Big Time (BIGTIME) is a multiplayer action RPG for PC that combines fast-paced combat with an open game economy. It aims to make Web3 elements invisible to players, ensuring that they do not hinder the entertainment experience and appeal to a wider audience. The game allows players to have an active role in generating and exchanging game items. Big Time is a game that provides a blend of action and adventure, catering to both seasoned players and new adventurers. It also features a unique game economy where players can craft cosmetics and control their creation and selling within the game.

Big Time operates on a unique game economy where players can craft and sell cosmetics. Players can participate in the crafting economy by acquiring SPACE and utility collectibles such as Armory, Forge, or Time Warden. SPACE is Big Time’s version of digital land, and utility collectibles are the factories that enable the crafting of cosmetic collectibles and hourglasses. The $BIGTIME token is a launch token with no allocation to the team or stakeholders. The primary way to get $BIGTIME is through in-game drops. Hourglasses are limited supply artifacts that, once equipped, allow the player to start generating $BIGTIME tokens while playing the game.

Big Time offers a unique gaming experience where players can craft and sell cosmetics, thereby participating in the game's economy. The game also allows players to acquire SPACE and utility collectibles, which can be used to craft cosmetic collectibles and hourglasses. These hourglasses, once equipped, enable players to generate $BIGTIME tokens while playing the game. Additionally, owning cosmetic collectibles gives players access to certain areas in the game, which could take the form of a lounge or a portal that has different non-power-related loot tables.

Big Time is developed by Big Time Studios, a team of game industry veterans from renowned companies like Epic Games, Blizzard, EA, and Riot. The team members have individually contributed to some of the most popular franchises in gaming history, including Fortnite, God of War, Call of Duty, and Overwatch. Together, they aim to leverage their strengths to build with Big Time. The game follows a seasonal content release cadence, with each season consisting of approximately 90 days and including craftable cosmetic collectibles, non-craftable cosmetic collectibles, new seasonal cosmetic shards & refined cosmetic shards, special events, and gameplay content.

Validators in the Big Time network play a role in maintaining the integrity and functionality of the blockchain. They are responsible for verifying and validating transactions before adding them to the distributed ledger. This process aims to ensure the legitimacy and transparency of the blockchain. Validators are selected based on the Proof-of-Stake (PoS) consensus mechanism, which requires users to allocate a specific amount of the network's native token. The system may randomly choose validators and acknowledge those who participate correctly in the network with non-monetary incentives. Validators are encouraged to provide accurate data and adhere to the network's operational guidelines, as any inaccurate data or malicious activity could result in penalties, including temporary or permanent bans from the system.

Big Time's governance model is a framework that outlines the organization's leadership responsibilities and describes how leaders and members interact with other parties. This model is crucial as it helps the board understand the impact of any changes on other roles within the organization. It encourages accountability and transparency, directly relates to the organization's mission, vision, and values, and aims to foster relationships with the organization's stakeholders. The governance model of Big Time is not one-size-fits-all, it is designed to suit the unique needs of the organization. It incorporates ethics, integrity, and a responsible code of conduct to inspire such characteristics in all leaders, volunteers, and workers. The model is designed to increase understanding, aims to enhance operational efficiency, and mitigate potential and reputational risks.

Big Time seeks to improve interoperability among blockchain networks by facilitating seamless communication and data exchange between different blockchain protocols. This is achieved through a variety of methods and tools, including atomic swaps, relays, data oracles, and interoperability protocols. Atomic swaps allow for the cross-chain transfer of assets without the need for trusted intermediaries. Relays enable blockchain networks to monitor transactions and events occurring on other chains. Data oracles bridge the gap between on-chain and off-chain environments by providing real-world data to smart contracts on the blockchain. Lastly, interoperability protocols provide a common layer of standards, rules, or interfaces for interoperability, enabling seamless execution of smart contracts and the development of cross-chain decentralized applications (dApps).

Oracles in the Big Time network serve as a functional bridge between the blockchain and the external world. They are entities that connect the Big Time network to external systems, enabling smart contracts to execute based on real-world inputs and outputs. Oracles play a foundational role in the creation of the verifiable web, connecting blockchains that would otherwise be isolated to off-chain data and compute, and enabling interoperability between blockchains. They provide a way for the decentralized Web3 ecosystem to access existing data sources, legacy systems, and advanced computations. For instance, if users want to bet on the outcome of a sports match using the Big Time network, an oracle mechanism is required to fetch accurate match outcomes off-chain and deliver it to the blockchain in a manner that aims to uphold the integrity of the data. Thus, oracles expand the types of digital agreements that blockchains can support by offering a gateway to off-chain resources while still upholding the inherent security properties of blockchains.

Big Time blockchain aims to maintain data privacy and security through a combination of decentralized architecture and advanced cryptographic methods. The decentralized nature of the blockchain means that control and decision-making are distributed across the network, reducing the level of trust that participants must place in one another and limiting their ability to exert authority or control in ways that could compromise the system. This decentralization also contributes to the overall security of the network by facilitating resource distribution. In terms of cryptographic methods, techniques such as zero-knowledge proofs and encryption are used to protect user data. Zero-knowledge proofs allow users to prove the validity of a statement without revealing any additional information, while encryption techniques mask the identity of the sender or recipient of a transaction. These methods, combined with the inherent security features of the blockchain, aim to maintain the privacy and security of user data within the Big Time blockchain and its decentralized applications.