Top Tweets for #qBitTensor
🚀 Why I’m extremely bullish on #qBitTensor (#sn63 : Quantum)
@qBitTensorLabs is laying down the rails for quantum computing inside #Bittensor. That alone sets it apart. But here’s why it could be one of the most active & valuable $TAO subnets:
🔹 Proven Execution – In just 2.5 weeks, miners scaled up to solving 100-qubit HSTAB circuits. Not hype, live breakthroughs.
🔹 Phase 1: Provable Accuracy – The roadmap is crystal clear: randomizability, verifiability, scalability, unbreakability. Milestones are being shipped back-to-back… July, Summer, Late Summer. No vaporware.
🔹 Deep Expertise – The qBitTensor Labs team has 20+ years in business + academia in quantum. Traditional firms usually scoff at crypto… this team chose Bittensor as their base. That speaks volumes.
🔹 Ecosystem Synergy – With 81% of $TAO staked, Bittensor already has deep economic weight. Adding quantum compute plugs TAO directly into the next great frontier: AI acceleration, cryptography, biotech, finance.
🔹 Community & Transparency – Open updates, Discord, GitHub. The subnet is being built in the open with real community feedback.
Today’s Dip = Tomorrow’s Asymmetry
Subnet 63’s ALPHA just flushed -36% intraday, dropping to ~0.0165 from recent highs above 0.024… nearly a 45% discount from peak levels this month.
This isn’t a collapse of fundamentals. The breakthroughs, roadmap, and execution are all intact. What you’re seeing is a classic shakeout.
While weak hands panic, conviction holders accumulate. And when quantum progress meets suppressed price action… that’s where asymmetric opportunity lives.
This is why Subnet 63 matters:
It’s not a “quantum meme.”
It’s quantum compute with live progress, anchored in #dTAO.
qBitTensor is building one of the strongest cases for $TAO being the most important decentralized compute network of our era.
Stay tuned. We’re only in Phase 1. ⚡
#Bittensor #TAO #QuantumComputing #dTAO
We are honored to announce that our first public appearance within Bittensor will be on @opentensor's Novelty Search, the well-regarded and influential series hosted by the visionary @const_reborn.
This Thursday, key members of our team will take the stage to share the story of qBitTensor Labs -- from our origins and discovery of Bittensor, to the breakthroughs powering Subnet 63 (Quantum) today, and the bold vision we’re pursuing next.
We’ll cover how our work fits into the evolving Bittensor landscape and the broader quantum compute market, walk through our strategy for scaling both within and beyond the $TAO ecosystem, nerd out about deep tech, and outline how we’re building to create lasting value in an open, decentralized future.
We’re genuinely excited to connect with the community, share what we’ve been working on, introduce quantum to newbies, feel the passion and support of the qBitties🩵... and even reveal a few surprises!
This is breathtaking. Decentralization with #bittensor means pooling of the finest minds for the greater cause!
Congrats #SN63 #qBitTensor #Bittensor
Bittensor $TAO...wow!
When we launched the new challenge to solve HSTAB circuits, we suspected that clever quantum reasoning could make the problem more practically simulatable. But in just 2.5 weeks, our brilliant Miners proved it, scaling all the way up to solving 100-qubit HSTAB circuits. Incredible work!
Every time the @qBitTensor community innovates, we find ourselves in a superposition of excitement and renewed motivation to push the roadmap forward -- this milestone is no exception.
In recognition of this breakthrough, we will be getting ready to roll our a few key changes:
> Soon, we’ll reserve 10% of Miner emissions, building a pool over three weeks and then doing a daily burn. This pool will reward the publication of truly groundbreaking work. Why? Because identifying the innovators (and convincing them to share their methods) is hard. This prize will incentivize open sharing so the entire world can benefit. Details on claiming the reward coming soon.
> We’ll keep HSTAB live for about another week before retiring it to the Hall of Fame. Those who’ve cracked it can keep earning during that time, but scoring will gradually shift toward Peaked Circuits.
> In collaboration with one of the original Peaked Circuits paper authors, we’ve developed a prototype method that generates these circuits faster and with lower compute cost. This will reduce validator load and keep QASM flowing to Miners.
