Decentralised compute networks are systems where computing power is shared across many independent computers, instead of relying on a single central server. These networks allow users to contribute their unused computer resources, such as processing power and storage, to help run applications or perform complex calculations. By distributing tasks among many participants, decentralised compute networks…
Category: Blockchain
Inter-Planetary File System (IPFS)
The Inter-Planetary File System, or IPFS, is a decentralised way to store and share files across the internet. Instead of relying on one central server, IPFS spreads files across many computers, making it harder for files to disappear or become unavailable. Users can access or share files using a unique content address, which helps ensure…
Decentralized File Systems
Decentralised file systems are ways of storing and sharing digital files across a network of computers, instead of keeping everything on one central server. Each participant in the network can hold parts of the data, making the system more resilient to failures or attacks. These systems allow users to access or contribute to files without…
Distributed Consensus Protocols
Distributed consensus protocols are methods that help a group of computers agree on a single value or decision, even if some of them fail or send incorrect information. These protocols are essential for keeping distributed systems reliable and consistent, especially when the computers are spread out and cannot always trust each other. They are widely…
Peer-to-Peer Data Storage
Peer-to-peer data storage is a way of saving and sharing files directly between users computers instead of relying on a central server. Each participant acts as both a client and a server, sending and receiving data from others in the network. This method can improve reliability, reduce costs, and make data harder to censor or…
Confidential Smart Contracts
Confidential smart contracts are digital agreements that run on a blockchain but keep certain information private from the public. They use cryptographic techniques so that data like transaction amounts or user identities are hidden, even though the contract code runs transparently. This allows people and businesses to use smart contracts for sensitive matters without exposing…
Quantum-Safe Blockchain
Quantum-safe blockchain refers to blockchain systems designed to withstand attacks from quantum computers. These computers could potentially break traditional cryptographic methods, making current blockchains vulnerable. Quantum-safe blockchains use new forms of cryptography that are resistant to quantum attacks, ensuring long-term security for transactions and data.
Smart Contract Auditing
Smart contract auditing is the process of reviewing and analysing the code of smart contracts to find errors, security risks, or vulnerabilities before the contract is deployed to a blockchain. This helps to ensure that the contract works as intended and that users’ assets or data are not at risk. Auditing can be done manually…
Blockchain-AI Integration
Blockchain-AI integration refers to the use of blockchain technology together with artificial intelligence to create systems that are secure, transparent, and efficient. Blockchain provides a secure way to store and share data, while AI can analyse and make decisions based on that data. By combining them, organisations can ensure that AI models work with trustworthy…
Key Ceremony Processes
Key ceremony processes are carefully organised procedures used to generate, distribute, and manage cryptographic keys in secure systems. These ceremonies are designed to ensure that no single person has complete control over the keys and that all steps are transparent and auditable. They often involve multiple participants, secure environments, and detailed documentation to prevent unauthorised…