the Rust SDK upgrade and documentation writing.
Fixed issues preventing user videos from being properly played due to inconsistent return status codes.
Addressed issues causing high failure rates in uploading user file fragments to storage nodes.
Completed architectural upgrades for CESS CD²N caching nodes, equipping them with basic parallel computing capabilities.
Completed testing and fixes for the static resource distribution function of CESS CD²N caching nodes.

Fixed issues preventing the transfer of files larger than 100MB.
Created a DeShare cluster for storing node Docker images to resolve issues with downloading images.
Completed the new version launch and migrated old version user files to the new testnet.
Fixed issues preventing DeShare from properly downloading user-uploaded files.

CESS Website (cess.network)

Completed UI optimizations for the introduction of CESS network modules on the homepage.
Completed the new website, user documentation, and token collection service.
Enhanced the display details on website pages and updated reference links.

Technical Documentation and References

GitHub: https://github.com/CESSProject

WiKi: https://docs.cess.cloud/core/

CIPs: https://github.com/CESSProject/CIPs

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IEEE P3233 Standard Launch Meeting Recap: The First Step Towards Decentralized Storage Standardization

cess-network@newsletter.paragraph.com (CESS_Network) — Sat, 07 Sep 2024 04:29:31 GMT

On August 30th, 2024, the IEEE P3233 “Standard for Blockchain-Based Decentralized Storage Protocol Specification” launch meeting, initiated by CESS and IEEE, was successfully held. This meeting marked the official commencement of the IEEE P3233 standardization process, representing the beginning of the journey towards the standardization of decentralized storage technology.

The launch meeting attracted experts, innovators, and representatives from various organizations within the storage industry. Joseph Li, Co-Founder of CESS and Chairman of the International Standard Working Group for this protocol, led discussions with participating IEEE members on the roadmap for developing this standard and its profound impact on the future of decentralized storage technology.

The Significance of the IEEE P3233 Standard

The IEEE P3233 standard aims to establish a unified framework for decentralized storage technology, driving the industry towards higher standards in performance, security, and privacy protection. By setting these standards, IEEE P3233 will not only facilitate the widespread adoption of decentralized storage technology but also set new benchmarks for data management and security across various industries in the future.

Meeting Agenda and Key Discussions

The launch meeting focused on several key issues:

Meeting Overview and Agenda Approval: Joseph Li outlined the main agenda of the meeting, emphasizing the necessity of establishing strong standards and frameworks to ensure the integrity, security, and scalability of decentralized storage solutions. The agenda was unanimously approved by all participants, laying the foundation for a series of discussions and decisions that would ensure the transparency and openness of the IEEE P3233 standardization process.

The meeting was attended by renowned enterprises and institutions from the industry, including the State Grid Corporation of China (SGCC), China Southern Power Grid Co., Ltd., Shanghai Conflux Blockchain Research Institute, TravelSky Technology Limited, IEIT Systems Co. Ltd., The Hong Kong Polytechnic University, IoTeX, etc. Voting members from these organizations actively participated in the discussions and voting process. This collective consensus demonstrates widespread support and high recognition within the industry for advancing the IEEE P3233 standard. We sincerely invite more IEEE members to join the IEEE P3233 International Standard Working Group and work together to advance the standardization process of the decentralized storage industry.

Formation of the IEEE P3233 Working Group and Election of Officers: The working group, chaired by Joseph Li, will lead and oversee the development of the standard, ensuring that it meets industry needs and is forward-looking.
Introduction to IEEE P3233 Standard Background and Importance: Working group members discussed the background of this standard and its significance in the fields of decentralized storage and Web3.
Introduction to IEEE Patent and Copyright Policies: Jiajia Liu from IEEE SA provided an overview of IEEE’s patent and copyright policies, reminding all participants to disclose any potential patents when necessary. This transparency is crucial for maintaining the integrity and trust in the standardization process.

CESS’s Role and Technological Contributions

As a pioneer in the field of decentralized storage, Joseph Li showcased CESS’s innovative technologies and applications as a decentralized data infrastructure during the meeting, demonstrating CESS’s commitment and technical strength in contributing to the ongoing standardization process. Joseph Li highlighted CESS’s dedication to ensuring data privacy, security, and sovereignty. The innovations and applications of CESS technology not only set new benchmarks for decentralized storage but also provide strong support for the future development of the standard.

Looking Ahead: The Road to IEEE P3233 Standardization

The launch of the IEEE P3233 standard is just the first step, with a series of meetings and discussions to follow within the working group. In the next meeting, the working group will vote to elect the Vice Chair and will begin arrangements regarding the protocol framework and technical division of labor for the IEEE P3233 standard.

Members will continue to refine and improve this standard. As the standardization process progresses, decentralized storage technology is expected to achieve greater breakthroughs in performance, security, and scalability, laying a solid foundation for the development of Web3 and the broader blockchain ecosystem. CESS will continue to play a crucial role in this process, driving the standardization of decentralized storage technology and ensuring it meets the highest standards of quality and reliability.

As the industry continues to evolve, the development of the IEEE P3233 standard will provide a solid foundation for the future growth of decentralized storage technology, contributing to the creation of a more secure, privacy-protective, and user-centric internet.

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Weekly Report | Aug 19th — 25th, 2024

cess-network@newsletter.paragraph.com (CESS_Network) — Sat, 07 Sep 2024 04:27:17 GMT

Weekly Highlights

CESS completed an online upgrade for consensus nodes, increasing the frequency of random challenges for storage nodes and adjusting the reward distribution ratio. This update ensures that storage nodes containing user files receive more reward benefits.
Several issues affecting storage nodes were resolved, including the inability to generate idle random challenge proofs under certain conditions, failure to utilize TEE Nodes for accelerated data certification, and rising transaction fees due to repeated failed transactions.
Problems with DeOSS were also addressed, specifically fixing the inability to preview video files online and reducing the high failure rate when uploading user file fragments to storage nodes.
CESS hosted a space where CESS Co-founder, Joe discussed “How Memes are Influence Investments Decisions in Web3 ”, attracting an audience of 2.3k participants.

Project Development Details

Consensus Node [v0.7.7]

Completed the online upgrade for consensus nodes, increasing the frequency of random challenges for storage nodes.
Optimized the TEE Node management module, ensuring that invalid TEE Nodes are promptly cleaned up.
Adjusted the reward distribution ratio for random challenges, with idle computing power and inservice computing power rewards now set at 5% and 95%, respectively.

2. Storage Node [v0.7.11]

Fixed issues where idle random challenge proofs could not be generated under specific conditions.
Resolved problems preventing storage nodes from prioritizing custom TEE Nodes for accelerated idle certification.
Fixed an issue where transaction fees increased due to repeated failed transactions.

Decentralized Object Storage Service (DeOSS)

Fixed issues with DeOSS preventing user videos from being played correctly due to inconsistent return status codes.
Addressed high failure rates when uploading user file fragments to storage nodes.
Upgraded the architecture of CESS CD²N caching nodes, enabling basic parallel computing capabilities.
Completed testing and resolved issues related to the distribution of static resources by CESS CD²N caching nodes.

Testnet

Overview:

25 days after the Venus (v0.7.7) testnet was launched. More details on CESS blockchain explorer CESS Scan. If you encounter any issues building a node, please seek assistance on CESS Discord.

23 consensus nodes
5,556 storage nodes
10.88 PiB verified storage space
42.11 PiB total storage space

Event:

Community Activities

CESS hosted a space where CESS Co-founder, Joe discussed “How Memes are Influence Investments Decisions in Web3 ”. The session featured key industry voices, including YJ from ClusterProtocol, Andy from The Nova Strategy, Jelly from Click Global, and Vikki from Gaga. Attendees gained valuable insights and opportunities in the world of Web3, covering topics such as memes, AI, and DePIN.

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Weekly Report | Aug 12th — 18th, 2024

cess-network@newsletter.paragraph.com (CESS_Network) — Sat, 07 Sep 2024 04:25:14 GMT

Weekly Highlights

A new feature was added to the CESS Network to reduce storage space declarations, preventing the issue of nodes being frozen due to accidentally declaring more storage space than their pledged amount.
Improvements were made to the p2p file transfer mechanism, and issues, where storage nodes could not increase their pledge when the signing account differed from the pledge account, were fixed.
A bug was fixed that prevented DeOSS from uploading files correctly due to improper usage of the node selection module.
CESS participated in the “AMA: CollabFest 3.0” emphasizing our role in advancing data privacy and security in the Web3 ecosystem.

Project Development Details

Consensus Node [v0.7.7]

Added a feature to reduce space declarations to prevent storage nodes from being frozen due to large space declarations.
Fixed an issue where the blockchain state could not synchronize quickly after changing the validator set.
Introduced distributed deployment of the TEE Node DCAP remote authentication server for more stable and reliable authentication services.