> We’re releasing long-awaited Wandb support so Miners and Validators can gain deeper visibility into key logs. We’re also accelerating work on Circuit 3; details coming soon.
Outstanding work, qBitties 🩵! You’ve exceeded even our most ambitious expectations for Subnet 63; and proven exactly why Bittensor (@opentensor) is so unique, powerful, and full of untapped potential.
SN 63 - Quantum holding 0.017 after the flush.
Volume down, but still some bid defense.
No break above 0.0185.
Weak moment. Timing to wait.
$TAO $DTAO #taobittensor #tao #bittensor #subnets #quantum #sn63 #qbittensor
🧵 Subnet 63: The Quantum Manhattan Project is live on Bittensor 🧵
You're witnessing the birth of a decentralized quantum compute marketplace.
Backed by a $2B+ U.S. tech hub.
Built in silence.
Now quietly online, and might be about to change the game by bringing the first decentralized and incentivized QPU Marketplace to Bittensor.
Here’s what we know so far about @qBitTensor 👇
1. It begins with a domain:
🔍 https://t.co/bKgYt3n2Ur
📍 Registered to 5555 Central Ave, Boulder, CO
That address isn't random.
It connects directly to one of the most advanced quantum innovation clusters in the U.S.
📸 [WHOIS OpenQuantum registration screenshot]
2. What turns this cluster special?
Elevate Quantum - a $2B+ Tech Hub designated by the U.S. Department of Commerce.
A public-private alliance of 80+ orgs including IBM, Google, AWS, CU Boulder & Colorado School of Mines.
🔗 https://t.co/tPgq4y8KcD
🔗 https://t.co/ZDwg328E39
At the center is the Quantum Commons, a 70-acre campus in Arvada, CO:
💰 $40.5M in funding
🏗️ 30k+ sq ft of fabrication + quantum labs
🧪 R&D space for quantum, AI, and climate tech
🏛️ Managed by major academic and gov stakeholders
It appears that Subnet 63 is deeply embedded in this ecosystem.
🧠 The devs (qBitTensor Labs) are linked to Quantum Rings Inc, registered at the same Boulder address.
The project surfaced quietly before launch - hidden in plain sight.
📸 [QuantumRings registered address]
3. So what is Subnet 63 actually building?
A decentralized Quantum Compute Marketplace:
Clients submit quantum-class problems
Miners solve using QPUs or simulators
Rewards based on performance + accuracy
It’s AWS for quantum, powered by $TAO. ���
There’s one catch:
To make this real, you must validate that the work was performed quantumly.
That’s been an unsolved problem so far - known as Proof of Quantum Compute.
Now, indicators suggest the Subnet 63 team may have cracked it.
Not confirmed. But the architecture implies it. 👀
4. The team didn’t stop at theory. They built.
📌 A benchmarking framework using Peaked Circuits is already live.
📌 Tasks simulate Sycamore-class circuits like Google’s 2019 “quantum supremacy” demo.
Miners are already performing beyond the team's expectations, picking up the Quantum Simulator quicker than planned - it’s a real stress test for QPU-capable solvers.
📸 [Diagram from Peaked Circuit PDF]
5. What’s brilliant?
The design is strategically tuned:
Piecewise scoring
Difficulty scales with qubit depth
Rewards clever approximations and actual QPU use
32-qubit solvers earn more
This is not brute force - it’s adversarial benchmarking. 🎯
6. Their roadmap:
✅ Phase 1 - Sim-only benchmark (launched)
�� Phase 2 - Hybrid QPU/sim marketplace (under construction)
📤 Phase 3 - Commercial problem intake
🌐 Phase 4 - Reputation, verification, and open decentralization
🔗 https://t.co/7KOenifv9B
Colorado is no accident.
It’s home to NORAD, Cheyenne Mountain, national quantum initiatives, and advanced military-grade tech research.
Subnet 63 launching here isn't just convenient - it’s strategic. 🛰️
📸 [Map showing Boulder, Arvada, and Colorado Quantum ecosystem]
7. The team behind this is anonymous - but the signals are strong:
🧩 WHOIS & location match
🧩 Domain crosslinks
🧩 Public funding activity
🧩 GitHub/Medium show deep expertise
🧩 Connections to Duality Accelerator (top U.S. quantum accelerator)
All the dots align.
