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One of the key guarantees of SEV Subnets on the Internet Computer: the node operators running the hardware cannot access your data. Not as a policy commitment. Not via audit. As a technical property of how the subnet works. Björn Tackmann explains what that actually means, and why it... show more

DFINITY Foundation

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23,409 views • 3 months ago •via X (Twitter)

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SEV Subnets are now live on the Internet Computer. We sat down with Björn Tackmann to understand what they actually are and why they matter. He starts with the problem: standard cloud infrastructure writes your data to memory in plaintext. Anyone with access to the hardware can read it. That's not a flaw in any specific product. It's how computers work. SEV Subnets are the Internet Computer's answer to that. Full conversation below.

SEV Subnets are now live on the Internet Computer. We sat down with Björn Tackmann to understand what they actually are and why they matter. He starts with the problem: standard cloud infrastructure writes your data to memory in plaintext. Anyone with access to the hardware can read it. That's not a flaw in any specific product. It's how computers work. SEV Subnets are the Internet Computer's answer to that. Full conversation below.

DFINITY Foundation

37,336 views • 3 months ago

Where do SEV Subnets actually fit into Cloud Engines? We asked Björn Tackmann. Run a Cloud Engine on SEV nodes and you can verify your data stays encrypted the whole time it's being processed. Confidentiality enforced by the hardware. Full conversation below.

Where do SEV Subnets actually fit into Cloud Engines? We asked Björn Tackmann. Run a Cloud Engine on SEV nodes and you can verify your data stays encrypted the whole time it's being processed. Confidentiality enforced by the hardware. Full conversation below.

DFINITY Foundation

19,565 views • 3 months ago

Internet Computer Just Activated a New Level of Security... DFINITY Foundation officially launches SEV Subnets on the Internet Computer to eliminate plaintext data exposure at the hardware level. This integration uses Secure Encrypted Virtualization (SEV) to ensure sensitive data remains encrypted even when viewed by entities with direct physical access to the server hardware. Engineering Lead Björn Tackmann confirms that this upgrade resolves a fundamental vulnerability in traditional cloud computing, in which data is processed in plaintext within the memory layer.

Internet Computer Just Activated a New Level of Security... DFINITY Foundation officially launches SEV Subnets on the Internet Computer to eliminate plaintext data exposure at the hardware level. This integration uses Secure Encrypted Virtualization (SEV) to ensure sensitive data remains encrypted even when viewed by entities with direct physical access to the server hardware. Engineering Lead Björn Tackmann confirms that this upgrade resolves a fundamental vulnerability in traditional cloud computing, in which data is processed in plaintext within the memory layer.

BSCN

32,487 views • 3 months ago

The Internet Computer will introduce a cloud engine experience that mirrors what enterprises already know. One click. Your own corner of the cloud. Configured to your needs. Same UX as signing into AWS or Cloudflare — but on the only cloud created by a network. The Internet Computer is becoming enterprise-ready.

The Internet Computer will introduce a cloud engine experience that mirrors what enterprises already know. One click. Your own corner of the cloud. Configured to your needs. Same UX as signing into AWS or Cloudflare — but on the only cloud created by a network. The Internet Computer is becoming enterprise-ready.

DFINITY Foundation

22,715 views • 7 months ago

The next evolution of the OptimAI Core Node is coming, and it’s bringing one of our most powerful innovations yet: The Data Mining Agent. Become an OptimAI Node: 🔍 What is the Data Mining Agent? A fully autonomous agent running on your Core Node that: + Scans, retrieves, and indexes real-time public web data + Transforms raw information into actionable intelligence + Powers faster, smarter, adaptive Persona AI systems 💡 Why It Matters: Agentic AI is only as strong as the data it can access. Centralized APIs are slow, expensive, and limited. With the Core Node + Data Mining Agent, every contributor turns their desktop into a data supernode, accelerating AI evolution and giving our community a massive edge. ⚡ We’re not just building tools - we’re architecting the global backbone of Agentic AI, powered by you. Stay tuned for teasers, and get ready to upgrade your node. The future is decentralized. The future is agentic. And you are a key part of it. 💪 The more you contribute, the more you earn. Let’s BUIDL the future of AI together.

