Infinity Box

Infinity Box Review

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Their Official site text:

Jump start your Infinity BOX

Experience unrestricted and decentralized data storage for free

Securely store all your files in a decentralized, immutable, and unrestricted manner with tools used to build the decentralized web

Empowering the Distributed Storage

The decentralized and distributed blockchain based storage network comprising various Infinitiy BOX Nodes. Infinitiy BOX will gradually reform the way people store, exchange and validate valuable data.

Vision

Overview - Vision

To build a global, peer-to-peer, secure, cross-chain, distributed storage network that is online 24/7. The Infinity BOX will provide storage and storage validation that reimagines and redesigns the way people store, exchange, and validate valuable data.

Infinity BOX is a distributed storage and DeFi network under multi-chain architecture. IBOX Client can be deployed together in conjunction with various public blockchains, storage networks, and personal nodes.

IBOX can provide blockchain storage capabilities with unmatched data security. IBOX solves the problem of a data breach that is prone to centralized storage solutions. Data stored on the network is encrypted, broken into fragments, and distributed to nodes around the world ensuring data can not be accessed without authorization.

IBOX can store and validate documents, contracts, and reports by utilizing a file digital fingerprint or file hash. This ensures that all documents are securely stored, traceable, not altered or tampered with, and verifiably immutable.

Using IBOX, falsified documents can now become a thing of the past. These business opportunities for IBOX document validation are truly endless. Industries ranging from aerospace to education to government and everything in between are set to benefit from this technology.

After more than 2 years of research and development, component testing, and network and commercial trials, IBOX is ready for commercial implementation. Infinity BOX native token, IBOX, now has usage scenarios that will allow Infinity BOX ecology to progressively improve.

In this white paper, we outline how Infinity BOX constructs a decentralized storage network with storage capabilities.

Design Philosophy

Overview - Desgin Philosophy

Business Focused:

The design and development priority is based on real business scenarios.

Open for integration:

Though Infinity BOX itself is one storage network, it’s open to integrating other storage networks.

Imperfect Nodes Presumption:

The network architecture allows single-node failure and occasional downtime while the whole network remains robust and secure.

Ownership & Privacy:

Data is encrypted and private. A data owner has complete ownership and access to their data. No one without authorization can access data.

Quantified Contribution:

All contributions to the network are quantified and observable based on measuring methods such as PoR (Proof of Replica).

Eventual Consistency:

Data objects are allowed to have different states at different nodes and can rapidly converge to the entire network consistently.

Monitoring & Recovery:

The entire network availability and data object states are closely monitored and could be spontaneously recovered.

Audit & Supervision:

Data can be monitored and audited in specific situations with the consent of data owners.

Extendable API:

User-friendly API with high extensibility.

IBOX Storage

About - Infinity BOX Storage

Infinity BOX has constructed a distributed storage network that provides cost-effective storage space, reliable data storage, and transparent on-chain information. The Infinity BOX is accessible to global public chains (such as Binance smart chain, and Ethereum), storage networks (such as IPFS, Aliyun, and Baidu Cloud), and personal storage devices (such as hard disks and cloud disks). DApps can be developed based on Infinity BOX.

Definition of Roles

Storer:

Provides disk capacity for data storage and gets rewarded in IBOX tokens. Storers are also subject to inspection from data owners or Watchers and provide proof of storage.

Watcher:

Observes the entire network state, checks the security state according to the security strategy and fixes existing or potential loopholes. Watchers must be constantly online. They are essential for the rapid convergence of the whole network and perfect for data indexing.

Miner:

Similar to miners in blockchain networks, miners need to run a client (terminal or GUI) to store block information and process and bundle transactions. The network’s stability, connectivity, and throughput rate highly rely on Miners.

The above three roles work together to fulfill storage requests on the Infinity BOX. See the Diagram below:

The Watcher observes the entire network and maintains the status of the Storers. When storage requests are sent to a Miner, the Miner checks the status of Storers via a Watcher and assigns the data storage tasks to Storers to store the data. At the same time, a new block containing the storage request transaction is generated by Miner.

Multi-chain (upcoming)

Infinity BOX is designed as a cross-chain storage network that defines the basic operations of data.

In Future versions of IBOX will enable smart contract requests and Storage & Validation requests to be made simultaneously. In the below diagram:

Infinity BOX’s ability to complete cross-chain uploads to multiple blockchains enables other chains to utilize Storage & Validation capability. It reduces the need for other chains to build their own Storage & Validation functions and also makes cross-chain data verification possible.

Data Encryption

Data Security - Data Encryption

The data is always encrypted when it’s transferred via the network or stored on local storage systems. As shown in the below diagram:

When users interact with IBOX nodes via a DApp to send storage requests along with data, a secure channel is established via HTTPS, and the data transferred between a DApp and IBOX nodes is always encrypted.

Data Security

About - Data Security

Data security refers to the measures taken to ensure the confidentiality, integrity, and availability of data. Confidentiality means that only authorized personnel can access sensitive data, and it is protected from unauthorized access, theft, or disclosure. Integrity ensures that data is accurate and trustworthy, and it has not been modified or destroyed by unauthorized means. Availability means that data is always accessible to authorized personnel, and it is not lost or destroyed due to system failure, natural disasters, or cyberattacks.

To ensure data security, IBOX employs several measures, such as cryptography algorithms, data sharding, and data replication technologies. Cryptography algorithms are used to encrypt data in transit and at rest, ensuring that it is protected from unauthorized access. Data sharding involves splitting data into smaller parts and storing them in different locations, reducing the risk of data loss due to hardware failure, natural disasters, or cyberattacks. Data replication ensures that multiple copies of data are stored in different locations, ensuring that it is always available to users even if one copy is lost or destroyed.