The subnet is live. Now.
✅ Validators are up
✅ Simulated tasks are being solved
✅ The infrastructure is functioning
Next step? Onboarding QPU hardware into the marketplace. 🧬
9. Rigetti's signal:
📄 Rigetti’s SEC 10-K filing highlights reliance on high-performance classical compute.
Meanwhile, a member of qBitTensor has mentioned a “friendship” with them.
It’s a subtle, but meaningful indicator that the need is real - and the relationships exist.
This is not a testnet. It’s production-grade. ⚙️
10. TO SUMMARIZE:
✅ Embedded in a $2B+ U.S. Tech Hub
✅ Building a live quantum compute subnet
✅ Already delivering benchmark workloads
✅ Likely exploring or implementing Proof of Quantum Compute
✅ QPU Marketplace coming to Bittensor
Subnet 63 is where AI, crypto, and quantum collide.
🧠 Trustless validation
⚛️ Quantum problem solving
🌐 Decentralized architecture
📈 Incentive-aligned compute
This is the seed of a decentralized quantum cloud.
And it’s already sprouting. 🌱
#Bittensor #Subnet63 #Quantum #TAO #qBitTensor #qBitTensorLabs
![officialneeve's tweet photo. 🧵 Subnet 63: The Quantum Manhattan Project is live on Bittensor 🧵
You're witnessing the birth of a decentralized quantum compute marketplace.
Backed by a $2B+ U.S. tech hub.
Built in silence.
Now quietly online, and might be about to change the game by bringing the first decentralized and incentivized QPU Marketplace to Bittensor.
Here’s what we know so far about @qBitTensor 👇
1. It begins with a domain:
🔍 https://t.co/bKgYt3n2Ur
📍 Registered to 5555 Central Ave, Boulder, CO
That address isn't random.
It connects directly to one of the most advanced quantum innovation clusters in the U.S.
📸 [WHOIS OpenQuantum registration screenshot]
2. What turns this cluster special?
Elevate Quantum - a $2B+ Tech Hub designated by the U.S. Department of Commerce.
A public-private alliance of 80+ orgs including IBM, Google, AWS, CU Boulder & Colorado School of Mines.
🔗 https://t.co/tPgq4y8KcD
🔗 https://t.co/ZDwg328E39
At the center is the Quantum Commons, a 70-acre campus in Arvada, CO:
💰 $40.5M in funding
🏗️ 30k+ sq ft of fabrication + quantum labs
🧪 R&D space for quantum, AI, and climate tech
🏛️ Managed by major academic and gov stakeholders
It appears that Subnet 63 is deeply embedded in this ecosystem.
🧠 The devs (qBitTensor Labs) are linked to Quantum Rings Inc, registered at the same Boulder address.
The project surfaced quietly before launch - hidden in plain sight.
📸 [QuantumRings registered address]
3. So what is Subnet 63 actually building?
A decentralized Quantum Compute Marketplace:
Clients submit quantum-class problems
Miners solve using QPUs or simulators
Rewards based on performance + accuracy
It’s AWS for quantum, powered by $TAO. ���
There’s one catch:
To make this real, you must validate that the work was performed quantumly.
That’s been an unsolved problem so far - known as Proof of Quantum Compute.
Now, indicators suggest the Subnet 63 team may have cracked it.
Not confirmed. But the architecture implies it. 👀
4. The team didn’t stop at theory. They built.
📌 A benchmarking framework using Peaked Circuits is already live.
📌 Tasks simulate Sycamore-class circuits like Google’s 2019 “quantum supremacy” demo.
Miners are already performing beyond the team's expectations, picking up the Quantum Simulator quicker than planned - it’s a real stress test for QPU-capable solvers.
📸 [Diagram from Peaked Circuit PDF]
5. What’s brilliant?
The design is strategically tuned:
Piecewise scoring
Difficulty scales with qubit depth
Rewards clever approximations and actual QPU use
32-qubit solvers earn more
This is not brute force - it’s adversarial benchmarking. 🎯
6. Their roadmap:
✅ Phase 1 - Sim-only benchmark (launched)
�� Phase 2 - Hybrid QPU/sim marketplace (under construction)
📤 Phase 3 - Commercial problem intake
🌐 Phase 4 - Reputation, verification, and open decentralization
🔗 https://t.co/7KOenifv9B
Colorado is no accident.