The next evolution of the OptimAI Core Node is coming, and it’s bringing one of our most powerful innovations yet: The Data Mining Agent. Become an OptimAI Node: 🔍 What is the Data Mining Agent? A fully autonomous agent running on your Core Node that: + Scans, retrieves, and indexes real-time public web data + Transforms raw information into actionable intelligence + Powers faster, smarter, adaptive Persona AI systems 💡 Why It Matters: Agentic AI is only as strong as the data it can access. Centralized APIs are slow, expensive, and limited. With the Core Node + Data Mining Agent, every contributor turns their desktop into a data supernode, accelerating AI evolution and giving our community a massive edge. ⚡ We’re not just building tools - we’re architecting the global backbone of Agentic AI, powered by you. Stay tuned for teasers, and get ready to upgrade your node. The future is decentralized. The future is agentic. And you are a key part of it. 💪 The more you contribute, the more you earn. Let’s BUIDL the future of AI together.

OptimAI Network

50,491 views • 1 year ago

one of the biggest hurdles in computer vision is that the front end actually matters. you can’t just build models and call it a product. that’s why we’re building Manako. we see it as a “control plane” for visual intelligence. where data, policies, and operators meet. where vision stops being research and starts having real impact in the physical world. this is built for people running real systems. operators who can do 1,000x more when vision is packaged as a real ai product from a dev perspective, we’re already 2 months ahead of plan. now the focus is polish, usability, and connecting it directly into the subnet. build with vision.

one of the biggest hurdles in computer vision is that the front end actually matters. you can’t just build models and call it a product. that’s why we’re building Manako. we see it as a “control plane” for visual intelligence. where data, policies, and operators meet. where vision stops being research and starts having real impact in the physical world. this is built for people running real systems. operators who can do 1,000x more when vision is packaged as a real ai product from a dev perspective, we’re already 2 months ahead of plan. now the focus is polish, usability, and connecting it directly into the subnet. build with vision.

Max

10,537 views • 8 months ago

We deployed a fully private AI agent on NuNet in under 5 minutes 🚀 OpenClaw🦞 running Qwen through ollama , one of the hottest open source model families right now, entirely on decentralized compute. No cloud. No API keys. No data leaving the machine. This is what private AI looks like when you actually build it instead of just talking about it. Your model. Your hardware. Your rules. Full walkthrough showing exactly how it works: What should we deploy next?

We deployed a fully private AI agent on NuNet in under 5 minutes 🚀 OpenClaw🦞 running Qwen through ollama , one of the hottest open source model families right now, entirely on decentralized compute. No cloud. No API keys. No data leaving the machine. This is what private AI looks like when you actually build it instead of just talking about it. Your model. Your hardware. Your rules. Full walkthrough showing exactly how it works: What should we deploy next?

NuNet 🌐

87,630 views • 6 months ago

ELON: FREEDOM AND OPPORTUNITY NEED TO PREVAIL IN AMERICA “I do think there's the potential for a great future so long as America remains the land of freedom and opportunity. Freedom means that the government does not infringe upon your personal liberties, that you can do what you want as long as it doesn't harm another person. Land of opportunity means that you succeed on the basis of your merits, on how hard you work and how good you are at your job. Those fundamental principles are what will ensure a great future.” Source: Interview with Bret Baier, Fox News, March 2025

ELON: FREEDOM AND OPPORTUNITY NEED TO PREVAIL IN AMERICA “I do think there's the potential for a great future so long as America remains the land of freedom and opportunity. Freedom means that the government does not infringe upon your personal liberties, that you can do what you want as long as it doesn't harm another person. Land of opportunity means that you succeed on the basis of your merits, on how hard you work and how good you are at your job. Those fundamental principles are what will ensure a great future.” Source: Interview with Bret Baier, Fox News, March 2025

