A Complete Head-to-Head Comparison Between Kaspa ($KAS) and Bittensor ($TAO)

SUMMARY: In this video, Gordon Frayne presents a head-to-head comparison between Kaspa and Bittensor, two Layer-1 protocols that each draw heavily from Bitcoin’s core design principles while pursuing very different missions.  Kaspa positions itself as a highly scalable proof-of-work payment layer, using block DAG technology to enable fast, low-cost transactions and potential microtransaction adoption. Bittensor,…

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How Many Bittensor ($TAO) Do You Need to Retire a MILLIONAIRE?

SUMMARY: The video presents Bittensor as a rare, genuinely decentralized AI marketplace where models compete on measurable performance rather than brand or centralized control, supported by a fair-launch token, Bitcoin-like supply cap, and a growing subnet economy. It explains TAO’s tokenomics, halving mechanics, and real subnet use cases while candidly addressing risks such as complexity,…

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Bittensor TAO Featured at the NYSE

INSIDE THE VIDEO: At the New York Stock Exchange (NYSE), Evan Malanga, Chief Revenue Officer of Yuma (a subsidiary of Digital Currency Group), laid out a thesis: artificial intelligence, as it exists today, is a capital sinkhole. Massive capex, opaque accounting, closed systems, and little residual value for anyone outside a handful of Silicon Valley…

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Metanova Labs and DiaGen AI Collaborates to Build Automated Hit Picker for Next Gen. Drug Discovery

Drug discovery is entering a new era where AI, collective intelligence, and decentralised compute are beginning to reshape how early research is done. Metanova Labs and DiaGen AI announced a milestone joint venture LOI (Letter of Intent) that will push this shift forward by building an automated, multi-objective hit picking system designed to score, evaluate,…

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TGIF #20: Democratizing AI Training with Heterogeneous SparseLoCo

SUMMARY: On TGIF #20, Covenant Labs announced Templar’s latest evolution in decentralized training, moving toward a “unified training” paradigm that combines data and model parallelism.  By integrating their state-of-the-art SparseLoCO algorithm with new model-sharding techniques, Templar is now capable of harnessing the internet’s “long tail” of compute, allowing consumer-grade GPUs (Graphics Processing Units) and even…

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