2. Storage Node [v0.7.11]

Upgraded the p2p file transfer mechanism to provide more efficient data transfer services.
Fixed an issue where storage nodes could not increase their pledge when the signing account differed from the pledge account.

Decentralized Object Storage Service (DeOSS)

Fixed a bug preventing DeOSS from uploading files correctly due to improper node selection module usage.
Updated DeOSS documentation to reflect the latest features after version updates.
Completed the upgrade and documentation of the Rust SDK, adapting it to CESS Venus (v0.7.7).

Online File Sharing Tool (DeShare):

Upgraded DeShare to address issues with file uploads and downloads.

CESS Website (cess.network)：

Enhanced the presentation details of the website pages and updated all referenced links.
Completed testing for the CESS Merkle event, which is about to be launched.

Testnet

Overview:

18 days after the Venus (v0.7.7) testnet was launched. More details on CESS blockchain explorer CESS Scan. If you encounter any issues building a node, please seek assistance on CESS Discord.

21 consensus nodes
4,988 storage nodes
6.74 PiB verified storage space
38.5 PiB total storage space

Event:

Community Activities

CESS took part in the “AMA: CollabFest 3.0 — Making Changes Together 3”, where Nicholas Zaldastani, Co-Founder and Chairman of CESS, introduced the platform’s innovative technologies. During the discussion, CESS highlighted its decentralized cloud storage network, CD²N, and how these solutions are driving advancements in data privacy, security, and decentralized infrastructure. The event underscored the importance of these technologies in the future of Web3 and decentralized ecosystems.

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Weekly Report | Aug 5th — 11th, 2024

cess-network@newsletter.paragraph.com (CESS_Network) — Sat, 07 Sep 2024 04:23:22 GMT

Weekly Highlights

Resolved issues in the CESS Node, including the inability to validate TEE Worker signatures and conflicts in renaming within the territory module.
Upgraded the storage node commands for adding staking and increasing storage space, addressing issues that previously caused these commands to fail.
Additionally, fixed problems preventing DeOSS and DeShare from properly uploading and downloading user files.
CESS hosted a space where Chairman & Co-Founder, Nick discussed “Venture Capital Trends in Web3: What Investors are Looking For”. With over 2.5k attendees expected, this session is set to offer valuable insights and opportunities in the Web3 space.
CESS Cyber Security Expert, Frank participated in a live session on YouTube to explore the Testnet Venus (v0.7.7) Miner Workshop.
CESS participated in an extraordinary AMA hosted by FoxWallet Official, featuring leading voices in the crypto space including SFT Protocol, Filecoin, and Titan Network.
CESS participated in an insightful panel discussion on the future of decentralized infrastructure, hosted by OpenPad, featuring industry leaders from CESS, InitVerse, and Multiple Global, exploring how blockchain technology will revolutionize industries.

Project Development Details

Consensus Node [v0.7.7]

Deployed 10 additional CESS Nodes to ensure the stable operation of the testnet.
Fixed issues where some TEE Workers’ signatures could not be correctly parsed and validated due to outdated codebases.
Resolved conflicts in the territory module renaming function caused by the lack of unique name checks.
Reduced the Gas fees for CESS Node transactions to prevent excessive account balance depletion from frequent transactions.

2. Storage Node [v0.7.11]

Fixed issues where storage nodes could not effectively add staking due to incorrect token unit conversions.
Resolved failures in increasing storage space when the staking account and signing account were not consistent.

Decentralized Object Storage Service (DeOSS)

Fixed issues where DeOSS could not properly upload user files due to network connection errors.
Resolved problems with DeOSS being unable to download user file fragments from remote storage nodes.
Fixed issues preventing light cache nodes from interacting with work protocol smart contracts.

Online File Sharing Tool (DeShare):

Fixed issues preventing DeShare from downloading user-uploaded files properly.

Testnet

Overview:

11 days after the Venus (v0.7.7) testnet was launched. More details on CESS blockchain explorer CESS Scan. If you encounter any issues building a node, please seek assistance on CESS Discord.

21 consensus nodes
4,250 storage nodes
3.53 PiB verified storage space
29.32 PiB total storage space

Event:

Community Activities

CESS hosted the inaugural Weekly Space event, diving into “Venture Capital Trends in Web3: What Investors are Looking For,” featuring CESS co-founder Nick, along with experts from IVC, DWF Labs, Ga³in Ventures, and SFT Protocol, set to provide valuable insights and opportunities in the Web3 space.

CESS Cyber Security Expert, Frank participated in a live session on YouTube to explore the Testnet Venus (v0.7.7) Miner Workshop and gained hands-on experience in setting up a CESS consensus node. Attendees were invited to join and watch live on YouTube, with the opportunity to ask their questions in real time and become an integral part of the CESS network.

CESS participated in an extraordinary AMA hosted by FoxWallet Official, featuring leading voices in the crypto space including SFT Protocol, Filecoin, and Titan Network, with discussions focused on “The Future of AI and DePIN in the Blockchain Ecosystem.” Attendees had the chance to gain insights from some of the most promising DePIN projects and compete for a prize pool of 2000 rSPD and 3 exclusive NFTs.

CESS participated in an insightful panel discussion on the future of decentralized infrastructure, hosted by OpenPad. The discussion featured key industry leaders, including Alex Liu, DevRel Lead at CESS, Nicholas, COO at InitVerse, and James Radford, Co-Founder of Multiple Global. The session explored how decentralized infrastructure is poised to revolutionize various industries through blockchain technology.

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Weekly Report | Jul 29th — Aug 4th, 2024

cess-network@newsletter.paragraph.com (CESS_Network) — Sat, 07 Sep 2024 04:19:40 GMT

Weekly Highlights

The new testnet version Venus (v0.7.7) has officially launched this week. The new version features several major updates, including optimized idle space proof algorithm calculation speed, upgraded TEE Worker remote authentication, and enhanced DeOSS file transfer mechanisms. We invite you to experience these new features!
Fixed issues causing CESS Node and TEE Worker malfunctions due to some validators running abnormally.
Resolved problems with storage nodes failing to package and run due to SDK version inconsistencies and release conflicts.
CESS Testnet Venus (v0.7.7) has been launched with optimizations and updates for decentralized storage, CD²N, and AI.
The IEEE P3233 “Standard for Blockchain-Based Decentralized Storage Protocol Specification” launch meeting was hosted by CESS
CESS is sponsoring the CollabFest 3.0 event on DMissionZone, offering over $6,000 in rewards, including USDT, NFTs, and tokens, in collaboration with several top projects.

Project Development Details

Consensus Node [v0.7.7]

Fixed an issue where the evm-account-mapping pallet was missing due to the CESS testnet version upgrade.
Resolved problems causing the CESS chain to fail to produce blocks due to some CESS Nodes not functioning properly.
Fixed an issue where TEE Workers could not verify block validity after the validator set was changed.
Upgraded the nodeadm program and related configuration files to be compatible with the CESS testnet Venus (v0.7.7) version.

2. Storage Node [v0.7.11]

Fixed an issue where the mineradm multi-node operation program could not configure a specified TEE Worker.
Resolved problems where storage nodes could not start normally due to SDK version mismatches with the CESS chain.
Fixed issues with Docker image packaging failures due to release version conflicts.

Decentralized Object Storage Service (DeOSS)

Deployed and launched the new official decentralized DeOSS cluster.

Online File Sharing Tool (DeShare):

Launched the new version of DeShare and migrated old version user files to the new testnet.

CESS Website (cess.network)：

Completed the launch of the new official website, user documentation, and token claim services.

Testnet

Overview:

4 days after the Venus (v0.7.7) testnet was launched. More details on CESS blockchain explorer CESS Scan. If you encounter any issues building a node, please seek assistance on CESS Discord.

10 consensus nodes
2,856 storage nodes
404.39 TiB verified storage space
17.13 PiB total storage space

Event:

Community Activities

CESS is all set to launch its latest testnet, Venus (v0.7.7), scheduled on July 31st, 2024, at 8:00 AM (UTC 0). Testnet Venus embodies our continuous journey of building, exploring, and setting the direction for the future of decentralized storage, CD²N, and AI integration. The total reward points available for all storage nodes in CESS Venus is 60,000, which corresponds to 6 million CESS tokens. Detail.

CESS and IEEEorg hosted the IEEE P3233 “Standard for Blockchain-Based Decentralized Storage Protocol Specification” launch meeting on August 30, 2024. The event brought together industry leaders, experts, and innovators to discuss the future impact of this groundbreaking standard on decentralized storage, DePIN, and Web3. The meeting highlighted the importance of establishing robust protocols for the evolving landscape of decentralized technologies.

