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4 posts tagged with "Technical"

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The Decentralized Randomness Engine for Web3 Applications

ยท 2 min read
Ceey
Ceey
RANDAO Marketing Board

"The Decentralized RANDAO Randomness Engine for Web3 Applications"โ€‹

๐ŸŒ Introductionโ€‹

RandAO (RNG) is a project focused on developing decentralized and verifiable Random Number Generator solutions for blockchain ecosystems. RandAO emerges as a randomness solution that is:

  • ๐Ÿ”— 100% decentralized
  • ๐Ÿ” Transparent and verifiable
  • ๐Ÿ›ก๏ธ Resistant to manipulation

The Challenges of Blockchain Randomness & How RANDAO Offers a Solution

ยท 4 min read
Ceey
Ceey
RANDAO Marketing Board

"The Challenges of Blockchain Randomness and How RANDAO Offers a Solution"โ€‹

1. Introductionโ€‹

  • Critical Issue: Randomness is a fundamental requirement in blockchain โ€” from NFT drops ๐ŸŽจ and gaming ๐ŸŽฎ to DAO proposal selection. However, creating truly random and verifiable randomness remains a significant challenge โš ๏ธ.
  • Solution: Introducing RANDAO as a decentralized ๐Ÿ•ธ๏ธ and tamper-proof ๐Ÿ” source of randomness.

What is RANDAO?

ยท 2 min read
Kenny Swayzee
Kenny Swayzee
RANDAO Protocol Architect

โ€œWhat is scarce is valuable, in a deterministic world randomness is hard to come by.โ€


๐ŸŒ What is RANDAO?โ€‹

RANDAO is a decentralized protocol that provides verifiable, tamperproof, and unpredictable randomness โ€” built for onchain use.

It uses a commit-reveal scheme fortified with Timelock puzzles, ensuring every output is not just secure but equally unpredictable to all participants. And it works fast, with just a small fee.

Whether it's for cryptographic keys, fair games, or loot mechanics, RANDAO solves the fundamental problem of randomness on blockchain โ€” without compromising on decentralization or trustlessness.

The Onchain Randomness Problem

ยท 2 min read
Kenny Swayzee
Kenny Swayzee
RANDAO Protocol Architect

โ€œThere is no truly random. There is only unpredictable.โ€

In the world of blockchain, randomness isnโ€™t just hard โ€” itโ€™s inherently compromised by the very properties that make blockchains powerful: transparency and determinism.

Randomness in a blockchain context has to be unpredictable โ€” and more importantly, equally unpredictable to all participants. That means no party should have privileged access to influence or predict the outcome of a random event. This is fundamentally at odds with trustless, permissionless systems.

Random numbers are vital: from cryptographic keys to fair games of chance, and even to video game mechanics like loot boxes. But onchain, randomness becomes a minefield of trust assumptions and attack vectors.