API3 QRNG is bringing the gold standard for random number generation to Web3, providing unprecedented security and accessibility to projects requiring randomness
GEORGE TOWN, Cayman Islands–(BUSINESS WIRE)–API3, the leading first-party blockchain oracle solution providing a seamless Web3 wrapper that enables web API providers to offer their data directly on-chain, today announced that API3 QRNG, based on the Australian National University (ANU) Quantum Numbers API, is now live, allowing Web3 entities to access absolutely random (unpredictable) number generation that is highly secure and free to use. API3 QRNG generates randomness by utilizing quantum mechanics, establishing it as the first “true” random number generator for smart contracts, an elevated offering compared to existing mathematical based “pseudo” random number generators.
Assured randomness plays a key role in the operations of major traditional industries, including sports and competitions, lottery operations, statistical sampling, and civil service selection, among other use cases. As organizations look to leverage the Web3 ecosystem, either by transferring operations onto the blockchain or innovating new offerings, it remains paramount that secure, tamper-proof random number generation is possible.
While many decentralized applications (dApps) currently rely on pseudo random computer algorithms for random number generation, or verified (pseudo) random functions which often require “premium” fees and still run the risk of producing deterministic data, API3 QRNG uses random numbers generated by measuring a fluctuating quantum system to ultimately guarantee unpredictable randomness. Through API3’s first-party oracle system, where data providers bring information directly to the consumer without the interference of middlemen, API3 QRNG is also inherently unsusceptible to middleman attacks or collusion.
“The laws of quantum physics guarantee that certain measurement outcomes must be random. This allows us to generate a fast stream of unbiased random numbers that cannot be predicted beforehand,” said Syed Assad, researcher at ANU. “We’re delighted to work with API3 to make quantum numbers accessible by dApps in the Web3 ecosystem.”
API3 QRNG is available on 13 blockchain platforms – including Polygon, Avalanche, Fantom, Metis, Moonbeam, and RSK – significantly surpassing the accessibility offered by leading alternatives. To further expand accessibility for all developers and entities on the blockchain, API3 will not charge users to utilize API3 QRNG. Consumers will only pay the gas fees needed to call the API and receive a response, and will not face any additional premium payments for number generation.
This low-cost, high-security option will disrupt a number of current and future Web3 operations, such as:
- Gaming: Metaverse, play-to-earn, and community-building games on the blockchain heavily rely on continuous random number generation to keep operations unpredictable and exciting for players. For multiplayer games that must produce random encounters or surprise events to increase difficulty, reliable and cost-effective random number generation plays a large role in success.
- Gambling: For games of chance, where financial incentives serve as a reward for correct wagers, players will only partake if they trust developers are utilizing a tamper-proof generation to maintain fair odds.
- NFTs and Generative Art: Randomly distributing assets comes to life in an artistic format when developing generative NFTs – resulting in a collection of dynamic digital assets developed through the organically unpredictable quantum process, compared to the manufactured nature of computer algorithms. For those working on numerous collections, turning to a free randomness generator is valuable and enables limitless creation.
- Participatory Processes: Web3 applications that involve public participation, such as random token distribution or drawn winners, can leverage a random number generator to ensure a truly fair assignment process of high demand items without bias.
“A mission of API3 is to further accelerate the development of Web3. We’ve already made strides by forming the largest association of API providers in the decentralized ecosystem, and today we mark a new milestone by bringing the very first true random number generator – utilizing the gold standard of quantum random number generation – to blockchain applications,” said Heikki Vänttinen, co-founder of API3.
To learn more about API3 and how it is bringing quantum random number generation to the blockchain, visit https://api3.org/QRNG.
The API3 Foundation is a Decentralized Autonomous Organization (DAO) leading the movement from legacy third-party oracle networks to first-party oracle solutions that deliver more security, efficiency, and regulatory compliance. Powered by Airnode first-party oracles, API3’s Decentralized APIs (dAPIs) are decentrally controlled and blockchain-native data feeds with quantifiable security.
About The Australian National University
The Australian National University (ANU) was founded in 1946 to provide the nation with best-in-class research and education. The ANU Quantum Optics Group operates a source of quantum random numbers generated from the quantum vacuum fluctuations measured using balanced homodyne detection.