
Iagon
Cloud Storage with Decentralized Solutions
Iagon is a decentralized cloud storage and computing platform that leverages Blockchain Development to offer secure, transparent, and cost-effective solutions for businesses and individuals. By decentralizing storage and computing resources, Iagon eliminates reliance on centralized providers, reducing risks associated with data breaches, high costs, and service outages. The platform enables users to monetize unused storage and computing power while ensuring data privacy and compliance with regulations like GDPR. With advanced encryption, sharding, and error-correcting codes, Iagon provides robust security and data redundancy.

Client Requirements
Iagon clients require a secure, decentralized solution for storing and managing large volumes of data. Traditional centralized cloud services often pose risks such as data breaches, high costs, and reliance on single points of failure. Clients seek an alternative that ensures their data is protected through advanced security measures while maintaining compliance with regulatory standards like GDPR. In addition, they need a platform that offers transparency in how data is handled, stored, and accessed, with full control over data locations and usage.
Clients also require a scalable, cost-effective solution that allows them to efficiently manage storage and computing resources without the high fees typically associated with major cloud providers. Iagon’s clients include enterprises, SMEs, and individuals looking to minimize data loss risks, optimize their infrastructure costs, and ensure their data is secure and accessible at all times. Additionally, clients want the ability to monetize their unused storage and computing capacity, contributing to a decentralized network that promotes fairness and accessibility.

