CESSNetwork

Repere săptămânale
A finalizat ajustarea parametrilor sistemului, cum ar fi zecimale simbol, după actualizarea cadrului Substrate pentru Nodul CESS, asigurând o actualizare fără întreruperi a versiunii și restabilind lanțul CESS la starea de dinainte de actualizare.
Am actualizat CESS go-sdk, actualizând unele proprietăți ale sistemului, parametrii de configurare și exemplele de cod asociate. Am adăugat, de asemenea, o nouă caracteristică pentru interogarea informațiilor de mizare a nodurilor de consens.
S-au remediat mai multe probleme întâlnite în timpul testării noii versiuni a browserului blockchain, îmbunătățind efectiv afișarea informațiilor.

Weekly Highlights
Completed a framework upgrade of the CESS Node, addressing issues where some benchmark cases failed post-upgrade.We optimized the data query permission management logic and cache refresh strategy for lightweight cache nodes, mitigating flooding attacks between nodes.We updated the go-sdk developer guide and the official CESS documentation, improving accessibility and user experience.CESS was invited by Genzio Media to participate in multiple events, including the Genzio WEB3 Social Roast, Cake & Taco Party, Media House at Consensus 2024, Marketers Brunch, and Founders BBQ.CESS sponsored the Duke Web3 Investor Series at Consensus 2024, collaborating with top institutions like Duke Fuqua and Duke Fuqua Blockchain Club to host hackathons and Web3 events, showcasing innovations in decentralized storage and CD²N.
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]
Fixed issues where some benchmark cases failed tests following a Substrate upgrade.Completed the deployment and testing of cross-chain contracts between the CESS chain and Ethereum.Upgraded the Dockerfile for CESS Node and resolved some deployment issues.Optimized the TEE Worker codebase by removing obsolete test units, and streamlining the code.Upgraded the intel-sgx-env image to the latest version to match the updated TEE Worker codebase.
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)
Optimized the data query and cache refresh strategies for lightweight cache nodes to mitigate flooding attacks.Updated the go-sdk developer guide with new explanations and code examples for functions within the codebase.
Blockchain Explorer (Substats):
Completed basic functionality tests for the new version of the blockchain browser.
CESS Website (cess.cloud)
Optimized the structure of the official CESS documentation, reorganizing content categories to facilitate easier navigation.Implemented a backend management system for the DAO cloud mining activity and genesis nodes on the official website to enhance user participation experiences.
Testnet
Overview:
123 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 nodes10,058 storage nodes21.73 PiB verified storage space32.50 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 was invited to participate in several events hosted by Genzio Media, showcasing our commitment to engaging with the broader Web3 community. These events included the Genzio WEB3 Social Roast: Pro and Con Debate, where thought leaders discussed the pros and cons of Web3 technologies;

The Genzio Cake & Taco Party, a social gathering for networking and fun; The Genzio Media House at Consensus 2024, which provided a platform for media interactions and insights into the latest industry trends;

The Genzio Marketers Brunch focused on strategies for reaching the next billion users;

and the Genzio Founders BBQ, an informal meet-up for founders to share experiences and foster collaborations.

CESS sponsored the Duke Web3 Investor Series at Consensus 2024, collaborating closely with Duke Fuqua, Duke Fuqua Blockchain Club, and other top institutions to host hackathons and Web3 events.

Also, CESS participated at Consensus24 for the DePIN & AI Infra Meetup & C(S)hill with zkPass, where we explored the innovative technologies of decentralized storage and CD²N. Discover how CESS is revolutionizing the industry.

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

CESS Introduction
CESS is a blockchain powered decentralized storage and Content Decentralized Delivery Network (CD²N) 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: 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 the CESS Node reward query function failed to return valid reward amounts.Added a reservoir module to the CESS Node, allowing storage nodes to temporarily borrow tokens from the reservoir for staking.Added a health check function for container images during CESS Node deployment.Completed testing of various functional modules of the new version of CESS Node and TEE Worker.Fixed the issue of additional staking failures when the staker and transaction sender was not the same in the CESS Node staking module.Fixed the issue where expired TEE Workers were not properly cleaned up by the CESS Node.Refactored the TEE Worker codebase by removing all deprecated features and data structures, and reorganizing the key exchange module for better code structure and readability.Fixed hidden bugs and warnings in the TEE Worker codebase, improving overall program stability.Fixed the issue where the TEE Worker could not establish effective gRPC connections with storage nodes after the restart.Fixed the issue where idle space proof verification failed due to inconsistent algorithm library versions in TEE Worker.Optimized the TEE Worker registration and cleanup mechanism to prevent the program from failing to provide effective services promptly after the restart.Optimized the TEE Worker key sharing code logic to enhance security.Fixed the issue where the nodeadm program could not accurately recognize non-integer disk space sizes.Optimized the execution result of the nodeadm program’s staking withdrawal command, adding reminders for node exit status and operational suggestions.Optimized the TEE Worker codebase, refactoring some functional modules for easier maintenance and upgrades.Fixed errors caused by event withdrawal in TEE Worker and eliminated warning codes.
Storage Nodes [v0.7.10]
Fixed the issue of interrupted data transmission stream when receiving user files.Fixed the issue of not being able to effectively receive mining rewards.Upgraded the boot node p2p module to periodically push the discovered storage node list to the entire network, further improving node discovery efficiency.Optimized the status display command, adding reminders for reasons and operational suggestions when the node is in a frozen state.Fixed the issue where some storage nodes could not timely report user data storage status to the CESS chain.Added reminders when the program does not start normally, displaying the reasons for unsuccessful operation.Completed testing of various functional modules of the new version of storage nodes.
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 month are as follows:
Decentralized Object Storage Service (DeOSS)
Optimized the file upload logic, improving the handling of data transfer failures to increase the transmission success rate.Optimized the node selection module to prevent the issue of most storage nodes being blacklisted, which caused user data to fail to upload.Optimized the service discovery and neighbour node selection mechanism for lightweight cache nodes, enhancing communication efficiency between nodes.Completed the development of the lightweight cache module, supporting prioritized data download from cache nodes, and enabling data sharing between nodes and DeOSS.Fixed the issue of not being able to add newly discovered storage nodes to the available node resource list.Fixed the issue of failing to query on-chain data due to incomplete CESS chain block synchronization.Improved the interface usage instructions and readme documents of the DeOSS and go-sdk codebase.Upgraded the lightweight cache nodes to support more diverse data download functionalities.Added directory upload functionality to the lightweight CESS client, allowing users to package and upload entire directories to reduce space wastage.Introduced sub-file retrieval functionality for the lightweight CESS client, enabling users to retrieve specific sub-files within compressed directories.
Blockchain Explorer (Substats)
Added graphical display functions for account information and transfer data in the new version of the blockchain browser.Implemented query and display functions for the status and number of various CESS node types in the new blockchain browser.
Online File Sharing Tool (DeShare):
Fixed the issue where some email addresses failed to send file information.Updated the email used by DeShare to send emails to users to a dedicated DeShare email for easier user differentiation.
Technical Documentation and References
GitHub: https://github.com/CESSProject
WiKi: https://docs.cess.cloud/core/
CIPs: https://github.com/CESSProject/CIPs
Join us
CESS website | Twitter | Telegram | Discord | Github | Medium | LinkedIn | Instagram | YouTube | Facebook