CESS is sponsoring in the exciting CollabFest 3.0 event on DMissionZone, running from August 01 to August 31, 2024. This event features over $6,000 in rewards, including USDT, NFTs, and tokens. CESS is collaborating with top projects like Roam, DMC Foundation, Network3, Ultimate Digits, Admeal Official, arkreen, Cirus, and Polyflow.PID to make this event a grand success. Participants have the chance to win amazing prizes and experience the thrill of decentralized technology. Don’t miss out!

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CESS Jul 2024 Monthly Technical Report

cess-network@newsletter.paragraph.com (CESS_Network) — Sat, 07 Sep 2024 04:16:20 GMT

CESS Introduction

Important Technological Deliveries

Blockchain Network:

Current testnet: v0.7.6 consists of consensus and storage nodes. Consensus nodes maintain the world state of the CESS network (by CESS Node) and serve as the “data authentication station” (by TEE Worker). Storage nodes provide verifiable storage space and serve as the “data storage pool” in the CESS network.

Consensus Nodes [v0.7.6]

Fixed the issue where files could still be uploaded after territories expired in the CESS Node territory module.
Enhanced the territory module with lifecycle management and expiration checks.
Updated the territory module readme documentation, adding descriptions for the functionalities and usage of RPC interfaces.
Completed the benchmark writing and testing for the territory module.
Generated and adapted transaction weights for the territory module functions.
Optimized the territory module by refining condition checks for territory purchases.
Resolved issues in the territory module where subsequent territory transactions failed due to users transferring account balances during the lock period.
Fixed various code warnings and removed redundant logs from the territory module.
Developed and tested the CD²N network caching node work reward protocol EVM smart contract.
Improved the order mechanism for the CD²N network caching node work reward protocol, with automatic deletion of expired and claimed orders.
Completed testing and merged the TEE Worker DCAP remote certification into the main branch.
Addressed synchronization and verification issues with TEE Worker running in DACP remote certification mode.
Completed the test run and issue resolution for the TEE Worker DCAP remote certification mode, resolving hardware upgrade limitations.

Storage Nodes [v0.7.10]

Fixed issues where nodes were penalized for failing to submit storage proofs.
Completed adaptation and testing of territory module-related functions.
Enhanced the storage node monitoring program, adding monitoring and alert features for abnormal node statuses.

Decentralized Object Storage Service (DeOSS)

Resolved issues where DeOSS could not push user file fragments to storage nodes.
Fixed problems with DeOSS failing to quickly download files due to caching module failures.
Refactored the CD²N component library, clarifying the structure and logic of lightweight caching nodes for future upgrades and expansions.
Improved the credit mechanism for lightweight cache clients, enabling easier collaboration with nearby cache nodes.
Implemented a general interaction module for lightweight cache nodes and smart contracts, supporting future functionality expansions through various contracts.
Refined the cache order mechanism, adding mutual condition checks between buyers and sellers of cache services.
Upgraded the go-sdk and js-sdk to include all functionalities related to the territory module.
Completed testing for DeOSS functionalities involving file uploads and downloads with the territory module.
Updated user manuals to reflect the latest features and operating logic in DeOSS.
Added support for “CANS PROTOCOL” for batch file uploads and downloads.
Implemented file fragment and integrity verification functionalities in the js-sdk.
Finished adapting the js-sdk for file resume upload functionality on the browser end.

Fixed issues with file uploads failing due to load-balancing configuration errors.
Corrected inaccurate user prompts when uploading files with illegal filenames.
Added support for file-sharing link previews, allowing users to view basic file information without clicking the link.
Implemented an offline backup mechanism for file metadata, enabling seamless data migration during testnet iterations.

CESS Website (cess.network)

Completed development of new official website pages.

Technical Documentation and References

GitHub: https://github.com/CESSProject

WiKi: https://docs.cess.cloud/core/

CIPs: https://github.com/CESSProject/CIPs

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Weekly Report | Jul 22nd — 28th, 2024

cess-network@newsletter.paragraph.com (CESS_Network) — Sat, 07 Sep 2024 04:15:05 GMT

Weekly Highlights

Security Enhancements for CESS Node included adding a new security level check and update feature for TEE Workers to prevent potential key leaks from workers not meeting the required security standards.
Cluster Setup for the new versions of DeOSS and DeShare was completed, preparing for the upcoming testnet version upgrade.
Codebase Issues were resolved, with all warning issues in the new version of the CESS Node codebase addressed, paving the way for the imminent launch of the updated testnet.
CESS participated in a massive Xspace hosted by Cluster Protocol.
CESS discussed What Are You Bullish About Right Now? with leading experts.

Project Development Details

The CESS testnet has been updated to v0.7.6 and consists of a consensus node and a storage node. Consensus Node maintains the world state of the CESS network (by CESS Node) and serves as the “data authentication station” (by TEE Worker). Storage Node provides verifiable storage space and serves as the “data storage pool” in the CESS network.

Consensus Node [v0.7.6]

Addressed all warning issues in the new CESS Node codebase.

Added a security level check and update feature for TEE Workers to prevent potential key leaks.

2. Storage Node [v0.7.10]

Completed testing of file upload and download functionalities based on the territory module for the new storage node version.

Decentralized Object Storage Service (DeOSS)

Completed the setup of the new official DeOSS node cluster, preparing for the upcoming testnet upgrade.
Added a data fencing feature to DeOSS to meet users’ specific requirements for data storage geographic locations.
Completed documentation for the working principles and incentive mechanisms of CD²N.

Online File Sharing Tool (DeShare):

Fixed issues preventing the transfer of files larger than 100MB.
Established a new DeShare cluster for storing storage node Docker images, addressing users’ inability to download the images.

CESS Website (cess.network)：

Completed testing and bug fixes for the Merkle Event on the official website.
Optimized the UI interface of the homepage’s CESS network module introduction.

Testnet

Overview:

179 days after the v0.7.6 testnet was launched. More details on CESS blockchain explorer. If you encounter any issues building a node, please seek assistance on CESS Discord.

27 consensus nodes
9,069 storage nodes
22.70 PiB verified storage space
28.60 PiB total storage space

Event:

Community Activities

CESS participated in a massive Xspace hosted by Cluster Protocol. They explored the critical role of high-quality data in building robust AI systems. This exclusive Xspace session featured industry leaders and focused on the importance of data quality in DePIN.

CESS hosted a Space titled “What Are You Bullish About Right Now?” featuring insights from Joe, Co-founder of CESS; Joey, CMO of SFT Protocol; and Zack, Founder of JoJoWorld2022. The event provided an opportunity to explore the future of Web3, Crypto, AI, and DePIN with industry leaders and key contributors.

Join us

CESS Launches Venus Testnet: A Leap Forward in Decentralized Storage, CD²N and AI Synergy

cess-network@newsletter.paragraph.com (CESS_Network) — Sat, 07 Sep 2024 04:12:26 GMT

The Web3 industry, encompassing decentralized technologies like blockchain, decentralized storage, and CD²N (content decentralized delivery networks), is advancing rapidly. This evolution is driven by a collective vision of a more secure, efficient, and democratized internet where data sovereignty and privacy are paramount. As the industry grows, innovators continuously address challenges such as data integrity, accessibility, and scalability, shaping the future of digital interactions and transactions.

In this transformative landscape, CESS has been a trailblazer, contributing significantly to the standardization and advancement of decentralized storage solutions. Our commitment to overcoming industry challenges and establishing new performance benchmarks reflects our dedication to supporting the development of a robust and secure Web3 ecosystem.

We have named our latest testnet “Venus” to symbolize our vision and ongoing efforts. Venus, known as the Morning Star, appears in the eastern sky at dawn, signaling the end of darkness and the beginning of a new day. This powerful imagery aligns with our mission: to lead the Web3 industry from uncertainty to clarity, providing innovative data solutions that illuminate the path forward.

Testnet Venus embodies our continuous journey of building, exploring, and setting the direction for the future of decentralized storage, CD²N, and AI integration. With each iteration, we enhance our infrastructure, improve data security and storage efficiency, and support the development of a decentralized network that meets the high demands of the Web3 era. By naming this testnet “Venus,” we emphasize our role as a beacon of progress and hope in the industry, guiding the way towards a brighter, more secure, and data-sovereign future.

What we achieved in Testnet v0.7.6?

As the CESS Incentive Testnet v0.7.6 concludes, the number of storage nodes has surpassed 10,000, marking a significant milestone in the advancement of decentralized storage.

During v0.7.6, CESS actively innovated and contributed to the standardization of the decentralized storage industry. In February, the IEEE (Institute of Electrical and Electronics Engineers) approved CESS’s industry-standard proposal P3233, titled “Standard for Blockchain-Based Decentralized Storage Protocol Specification.” This approval not only signifies CESS’s authority and foresight in the field but also means that decentralized storage technology will advance towards standardization and normalization on a global scale.

In early April, CESS, as a deputy member of the Hong Kong Web3.0 Standardization Association, attended the first council meeting of 2024 in Hong Kong. Here, representatives from various fields and notable companies discussed and promoted the standardization process in the Web3 domain.