IBOX leverages a combination of technologies to ensure data security. Here's how it works:

Cryptography Algorithms:

IBOX uses cryptographic algorithms to secure data at rest and in transit. Cryptography involves the use of mathematical algorithms and keys to transform data into an unreadable format, making it unreadable by unauthorized users. The data is encrypted using a secret key that is only known to authorized personnel.

Data Sharding:

IBOX splits data into smaller parts called "shards" and stores them in different locations. This process is done to ensure that if one server or storage location fails, the data is still available. Data sharding also helps to protect against cyberattacks, as an attacker would need to obtain all the shards to access the complete data.

Data Replication:

IBOX creates multiple copies of data and stores them in different locations. This process helps ensure data availability in case of a natural disaster or hardware failure. In addition, data replication also enables faster data access, as users can access data from the nearest location.

Access Control:

IBOX implements access controls to ensure that only authorized personnel can access sensitive data. Access control mechanisms include user authentication, authorization, and audit trails. These measures ensure that only authorized personnel can access data, and any unauthorized access attempts are logged and monitored.

Overall, IBOX's data security measures are designed to provide end-to-end protection for data. By using a combination of cryptographic algorithms, data sharding, data replication, and access control mechanisms, IBOX ensures that data is always available to authorized personnel, protected from unauthorized access, and can be recovered in case of data loss.

Data Replication

Data Security - Data Replication

Infinity BOX provides data owners with the flexibility to define their security strategies by allowing them to configure the replica quantity and shard quantity. By default, Infinity BOX creates 3 replicas for each copy of data, which provides a good balance between data availability and storage space requirements. However, some data owners may require higher levels of security, which can be achieved by increasing the replica and shard quantities.

Increasing the replica and shard quantities can improve data availability and protection against data loss due to hardware failure or natural disasters. However, it also requires more storage space and more complex monitoring and adjustment processes. The security strategy chosen by the data owner will directly influence how Watchers fix the issue of lost data and impact the convergence speed of the entire network's data objects.

Watchers are responsible for continuously monitoring and adjusting the data replication and distribution to ensure that the current data file is secure and that at least one resource is always accessible. They achieve this by detecting any changes in the network's topology, monitoring the status of each node, and adjusting the data replication and distribution accordingly. The security strategy chosen by the data owner will determine how Watchers adjust the data replication and distribution, and how quickly they converge on a solution in the event of lost data.

Overall, Infinity BOX provides data owners with the flexibility to define their security strategies, allowing them to balance their security needs with their storage space and monitoring requirements. Watchers continuously monitor and adjust the data replication and distribution to ensure data availability and protection against data loss, based on the security strategy chosen by the data owner.

Data Sharding

Data Security - Data Sharding

Data sharding is a powerful technique used by Infinity BOX to store data more securely and robustly. When data is stored with IBOX, it is split into multiple shards, each containing a small fragment of the data. These shards are then distributed to different IBOX store nodes, making it more difficult for hackers to access the complete data content by attacking a few servers. This provides a higher level of data security than general cloud storage solutions, which usually store one data object on one or two servers without sharding.

By splitting the data into multiple shards and distributing them across different store nodes, IBOX ensures that even if one or more servers are compromised, the complete data content cannot be accessed. The shards are stored in an encrypted format, which provides an additional layer of security. Moreover, the data shards are also replicated multiple times, making it easier for the system to recover in case of data loss.

In contrast, general cloud storage solutions usually store one data object on one or two servers without sharding. This makes the data vulnerable to hackers who could get all data content by attacking a few servers. A single point of failure in such systems can result in the loss of all data content. This makes general cloud storage solutions less secure and reliable than Infinity BOX.

Overall, data sharding is a powerful technique used by IBOX to ensure high data security and reliability. By splitting the data into multiple shards and distributing them across different store nodes, IBOX provides a robust solution that is resistant to cyberattacks and data loss. This is a big differentiation from general cloud storage solutions, which are more vulnerable to security breaches and data loss.

IBOX Architecture

Below is the overall architecture for IBOX:

DApps can be built on top of the Sharder Network.

Storage and Validation API:

This provides a Storage and Validation service API for external applications to leverage the Storage & Validation capability provided by IBOX.

IBOX Token Incentive Layer:

Provides IBOX tokens to miners to secure and maintain the stability of the infinity BOX.

The P2P Layer (Peer to Peer):

The fundamental network layer for Sharder to build a P2P network for Binance Smart chain. Credit Based Proof of Stake (CPOS) is the consensus mechanism for IBOX to maintain the public ledger for Binance Smart Chain

Pluggable Storage Layer:

The adaptor used to interact with different storage engines. It hides the storage engine difference and provides one unified storage interface for other components to use.

IBOX DFS (Distributed File System):

IPFS:

Integrated into the IBOX client as part of IBOX storage layer and could be switched to use it manually.

IBOX Token

About - IBOX Token

IBOX is a utility BEP-20 token that grants access to storage services on the Infinity BOX. With a maximum supply of 10,000,000 IBOX, it's the driving force behind the IBOX ecosystem.

Demand for IBOX tokens will increase as more data is stored on the network and more transactions are validated.

IBOX tokens are used to pay for storage and IBOX services. IBOX tokens are and will remain BEP-20 tokens. This makes it easier for IBOX to circulate in the market, and be safely stored and traded.

IBOX will refer to the circulating IBOX tokens (BEP-20) which can be stored in commercially available wallets or traded on cryptocurrency exchanges.