Repere săptămânale
Baza de cod TEE Worker a fost refactorizată și optimizată, îmbunătățind logica codului de partajare a cheilor și reparând diverse erori și avertismente, sporind securitatea și stabilitatea programului.
O nouă caracteristică a fost adăugată nodurilor client CESS ușoare pentru a sprijini ambalarea și recuperarea fișierelor directoare, reducând umplerea suplimentară a datelor atunci când utilizatorii încarcă fișiere mici și îmbunătățind eficiența utilizării spațiului.
Noua versiune a browserului blockchain include acum afișări grafice pentru informații despre cont, date despre tranzacții, starea nodurilor și numerele nodurilor, facilitând gestionarea conturilor, activelor și nodurilor pentru utilizatori.

Repere săptămânale
Optimizarea continuă a nodului CESS a fost efectuată în această săptămână. Noile funcții includ verificări de sănătate a imaginilor în timpul implementării nodurilor și remedieri pentru probleme precum staking suplimentar eșuat și ștergerea în timp util a lucrătorilor TEE inactivi.
Au fost făcute upgrade-uri la nodurile ușoare de cache CESS, optimizând mecanismele de comunicare între noduri și adăugând funcționalitate de partajare a datelor între nodurile cache și nodurile cu DeOSS.
Problemele legate de DeShare, cum ar fi imposibilitatea de a trimite informații despre fișierele utilizatorului la anumite tipuri de adrese de e-mail, au fost rezolvate. Utilizatorii sunt invitați să experimenteze actualizările și să ofere feedback valoros!

CESS Builds a New Paradigm for Storage, Achieving Large-Scale Commercial Storage, Supporting High-Frequency Dynamic Data
The application and development of Web3 in various fields have become a focal point of discussion. Although the industry has different definitions of Web3, a common consensus is that Web3 gives users ownership and autonomy over their data. This shift is crucial as our lives and work become increasingly digitized, meaning that all human activities will soon be presented in the form of data flows, indicating that our various behaviors will be recorded as data, forming a vast and complex data ecosystem, which will be the underlying form of the Web3 industry and even the digital life of all mankind.
How to effectively store, manage, use, and share data resources, and how to truly unleash the value of data and enjoy its benefits, have become issues that enterprises and individuals are jointly facing. Web3 data solutions, with their emphasis on ownership, have become a means to realize the new data distribution relationship. Web3 data infrastructure providers like CESS (Cumulus Encrypted Storage System) have created a new ecosystem for data economics that is open, decentralized, permissionless and gives users control over their data sovereignty.
However, the Web3 data field still faces issues such as high data loss rates, low storage space utilization, restricted data usage such as slow retrieval speeds, limited data circulation and exchange, and lack of data privacy management. Among them, the most critical issue is the lack of effective solutions for large-scale commercial application storage in the Web3 industry, which will limit the realization of large-scale applications in the Web3 era from the infrastructure level, hindering the full arrival of the next era of the Internet.
This article will introduce CESS’s innovative decentralized object storage service DeOSS from the following perspectives, and how it solves the problems faced by the data storage field.
Analysis of the technical principles of decentralized object storage service DeOSSComparative analysis of the performance, security, and cost of “DeOSS” and “OSS” servicesDeOSS application scenarios and product usage guidelines
Why do we need the Decentralized Object Storage Service?
With the increasing demand for large-scale commercial storage, the vast amount of unstructured data generated by each user in their digital lives, such as images, videos, and log files, has become the primary data type for enterprises and individuals. Object Storage Service (OSS) has emerged to address this need. Object storage is a storage and management technology designed for unstructured data, providing large-scale, scalable, and cost-effective storage services. Amazon S3 is a well-known example of an object storage service in the industry. However, current OSS services are centralized, leading to issues such as data sovereignty loss, vulnerability to data leaks, digital identity risks, and data being sold to third parties.
Meanwhile, with the rapid development of Web3 applications, especially Dapps that rely on real-time data streams, there is a need for fast and effective processing and storage of high-frequency dynamic data to ensure application responsiveness and user experience. Additionally, the new generation of the internet places higher demands on data storage security, privacy, and data ownership, prompting the storage industry to explore more efficient, secure, and scalable solutions.
In response to the above storage problems and demands, CESS has pioneered the decentralized object storage service DeOSS. CESS aims to provide reliable support for unstructured data, high-frequency dynamic data, and large-scale commercial storage through decentralized technology and innovative storage protocols. This will not only promote the healthy development of the Web3 ecosystem but also provide users with better services, driving forward the new era of data-driven development. DeOSS can not only meet enterprise-level unstructured data storage needs but also provide high-security, scalable, and privacy-managed high-performance storage services for enterprises.
Understanding Decentralized Object Storage Service (DeOSS)
Decentralized Object Storage Service (DeOSS) is a decentralized object-based massive storage service that provides low-cost, secure, and scalable distributed data storage services for the web3 domain.
Both individuals and businesses can leverage OSS to securely store, administer and safeguard data, such as NFT images and videos, DAPP user data, Defi programs, and more. Based on blockchain technology, DeOSS effectively utilizes idle online storage resources and builds a huge distributed storage network.
The purpose of DeOSS is to restore data autonomy to its rightful proprietor, rather than a centralized authority. DeOSS follows the Apache2.0 open-source protocol, allowing anyone to deploy anywhere and access files stored around the world at the same time.
Product Introduction
Product Principle
DeOSS will provide a standard storage method to achieve basic storage functions, such as creating wallets, receiving tokens, purchase space, and authorize space through the blockchain browser with access restrictions, uploading, downloading, deleting, and sharing files with access restrictions, as well as user operation restrictions.