Through numerous rounds of continuous updates and optimizations, we have established our infrastructure position within the industry, addressing a series of challenges in decentralized storage and content delivery networks. Our commitment to setting industry standards aims to advance the development and maturity of blockchain storage technologies.

Now, we are proud to announce the upcoming Venus testnet will continue these efforts, bringing a series of optimizations and updates to push the development and application of decentralized storage technology forward, moving the entire industry towards higher standards and broader application prospects.

Reflecting on the Milestone Achievements of CESS Testnet v0.7.6

The upcoming CESS Testnet Venus not only demonstrates significant technological progress but also brings a profound impact on the entire industry’s development, the CESS data value network, miner participation, and user experience.

From the perspective of the decentralized storage industry, the updates in CESS Testnet Venus focus on enhancing data security and storage efficiency. By optimizing the idle space proof algorithm, the updates not only reduce the data processing time but also enhance the network’s security capabilities. Additionally, Testnet Venus reduces memory usage and increases data recovery speed, effectively enhancing the operational efficiency of storage nodes. These technological advancements hold innovative significance for the standardization and normalization of decentralized storage technology.

From the perspective of CESS’s development direction, this testnet update enables CESS to better handle and manage large-scale data needs, laying a foundation for an efficient, secure, and high-capacity decentralized storage network. By expanding the deployment and management of storage nodes, CESS maximizes hardware resources and, by increasing data redundancy, further ensures the integrity and reliability of the stored data, representing an innovative approach in the DePIN storage race. Testnet Venus enhances the network’s storage capacity and processing power, providing a more stable and secure storage solution for high-frequency dynamic data in the Web3 domain.

We are especially grateful to the miners who have actively participated in testing and have accompanied CESS in its growth. The launch of Testnet Venus simplifies the management and deployment of nodes through multiple storage node deployment scripts, enabling miners to efficiently manage multiple storage nodes on a single device. The optimized reward distribution mechanism ensures more stable returns for miners, thus motivating more to participate in the construction and maintenance of the network. CESS looks forward to building the standards of the decentralized storage industry with more miner partners.

At the same time, Testnet Venus significantly enhances user experience by introducing new DeOSS features such as large file breakpoint continuation and pluggable file storage scheduling modules, greatly improving the convenience and efficiency of using CESS storage and CD²N services.

Overall, the updates in CESS Testnet Venus not only enhance CESS’s technical strength as a provider of decentralized storage and CD²N services but also play a crucial role in advancing the entire blockchain storage industry. These developments not only bring technological advantages to CESS but also set new high standards for data security, storage efficiency, and user experience in the Web3 ecosystem.

Testnet Venus Optimization Updates and Reward Details

CESS Testnet Venus is scheduled to officially launch on July 31st, 2024, at 8:00 AM (UTC 0). The upcoming version will introduce a series of new features and upgrades detailed as follows:

Storage Nodes:

Optimized the idle space proof algorithm, significantly reducing the time it takes for idle data to generate random challenge proofs.
Enhanced the idle data generation algorithm, reducing the memory usage for each bucket of idle data to 50% of the original.
Improved the idle data recovery algorithm to fix bugs that prevented normal recovery in some cases and to speed up the recovery of lost idle data.
Added multiple storage node deployment scripts, making it easier for users to deploy and manage multiple storage nodes on a single device, maximizing hardware resource utilization.
Updated the redundancy multiplier for user data in the CESS network from 1.5x to 3x, further ensuring the integrity and reliability of data storage.

CESS-DeOSS:

Added large file breakpoint continuation feature in DeOSS along with corresponding go SDK method implementation.
Introduced a pluggable download cache module in DeOSS to enhance cache space utilization.
Added a pluggable file storage scheduling module in DeOSS to improve the efficiency of user file storage.
The SDK now includes a DeOSS proxy authorization feature, which facilitates developers and Web3 applications in batch initializing and gifting storage space to their users. Additionally, it reduces user barriers as users can authorize DeOSS space using local signatures even without Gas (DeOSS pays on their behalf).

The reward rules for CESS Testnet Venus are as follows:

Storage Nodes

The total reward points available for all storage nodes in CESS Venus is 60,000, which corresponds to 6 million CESS tokens. The final points for each node are calculated based on the percentage of the total Mining reward (TCESS) that the node accounts for. For example, if the total mining rewards across the network at the end of this round are 10 million TCESS, and storage node A has 10,000 TCESS, then node A would receive 60 points for this round. Test coins (TCESS) required for staking can be obtained from the CESS official faucet.
CESS Faucet: https://www.cess.network/faucet.html

Note: A node must accumulate more than 30 TCESS in Mining rewards by the end of this test round to be considered valid.

Use CESS Substats to check total network storage power and storage node Mining rewards: https://scan.cess.network/

Consensus Nodes

There are no reward points available for consensus nodes in this round.

Final points for storage nodes will be announced on CESS’s official Twitter and Telegram. Points will be awarded at a rate of 1:100 for the mainnet rewards (1 point is equivalent to 100 CESS tokens).

CESS Twitter: https://twitter.com/CESS_Storage
CESS Telegram: https://t.me/CESS_Storage_official

Manuals

CESS New Account Creation Manual: https://doc.cess.network/user/cess-account
Storage Node Manual: https://doc.cess.network/cess-miners/storage-miner/running
Consensus Node Manual: https://doc.cess.network/cess-miners/consensus-miner/running
DeOSS Instruction: https://doc.cess.network/products/deoss/introduction
DAPPs Deployment Manual (ink and EVM): https://doc.cess.network/developer

Should you encounter any issues while joining the testnet, please contact our team via CESS’s official Telegram group. We will provide you with assistance and support throughout the process.

Join Us to Shape the Future of the Data Value Network

In a data-driven future, CESS, a blockchain-based decentralized cloud storage and CD²N, supports large-scale commercial storage, offering a full-stack solution for high-frequency dynamic data storage and retrieval for Web3. We sincerely invite you to join CESS Testnet Venus, to help build a prosperous, diverse, and data-sovereign value network.

Join us

IEEE P3233 International Standard Launch Meeting Invitation

cess-network@newsletter.paragraph.com (CESS_Network) — Sat, 07 Sep 2024 04:10:12 GMT

We are excited to announce the upcoming launch meeting for the IEEE P3233 “Standard for Blockchain-Based Decentralized Storage Protocol Specification.” This meeting will bring together industry leaders, experts, and innovators to discuss the significance and future impact of this groundbreaking standard, which was approved earlier this year.

Significance of the IEEE P3233 Standard

The IEEE P3233 standard provides a benchmark for distributed storage technology, establishing specifications for projects that meet industry requirements, possess innovative capabilities, and demonstrate sustainable development potential. This standard will help promote the widespread application and development of distributed storage technology, address critical needs in data security, privacy protection, and efficiency management, and improve the overall quality and efficiency of the industry. By setting these standards, it ensures continued innovation and healthy development.

Invitation to the IEEE P3233 Standard Working Group Kick-Off Meeting

To accelerate the development of the P3233 standard, we are now recruiting members for the P3233 standard working group and holding a kick-off meeting. Details are as follows:

Kick-Off Meeting Time:

Date: August 30th, 2024
Time: 09:30–11:30 (UTC+8)

Main issues

The establishment of IEEE P3233 distributed storage international standard working group.

The background of IEEE P3233 distributed storage international standard.

Meeting link

Zoom Meeting ID: 881 7090 8546

Passcode: 759821

Click the link to join the meeting or to add it to your meeting list:

https://us06web.zoom.us/j/88170908546?pwd=n92afCfyCpyF0pybNKjArnGFXJGuIA.1

Impact on Decentralized Storage and Web3

The development of the IEEE P3233 standard marks a significant milestone for the decentralized storage industry. Establishing standardized protocols introduces unified technical specifications and quality standards, addressing long-standing challenges in performance, security, and large-scale adoption. Recognized by an international authoritative organization, this standardization path will propel the industry towards broader application prospects and higher standards.

Promoting a Robust Web3 Ecosystem

As part of our efforts to promote a robust, integrated, and collaborative Web3 ecosystem, CESS will discuss the significance of Decentralized Physical Infrastructure Networks (DePINs) and their role in driving global deployment of network nodes through innovative incentives at the launch meeting.

Showcasing CESS’s Advanced Technologies

At the launch meeting, CESS will demonstrate its capabilities as the preferred decentralized storage and content delivery network for Web3 applications. Key innovations to be showcased include the Decentralized Object Storage Service (DeOSS) and the Proof of Data Reduplication and Recovery mechanism (PoDR²), highlighting CESS’s advanced data storage and retrieval solutions optimized for high-frequency dynamic data.

