Deep Dive
1. Purpose & Value Proposition
Qubic aims to solve the energy waste of traditional Proof of Work by introducing Useful Proof of Work (uPoW). Instead of mining meaningless hashes, participants' computational power is used to train Aigarth, the project's decentralized artificial general intelligence (AGI) (Qubic). This creates a productive, revenue-generating base layer where the work itself has intrinsic value.
2. Technology & Architecture
Consensus is managed by a quorum-based computer (QBC) system of 676 nodes called Computors. A supermajority of 451 must agree for finality (Qubic Docs). This structure enables feeless transactions and high throughput—reportedly over 15 million transactions per second. Smart contracts are written in C++ for "bare-metal" execution, bypassing slower virtual machines for speed.
3. Tokenomics & Key Differentiators
QUBIC is treated as computational energy, not currency. Tokens are burned to power smart contracts and AI tasks, creating a built-in deflationary pressure. New tokens are minted weekly (per epoch) and distributed to Computors as rewards. The system's uniqueness lies in merging productive compute, feeless transactions, and a token model that directly ties scarcity to platform utility.
Ecosystem Note: The network recently managed a recovery after a wallet vulnerability led to a theft in October 2026, demonstrating active governance by its Computors (Tokenpost).
Conclusion
Fundamentally, Qubic is a decentralized supercomputer designed to leverage global idle processing power for AGI development, distinguished by its useful work consensus and burn-driven economics. As its AI layer evolves, how will its utility-driven model influence the broader decentralized compute landscape?