Specifically, user data is stored in the bucket. In the process of using DeOSS to store data, you need to create a storage container first, specify attributes such as region, access permissions, and storage type. The data is then uploaded to the storage container as an object, with each object containing the file (Data), metadata (Metadata), and file name (Key) as its unique identifier.
The storage space inside DeOSS is flat, without a file directory hierarchy. Therefore, data objects belong directly to their corresponding storage space. Enterprises can choose to build their gateway for external access, or use existing gateways. In this way, when users access through the domain name, the DeOSS gateway will forward the user’s request to the corresponding storage service.
Product Features
Decentralization: DeOSS is a decentralized object storage service in the CESS decentralized network, supporting secure HTTPS encryption for online data transmission, ensuring data security and privacy during transmission and storage.High Scalability: Each account can manage up to 1000 buckets, and each bucket has no space limit, providing massive storage capacity.Data Ownership: You have control over your data and its ownership, can choose private storage, share with specific individuals, or make it completely public, and have the ability to delete data without interference.Anti-censorship: Any user can control their own data according to the protocol, avoiding interference from other entities.Millisecond Data Retrieval: Supports real-time online data sharing and flexible file management.

What does DeOSS store?
DeOSS is suitable for storing high-definition images, audio, videos, backup files, etc., in websites and applications, as well as files in various DApp and cloud storage applications.
Who is DeOSS suitable for?
DApp, NFT, and Web3 application developers, SocialFi developers, and users with large-scale data storage needs.
If you are a non-developer user, you can experience DeOSS by visiting the CESS official website.If you are a developer, you can experience DeOSS through HTTP requests. (Join link: https://www.cess.cloud/deoss.html)
System Architecture
Unlike mainstream distributed system architectures, DeOSS has achieved a high degree of integration with the CESS blockchain, forming a unique open and decentralized distributed object storage system that diverges from the mainstream distributed system architecture at the bottom layer. The system architecture is divided into four layers, as shown in the figure below: application,service interface, blockchain, and storage service. The application layer provides users with interactive and friendly data management services. The interface layer functions as the middleware between the application layer and the blockchain layer, enabling OSS to provide object storage services for countless custom applications and realize the opening of service functions.

Blockchain Layer
At the core of DeOSS architecture, the blockchain layer connects the scheduler, storage miners, and user applications to provide the essential functions of file metadata management, user storage space management, scheduling, and storage miner account management. The blockchain layer is built atop the CESS chain as the infrastructure that adopts the self-developed consensus algorithm R²S (For a detailed explanation, refer to the article “Detailed Explanation of CESS Mechanism (2): Blockchain Layer and the Random Rotational Selection (R²S) Consensus Mechanism”). DeOSS also has flexible storage expansion capabilities, where all eligible accounts can apply to become a scheduling node or storage miner providing services for DeOSS in exchange for rewards.
Application Layer Services
The DeOSS service interface layer implements the modular encapsulation of commonly used code bases, so the application layer only needs to implement a small number of interfaces to provide complete object storage services. The service architecture of the DeOSS application layer is shown in the figure below. At present, DeOSS provides two application modes: the Go client mode based on the command line, and the server mode based on the Gin framework. Both can quickly start the service with a simple configuration. Users can also add functional module interfaces according to their needs without concerns about the intricacies of the internal code.

Application layer
The DeOSS application service has a three-tier architecture.
The network connection layer provides the upper layer with basic services such as user interaction, data object transmission, and on-chain function calls.The internal service layer processes user data files from the interactive layer that provides preprocessing such as data confirmation, file fragmentation and redundancy, and file declaration, and submits the processed content to the scheduler for scheduling; processing comes from the chain and storage.The miner data is displayed to the user through the interactive layer, forming a complete service closed loop.
It also provides additional service support such as data encryption and decryption, and system logs.
The file transfer protocol
DeOSS adopts the TCP protocol as the underlying reliable communication protocol and establishes a safe and reliable file transfer mechanism. The file transfer protocol is shown below. When the service layer of the application initiates a file sending or receiving request, it first establishes a TCP connection with the receiver/sender and then establishes a file segment byte stream transmission channel through the handshake mechanism of the DeOSS file transfer protocol.