Mario Nawfal

38,313 views • 1 year ago

JUST IN: const shares the vision for gamma tokens, usage credits that subnets could fund from a slice of their emissions and spend on compute, inference, and other infrastructure. What this means ⬇️ → Subnets stop being isolated prize pools. They can buy services from one another instead of only competing for $TAO → Gamma is meant to work as a transferable credit, not just another speculative subnet token → Access is designed to reach beyond Bittensor, so outside compute and inference providers could take the same credits → Emissions become operating budget, not only a reward that gets sold into TAO If a subnet can spend what it earns on real work, Bittensor starts looking less like a scoreboard and more like an internal market for intelligence.

JUST IN: const shares the vision for gamma tokens, usage credits that subnets could fund from a slice of their emissions and spend on compute, inference, and other infrastructure. What this means ⬇️ → Subnets stop being isolated prize pools. They can buy services from one another instead of only competing for $TAO → Gamma is meant to work as a transferable credit, not just another speculative subnet token → Access is designed to reach beyond Bittensor, so outside compute and inference providers could take the same credits → Emissions become operating budget, not only a reward that gets sold into TAO If a subnet can spend what it earns on real work, Bittensor starts looking less like a scoreboard and more like an internal market for intelligence.

Intelligence ττ

74,601 views • 5 days ago

“yes, you can use my data, but actually pay me for this.” founder of Verona explains on Crypto Coin Show why the future of the internet should not be built around users being the product. the next internet won’t just collect data. It will reward the people creating it.

“yes, you can use my data, but actually pay me for this.” founder of Verona explains on Crypto Coin Show why the future of the internet should not be built around users being the product. the next internet won’t just collect data. It will reward the people creating it.

Nex

64,689 views • 3 months ago

4 MAC MINIS RUNNING A 671B PARAMETER MODEL AS A CLUSTER No data center, no Cloud, no expensive hardware and not a single API call.. Just 4 Mac minis connected through EXO running DeepSeek v3.1 671b locally and actually fast. The part nobody talks about is that you don’t need one monster machine, you can cluster old computers you already have and split the load between them. The full breakdown of tools that make this possible is in the article below. Save and Read it today ↓

4 MAC MINIS RUNNING A 671B PARAMETER MODEL AS A CLUSTER No data center, no Cloud, no expensive hardware and not a single API call.. Just 4 Mac minis connected through EXO running DeepSeek v3.1 671b locally and actually fast. The part nobody talks about is that you don’t need one monster machine, you can cluster old computers you already have and split the load between them. The full breakdown of tools that make this possible is in the article below. Save and Read it today ↓

slash1s

58,724 views • 3 months ago

Until now, accessing Canton Network as a developer meant learning Daml. For most of the Ethereum ecosystem, that was a wall and the institutional infrastructure on the other side of it remained out of reach regardless of how good your product was. Zenith changes that. Your existing Solidity contracts work on Zenith EVM without modification with the same tooling and one RPC endpoint change. The developer experience is EVM-equivalent: Hardhat, Foundry, MetaMask, all working exactly as expected. What changes is what your application can now touch: Canton-native assets, Daml-based settlement workflows, and institutional counterparties running live production operations on the same ledger. Zenith isn't a bridge or a rollup, but an execution environment designed in a close collaboration with Digital Asset, the creator of Canton Network. EVM transactions are wrapped into native Canton transactions, validated by every Canton validator, and settled with the same determinism guarantees as Daml native. Canton Foundation published the full technical walkthrough of what this means for EVM developers and existing Canton/Daml builders alike: Testnet is coming. Register interest or follow for updates: Zth.

