


You can also make an UNCENSORED AI AGENT by simply accessing Venice's API and choosing the GLM 4.7 Flash Heretic model. No GPU, VRAM, or setup required. Completely private with zero data retention. Enjoy!
MS2 Capital
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You can also make an UNCENSORED AI AGENT by simply accessing Venice's API and choosing the GLM 4.7 Flash Heretic model. No GPU, VRAM, or setup required. Completely private with zero data retention. Enjoy!

Bittensor $TAO's BEST Explanation YET! Feat: @SiamKidd (00:01:20) Introduction and Who is @SiamKidd (00:06:58) Bittensor explained for newcomers (00:11:28) Centralized vs Decentralized AI (00:15:23) Ecosystem metrics and valuation asymmetry (00:22:32) Adoption catalysts and revenue flywheels (00:25:54) How Bittensor works: tokens, miners, validators (00:35:32) Allocation strategies, yields, and D-RED (00:41:18) Launching subnets and picking winners (00:47:24) Passive baskets and the agent-driven future @opentensor



INSIGHT: Bittensor subnets are pumping alongside $TAO with the category gaining 18.6% today. Track #dTAO subnets here: coingecko.com/en/categories/…


Subnets starting to trend on coingecko wait until bittensor is shipping its first billion dollar subnet, thats when a lot of capital will enter the subnet arena




You can now enable Claude to use your computer to complete tasks. It opens your apps, navigates your browser, fills in spreadsheets—anything you'd do sitting at your desk. Research preview in Claude Cowork and Claude Code, macOS only.


We needed to run trusted workloads on untrusted host machines. So over a year ago, we started building the Targon Virtual Machine to enable Confidential TEEs in production. Today we're sharing our white paper written alongside @intel: Decentralized Compute on Untrusted Hardware Using Intel® TDX and Encrypted CVMs


We needed to run trusted workloads on untrusted host machines. So over a year ago, we started building the Targon Virtual Machine to enable Confidential TEEs in production. Today we're sharing our white paper written alongside @intel: Decentralized Compute on Untrusted Hardware Using Intel® TDX and Encrypted CVMs






OpenClaw Agents are exploding → and I’m starting to see real demand forming for $TAO | @opentensor 👇👇 This weekend, I spent time researching OpenClaw and Bittensor, and I think it’s time to update the thesis more clearly. This time, I’ll summarize why OpenClaw can create real demand for $TAO. [1] OpenClaw is introducing a new class of “AI agents” acting like real users Instead of users clicking, prompting, and leaving, OpenClaw enables autonomous agents that: – run continuously 24/7 – make their own decisions – call APIs / tools – interact onchain This turns AI from a “tool” into an “economic actor”. [2] These agents directly consume resources from Bittensor When I dig deeper into how these agents operate, everything points back to $TAO infrastructure: – inference is handled by specialized subnets – compute comes from decentralized GPU networks – training and fine-tuning run on subnets like Templar – data and search come from dedicated subnets Every step in the agent lifecycle requires resources from Bittensor. [3] This creates mandatory demand for $TAO Unlike many other narratives, there is no “optional usage” here. If you want agents to function: – you need $TAO to pay for inference / compute – you need to stake $TAO to access better resources – you need $TAO for interactions between agents → Without $TAO, agents cannot operate efficiently [4] Volume comes from machine-to-machine, not retail Previously, most demand in crypto depended on: – number of users – human trading behavior With agents: – they operate continuously with no downtime – they generate transactions autonomously – they can scale with the number of agents This opens up an entirely new source of volume. [5] This could be the early stage of an onchain “AI economy” As the number of agents increases: – demand for compute will increase – demand for data will increase – demand for agent-to-agent payments will increase Everything converges on one thing: consuming network resources. If this trend continues, Bittensor could become the infrastructure layer for this AI economy. This is why I continue to watch and accumulate $TAO. If agents truly scale in the coming period, demand for $TAO will come from real usage, not just narrative. And the $1000 or even $3000 story may not be that far away. Ofc, these are personal views based on my research, NFA.



Actually, there is another way, and it's called $CYPH. At Cypherpunk, our objective is to not only accumulate ZEC but to advance its ecosystem. $CYPH currently gives you exposure to both $ZEC and @zodl_app (the most important Zcash app). We are not content with being passive holders. We are here to will the future we want to see into existence.