DeOSS vs OSS
DeOSS is a new type of storage service based on the CESS blockchain. In addition to having the advantages of existing object storage products on the market (such as high reliability, easy expansion, low cost, high security, etc.), DeOSS also has decentralization, attribution to users, and other advantages. The current traditional OSS products, such as Amazon and Alibaba Cloud’s OSS, are all centralized storage. When users use OSS storage services, they entrust their data to a third party, and there are risks of supervision and monopoly. The data uploaded by users through DeOSS is based on the CESS blockchain technology to achieve decentralized storage, and the ownership of the data belongs to the users. Users can authorize certain applications to use through DeOSS. Of course, these applications cannot control the data authorized by users.
The following is a detailed comparison between DeOSS and OSS:

The comparison above shows that DeOSS not only has the advantages of current object storage (OSS) products in terms of storage performance, cost, etc., but also has the decentralized nature of DeOSS, which breaks the constraints of previous storage services in terms of security, data ownership, and efficiency. This is precisely the problem that enterprise-level big data storage urgently needs to solve.
DeOSS Use Scenarios
In traditional application fields, decentralized object cloud storage like DeOSS can enter the business scope of commercial clouds, such as Amazon Cloud and Google Cloud. Through DeOSS, enterprises and individuals can provide all categories of cloud storage services to meet various use cases, including but not limited to:
Distributed File Systems — Distributed file storage can be used not only for personal user backup and sharing, but also to provide large-scale commercial storage services for enterprises.
Social Media — With its efficient, secure, scalable, and large-scale storage features, DeOSS meets the needs of social applications for secure storage, real-time updates, and user data sovereignty.
Streaming Media Applications — DeOSS provides the best solution for the creation, storage, and streaming transmission of large files such as high-definition images, audio, and video.
Data Trading Markets — DeOSS supports the monetization and circulation of data value, providing a foundation for the establishment of data trading markets.
Blockchain Data Availability Layer — DeOSS can provide low-cost, trustless, and highly available storage for block data and state data of Layer 1, as well as transaction data in Layer 2 rollup solutions.
Creator Platforms — DeOSS integrates decentralized storage networks and content delivery networks, meeting the needs of creator platforms for establishing and tracing data copyrights.
Data Lakes — DeOSS is suitable for storing, processing, and protecting large amounts of data, helping enterprises reduce costs, manage data, and use AI.
Biological Data — DeOSS supports multi-type data authorization and tracing, provides massive storage, and efficient retrieval, solving the problems faced by biological data, such as huge quantities, rapid growth, wide-ranging and complex sources, and difficulty in standardization and structuring.
Experience DeOSS Now
In the process of the Web3 revolutionary construction and innovation, new data infrastructure architectures and data circulation mechanisms are gradually forming, creating an economic system for data element authorization, circulation, and transactions. It is expected to promote the transformation of Internet business models and value distribution models, accelerate the development and innovation of the digital economy.
The innovative decentralized object storage service DeOSS provided by CESS will become one of the important products and services driving this process. DeOSS products not only have the advantages of current object storage products on the market, such as high reliability, scalability, low cost, and high security, but also have the advantages of decentralization, data ownership belonging to users, and resistance to censorship.
Dear partners, we sincerely invite you to experience and use DeOSS products! DeOSS features can be used after source code editing and deployment. For beginners, please refer to the link below: https://docs.cess.cloud/deoss/
Finally, if you encounter any problems during use, please feel free to contact us. We eagerly look forward to working with global partners to contribute to the construction of decentralized storage + CD²N for the next generation of the Internet of Value!
Join us
CESS website | Twitter | Telegram | Discord | Github | Medium | LinkedIn | Instagram | YouTube | Facebook

Repere săptămânale
Au fost făcute optimizări semnificative la baza de cod TEE Worker, inclusiv refactorizarea anumitor module și rezolvarea anomaliilor pentru a facilita actualizările și întreținerea online viitoare.
S-au adăugat solicitări de utilizator pentru nodurile de stocare atunci când programul nu pornește corect, ajutând utilizatorii să înțeleagă motivele execuției nereușite.
S-a finalizat testarea noilor versiuni ale CESS Node, TEE Worker și nodurilor de stocare, împreună cu actualizări sincrone la DeOSS. Rețeaua de stocare CESS este pregătită pentru o nouă fază de dezvoltare!

Repere săptămânale
Optimizarea și modernizarea TEE Worker pentru a remedia erorile de verificare a probei spațiului inactiv și pentru a îmbunătăți mecanismele de ieșire și terminare a programului pentru a preveni risipa de resurse.
Optimizarea procesului de stocare a datelor utilizator al nodului de stocare, remedierea problemelor cu unele noduri care nu raportează starea stocării la timp, reducând timpul pentru stocarea persistentă a datelor utilizatorului.
Remedieri pentru DeOSS, inclusiv reîmprospătarea listei de noduri de stocare disponibile și probleme cu funcționarea nodurilor din cauza sincronizării incomplete a datelor de bloc.

Repere săptămânale
S-a remediat problema cu recompensele de extragere a nodurilor CESS și a nodurilor de stocare, asigurând interogări și revendicări eficiente, protejând astfel veniturile miniere de bază pentru noduri.
A optimizat în continuare mecanismul de descoperire a nodurilor în rețeaua p2p a stratului de stocare distribuit CESS, aplicat la cele mai recente versiuni de noduri de stocare și DeOSS, îmbunătățind interogarea datelor și eficiența schimbului între noduri.
S-a finalizat dezvoltarea unui modul de stocare în cache ușor, capabil să funcționeze independent, oferind utilizatorilor servicii de stocare în cache și descărcare a datelor.