Until now, accessing Canton Network as a developer meant learning Daml. For most of the Ethereum ecosystem, that was a wall and the institutional infrastructure on the other side of it remained out of reach regardless of how good your product was. Zenith changes that. Your existing Solidity contracts work on Zenith EVM without modification with the same tooling and one RPC endpoint change. The developer experience is EVM-equivalent: Hardhat, Foundry, MetaMask, all working exactly as expected. What changes is what your application can now touch: Canton-native assets, Daml-based settlement workflows, and institutional counterparties running live production operations on the same ledger. Zenith isn't a bridge or a rollup, but an execution environment designed in a close collaboration with Digital Asset, the creator of Canton Network. EVM transactions are wrapped into native Canton transactions, validated by every Canton validator, and settled with the same determinism guarantees as Daml native. Canton Foundation published the full technical walkthrough of what this means for EVM developers and existing Canton/Daml builders alike: Testnet is coming. Register interest or follow for updates: Zth.

Zenith

15,283 views • 4 months ago

1/ When verifiable AI goes mainstream, the Internet will not look the same. Ron Chan Ron C explains why the next era of software will not rely on data lock-in or customer retention. It will be driven by intent, proof, and portable intelligence that works anywhere. Full interview:

1/ When verifiable AI goes mainstream, the Internet will not look the same. Ron Chan Ron C explains why the next era of software will not rely on data lock-in or customer retention. It will be driven by intent, proof, and portable intelligence that works anywhere. Full interview:

Inference Labs

59,337 views • 11 months ago

Full Stack Verifiability | Verifiable Cloud ☁️ Sreeram Kannan explains how EigenCloud delivers verifiability across the entire stack. It starts at the base with the EigenLayer, where computation is guaranteed by a decentralized network of hundreds of operators backed by $12B of stake. That’s the trust foundation of the cloud. On top of this: ✅ EigenDA: a data availability protocol that guarantees verifiable data publication.Publish data once, and anyone can retrieve it without trust. ✅ EigenCompute: execute arbitrary programs off-chain and bring the results back onchain verifiably. ✅ EigenAI: run AI inference today and return inference outputs directly onchain. All of them deliver strong verifiability for computation, inference, and data, all anchored by the underlying decentralized layer. And it doesn’t stop at first-party services, EigenCloud includes a growing ecosystem of third-party systems like zkTLS, proof-of-location, and decentralized prover networks, adding even deeper verification guarantees throughout the cloud. This is what a fully verifiable cloud looks like. A cloud you can check, not just trust.

Full Stack Verifiability | Verifiable Cloud ☁️ Sreeram Kannan explains how EigenCloud delivers verifiability across the entire stack. It starts at the base with the EigenLayer, where computation is guaranteed by a decentralized network of hundreds of operators backed by $12B of stake. That’s the trust foundation of the cloud. On top of this: ✅ EigenDA: a data availability protocol that guarantees verifiable data publication.Publish data once, and anyone can retrieve it without trust. ✅ EigenCompute: execute arbitrary programs off-chain and bring the results back onchain verifiably. ✅ EigenAI: run AI inference today and return inference outputs directly onchain. All of them deliver strong verifiability for computation, inference, and data, all anchored by the underlying decentralized layer. And it doesn’t stop at first-party services, EigenCloud includes a growing ecosystem of third-party systems like zkTLS, proof-of-location, and decentralized prover networks, adding even deeper verification guarantees throughout the cloud. This is what a fully verifiable cloud looks like. A cloud you can check, not just trust.