It’s home to NORAD, Cheyenne Mountain, national quantum initiatives, and advanced military-grade tech research.
Subnet 63 launching here isn't just convenient - it’s strategic. 🛰️
📸 [Map showing Boulder, Arvada, and Colorado Quantum ecosystem]
7. The team behind this is anonymous - but the signals are strong:
🧩 WHOIS & location match
🧩 Domain crosslinks
🧩 Public funding activity
🧩 GitHub/Medium show deep expertise
🧩 Connections to Duality Accelerator (top U.S. quantum accelerator)
All the dots align.
The subnet is live. Now.
✅ Validators are up
✅ Simulated tasks are being solved
✅ The infrastructure is functioning
Next step? Onboarding QPU hardware into the marketplace. 🧬
9. Rigetti's signal:
📄 Rigetti’s SEC 10-K filing highlights reliance on high-performance classical compute.
Meanwhile, a member of qBitTensor has mentioned a “friendship” with them.
It’s a subtle, but meaningful indicator that the need is real - and the relationships exist.
This is not a testnet. It’s production-grade. ⚙️
10. TO SUMMARIZE:
✅ Embedded in a $2B+ U.S. Tech Hub
✅ Building a live quantum compute subnet
✅ Already delivering benchmark workloads
✅ Likely exploring or implementing Proof of Quantum Compute
✅ QPU Marketplace coming to Bittensor
Subnet 63 is where AI, crypto, and quantum collide.
🧠 Trustless validation
⚛️ Quantum problem solving
🌐 Decentralized architecture
📈 Incentive-aligned compute
This is the seed of a decentralized quantum cloud.
And it’s already sprouting. 🌱
#Bittensor #Subnet63 #Quantum #TAO #qBitTensor #qBitTensorLabs](https://pbs.twimg.com/media/GwYXsMzWwAAzU7t.png)
![officialneeve's tweet photo. 🧵 Subnet 63: The Quantum Manhattan Project is live on Bittensor 🧵
You're witnessing the birth of a decentralized quantum compute marketplace.
Backed by a $2B+ U.S. tech hub.
Built in silence.
Now quietly online, and might be about to change the game by bringing the first decentralized and incentivized QPU Marketplace to Bittensor.
Here’s what we know so far about @qBitTensor 👇
1. It begins with a domain:
🔍 https://t.co/bKgYt3n2Ur
📍 Registered to 5555 Central Ave, Boulder, CO
That address isn't random.
It connects directly to one of the most advanced quantum innovation clusters in the U.S.
📸 [WHOIS OpenQuantum registration screenshot]
2. What turns this cluster special?
Elevate Quantum - a $2B+ Tech Hub designated by the U.S. Department of Commerce.
A public-private alliance of 80+ orgs including IBM, Google, AWS, CU Boulder & Colorado School of Mines.
🔗 https://t.co/tPgq4y8KcD
🔗 https://t.co/ZDwg328E39
At the center is the Quantum Commons, a 70-acre campus in Arvada, CO:
💰 $40.5M in funding
🏗️ 30k+ sq ft of fabrication + quantum labs
🧪 R&D space for quantum, AI, and climate tech
🏛️ Managed by major academic and gov stakeholders
It appears that Subnet 63 is deeply embedded in this ecosystem.
🧠 The devs (qBitTensor Labs) are linked to Quantum Rings Inc, registered at the same Boulder address.
The project surfaced quietly before launch - hidden in plain sight.
📸 [QuantumRings registered address]
3. So what is Subnet 63 actually building?
A decentralized Quantum Compute Marketplace:
Clients submit quantum-class problems
Miners solve using QPUs or simulators
Rewards based on performance + accuracy
It’s AWS for quantum, powered by $TAO. ���
There’s one catch:
To make this real, you must validate that the work was performed quantumly.
That’s been an unsolved problem so far - known as Proof of Quantum Compute.
Now, indicators suggest the Subnet 63 team may have cracked it.