CESS Introduction
CESS (Cumulus Encrypted Storage System) is a blockchain powered decentralized storage and content delivery network (CDN) 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: 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]
CESS Node has added the function of agent space authorization, making it easier for users to use storage space.Completed the unified management of idle space proof parameters by CESS Node to ensure the consistency of algorithm versions across the network.Completed the deployment test of smart contracts in the CESS Node EVM module.Completed testing of the new version of the node reward distribution mechanism in CESS Node.Fixed the issue of TEE Worker restarting due to an exception triggered by incorrect request parameters.Upgraded the TEE Worker idle space verification module to filter out malicious verification requests.Upgraded the error propagation mechanism in the TEE Worker idle space proof module for more robust program operation.Fixed the issue of TEE Worker being unable to provide services normally after restarting.
Storage Nodes [v0.7.10]
Fixed the issue of inability to connect to RPC nodes and Boot Node nodes.Fixed the issue of unexpected request disconnection when authenticating idle space.Added transaction error event parsing function to output the reason for transaction failure more accurately.Upgraded the P2P module to reduce the number of network connections when running node discovery services.Optimized the storage node p2p node discovery service, adding node message subscription mechanism to improve node discovery efficiency.Fixed the issue of storage nodes failing to find other nodes using the DHT Table due to PeerId decoding errors.Optimized the user file reception module to reject receiving user files when the node cannot communicate with the CESS chain to prevent invalid transfers.Upgraded the go-p2p library to support customizable functionality extensions for the data reading and writing module between nodes.Fixed the data transmission module in the go-p2p library, solving the problem of inability to exit normally after completing the reading and writing of the last data block.
CESS is a blockchain powered decentralized storage and content delivery network (CDN) 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 month are as follows:
Decentralized Object Storage Service (DeOSS)
Completed testing of the DeOSS and go-sdk large file breakpoint resume module.Added go-sdk storage data scheduling module to enable developers to build customizable data scheduling strategies through the SDK.Added go-sdk cache module to support developers in building data upload or download caches.Added data cache management module, which will regularly clear inactive user data to ensure disk resource utilization.Added node management module to automatically collect communication and reputable storage nodes for uploading or downloading data.Upgraded P2P network node discovery service to reduce the number of connections while improving node discovery efficiency.Optimized the cache service to automatically clear the least recently accessed user files when the cache usage exceeds 80%.Upgraded the user file scheduling module to support uploading files using a user-specified list of storage nodes.Fixed the issue of the node selection module failing to access specific storage nodes based on IP information.Added configuration and parsing functions for the cache module and node selection module, allowing users to manage these modules more finely.Optimized the processing logic of cache files to manage a wider range of user data caches for expanded use cases.Upgraded the cache management module to add a series of cache entry handling methods, allowing developers to use the cache more flexibly.Upgraded data scheduling strategy to make data more evenly and dispersedly scheduled to adjacent storage nodes.
Blockchain Explorer (Substats)
Completed the development of the frontend main display pages for the new version of the blockchain browser.
CESS Website (cess.cloud)
Added a custom RPC node function to the simplified payment verification（SPV）wallet, allowing users to select the best node to ensure smooth transaction execution.Fixed the issue of unstable RPC connections in the simplified payment verification（SPV）wallet.Fixed the faucet page’s inability to connect to RPC nodes, causing users to be unable to claim CESS test coins.
Technical Documentation and References
GitHub: https://github.com/CESSProject
WiKi: https://docs.cess.cloud/core/
CIPs: https://github.com/CESSProject/CIPs
Join us
CESS website | Twitter | Telegram | Discord | Github | Medium | LinkedIn | Instagram | YouTube

Dubai a devenit recent un hotspot cheie, găzduind o serie de evenimente Web3 și criptomonede, atrăgând lideri din industrie, inovatori și entuziaști pentru a explora cele mai recente evoluții în blockchain și tehnologia descentralizată.
Începând cu jumătatea lunii aprilie, o serie de conferințe și evenimente din industrie au atras un număr mare de participanți. Cu toate acestea, ploile abundente și inundațiile au devenit un alt cuvânt de moda pentru cei din Dubai. Până marți seara trecută, precipitațiile din Dubai au depășit 142 de milimetri, depășind media anuală a orașului de 94,7 milimetri. Ploaia nu este asociată de obicei cu orașul deșert, iar problemele de drenaj din Dubai sunt evidente.

Weekly Highlights
Completed testing for the new version of CESS Node, and it is expected to be ready for use shortly.Upgraded the storage node’s go-p2p module to fix issues with the data transfer process and added support for customizable functionality in the data read/write module to facilitate application expansion.Optimized the DeOSS caching module to meet a wider range of data caching needs and upgraded the data scheduling strategy for more events and distributed data transmission to adjacent storage nodes.CESS sponsored and co-hosted a series of events in Dubai, joining with numerous participants, enthusiasts, and contributors at this crypto industry gathering to showcase innovative decentralized storage and CDN technology in the DePIN realm.
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]
Completed testing of the CESS Node EVM module’s basic smart contract functionality.Tested the reward distribution mechanism for the new version of CESS Node.Tested user-agent authorization of DeOSS functionality in CESS Node.
2. Storage Node [v0.7.10]
Upgraded the go-p2p library to support customizable functionality extensions in the data read/write module.Fixed an issue in the go-p2p library’s data transmission module where it would not exit properly after completing the read/write of the last data block.
CESS is a blockchain powered decentralized storage and content delivery network (CDN) 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)
Optimized DeOSS’s handling of cached files to manage a wider range of user data caching types.Upgraded the DeOSS cache management module to provide developers with more flexible cache usage.Upgraded the DeOSS data scheduling strategy for more even and distributed data scheduling to adjacent storage nodes.
CESS Website (cess.cloud)
Refactored the CESS storage network data monitoring program to align with Substats for consistent data display on the official website.
Blockchain Explorer (Substats):
Completed the development of the frontend main display pages for the new version of blockchain explorer.
Testnet
Overview:
The number of storage nodes has exceeded 10,000. 81 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 nodes10,143 storage nodes17.00 PiB verified storage space37.09 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 sponsored and actively participated in the Web3 Summit Dubai, a premier event for the blockchain community. On April 16th, we dove into the first day’s activities, engaging with industry leaders and innovators to explore the latest advancements in Web3. CESS Co-Founder Nicholas delivered a speech about How CESS Empowers Enterprises and AI on Web3.

CESS was at the forefront of hosting engaging events in Dubai. We co-hosted ‘The Night of 2049 Token EVE’ alongside esteemed partners OOKC Labs and Port3 Network.