Looking to the Future

The IEEE P3233 standard marks a decisive step for CESS in constructing the data value network, not just as a technological breakthrough but also as a commitment to reshaping the value distribution of data. CESS aims to create a new era where data sovereignty and value are paramount, leveraging industrialized and standardized decentralized storage technology as the cornerstone for a fairer, more open, and interconnected data world.

Stay tuned for more information about the kick-off meeting and how you can get involved in shaping the future of decentralized storage technology with CESS and IEEE.

Approval Announcement of IEEE P3222 Standard: https://medium.com/@CESS_LAB/cess-successfully-applied-for-the-latest-ieee-standard-p3233-standard-for-blockchain-based-59775137f1ab

Kick-off Meeting Invitation from IEEE: https://mp.weixin.qq.com/s/p0qf1JjHGFDn6EBndq3BSQ

Join us

Weekly Report | Jul 15th — 21st, 2024

cess-network@newsletter.paragraph.com (CESS_Network) — Sat, 07 Sep 2024 04:04:04 GMT

Weekly Highlights

Improvements were made to the CESS Node Territory Module, fixing the issue where files could still be uploaded after the territory expired, along with addressing several code warnings and removing invalid logs;
Fixed issues with DeOSS related to slow file download speeds and instability in pushing user file fragments to storage nodes;
Further upgrades were made to DeShare, fixing file upload failures, and inaccurate user prompts, and adding support for file link previews. Now, users can view basic file details without clicking on the link when shared on social platforms.
CESS participated in an AMA hosted by DigiFinex Global.
CESS hosted a campaign with PEPE Miner Bot on TON, encouraging users to mine $PEPE and share life’s moments with CESS’s fast, secure, and privacy-protected blockchain storage.
CESS was honored to partner with BITTON.

Project Development Details

Consensus Node [v0.7.6]

Fixed the issue where files could still be uploaded after the territory expired in the CESS Node Territory Module;
Improved the Territory Module by fixing several code warnings and removing invalid logs;
Completed all tests for the TEE Worker DCAP remote certification and merged the codebase into the main branch;

2. Storage Node [v0.7.10]

Fixed the issue where storage nodes were penalized for failing to submit storage proofs;

Decentralized Object Storage Service (DeOSS)

Fixed the issue where DeOSS could not push user file fragments to storage nodes;
Fixed the issue where DeOSS could not quickly download files for users due to a failed caching module;

Online File Sharing Tool (DeShare):

Fixed the issue where files failed to upload due to abnormal load balancing configurations in DeShare;
Fixed inaccurate user prompts when uploading files with illegal file names in DeShare;
Added support for file link previews in DeShare, allowing users to view basic file information without clicking the link;

CESS Website (cess.cloud)：

Completed the development of the front-end page and back-end services for the Merkle Event on the official website;

Testnet

Overview:

172 days after the v0.7.6 testnet was launched. More details on CESS blockchain explorer. If you encounter any issues building a node, please seek assistance on CESS Discord.

28 consensus nodes
9,009 storage nodes
22.82 PiB verified storage space
29.96 PiB total storage space

Event:

Community Activities

CESS participated in an AMA hosted by DigiFinex Global. The event, titled “DigiTalk EP9 — A Dive into DePin,” featured industry experts from Pundi X Labs, CoNET Network, Neurochain AI, Azen Protocol, Nubila Network, Gather Global, and Crypto Eagles.

CESS was delighted to host a campaign with PEPE Miner Bot, one of the most popular games on TON. While mining $PEPE, users were encouraged to utilize CESS for sharing life’s remarkable moments through photos or videos, benefiting from a fast, secure, and privacy-protected blockchain storage infrastructure.

CESS announced partnerships with BITTON, a blockchain gaming company that has quickly achieved significant global milestones. With rapid growth across social media, successful community events, innovative product features, and expanded multilingual support, BITTON has gained wide recognition in the blockchain and gaming industries. This collaboration marks a significant milestone in our journey to revolutionize the Web3 data economy.

Join us

Weekly Report | Jul 8th — 14th, 2024

cess-network@newsletter.paragraph.com (CESS_Network) — Thu, 18 Jul 2024 11:16:42 GMT

Weekly Highlights

CESS Node Territory Module was enhanced with lifecycle management and inspection mechanisms. The readme documentation for the territory module was updated to improve the developer experience.
CESS CD²N Network order and credit mechanisms were improved, optimizing conditional checks and interactions between nodes to foster healthy collaboration and orderly cache transactions.
DeShare was upgraded to increase file transfer speed and stability and implemented off-chain backup for user metadata to ensure seamless data migration during testnet iterations.
CESS discussed The Role of Data in Shaping Web3: Opportunities and Challenges with leading experts.
CESS and the Genzio Media team co-hosted a space to recap the highlights of IVSCrypto2024, discussing the latest trends in AI, DePIN, and more.

Project Development Details

Consensus Node [v0.7.6]

Enhanced the CDN network caching node work reward protocol EVM smart contract order mechanism, which now automatically deletes expired and claimed orders.
Fixed an issue where TEE Worker could not synchronize and verify blocks after running the DCAP remote authentication mode.
Improved the CESS Node territory module with lifecycle management and expiration checks.
Updated the readme documentation for the CESS Node territory module, detailing the functions and usage of each RPC interface.

Decentralized Object Storage Service (DeOSS)

Refactored the CDN component library to make the code structure and reference logic of light cache nodes clearer, preparing for future upgrades and expansions.
Enhanced the credit mechanism of lightweight cache clients to facilitate establishing stable cooperative relationships with nearby cache nodes.
Improved the cache order mechanism by adding conditional checks between buyers and sellers of cache services to promote orderly transactions.

Online File Sharing Tool (DeShare):

Improved DeShare for faster and more stable file transfers, effectively enhancing user experience.
Implemented off-chain backup for user file metadata in DeShare, supporting seamless data migration during testnet iterations.

CESS Website (cess.cloud)：

Completed the development of new versions of event pages and related front-end business logic on the official website.

Testnet

Overview:

165 days after the v0.7.6 testnet was launched. More details on CESS blockchain explorer. If you encounter any issues building a node, please seek assistance on CESS Discord.

29 consensus nodes
9,133 storage nodes
22.61 PiB verified storage space
30.47 PiB total storage space

Event:

Community Activities

CESS hosted an exciting Space discussion on “The Role of Data in Shaping Web3: Opportunities and Challenges,” featuring Joseph, Co-founder of CESS; Runze Li, Global Research Head of DePIN X; Jack, Business Developer of Port3 Network; Anjali, Marketing Head of Cluster Protocol; and Faijan Khan, Chief Architect of BayesianBAYE.

CESS and Genzio Media team co-hosted a space to recap the highlights of IVSCrypto2024, discussing the latest trends in AI, DePIN, and more with Domi Chain, Kayla Cardillo, and Hash Ai.

Join us

Weekly Report | Jul 1st — 7th, 2024

cess-network@newsletter.paragraph.com (CESS_Network) — Thu, 18 Jul 2024 11:12:27 GMT

Weekly Highlights

Completed the development, testing, and adaptation of the CDN network cache node work reward protocol EVM smart contract, advancing the completeness of the CESS CDN network.
Finished the testing and issue resolution of the TEE Worker DCAP remote attestation mode, addressing the inability of TEE Worker nodes to update hardware configurations for enhanced security.
Completed the adaptation of go-sdk and js-sdk for all functionalities related to the Territory module, along with testing file uploads and downloads within the DeOSS system connected to the Territory module.
CESS took centre stage at IVS Crypto 2024 in Kyoto, attracting over 15,000 attendees, where Co-Founder Joseph spoke at the IVS MC3–4 Crypto Main Stage.
CESS hosted a space to dive into the rise of DePIN in the cryptocurrency space.

Project Development Details

Consensus Node [v0.7.6]

Completed the development and testing of the CDN network cache node work reward protocol EVM smart contract.
Optimized the CESS Node Territory module, enhancing the condition detection mechanism for territory purchases.
Fixed an issue in the CESS Node Territory module where territory transactions would fail if the user transferred account balances during the lock-in period.
Completed testing and issue resolution for the TEE Worker DCAP remote attestation mode, addressing the inability to upgrade node hardware configurations.

Decentralized Object Storage Service (DeOSS)

Upgraded go-sdk and js-sdk, completing all adaptations related to the Territory module.
Completed testing of file uploads and downloads in DeOSS after integrating the Territory module.
Updated the DeOSS user manual to align with the latest version’s features and operating logic.
Implemented a general interaction module between lightweight cache nodes and smart contracts, supporting future functional extensions through various contracts.
Developed a credit module for lightweight cache nodes to facilitate data mutual trust sharing and paid cache services between nodes and clients.

CESS Website (cess.cloud)：

Completed development work for the new homepage, Faucet, DeShare, and DeOSS pages.

Testnet

Overview:

158 days after the v0.7.6 testnet was launched. More details on CESS blockchain explorer. If you encounter any issues building a node, please seek assistance on CESS Discord.