Not confirmed. But the architecture implies it. 👀
4. The team didn’t stop at theory. They built.
📌 A benchmarking framework using Peaked Circuits is already live.
📌 Tasks simulate Sycamore-class circuits like Google’s 2019 “quantum supremacy” demo.
Miners are already performing beyond the team's expectations, picking up the Quantum Simulator quicker than planned - it’s a real stress test for QPU-capable solvers.
📸 [Diagram from Peaked Circuit PDF]
5. What’s brilliant?
The design is strategically tuned:
Piecewise scoring
Difficulty scales with qubit depth
Rewards clever approximations and actual QPU use
32-qubit solvers earn more
This is not brute force - it’s adversarial benchmarking. 🎯
6. Their roadmap:
✅ Phase 1 - Sim-only benchmark (launched)
�� Phase 2 - Hybrid QPU/sim marketplace (under construction)
📤 Phase 3 - Commercial problem intake
🌐 Phase 4 - Reputation, verification, and open decentralization
🔗 https://t.co/7KOenifv9B
Colorado is no accident.
It’s home to NORAD, Cheyenne Mountain, national quantum initiatives, and advanced military-grade tech research.
Subnet 63 launching here isn't just convenient - it’s strategic. 🛰️
📸 [Map showing Boulder, Arvada, and Colorado Quantum ecosystem]
7. The team behind this is anonymous - but the signals are strong:
🧩 WHOIS & location match
🧩 Domain crosslinks
🧩 Public funding activity
🧩 GitHub/Medium show deep expertise
🧩 Connections to Duality Accelerator (top U.S. quantum accelerator)
All the dots align.
The subnet is live. Now.
✅ Validators are up
✅ Simulated tasks are being solved
✅ The infrastructure is functioning
Next step? Onboarding QPU hardware into the marketplace. 🧬
9. Rigetti's signal:
📄 Rigetti’s SEC 10-K filing highlights reliance on high-performance classical compute.
Meanwhile, a member of qBitTensor has mentioned a “friendship” with them.
It’s a subtle, but meaningful indicator that the need is real - and the relationships exist.
This is not a testnet. It’s production-grade. ⚙️
10. TO SUMMARIZE:
✅ Embedded in a $2B+ U.S. Tech Hub
✅ Building a live quantum compute subnet
✅ Already delivering benchmark workloads
✅ Likely exploring or implementing Proof of Quantum Compute
✅ QPU Marketplace coming to Bittensor
Subnet 63 is where AI, crypto, and quantum collide.
🧠 Trustless validation
⚛️ Quantum problem solving
🌐 Decentralized architecture
📈 Incentive-aligned compute
This is the seed of a decentralized quantum cloud.
And it’s already sprouting. 🌱
#Bittensor #Subnet63 #Quantum #TAO #qBitTensor #qBitTensorLabs](https://pbs.twimg.com/media/GwYXofwXoAAick_.png)
![officialneeve's tweet photo. 🧵 Subnet 63: The Quantum Manhattan Project is live on Bittensor 🧵
You're witnessing the birth of a decentralized quantum compute marketplace.
Backed by a $2B+ U.S. tech hub.
Built in silence.
Now quietly online, and might be about to change the game by bringing the first decentralized and incentivized QPU Marketplace to Bittensor.
Here’s what we know so far about @qBitTensor 👇
1. It begins with a domain:
🔍 https://t.co/bKgYt3n2Ur
📍 Registered to 5555 Central Ave, Boulder, CO
That address isn't random.
It connects directly to one of the most advanced quantum innovation clusters in the U.S.
📸 [WHOIS OpenQuantum registration screenshot]
2. What turns this cluster special?
Elevate Quantum - a $2B+ Tech Hub designated by the U.S. Department of Commerce.
A public-private alliance of 80+ orgs including IBM, Google, AWS, CU Boulder & Colorado School of Mines.
🔗 https://t.co/tPgq4y8KcD
🔗 https://t.co/ZDwg328E39
At the center is the Quantum Commons, a 70-acre campus in Arvada, CO:
💰 $40.5M in funding
🏗️ 30k+ sq ft of fabrication + quantum labs
🧪 R&D space for quantum, AI, and climate tech
🏛️ Managed by major academic and gov stakeholders
It appears that Subnet 63 is deeply embedded in this ecosystem.