Later that evening, we were thrilled to sponsor and participate in ‘Disrupt with DePIN’ at Token 2049 Dubai, where we delved deeper into groundbreaking blockchain innovations, networking with peers, and sharing our insights and vision for the future.

CESS was deeply engaged in various activities that fostered networking and knowledge exchange. We participated in the Meme Night Cocktail Reception, hosted by Metis and FreeLabs, an evening dedicated to networking and building connections within the blockchain community.

Additionally, CESS was actively involved in other key events, including Jessie’s participation in the Duke Web3 Investor Soirée by Ga³in Ventures.

Looking ahead, we also joined the ThreeDAO Creator Camp, a dynamic platform that brought together creators and innovators to explore the intersection of narrative and consensus in the Web3 realm.

We are excited to participate in the Duke Web3 Pitch Competition & VC Networking event in Dubai, further solidifying our commitment to driving innovation in the blockchain space.

Join us
CESS website | Twitter | Telegram | Discord | Github | Medium | LinkedIn | Instagram | YouTube

Weekly Highlights
CESS completed the deployment and testing of EVM contracts, ensuring good support for developers using Solidity smart contracts to build web3 applications in the CESS ecosystem.Fixed an issue where storage nodes failed to find other nodes using DHT, an upgrade to the p2p node discovery service, and optimization of the storage node user file receiving module to further enhance the stability and efficiency of the CESS storage resources layer.Optimization of the DeOSS caching module and user file scheduling module was also completed this week, improving file upload and download services for a better user experience.CESS was invited to participate and exhibit at the TEAMZ Web3/AI Summit 2024 in Japan.CESS attended the Bitcoin Summit in Washington.CESS Co-Founder, Joseph Li, participated in Bitrue Asks event “Depin and AI: Latest Crypto Trends” and space event “Inside Look at the Hong Kong Web3 Festival 2024”.
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 [v0.7.7]
Completed testing of CESS Node EVM module smart contract deployment.Fixed TEE Worker service interruption after restart.
2. Storage Node [v0.7.10]
Optimized storage node p2p node discovery service, introducing a node message subscription mechanism to improve node discovery efficiency.Fixed storage node DHT table lookup failure due to PeerId decoding error.Optimized storage node user file receiving module to reject receiving user files when the node cannot communicate with the CESS chain to prevent invalid transfers.
CESS is a blockchain powered decentralized storage and content delivery network (CDN) 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)
Optimized DeOSS caching service to automatically clear the least recently accessed user files when the cache usage exceeds 80%.Upgraded DeOSS user file scheduling module to support uploading files using a user-specified list of storage nodes.Fixed DeOSS node selection module’s inability to access specific storage nodes based on IP information.Added configuration and parsing functions to the DeOSS cache module and node selection module, allowing users to manage these modules more granularly.
CESS Website (cess.cloud)
Fixed the issue where the transaction status was not promptly confirmed after users purchased nodes in the official website’s genesis node event.Fixed the issue where users were unable to claim CESS test coins due to the inability to connect to the RPC node on the official website faucet page.
Testnet
Overview:
74 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 nodes9,397 storage nodes13.73 PiB verified storage space58.12 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 participated in the TEAMZ Web3 / AI Summit 2024 in Japan. Explore the cutting-edge of Web3, CDN, and AI with CESS and experience firsthand groundbreaking innovations revolutionizing Japan’s digital landscape.

Delighted to connect with Taira Masaaki at the event in Japan! His expertise in advocating digital transformation and AI in government adds tremendous value to our discussions.

CESS Co-founder & COO Jessie had the honor of joining the main stage panel at TEAMZ Web3/AI Summit 2024, where the speakers discussed the paramount importance of data privacy and security, emphasizing the growing adoption of blockchain technology in enterprise-level applications. This resonated deeply with CESS’s mission, showcasing how our decentralized storage and CDN solutions were at the forefront of this transformative movement.

CESS participated in the Bitcoin Summit in Washington, DC on April 9th! The event featured engaging discussions and provided valuable insights into the future of blockchain and digital currencies.

Co-Founder, Joseph Li, participated in Bitrue Asks event “Depin and AI: Latest Crypto Trends” hosted by Bitrue alongside pioneering projects CrossSpace Official, bubbleai.xyz, SingularLabs. Also, the space event “Inside Look at the Hong Kong Web3 Festival 2024” alongside a stellar lineup of experts from IoTeX, CrossSpace Official, and BlockBeats, CESS contributed to an insightful discussion on Web3 innovations and trends.

Join us
CESS website | Twitter | Telegram | Discord | Github | Medium | LinkedIn | Instagram | YouTube

Hong Kong Web3 Festival 2024 Recap: CESS at the Forefront of Innovation
rom April 6th to 9th, the 2024 Hong Kong Web3 Festival has once again positioned the city as a beacon of technological innovation and thought leadership in the blockchain and cryptocurrency sectors. Amid the bustling environment and the scenic backdrop of one of Asia’s most dynamic cities, CESS (Cumulus Encrypted Storage System) marked its presence as both a sponsor and a key participant in this year’s event.