31 consensus nodes
10,015 storage nodes
23.40 PiB verified storage space
31.60 PiB total storage space

Event:

Community Activities

CESS, a high-performance blockchain-powered decentralized cloud storage and content delivery network infrastructure, took center stage at IVS Crypto 2024, Japan’s foremost crypto startup conference. Held in the historical city of Kyoto, the event attracted over 15,000 attendees, including 3,000 founders, 1,500 investors, and 3,500 startups, all gathered under the theme “Cross the Boundaries.”

At IVS Crypto 2024, CESS’s co-founder Joe shared valuable insights about CESS, discussing the future of decentralized cloud storage and CD²N. He emphasized that for decentralized Web3, the performance, security, and ownership of data storage, retrieval, and management are foundational infrastructure.

CESS hosted a Space to dive into the rise of DePIN in the cryptocurrency space. The speakers included Conduit, HilesFiles, Scott Foo, deaman, and SaucyDepins. They provided insights on DePIN’s potential, areas for future growth and innovation, and more.

Join us

CESS website | Twitter | Telegram | Discord | Github | Medium | LinkedIn | Instagram | YouTube | Facebook

Trailblazing at IVS 2024: CESS Champions the Evolution of Decentralized Cloud Storage and CD²N

cess-network@newsletter.paragraph.com (CESS_Network) — Thu, 18 Jul 2024 11:07:52 GMT

Co-Founder Joseph Li Showcases CESS and DePIN at Japan’s Largest Crypto Event

CESS, a high-performance blockchain-powered decentralized cloud storage and content delivery network infrastructure, took center stage at IVS 2024, Japan’s foremost crypto startup conference. Held in the historical city of Kyoto, the event attracted over 15,000 attendees, including 3,000 founders, 1,500 investors, and 3,500 startups, all gathered under the theme “Cross the Boundaries.”

Key Participation and Insights

At IVS 2024, CESS co-founder Joseph Li joined a high-level panel to discuss the transformative capabilities of CESS and Decentralized Physical Infrastructure Networks (DePIN). The panel, composed of industry experts, explored the crucial role of computing power and data networks in the evolving tech landscape. Joseph Li emphasized the growing importance of decentralized solutions in the Web3 ecosystem, stating:

“The decentralized Web3 revolution is picking up speed and is steadily replacing slow, costly, and centralized Web2 alternatives. The time is now for tech visionaries and builders to promote innovation and collaboration and build partnerships that will move the industry forward. CESS was built from the ground up to do precisely that in the decentralized, user-owned-and-controlled Web3 and blockchain space.”

Blending Innovation with Tradition

IVS 2024 seamlessly integrated Japan’s rich heritage with global technological advancements. Topics ranged from global fundraising and cross-border e-commerce to AI infrastructure and private data utilization, providing a comprehensive platform for discussing the future of technology.

Demonstrating CESS’s Capabilities and Industry Engagement

During the panel, Joseph Li highlighted CESS’s pioneering efforts, including its IEEE-approved standard number P3233 — the Blockchain-Based Decentralized Storage Protocol Specification. This milestone underscores CESS’s commitment to standardization and innovation in decentralized storage technologies.

Recently, CESS also announced its membership with the Blockchain Association, joining industry leaders advocating for better and more transparent blockchain and cryptoasset public policy in the US. This membership underscores CESS’s dedication to fostering innovation and promoting the responsible development of blockchain technology.

In addition to joining the Blockchain Association, CESS is also a member of the Hong Kong Web 3.0 Standardization Association. CESS distinguishes itself in the decentralized storage sector through proprietary technology and numerous innovations. As a leading project in the third generation of decentralized cloud storage protocols, CESS effectively addresses critical industry challenges such as low storage space utilization and slow data retrieval speeds. The platform significantly enhances data security and privacy management capabilities, enabling data valorization and circulation, providing higher reliability, and granting users complete control over their data. This trend represents a significant advancement in future data storage solutions.

Promoting a Robust Web3 Ecosystem

As a gold sponsor of IVS 2024, CESS played a crucial role in promoting a robust, integrated, and collaborative Web3 ecosystem. Joseph Li also discussed the significance of DePINs in driving the global deployment of network nodes through innovative incentives.

“DePINs will allow different players to share resources and build value in a safe, secure, transparent, and scalable manner. Leveraging a data value network built on the seamless trade, transfer, and use of digital assets in the Web3 space, DePINs — and the underlying CESS network — will be among the most impactful technologies in the coming years,” explained Li.

Showcasing Advanced Technologies

At IVS 2024, CESS demonstrated its capabilities as the preferred decentralized storage and content delivery network for Web3 applications. The innovative Decentralized Object Storage Service (DeOSS) and the Proof of Data Reduplication and Recovery mechanism (PoDR²) were key highlights, showcasing CESS’s advanced data storage and retrieval solutions, optimized for high-frequency dynamic data.

Random Rotational Selection (R²S): A consensus mechanism achieving lower gas fees, higher transaction processing speeds (10,000 TPS), and maximum decentralization among network nodes.

Proof of Data Reduplication and Recovery (PoDR²): A trustless solution verifying data authenticity, ensuring data validity and availability.

Proof of Idle Space (PoIS): A mechanism introduced by CESS to certify, verify, and manage idle space on storage nodes.

Proxy Re-encryption Technology (PReT): Enables secure sharing of encrypted data among authorized parties.

Multi-Format Data Rights Confirmation (MDRC): Ensures traceability and originality of data through smart contracts.

CESS AI GAP: Protects user privacy and data sovereignty, allowing collaborative AI model training without sharing original data.

Looking Ahead

These innovations and CESS’s unwavering commitment to data sovereignty and user privacy position the company at the forefront of the Web3 revolution. By reshaping the value distribution and circulation of data assets through its DePIN model, CESS continues to drive the mass adoption of decentralized storage and content delivery for Web3 applications.

As IVS 2024 concluded, it was clear that CESS’s participation had significantly impacted the industry, paving the way for future advancements and collaborations in decentralized technologies.

Join us

Weekly Report | Jun 24th — 30th, 2024

cess-network@newsletter.paragraph.com (CESS_Network) — Thu, 18 Jul 2024 10:57:13 GMT

Weekly Highlights

Completed the benchmark testing for the CESS Node territory module and generated transaction weights for various features. Users can now manage their purchased storage space more flexibly through the territory module.
Adapted storage nodes and DeOSS go-sdk to the territory module, with new storage nodes passing interaction tests with the CESS Node for the module’s various features.
Implemented go-sdk adaptation for the “CANS PROTOCOL”, supporting users to upload or download a batch of files, and added support for the file breakpoint resume feature in the js-sdk.
CESS partnered with Cluster Protocol to revolutionize AI and drive innovation and accessibility.
CESS joined IVSCrypto2024 as a Gold sponsor, promoting the role of reshaping data asset value distribution.
CESS joined the Blockchain Association to advocate for blockchain adoption and sensible regulation.
CESS held a discussion on AI data privacy and sovereignty with leading experts.

Project Development Details

Consensus Node [v0.7.6]

Completed the writing and testing of benchmarks for the CESS Node territory module.
Generated transaction weights and adapted various features for the CESS Node territory module.
Developed and tested the EVM smart contract for CDN network cache node enrollment credentials.

2. Storage Node [v0.7.10]

Adapted and tested storage node functionalities related to the territory module.
Improved the storage node monitoring program, adding monitoring and alert functions for abnormal node statuses.

Decentralized Object Storage Service (DeOSS)

Completed the development of territory module-related functionalities for the go-sdk.
Added support for the “CANS PROTOCOL” in the go-sdk, enabling users to upload and download batches of files.
Added file chunking and integrity verification features to the js-sdk, completing the adaptation of the file breakpoint resume feature for the browser.
Completed testing of the “CANS PROTOCOL” file upload and download functionalities in DeOSS.
Implemented the smart contract call module for lightweight cache nodes, preparing for node enrollment and subsequent tasks.

Testnet

Overview:

151 days after the v0.7.6 testnet was launched. More details on CESS blockchain explorer. If you encounter any issues building a node, please seek assistance on CESS Discord.

33 consensus nodes
10,289 storage nodes
23.10 PiB verified storage space
31.20 PiB total storage space

Event:

Community Activities

CESS announced an exciting partnership with Cluster Protocol, a pioneering force in consumerizing AI through DePINs and democratized networks. Cluster Protocol is revolutionizing AI by aiming to be the GitHub for everything AI. This partnership aligns perfectly with CESS’s mission to empower decentralized AI with robust, secure, and scalable decentralized cloud storage, CD²N (Content Decentralized Delivery Network), and AI Gap solutions. Together, they are set to advance the AI landscape, driving innovation and accessibility for all.