🧠 The devs (qBitTensor Labs) are linked to Quantum Rings Inc, registered at the same Boulder address.
The project surfaced quietly before launch - hidden in plain sight.
📸 [QuantumRings registered address]
3. So what is Subnet 63 actually building?
A decentralized Quantum Compute Marketplace:
Clients submit quantum-class problems
Miners solve using QPUs or simulators
Rewards based on performance + accuracy
It’s AWS for quantum, powered by $TAO. ���
There’s one catch:
To make this real, you must validate that the work was performed quantumly.
That’s been an unsolved problem so far - known as Proof of Quantum Compute.
Now, indicators suggest the Subnet 63 team may have cracked it.
Not confirmed. But the architecture implies it. 👀
4. The team didn’t stop at theory. They built.
📌 A benchmarking framework using Peaked Circuits is already live.
📌 Tasks simulate Sycamore-class circuits like Google’s 2019 “quantum supremacy” demo.
Miners are already performing beyond the team's expectations, picking up the Quantum Simulator quicker than planned - it’s a real stress test for QPU-capable solvers.
📸 [Diagram from Peaked Circuit PDF]
5. What’s brilliant?
The design is strategically tuned:
Piecewise scoring
Difficulty scales with qubit depth
Rewards clever approximations and actual QPU use
32-qubit solvers earn more
This is not brute force - it’s adversarial benchmarking. 🎯
6. Their roadmap:
✅ Phase 1 - Sim-only benchmark (launched)
�� Phase 2 - Hybrid QPU/sim marketplace (under construction)
📤 Phase 3 - Commercial problem intake
🌐 Phase 4 - Reputation, verification, and open decentralization
🔗 https://t.co/7KOenifv9B
Colorado is no accident.
It’s home to NORAD, Cheyenne Mountain, national quantum initiatives, and advanced military-grade tech research.
Subnet 63 launching here isn't just convenient - it’s strategic. 🛰️
📸 [Map showing Boulder, Arvada, and Colorado Quantum ecosystem]
7. The team behind this is anonymous - but the signals are strong:
🧩 WHOIS & location match
🧩 Domain crosslinks
🧩 Public funding activity
🧩 GitHub/Medium show deep expertise
🧩 Connections to Duality Accelerator (top U.S. quantum accelerator)
All the dots align.
The subnet is live. Now.
✅ Validators are up
✅ Simulated tasks are being solved
✅ The infrastructure is functioning
Next step? Onboarding QPU hardware into the marketplace. 🧬
9. Rigetti's signal:
📄 Rigetti’s SEC 10-K filing highlights reliance on high-performance classical compute.
Meanwhile, a member of qBitTensor has mentioned a “friendship” with them.
It’s a subtle, but meaningful indicator that the need is real - and the relationships exist.
This is not a testnet. It’s production-grade. ⚙️
10. TO SUMMARIZE:
✅ Embedded in a $2B+ U.S. Tech Hub
✅ Building a live quantum compute subnet
✅ Already delivering benchmark workloads
✅ Likely exploring or implementing Proof of Quantum Compute
✅ QPU Marketplace coming to Bittensor
Subnet 63 is where AI, crypto, and quantum collide.
🧠 Trustless validation
⚛️ Quantum problem solving
🌐 Decentralized architecture
📈 Incentive-aligned compute
This is the seed of a decentralized quantum cloud.
And it’s already sprouting. 🌱
#Bittensor #Subnet63 #Quantum #TAO #qBitTensor #qBitTensorLabs](https://pbs.twimg.com/media/GwYXlvTXAAAC-Da.jpg)
![officialneeve's tweet photo. 🧵 Subnet 63: The Quantum Manhattan Project is live on Bittensor 🧵
You're witnessing the birth of a decentralized quantum compute marketplace.
Backed by a $2B+ U.S. tech hub.
Built in silence.
Now quietly online, and might be about to change the game by bringing the first decentralized and incentivized QPU Marketplace to Bittensor.
Here’s what we know so far about @qBitTensor 👇
1. It begins with a domain:
🔍 https://t.co/bKgYt3n2Ur
📍 Registered to 5555 Central Ave, Boulder, CO
That address isn't random.
