Theta Labs has patented an edge computing platform supported by smart contracts with off-chain solution verification: an edge computing platform that enables the creation of AI models and the processing of large amounts of data in a secure and decentralized manner.

Theta Labs has patented a method for asynchronous off-chain solution verification, which enables the verification of off-chain solutions without requiring on-chain verification

Theta Labs has patented a decentralized computing platform that enables fast and secure resource sharing by any user with any other user.

TDROP has a total supply of 20 billion tokens, with a launch on February 1, 2022.

TDROP also serves as the governance token for ThetaDrop, allowing holders to stake their tokens to gain voting rights for proposed changes to ThetaDrop.

TDROP has a staking mechanism that allows holders to stake their tokens to earn rewards and participate in governance.

TDROP is used for ThetaDrop VIP benefits, including early or exclusive access to NFTs, limited edition packs, unique offline perks, and more.

TDROP is designed to work together with THETA and TFUEL tokens to incentivize on-chain transactions volumes and blockchain security.

TFUEL is the operational token of the Theta Network, used to power on-chain operations like payments to relayers for sharing a video stream, or for deploying or interacting with smart contracts.

TFUEL is used to incentivize and reward validators and content creators, as well as other contributors to the network.

The genesis distribution of TFUEL happened when the Theta mainnet launched, with an initial total supply of 5 billion tokens.

TFUEL is designed to be highly liquid, allowing for fast and efficient transactions on the network.

TFUEL is used for microtransactions and operations on the network, including payments to relayers, edge nodes and deploying or interacting with smart contracts.

Validators and guardian nodes earn TFUEL as a reward for their contributions to the network.

TFUEL is used to power the Theta Network ecosystem, including the Theta Edge Network and Theta EdgeCloud.

Decentralized computing is a type of computing that distributes computing resources across a network of nodes, rather than relying on a centralized server or data center.

Decentralized computing is often used for applications that require high scalability and flexibility, such as artificial intelligence, machine learning, and scientific simulations.

Decentralized computing can be more secure than traditional centralized computing, as it eliminates the risk of a single point of failure and reduces the attack surface.

Decentralized computing can be more energy-efficient than traditional centralized computing, as it allows for the use of existing computing resources and reduces the need for centralized data centers.

Decentralized computing is a key technology for the development of edge computing and IoT applications, as it allows for the use of existing computing resources and reduces the need for centralized infrastructure.