CESS engaged in-depth with a host of innovative projects, showcasing advanced decentralized storage and content delivery technologies to numerous Web3 enthusiasts and professionals. Continuously cultivating the DePIN track, CESS is committed to providing infrastructure for the future Web3 data economy. Let’s take a look back at some of the hot topics, development trends, and CESS’s highlights from this year’s Web3 Festival.
Industry Standardization: An Imperative Necessity
Hong Kong Web3 Festival 2024 featured high international participation and in-depth discussions on Web3 standardization. Compared to last year, the uniqueness of this year’s festival lay in its emphasis on practical use cases and solutions, as well as forward-thinking on the future development directions of cryptocurrencies and blockchain technology. During the festival, CESS paid special attention to collaborative opportunities with other leading Web3 projects and businesses. Particularly, discussions on Web3 standardization revealed the necessity of establishing common standards and frameworks for future technological development, which can not only drive the industry forward but also foster cross-industry cooperation.
Undoubtedly, Web3 requires standardization because it ensures seamless interaction and collaboration between different blockchain technologies and applications, which is crucial for creating a decentralized, interoperable digital ecosystem. Standardization is beneficial for improving development efficiency, reducing compatibility issues, fostering innovation, ensuring user safety, and protecting data privacy. It also helps provide clear guidelines for developers and more consistent and reliable experiences for users, thus promoting the healthy development and expansion of the entire industry.
On April 5, 2024, CESS (Cumulus Encrypted Storage System) attended the first council meeting of the year as a deputy member of the Hong Kong Web3.0 Standardization Association. The meeting brought together renowned companies and experts from various fields to discuss and promote the standardization of the Web3.0 domain.

CESS’s participation in the 2024 first council meeting of the Hong Kong Web3.0 Standardization Association not only showcased our deep involvement and contributions to the standardization process in the Web3.0 domain but also highlighted our key role in promoting the development of decentralized storage technology and networks. The approval of the IEEE P3233 “Standard for Blockchain-Based Decentralized Storage Protocol Specification,” previously advocated by CESS, demonstrates our leading position and innovative strength in decentralized storage technology.

This achievement is not only a testament to CESS’s technological innovation and leadership but also an important driving force towards a more standardized and regulated development path for the decentralized storage industry. Through such platforms and activities, CESS is committed to discussing and establishing industry standards with industry peers, promoting the healthy development of the Web3.0 ecosystem, and providing safer, more reliable, and more efficient decentralized data services for users worldwide.
The Surge of DePIN: Catalyzing the Development and Availability of Infrastructure
If there’s one buzzword that caught the attendees’ attention at this Web3 festival, it’s undoubtedly DePIN. With the rapid development of DePIN this year, we can anticipate a surge of innovative decentralized physical infrastructure projects emerging, providing more secure, efficient, and transparent solutions for data storage, computing power, and content distribution. The widespread adoption of DePIN will significantly lower the barriers to entry, allowing more individuals and businesses to conveniently access and utilize these infrastructures, thereby promoting the healthy development and technological innovation of the entire industry. In the future, driven by DePIN, we will witness a more prosperous and interconnected digital world.

At the 2024 DePIN Global Hardware Summit held on April 8th, CESS, as a pioneer in the blockchain storage and CDN domain, was invited to exhibit. During the conference, we not only showcased CESS’s latest technologies and achievements but also engaged in in-depth discussions with mining communities, Web3 developers, and industry leaders from around the world about the future directions and application prospects of DePIN technology.

Particularly noteworthy is that our Co-founder and COO Jessie participated in a highly-anticipated panel discussion, sharing her insights and perspectives on the future development of DePIN technology alongside other industry experts. Her remarks not only elaborated on CESS’s role and contribution in innovating the decentralized storage domain but also provided attendees with inspiration and ideas on how to effectively leverage DePIN technology to explore new territories.

This DePIN Global Hardware Summit was not only a platform for CESS to demonstrate its strength and broaden partnerships, but also a valuable opportunity for us to interact deeply with the global Web3 community and collectively explore the future of blockchain technology. We look forward to CESS continuing to drive the innovation and development of DePIN technology in the coming days, contributing to the construction of a more open, fair, and efficient digital world.
Leveraging AI as a Catalyst: Blockchain to Integrate with More Practical Use Cases
Projects related to AI or focused on AI stood out among the exhibitors at the Web3 Festival. It can be said that projects featuring AI in their posters and booth introductions not only attracted the attention of attendees but also the interest of other projects. With the breakthroughs and popularization of Artificial Intelligence (AI) technology, we are standing on the threshold of a new technological revolution. The explosive growth of AI lies not only in its advancement but also in how it integrates with other technologies, especially blockchain, to create limitless possibilities. The decentralized, transparent, and immutable nature of blockchain provides a safer and more reliable platform for data sharing and interaction for AI. This integration will not only promote the wide application of AI in finance, healthcare, education, and other fields but also push blockchain technology beyond the traditional framework of currency transactions to integrate with more practical use cases. Driven by AI, we will witness a new landscape of blockchain applications, marking an important milestone in technological integration and innovation development.

CESS foresees that the future development of Web3 will place greater emphasis on user experience, data privacy, and security. With continuous technological progress and the expansion of application cases, Web3 is expected to integrate more deeply into daily life, promoting a more open, interconnected, and decentralized digital economy. Not just AI, but the integration of blockchain technology with the Internet of Things (IoT) and other cutting-edge technologies will open up new growth areas for Web3.
In addition, trends such as in-depth discussions about regulatory frameworks, mainstream users’ trust and adoption of Web3, and the closer integration of Web3 technology with the real world were also focal points of the conference.
Next Stops — Japan and Dubai!
Japan 13–14 April 2024 — TEAMZ WEB3 / AI SUMMIT 2024 EVENT https://en.web3.teamz.co.jp
Dubai 16–17th April 2024 — Web3 Summit Dubai (DIFC DMCC) https://lu.ma/web3summit
16 April 2024 — Disrupt with DePIN ~ Token 2049 Dubai https://lu.ma/disrupt-depin-dubai
17th April — OOKC LABS 2049 Token Eve https://lu.ma/night2049
19th April — Duke Web3 Investor Soirée by Ga³in Ventures https://lu.ma/q0udtmiw
19th April — Decentralized Dialogues: Exploring AI and Decentralized Governance in Token2049 https://lu.ma/decentralized-dialogues-token2049
21th April — Duke Web3 Pitch Competition & VC networking — Bull City Blockchain Battle @Token2049 https://lu.ma/p5drqh6p
22–23 April 2024 — World Blockchain Summit https://www.worldblockchainsummit.com/dxb-apr-24