It connects directly to one of the most advanced quantum innovation clusters in the U.S.
📸 [WHOIS OpenQuantum registration screenshot]
2. What turns this cluster special?
Elevate Quantum - a $2B+ Tech Hub designated by the U.S. Department of Commerce.
A public-private alliance of 80+ orgs including IBM, Google, AWS, CU Boulder & Colorado School of Mines.
🔗 https://t.co/tPgq4y8KcD
🔗 https://t.co/ZDwg328E39
At the center is the Quantum Commons, a 70-acre campus in Arvada, CO:
💰 $40.5M in funding
🏗️ 30k+ sq ft of fabrication + quantum labs
🧪 R&D space for quantum, AI, and climate tech
🏛️ Managed by major academic and gov stakeholders
It appears that Subnet 63 is deeply embedded in this ecosystem.
🧠 The devs (qBitTensor Labs) are linked to Quantum Rings Inc, registered at the same Boulder address.
The project surfaced quietly before launch - hidden in plain sight.
📸 [QuantumRings registered address]
3. So what is Subnet 63 actually building?
A decentralized Quantum Compute Marketplace:
Clients submit quantum-class problems
Miners solve using QPUs or simulators
Rewards based on performance + accuracy
It’s AWS for quantum, powered by $TAO. ���
There’s one catch:
To make this real, you must validate that the work was performed quantumly.
That’s been an unsolved problem so far - known as Proof of Quantum Compute.
Now, indicators suggest the Subnet 63 team may have cracked it.
Not confirmed. But the architecture implies it. 👀
4. The team didn’t stop at theory. They built.
📌 A benchmarking framework using Peaked Circuits is already live.
📌 Tasks simulate Sycamore-class circuits like Google’s 2019 “quantum supremacy” demo.
Miners are already performing beyond the team's expectations, picking up the Quantum Simulator quicker than planned - it’s a real stress test for QPU-capable solvers.
📸 [Diagram from Peaked Circuit PDF]
5. What’s brilliant?
The design is strategically tuned:
Piecewise scoring
Difficulty scales with qubit depth
Rewards clever approximations and actual QPU use
32-qubit solvers earn more
This is not brute force - it’s adversarial benchmarking. 🎯
6. Their roadmap:
✅ Phase 1 - Sim-only benchmark (launched)
�� Phase 2 - Hybrid QPU/sim marketplace (under construction)
📤 Phase 3 - Commercial problem intake
🌐 Phase 4 - Reputation, verification, and open decentralization
🔗 https://t.co/7KOenifv9B
Colorado is no accident.
It’s home to NORAD, Cheyenne Mountain, national quantum initiatives, and advanced military-grade tech research.
Subnet 63 launching here isn't just convenient - it’s strategic. 🛰️
📸 [Map showing Boulder, Arvada, and Colorado Quantum ecosystem]
7. The team behind this is anonymous - but the signals are strong:
🧩 WHOIS & location match
🧩 Domain crosslinks
🧩 Public funding activity
🧩 GitHub/Medium show deep expertise
🧩 Connections to Duality Accelerator (top U.S. quantum accelerator)
All the dots align.
The subnet is live. Now.
✅ Validators are up
✅ Simulated tasks are being solved
✅ The infrastructure is functioning
Next step? Onboarding QPU hardware into the marketplace. 🧬
9. Rigetti's signal:
📄 Rigetti’s SEC 10-K filing highlights reliance on high-performance classical compute.
Meanwhile, a member of qBitTensor has mentioned a “friendship” with them.
It’s a subtle, but meaningful indicator that the need is real - and the relationships exist.
This is not a testnet. It’s production-grade. ⚙️
10. TO SUMMARIZE:
✅ Embedded in a $2B+ U.S. Tech Hub
✅ Building a live quantum compute subnet
✅ Already delivering benchmark workloads
✅ Likely exploring or implementing Proof of Quantum Compute
✅ QPU Marketplace coming to Bittensor
Subnet 63 is where AI, crypto, and quantum collide.
🧠 Trustless validation
⚛️ Quantum problem solving
🌐 Decentralized architecture
📈 Incentive-aligned compute
This is the seed of a decentralized quantum cloud.
