steven talks about Qubic : Blockchain technology has been lauded for its potent

steven talks about Qubic : Blockchain technology has been lauded for its potential to deliver decentralised, secure, and transparent infrastructures. Yet, significant challenges have impeded its widespread adoption. Current Layer 1 networks, utilising consensus mechanisms like Proof of Work (PoW) and Proof of Stake (PoS), grapple with issues such as scalability limitations, high transaction costs, and questions around economic sustainability. These traditional approaches are marked by excessive energy consumption, constraints on transaction throughput, and complex barriers to accessibility (Zolfagharinejad et al., 2024). As a result, developers are increasingly viewing a fundamental redesign as imperative in the quest for efficient, scalable, and truly decentralised networks. At the same time, the rapid advancement of artificial intelligence - especially towards Artificial General Intelligence (AGI) - has unveiled substantial computational demands, leading to the centralization of resources within large, powerful data centres. This centralisation raises ethical and security concerns, as control of AGI by a select few entities risks monopolising one of humanity's most transformative technologies (Zolfagharinejad et al., 2024). Organisations like OpenAI exemplify this dilemma; the immense computational power and resources required to advance towards AGI highlight limitations in transparency, inclusivity, and control. Moreover, as model complexity increases, the need for computational efficiency and scalability rises exponentially. Current architectures, heavily reliant on GPUs for parallel processing, encounter efficiency bottlenecks when addressing sequential AI tasks (Zolfagharinejad et al., 2024). These intertwined challenges have created a pressing need for a blockchain capable of efficiently supporting AGI by prioritising decentralisation, computational efficiency, and transparency. Such a solution would overcome the traditional limitations of blockchain technology and address the pitfalls of centralization in AI development. Emerging from these dual necessities—the reimagining of blockchain structures and the development of sustainable, decentralised AGI—is the vision for Qubic. Guided by Come from Beyond (CfB), a pioneer in blockchain innovation who introduced the first Proof-ofStake protocol with NXT and co-founded the initial Directed Acyclic Graph (DAG) structure in IOTA, Qubic offers an integrated approach to these complex issues. Drawing upon CfB's extensive experience in decentralisation, scalability, and security, Qubic's consensus architecture and economic model are directly influenced. This positions Qubic as a solution designed to foster sustainable growth in both blockchain technology and AGI.