CESS was excited to join IVSCrypto2024 as a Gold sponsor. CESS encouraged the community to stay updated on all the details, get the latest news, and enjoy special ticket discounts through their Discord channel. As a blockchain-powered decentralized cloud storage network with native CD²N, CESS reshaped the value distribution and circulation of data assets while ensuring data sovereignty and complete user privacy.

CESS proudly announced membership with the Blockchain Association. As a leading decentralized cloud storage and CD²N infrastructure, CESS aligned with industry leaders to advocate for sensible regulation, advancing blockchain adoption through active engagement with policymakers, regulators, and the broader community.

CESS hosted an insightful space discussion on “Data Privacy and Sovereignty in the Age of AI.” Attendees had the opportunity to gain valuable insights from top experts in AI and data privacy featuring distinguished guests Joe, Co-founder of CESS, Mia, Community Ambassador of iApro_ai, Richard, BD Lead of PromptportAi, and Zack, Founder of JoJoWorld.

Join us

CESS website | Twitter | Telegram | Discord | Github | Medium | LinkedIn | Instagram | YouTube | Facebook

CESS Jun 2024 Monthly Technical Report

cess-network@newsletter.paragraph.com (CESS_Network) — Thu, 18 Jul 2024 10:41:26 GMT

CESS Introduction

Important Technological Deliveries

Blockchain Network:

Consensus Nodes [v0.7.6]

Added a territory module to CESS Node, allowing users to purchase space (territory) by blocks and mint or resell NFTs for the territory.
Completed the writing and testing of benchmarks for new CESS Node features.
Fixed issues with storage node rewards due to insufficient treasury funds.
Fixed issues and warnings after upgrading the Substrate framework.
Adjusted system parameters such as token decimal places after upgrading the Substrate framework.
Completed documentation for TEE Worker and Intel SGX.
Fixed benchmark test cases that failed after the Substrate upgrade.
Deployed and tested cross-chain contracts between the CESS chain and Ethereum.
Upgraded the Dockerfile for CESS Node and fixed deployment issues.
Optimized the TEE Worker codebase by removing outdated test units.
Upgraded the intel-sgx-env image to the latest version, adapting to the latest TEE Worker codebase.

Storage Nodes [v0.7.10]

Developed a monitoring program supporting remote management of multiple storage nodes on different machines.
Implemented visual interactive features for the monitoring program, enabling web-based node monitoring and operation.
Fixed issues with the multi-container deployment script program not installing Docker and Docker-Compose correctly.
Added command completion functionality to the multi-container deployment script program for easier node management.
Upgraded the storage space management module in the multi-container deployment script program, allowing users to only reduce unverified idle space.
Fixed an issue with the idle space proof module due to incorrect on-chain parameters.

Decentralized Object Storage Service (DeOSS)

Enhanced file breakpoint resume functionality, adding boundary checks like filename character length limits.
Improved file breakpoint resume functionality to support concurrent and out-of-order file chunk uploads.
Introduced the “CANS Protocol,” allowing users to package and store small files together, saving storage resources.
Enhanced data download functionality by reducing unnecessary HTTP headers, and facilitating online file preview via DeOSS.
Refactored the file upload and download service modules, separating different business logic for easier maintenance and upgrades.
Improved user file cache management, limiting the number and cache usage of files a single user can upload simultaneously to reduce load.
Added support in the js-sdk for file chunking and breakpoint resume functionalities.
Improved the go-sdk developer guide with usage manuals for each module and indexed the directory.
Added a query function for consensus node staking information in the go-sdk.
Updated system properties, configuration parameters, and code examples in the go-sdk to be compatible with the latest CESS chain version.
Adapted the latest version of the go-sdk.
Optimized the data query permission management logic and cache refresh strategy for lightweight cache nodes, mitigating flood attacks.
Updated the go-sdk developer guide, adding explanations and code examples for methods in the codebase.

Blockchain Explorer (Substats)

Fixed issues with transaction data chart display in the new blockchain browser.
Fixed errors in the active account statistics for storage nodes in the new blockchain browser.
Resolved issues with the backend of the new blockchain browser parsing storage node mining reward release events.
Corrected inaccurate display of node numbers and storage capacity in the new blockchain browser.
Fixed synchronization issues with the latest CESS chain blocks in the new blockchain browser.

Fixed issues with large file uploads failing due to data transmission limits.

CESS Website (cess.cloud)

Updated the homepage directory index and key reference links in the official documentation.

Technical Documentation and References

GitHub: https://github.com/CESSProject

WiKi: https://docs.cess.cloud/core/

CIPs: https://github.com/CESSProject/CIPs

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CESS Joins the Blockchain Association, Strengthening Commitment to Decentralized Data Value Network and AI Protocol Suite

cess-network@newsletter.paragraph.com (CESS_Network) — Thu, 18 Jul 2024 10:37:07 GMT

We proudly announce the membership with Blockchain Association, a team of industry leaders that educates American lawmakers to advocate for better and more transparent blockchain and cryptoasset public policy in the US. This significant step underscores CESS’s dedication to fostering innovation and advocating for the responsible development of blockchain technology. As a leading decentralized cloud storage and CD²N (Content Decentralized Delivery Network) infrastructure, CESS will align with industry leaders to advocate sensible regulation and promote decentralised technologies, advancing blockchain adoption through active engagement with policymakers, regulators, and the broader community. The Blockchain Association, a renowned collective, works to enhance the public policy environment for blockchain networks, ensuring their growth and responsible development.

Empowering the Industry with Advanced Decentralized Cloud Storage and CD²N

CESS is committed to advocating for and driving the standardization and innovation of the blockchain industry. Not only joining the Blockchain Association, CESS is also a member of the Hong Kong Web 3.0 Standardization Association. CESS achieved a significant milestone this year by successfully applying for the IEEE Standard proposal P3233, titled “Standard for Blockchain-Based Decentralized Storage Protocol Specification.”

CESS addresses industry pain points such as low storage space utilization and slow data retrieval speed. It greatly enhances data security and privacy management capabilities, realizing data valorization and circulation, supporting large-scale commercial storage, offering a full-stack solution for high-frequency dynamic data storage and retrieval for the blockchain industry, and giving users complete control over their data.

CESS’s collaboration with these industry associations recognizes CESS’s technical strength in the blockchain field and further promotes the standardization of decentralized storage technology globally. CESS will continue to innovate in decentralized cloud storage and CD²N technologies, enhancing storage solutions across various industries, empowering data owners with sovereignty, privacy, and value rights, and establishing a thriving ecosystem for a diverse, secure, and private data economy.

Commitment to Data Sovereignty, Privacy and Security

“We are thrilled to join the Blockchain Association,” said Nick, Chairman of CESS. “This membership aligns with our mission to enhance data privacy, sovereignty, and security through our cutting-edge decentralized storage and delivery solutions. Our innovative CESS AI Gap further supports this mission by ensuring user privacy and data sovereignty in AI applications. Together with the Blockchain Association, we aim to drive meaningful dialogue and influence policies that support the growth and sustainability of blockchain technology.”

The CESS AI Gap is a cutting-edge feature within the CESS AI Protocol Suite, designed to support advancements in AI technology while upholding user privacy and data control. Acting asa secure Byzantine-Robust Circuit, Al Gap allows participants within each CESS node to collectively enhance shared AI models without revealing their raw data.

About CESS

CESS is a blockchain-powered decentralized storage and content decentralized delivery network (CD²N) infrastructure for Web3. Users and creators can use the platform for on-chain data sharing, whereas builders can develop and deploy DApps.

Offering the most optimal Web3 solution for storing and retrieving high-frequency dynamic data, CESS reshapes the value distribution and circulation of data assets while prioritizing data sovereignty and user privacy.

By utilizing a decentralized physical infrastructure network (DePIN) model, CESS drives mass deployment of network nodes globally through incentives.

Join us

Weekly Report | Jun 17th — 23rd, 2024

cess-network@newsletter.paragraph.com (CESS_Network) — Thu, 18 Jul 2024 10:32:15 GMT

Weekly Highlights

Introduced a new territory module for the CESS network, allowing users to purchase any size of space as territory, and perform operations like minting NFTs, reselling, and donating. This enhances the flexible use of storage resources and more effectively unlocks data value.
Completed the development of the storage node monitoring program, including a supporting visualization module, which is a significant step towards enabling users to remotely manage large-scale storage node clusters, making it more convenient for nodes to join the CESS network.
Upgraded DeOSS with improved data upload, download, and breakpoint resume functions. Added the “CANS Protocol” to support small file uploads, further enhancing CESS’s ability to handle dynamic data.
CESS announced the availability of the CESS Testnet on SubWallet, enabling seamless integration and enhanced security on SubWallet Extension v1.2.5 and Mobile v1.1.65.
CESS is excited to join IVSCrypto2024 as a Gold sponsor, ensuring data sovereignty and user privacy while empowering the decentralized community.
CESS had a fantastic time at the “Happy Hour @ Whino with VBC and DC DAO” event, connecting with blockchain enthusiasts and sharing insights on decentralized cloud storage, CD²N, and the CESS AI Gap.
CESS hosted an engaging Space discussion on DePIN with Ava Protocol, featuring CESS Co-Founder, Joe and Sam Shev exploring the future impact of DePINs.