EigenCloud

48,010 views • 10 months ago

SOMEONE BUILT AN ENTIRE COMPANY BRAIN INSIDE CLAUDE CODE IN 7 DAYS Not Obsidian. Fully custom. A living map of every employee, every agent, every SOP on one screen. Click any node and it opens up: - what department it's in - what SOPs are attached - what it can actually access that permission layer is the whole game an employee opens the chat and the AI already knows their access level, agents, SOPs and tools surface in the conversation like you tagged them by hand Obsidian cannot do this... no dev team. no six month build. no enterprise budget. just Claude Code and one week has everything to build one full guide on building your own team below

SOMEONE BUILT AN ENTIRE COMPANY BRAIN INSIDE CLAUDE CODE IN 7 DAYS Not Obsidian. Fully custom. A living map of every employee, every agent, every SOP on one screen. Click any node and it opens up: - what department it's in - what SOPs are attached - what it can actually access that permission layer is the whole game an employee opens the chat and the AI already knows their access level, agents, SOPs and tools surface in the conversation like you tagged them by hand Obsidian cannot do this... no dev team. no six month build. no enterprise budget. just Claude Code and one week has everything to build one full guide on building your own team below

Madni Aghadi

397,670 views • 3 months ago

KEY HISTORY: Greenland Signed Defense Agreement With Denmark In The 1950s That States The US Cannot Be Kicked Out Of Greenland & Can Build Anything It Wants Militarily On The Island As Part Of NATO Pact- As Long As It's Not Private Property! PLUS, Alex Jones Breaks Down How Trump Is A Presidential Mix Of Teddy Roosevelt, McKinley, Nixon, & Andrew Jackson Greenland Is Trump's Panama Canal!

KEY HISTORY: Greenland Signed Defense Agreement With Denmark In The 1950s That States The US Cannot Be Kicked Out Of Greenland & Can Build Anything It Wants Militarily On The Island As Part Of NATO Pact- As Long As It's Not Private Property! PLUS, Alex Jones Breaks Down How Trump Is A Presidential Mix Of Teddy Roosevelt, McKinley, Nixon, & Andrew Jackson Greenland Is Trump's Panama Canal!

Alex Jones

157,525 views • 8 months ago

Most people tracking $TAO are watching the price chart. The ones who are actually ahead are watching the subnets. Here is why subnet growth is the real TAO price driver, and why almost nobody is talking about it correctly. $TAO does not work like most tokens. The price is not driven by speculation alone. It is driven by real network usage tied to AI computing output. Miners, validators, and developers earn TAO based on performance. The more useful the AI output, the more the network rewards it. Subnets are where that output gets produced. Each subnet is a specialised AI marketplace running inside the Bittensor network. One subnet handles language processing. Another handles predictive modelling. Another handles data indexing. Each one is a separate competitive market where AI models compete to produce the best output and earn TAO rewards for doing so. Here is what that means for price: Every new subnet that launches creates a new source of TAO demand. Developers who want to participate need TAO. Users who want access need TAO. Validators who want to secure the subnet need TAO. The token is not optional infrastructure. It is the entry ticket and the reward mechanism for every subnet that runs on the network. Right now, the subnet ecosystem is approaching $1.5 billion in cumulative value. Nearly 70 percent of TAO supply is already staked. Post-halving emissions sit at 3,600 TAO per day, down from 7,200. Supply tightening. Subnet demand is growing. Institutional custody is now live through BitGo and Yuma. Forecasts suggest the subnet ecosystem matures between 2026 and 2028, transitioning from infrastructure development into enterprise adoption. That transition is when decentralised AI stops being a thesis and starts being a cost efficiency argument that businesses make against centralised AI providers. When that argument lands at scale, every subnet on Bittensor becomes a revenue-generating node. Every new enterprise use case becomes a new source of TAO demand. The analysts watching the price chart are looking at the output of this system. The analysts watching subnet growth are looking at the input. Grayscale filed the ETF. BitGo opened the institutional door. The subnets are doing the actual work. Watch the subnets. Who else is tracking this layer?