And it’s already sprouting. 🌱
#Bittensor #Subnet63 #Quantum #TAO #qBitTensor #qBitTensorLabs](https://pbs.twimg.com/media/GwYXjAAWUAAzDf-.jpg)
#qBitTensor - Unlocking Quantum Computing on @bittensor_
Marking a major step forward in combining quantum computing with decentralized artificial intelligence (DeAI), #qBitTensor Labs has announced the first subnet on the #Bittensor network integrating quantum technology called "Quantum".
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#Bittensor Quantum Subnet Overview
#Bittensor Quantum Subnet (#qBitTensor) is a decentralized infrastructure layer dedicated to quantum computing at the core level, built on the Bittensor network architecture. This subnet not only increases the capacity of the mainnet, but also lays the foundation for collaboration between two growing fields: quantum computing and blockchain.
Machine learning, cryptography, physics simulation, and non-linear optimization can all be directly impacted by the qBitTensor Quantum Subnet, a strategic step forward to accelerate the transformation of quantum computing from a purely theoretical field to a platform.
The core goals of qBitTensor
(1) Democratizing quantum access makes quantum computing easier for more people.
(2) Support innovation and optimization in quantum problem solving.
(3) Solving large quantum problems using distributed network architecture
Where quantum algorithms, models, and resources are encoded into digital assets and can be coordinated and traded intelligently through the blockchain's incentive mechanism, #qBitTensor intends to become a "quantum knowledge hub".
This not only promotes quantum research but also opens up opportunities for the development of new decentralized applications called Q-dApps.
Peaked Circuits - Core Technology and Platform
The problem in the specific quantum domain, which includes the following four basic characteristics, is solved in the first stage.
➟ Randomizability: Validators need to be able to provide miners with a unique and unlimited source of quantum ether.
➟ Verifiability: The goal at this stage is to implement the quantum circuit correctly rather than proving the implementation. Our problems are designed to provide true or false answers.
➟ Scalability, also known as extensibility: it creates quantum circuits that miners can reliably solve while still being scalable.
➟ Inaccessibility: Peaked Circuits have no "shortcuts" to solving with conventional computers; they can only be solved with quantum computing.
Peaked Circuits also supports a decentralized marketplace where miners compete to provide the best quantum solutions. SN63's scoring system is based on a time-weighted average (mean weighted average), which favors miners who can run larger and faster circuits to increase efficiency.
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Quantum Processing Units (QPUs)
Although real quantum hardware has advanced a bit, it still has some limitations that prevent it from being widely used.
Currently, errors in the quantum state of QPUs are easy to arise and will propagate during the computation. In addition, hardware and environmental impacts continuously affect quantum operations, making it more difficult to maintain stable calculations.
Accessing and performing calculations on QPUs is too expensive, and many developers cannot afford to pay enough to meet these costs. Demand often far exceeds supply, causing high-end quantum hardware to be delayed.
In a simulation of a 12-qubit, 140-depth Peaked Circuits run on an IBM Eagle QPU quantum processor, the circuit was compiled into hardware-compatible gates and run 4,096 times.
Readout errors were reduced using the Mthree calibration , performed over 8,192 trials on the same 12 qubits. The circuit was generated and optimized to achieve a peak probability of 0.346575. The resulting top five states are as follows:
Although the experiment found peak states when running on real hardware, long queue times and high error rates make practical applications with Bittensor difficult.
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Conclude
#qBitTensor's long-term goal is to become a fully decentralized quantum infrastructure that allows users to submit their own quantum circuits to the network. For execution and verification, these circuits will be distributed to nodes in the network, who act as "quantum miners".
A community-based quantum computing model that combines the distributed architecture of blockchains with the superior potential of efficient quantum computers.
#hccventure #bittensor #blockchain #ai
VoidAI v2 is now live
The first trust-minimized bridge connecting Bittensor and Solana
https://t.co/Oac0EJRONp
Wrapped tokens are interchangeable at a 1:1 rate with native tokens
Alpha bridge and liquidity pools will be activated on Monday
Here is the $wTAO token address:
https://t.co/mY22W1DOGc
To ensure all tokens are accounted for check this wallet:
https://t.co/cxlej2LUwk
$TAO $SOL $LINK
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