Project Development Details

Consensus Node [v0.7.6]

Added a territory module to the CESS Node, allowing users to purchase space (territory) in blocks and mint or resell NFTs for the territory.
Completed the writing and testing of benchmarks for all new features of the CESS Node.

2. Storage Node [v0.7.10]

Completed the development of the storage node monitoring program, allowing users to remotely manage multiple storage nodes across multiple machines.
Implemented visual interactive features for the storage node monitoring program, enabling users to monitor and operate nodes via a web interface.

Decentralized Object Storage Service (DeOSS)

Enhanced DeOSS file breakpoint resume functionality, adding boundary check functions for filename character length limits.
Introduced the “CANS Protocol” to DeOSS, allowing users to package and store small files together, saving storage resources.
Improved DeOSS data download functionality, reducing unnecessary HTTP headers to facilitate online file preview through DeOSS.
Refactored DeOSS file upload and download service modules, further separating different business logic for easier future maintenance and upgrades.

Blockchain Explorer (Substats):

Fixed issues with inaccurate transaction data chart display in the new blockchain browser.
Corrected errors in the active account statistics for storage nodes in the new blockchain browser.

Testnet

Overview:

144 days after the v0.7.6 testnet was launched. More details on CESS blockchain explorer. If you encounter any issues building a node, please seek assistance on CESS Discord.

29 consensus nodes
10,688 storage nodes
23.30 PiB verified storage space
30.40 PiB total storage space

Event:

Community Activities

CESS Testnet is now available on SubWallet, offering users seamless integration and enhanced security. This integration allows users to get started with CESS on SubWallet Extension v1.2.5 and Mobile v1.1.65, providing a smooth and secure experience. This marks an important milestone as the CESS network continues to expand its reach and functionality.

CESS is excited to announce its participation in IVSCrypto2024 as a Gold sponsor! Thank you IVS Official for the warm welcome. We look forward to an amazing event. CESS is committed to ensuring data sovereignty and complete user privacy, empowering users, creators, and builders to thrive in the decentralized world.

CESS had a fantastic time at the “Happy Hour @ Whino with VBC and DC DAO” event! It was great to connect with fellow blockchain enthusiasts and share our insights on decentralized cloud storage, CD²N, and the CESS AI Gap.

CESS hosted an exciting Space discussion on Decentralized Physical Infrastructure Networks (DePIN) with Ava Protocol. Joe, Co-Founder of CESS, and Sam Shev from Ava Protocol joined together for an in-depth discussion on the growing DePIN narrative and how DePINs are shaping our future. The event provided valuable insights into the potential and challenges of DePINs in revolutionizing infrastructure networks.

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Weekly Report | Jun 10th — 16th, 2024

cess-network@newsletter.paragraph.com (CESS_Network) — Thu, 18 Jul 2024 10:27:46 GMT

Weekly Highlights

CESS Node issues related to the release of storage node rewards due to insufficient treasury funds, as well as other problems arising from the Substrate framework upgrade, have been fixed. The new version of CESS Node is now running stably.
The storage node multi-container deployment script program has been upgraded, adding command completion functionality and restricting user space reduction operations. Additionally, issues with installing Docker and Docker-Compose have been resolved.
DeOSS file breakpoint resume functionality has been upgraded, optimizing the file upload caching mechanism. The js-sdk now supports these new features, enabling developers to reliably upload large files using the native SDK.
CESS hosted a Space event where Chairman & Co-Founder, Nick shared insights on CESS’s development and technology.
CESS hosted the inaugural Weekly Space on “The Future of Decentralized AI,” featuring top experts discussing the integration of DePIN for scalable solutions, with more exciting topics to come.

Project Development Details

Consensus Node [v0.7.6]

Fixed the issue where CESS Node storage node rewards could not be released due to insufficient treasury funds.
Fixed a series of issues and warnings that arose after upgrading the CESS Node Substrate framework.

2. Storage Node [v0.7.10]

Fixed the issue where the storage node multi-container deployment script program could not install Docker and Docker-Compose properly.
Added command completion functionality to the storage node multi-container deployment script program, making it easier for users to manage nodes quickly.
Upgraded the storage node multi-container deployment script program’s storage space management module to only allow users to reduce unverified idle space.

CESS is a blockchain powered decentralized storage and content decentralized delivery network (CD²N) infrastructure for Web3. By utilizing a decentralized physical infrastructure network (DePIN) model, CESS drives mass deployment of network nodes globally through incentives. The first of its kind, decentralized object storage services (DeOSS) by CESS has significantly contributed to the gradual enrichment and flourishing of the product ecosystem within the CESS network, online file sharing tool (DeShare), and public chain snapshot storage services have been incubated. The developments for this week are as follows:

Decentralized Object Storage Service (DeOSS)

Upgraded DeOSS file breakpoint resume functionality to support concurrent and out-of-order file chunk uploads.
Improved DeOSS user file cache management mechanism to limit the number and cache usage of files a single user can upload simultaneously, reducing load.
Added support for file chunking and new DeOSS breakpoint resume functionalities in the js-sdk.

Blockchain Explorer (Substats):

Fixed the issue where the backend of the new blockchain browser could not parse the storage node mining reward release events.

CESS Website (cess.cloud)

Fixed the issue where DeShare would get stuck for long periods due to data transmission limits when transferring large files.

Testnet

Overview:

137 days after the v0.7.6 testnet was launched. More details on CESS blockchain explorer. If you encounter any issues building a node, please seek assistance on CESS Discord.

29 consensus nodes
10,501 storage nodes
22.70 PiB verified storage space
30.80 PiB total storage space

Event:

Community Activities

CESS hosted a Space event titled “An Introduction to CESS,” hosted by The Blonde Broker. Chairman & Co-Founder, Nick provided valuable insights into the development and technology of CESS, covering key aspects of its architecture and innovative mechanisms ensuring data integrity, security, and privacy.

CESS hosted the inaugural Weekly Space event, diving into “The Future of Decentralized AI: Integrating DePIN for Scalable Solutions.” Industry experts Nigel from Roam by MetaBlox, Joey Lee from SFT Protocol, Jay from Stability World AI, and CESS Co-Founder, Joseph Li shared insights on how DePIN is transforming scalability, efficiency, and security in decentralized AI.

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CESS_Network

Weekly Report | Aug 26th — Sep 1st, 2024

Weekly Highlights

Project Development Details

Testnet

Overview:

Community Activities

Join us

CESS Aug 2024 Monthly Technical Report

CESS Introduction

Important Technological Deliveries

Blockchain Network:

Decentralized Object Storage Service (DeOSS)

Online File Sharing Tool (DeShare)

CESS Website (cess.network)

Technical Documentation and References

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IEEE P3233 Standard Launch Meeting Recap: The First Step Towards Decentralized Storage Standardization

The Significance of the IEEE P3233 Standard

Meeting Agenda and Key Discussions

CESS’s Role and Technological Contributions

Looking Ahead: The Road to IEEE P3233 Standardization

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Weekly Report | Aug 19th — 25th, 2024

Weekly Highlights

Project Development Details

Testnet

Overview:

Community Activities

Join us

Weekly Report | Aug 12th — 18th, 2024

Weekly Highlights

Project Development Details

Testnet

Overview:

Community Activities

Join us

Weekly Report | Aug 5th — 11th, 2024

Weekly Highlights

Project Development Details

Testnet

Overview:

Community Activities

Join us

Weekly Report | Jul 29th — Aug 4th, 2024

Weekly Highlights

Project Development Details

Testnet

Overview:

Community Activities

Join us

CESS Jul 2024 Monthly Technical Report

CESS Introduction

Important Technological Deliveries

Blockchain Network:

Consensus Nodes [v0.7.6]

Storage Nodes [v0.7.10]

Decentralized Object Storage Service (DeOSS)

Online File Sharing Tool (DeShare)

CESS Website (cess.network)

Technical Documentation and References

Join us

Weekly Report | Jul 22nd — 28th, 2024

Weekly Highlights

Project Development Details

Testnet

Overview:

Community Activities

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CESS Launches Venus Testnet: A Leap Forward in Decentralized Storage, CD²N and AI Synergy

What we achieved in Testnet v0.7.6?

Reflecting on the Milestone Achievements of CESS Testnet v0.7.6

Testnet Venus Optimization Updates and Reward Details

The reward rules for CESS Testnet Venus are as follows:

Storage Nodes

Consensus Nodes

Manuals

Join Us to Shape the Future of the Data Value Network

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IEEE P3233 International Standard Launch Meeting Invitation