Most people tracking $TAO are watching the price chart. The ones who are actually ahead are watching the subnets. Here is why subnet growth is the real TAO price driver, and why almost nobody is talking about it correctly. $TAO does not work like most tokens. The price is not driven by speculation alone. It is driven by real network usage tied to AI computing output. Miners, validators, and developers earn TAO based on performance. The more useful the AI output, the more the network rewards it. Subnets are where that output gets produced. Each subnet is a specialised AI marketplace running inside the Bittensor network. One subnet handles language processing. Another handles predictive modelling. Another handles data indexing. Each one is a separate competitive market where AI models compete to produce the best output and earn TAO rewards for doing so. Here is what that means for price: Every new subnet that launches creates a new source of TAO demand. Developers who want to participate need TAO. Users who want access need TAO. Validators who want to secure the subnet need TAO. The token is not optional infrastructure. It is the entry ticket and the reward mechanism for every subnet that runs on the network. Right now, the subnet ecosystem is approaching $1.5 billion in cumulative value. Nearly 70 percent of TAO supply is already staked. Post-halving emissions sit at 3,600 TAO per day, down from 7,200. Supply tightening. Subnet demand is growing. Institutional custody is now live through BitGo and Yuma. Forecasts suggest the subnet ecosystem matures between 2026 and 2028, transitioning from infrastructure development into enterprise adoption. That transition is when decentralised AI stops being a thesis and starts being a cost efficiency argument that businesses make against centralised AI providers. When that argument lands at scale, every subnet on Bittensor becomes a revenue-generating node. Every new enterprise use case becomes a new source of TAO demand. The analysts watching the price chart are looking at the output of this system. The analysts watching subnet growth are looking at the input. Grayscale filed the ETF. BitGo opened the institutional door. The subnets are doing the actual work. Watch the subnets. Who else is tracking this layer?

2xnmore

11,997 views • 5 months ago

$THIS IS WHERE "THE CLOUD" ACTUALLY LIVES - A ROOM OF DELL STORAGE ARRAYS YOU RENT A SLIVER OF EVERY MONTH. that clip is a real datacenter aisle, rack after rack of dell powerstore arrays, every hexagon panel packed with drives. this is "the cloud." not a metaphor, this room, plus the power, cooling and staff keeping it alive. when you pay for cloud storage, you rent a few gigabytes of these arrays. forever. the bill grows with every photo. here's the part they'd rather you not connect. these enterprise drives run on a schedule. data centers swap them out long before they fail, by the pallet. those decommissioned drives get tested and resold as recertified, the same 20tb enterprise disk for a fraction of new. so the exact hardware humming in this room ends up in a nas on your desk, minus the monthly rent. no cloud subscription, no data on someone else's array, no bill that grows with your library. the uncomfortable part isn't that the cloud is huge. it's that "the cloud" was always just this room, and you can buy a piece of it once instead of renting it forever. follow RetroChainer for what the cloud doesn't want you to picture, and bookmark this before your next storage renewal.$

THIS IS WHERE "THE CLOUD" ACTUALLY LIVES - A ROOM OF DELL STORAGE ARRAYS YOU RENT A SLIVER OF EVERY MONTH. that clip is a real datacenter aisle, rack after rack of dell powerstore arrays, every hexagon panel packed with drives. this is "the cloud." not a metaphor, this room, plus the power, cooling and staff keeping it alive. when you pay for cloud storage, you rent a few gigabytes of these arrays. forever. the bill grows with every photo. here's the part they'd rather you not connect. these enterprise drives run on a schedule. data centers swap them out long before they fail, by the pallet. those decommissioned drives get tested and resold as recertified, the same 20tb enterprise disk for a fraction of new. so the exact hardware humming in this room ends up in a nas on your desk, minus the monthly rent. no cloud subscription, no data on someone else's array, no bill that grows with your library. the uncomfortable part isn't that the cloud is huge. it's that "the cloud" was always just this room, and you can buy a piece of it once instead of renting it forever. follow RetroChainer for what the cloud doesn't want you to picture, and bookmark this before your next storage renewal.

RetroChainer

34,236 views • 1 month ago