Features
Iagon Decentralized StorageDecentralized Cloud Storage
Iagon uses blockchain to store data across multiple nodes, eliminating central failures. Advanced encryption and sharding ensure data security, transparency, and compliance with GDPR and LGPD, offering users reliable, decentralized cloud storage solutions.
Secure Lake Technology
Secure Lake protects decentralized data using encryption, sharding, clipping masks, and error-correcting codes. This “frozen lake” prevents intruders from navigating through data, securing user information even if access is compromised or breached.
Data Privacy and Compliance
Iagon empowers users with full data control, ensuring GDPR and LGPD compliance. It delivers transparency on storage locations and management while maintaining strict privacy standards with secure, regulation-aligned protocols.
Monetization of Unused Resources
Users can earn stablecoins by sharing unused storage or computing power. Iagon’s marketplace incentivizes individuals, businesses, and data centers to contribute resources, enabling a fair, accessible, and decentralized cloud economy for all.
Energy-Efficient Blockchain
Built on Cardano’s Ouroboros protocol, Iagon offers low-energy decentralized services. It delivers sustainable, secure, and scalable cloud infrastructure, making it an eco-friendly solution for users mindful of environmental and energy consumption goals.
Advanced Encryption and Sharding
Iagon secures files by splitting them into encrypted shards distributed across various nodes. Even if one node is compromised, the attacker cannot retrieve full data, ensuring privacy, redundancy, and strong protection for users.
Decentralized Compute Solutions
The platform provides virtual and physical debit/credit cards, enabling users to spend crypto like fiat. This ensures seamless global transactions, bridging the gap between digital assets and traditional finance.
Zero Cookies Policy
Iagon enforces a zero cookies policy, ensuring anonymous browsing with no data tracking or collection. This commitment to user privacy prevents third-party monetization, aligning with Iagon’s core values of transparency and data protection.
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Consensus Mechanism
Proof of Stake (PoS)
Iagon uses Cardano’s PoS system, where validators are selected based on staked tokens. This method reduces energy consumption, improves speed, and enhances network security without the need for power-hungry mining operations like Proof of Work.
Ouroboros Protocol
Iagon benefits from Cardano’s Ouroboros, a low-energy, peer-reviewed protocol. Time is split into epochs with randomly chosen leaders, ensuring fair, secure, and scalable block creation that meets modern sustainability and decentralization requirements effectively.
Federated Consensus
Iagon applies Federated Consensus by selecting trusted nodes for validation. This boosts speed, lowers energy usage, and suits enterprise needs by combining decentralization with control, reliability, and rapid block processing in a secure network.
Zero-Knowledge Proofs
Iagon integrates Zero-Knowledge Proofs for secure, private validation. ZKP lets users prove knowledge without revealing data, enhancing confidentiality and preventing interception, making it ideal for secure decentralized storage and computation on the platform.
Proof of Reputation (PoR)
In Iagon’s network, trusted participants with higher reputations validate transactions. Reputation builds through behavior and contributions, ensuring only reliable nodes secure the network, incentivizing good conduct and enhancing consensus trust and performance.
Delegated Proof of Stake (DPoS)
Iagon’s DPoS allows users to delegate votes to trusted validators. This boosts efficiency, speeds up consensus, and rewards stakeholders based on performance, maintaining decentralization while enabling scalable, high-speed decentralized storage and compute services.
Layered Security Consensus
Iagon uses a layered consensus model, combining cryptographic proofs and validation layers for enhanced security. This structure protects against attacks, fortifies the network, and ensures trust—vital for handling and storing sensitive data securely.
Sharding-Based Consensus
Iagon scales efficiently using sharding, dividing the network into segments processing transactions in parallel. Shards reduce node load and boost throughput, enabling secure, high-performance decentralized cloud services that meet rising data demands.
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For Customers
Project Approach & Results
Project Approach: Iagon’s project approach revolves around creating a decentralized cloud computing and storage network that empowers individuals and enterprises to securely store and process data. The project began with the identification of the increasing demand for secure, scalable, and affordable cloud services. By leveraging blockchain technology and decentralized protocols, Iagon designed a platform that ensures data security and privacy, addressing the limitations of traditional cloud service providers. Their development team focused on integrating advanced features such as smart contracts, decentralized storage systems, and computing resources to create a unified platform accessible to users globally. Iagon’s approach also emphasized user participation by incentivizing contributors to offer their computing power and storage resources. Through a transparent reward system, the platform encourages network growth while maintaining decentralization.
Project Results: Iagon successfully developed a decentralized cloud platform that provides both secure storage and computing power to users around the world. The platform’s adoption of blockchain technology has resulted in significant improvements in data security, privacy, and cost-efficiency compared to traditional cloud service providers. By leveraging a decentralized network, Iagon has eliminated the risk of data breaches associated with centralized entities, ensuring user data remains safe and tamper-proof. The system’s transparency, facilitated by blockchain, has also increased trust among users, further encouraging adoption. Iagon’s decentralized approach has created an ecosystem where individuals and enterprises can access cloud resources more affordably. The platform’s incentivization model has successfully attracted a growing number of contributors who offer their computing power and storage, leading to a scalable and distributed network.

Challenges
Decentralized Network Maintenance
One of Iagon’s major challenges was maintaining a decentralized network of contributors providing computing and storage resources. Unlike centralized systems, where the control and maintenance of resources lie within a single entity, Iagon’s decentralized model depended on a distributed group of participants. Ensuring consistent availability and reliability of these resources was complex. Participants contributed resources at varying levels, and fluctuations in their participation could lead to imbalances between supply and demand.
Data Security and Privacy
While decentralization generally enhances data security by distributing data across multiple nodes, ensuring the privacy and security of sensitive information remained a significant challenge for Iagon. As a platform dealing with sensitive data, Iagon needed to implement advanced encryption techniques that could secure data even when distributed across a decentralized network. This included end-to-end encryption, zero-knowledge proofs, and secure multi-party computation.
Regulatory Compliance
Ensuring transparency and building user trust posed a third challenge for the Djed project. For a stablecoin to gain widespread acceptance, users need to have confidence in its stability and backing. Djed addressed this challenge by providing real-time access to data on prices, supply, and reserve ratios through its platform. However, maintaining transparency requires not only accurate data reporting but also clear communication of the protocol’s mechanisms and updates.

Technology Stacks
Iagon offers decentralized cloud storage and computing services, ensuring secure, scalable, and privacy-focused solutions.