Meet CESS in Dubai
The 2024 Hong Kong Web3 Festival not only provided CESS with the opportunity to interact with the global community but also laid the foundation for future collaboration and innovation. As Hong Kong continues to evolve into a powerhouse for crypto and blockchain, CESS is set to play a significant role in advancing the adoption and standardization of Web3 technologies.
In the upcoming trip to Dubai, we anticipate gathering more top experts and innovators from the global blockchain and Web3 domains. This journey will serve as a platform to showcase CESS technology and achievements, and also as an excellent opportunity for in-depth exchanges and discussions on collaboration with industry leaders. We will delve into the future development of decentralized storage and CDN, as well as how the integration of DePIN technology and AI can usher in a new era of Web3 applications.
In the future, CESS will continue to dedicate itself to innovation in technology, contributing to the construction of a more secure, efficient, and decentralized digital economy and data value network.
Join us
CESS website | Twitter | Telegram | Discord | Github | Medium | LinkedIn | Instagram | YouTube

Repere săptămânale
Strategie de configurare îmbunătățită pentru parametrii de verificare a stocării inactiv în rețeaua de stocare CESS. S-a finalizat gestionarea unificată a parametrilor de către Nodul CESS pentru a asigura coerența în toate nodurile de rețea.
Funcționalitate îmbunătățită de analizare a evenimentelor de tranzacție pentru nodurile de stocare, permițând analizarea automată și ieșirea cauzelor de eroare pentru tranzacțiile eșuate, ajutând operatorii nodurilor în identificarea și rezolvarea rapidă a problemelor.
Cache-ul DeOSS și modulele de programare a datelor optimizate și actualizate pentru a facilita stocarea și recuperarea datelor mai convenabile și eficiente pentru utilizatori și aplicații web3 din rețeaua de stocare CESS.

Pe 5 aprilie 2024, CESS (Cumulus Encrypted Storage System) a participat la prima ședință a consiliului a anului în calitate de membru adjunct al Asociației de Standardizare Web3.0 din Hong Kong. La întâlnire au participat companii renumite și experți din diverse domenii, concentrându-se pe avansarea standardizării domeniilor Web3.0.
Întâlnirea, prezidată de Lee Ming, Președintele Executiv al Asociației și organizată de OKLink Blockchain Holdings Limited, a discutat despre dezvoltarea Web3.0 în Hong Kong și despre planurile de lucru ale Asociației. Au fost făcute sugestii de către diverși membri, inclusiv consilierul legislativ Qiu Dageng și președintele OKLink Ren Yumale, concentrându-se pe furnizarea de consiliere și asistență tehnică guvernului din Hong Kong în dezvoltarea Web3.0 și subliniind necesitatea de a aborda problemele reale ale industriei prin standardizare. Au fost, de asemenea, discutate subiecte cheie, inclusiv direcții din industrie, cum ar fi Depin, RWA, schimburi, stablecoins, finanțe ecologice, GameFi, DeFi și RFi.

Repere săptămânale
S-a rezolvat problema repornirilor anormale TEE Worker. S-a adăugat o nouă caracteristică la modulul de verificare a spațiului inactiv pentru filtrarea datelor ilegale, sporind rezistența lucrătorului TEE la cererile rău intenționate.
S-a adăugat un modul de programare a datelor de stocare în DeOSS go-sdk, permițând dezvoltatorilor să personalizeze strategiile de programare a stocării datelor utilizatorilor pentru a îmbunătăți eficiența accesului la date.
S-a adăugat funcționalitate personalizată de nod RPC la portofelul de verificare simplificată a plăților (SPV) al site-ului web oficial, permițând utilizatorilor să selecteze cel mai bun nod pentru o execuție ușoară a tranzacției.

CESS Introducere
CESS (Cumulus Encrypted Storage System) este o infrastructură de stocare descentralizată și rețea de livrare a conținutului (CDN) alimentată de blockchain pentru Web3. Utilizatorii și creatorii folosesc platforma pentru partajarea datelor în lanț, în timp ce constructorii pot dezvolta și implementa DApps.
Oferind cea mai optimă soluție Web3 pentru stocarea și preluarea datelor dinamice de înaltă frecvență, CESS remodelează distribuția valorii și circulația activelor de date, asigurând în același timp suveranitatea datelor și confidențialitatea utilizatorilor. Utilizând un model de rețea de infrastructură fizică descentralizată (DePIN), CESS stimulează implementarea în masă a nodurilor de rețea la nivel global prin stimulente.

Reflectând asupra punctelor importante ale CESS la Conferința Duke Web3 și LIVE AI Hackathon
CESS, ca infrastructură de stocare descentralizată și rețea de livrare a conținutului (CDN) alimentată de blockchain pentru economia de date Web3, oferă o soluție cuprinzătoare pentru stocarea și recuperarea datelor dinamice de înaltă frecvență pentru Web3, revoluționând tehnologiile de stocare, preluare și distribuție pentru datele Web3. cu soluții de stocare comerciale scalabile. Colaborând activ cu întreprinderi renumite, instituții și universități de top la nivel mondial, CESS este dedicat construirii unei rețele descentralizate de valoare a datelor.

Repere săptămânale
Au fost aduse îmbunătățiri mecanismelor de recompensare și penalizare a nodurilor din modelul economic, abordând probleme pentru a asigura recompense mai echitabile pentru nodurile din rețeaua de stocare CESS.
Au fost implementate remedieri pentru problemele din modulul de verificare a spațiului inactiv al nodului de stocare, inclusiv anomalii de recuperare a memoriei și erori de calcul a dependenței de date, îmbunătățind în continuare stabilitatea și eficiența algoritmului.
DeOSS a fost îmbunătățit cu o funcție pentru încărcările de fișiere mari care pot fi reluate, cu funcționalitatea corespunzătoare adaptată în SDK pentru a răspunde provocărilor legate de încărcarea fișierelor mari.