Akashicdesign retweeted
Superquantum (which created @qubitcoinx $QTC and uses Qubitcoin as the computational network for an array of functionality) is 1 of the 4 selected for this 12 month studio partnership.
I hadn't realised @QuantinuumQC is a key partner in all this. As is Davidson Technologies (longstanding contractor to US Department of Defence, missile defence and quantum defence applications)
Qubitcoin is the first mover and only decentralized hybrid quantum-classical computing network.
#Liverpool are fucking shit 😂😂😂
And fenebache should have had a penalty before the first Liverpool goal 🙄
Bet we won't see meltdowns about that though, will we...
🧵 @qubitcoinx just moved 𝗦𝗗𝗖 𝗳𝗿𝗼𝗺 𝘁𝗵𝗲𝗼𝗿𝘆 𝗶𝗻𝘁𝗼 𝗹𝗶𝘃𝗲 𝘁𝗲𝘀𝘁𝗶𝗻𝗴 ⚛️
The 𝗦𝗲𝗰𝗼𝗻𝗱 𝗖𝗼𝗺𝗽𝘂𝘁𝗮𝘁𝗶𝗼𝗻𝗮𝗹 𝗧𝗮𝘀𝗸 is now 𝗹𝗶𝘃𝗲 𝗼𝗻 𝘁𝗲𝘀𝘁𝗻𝗲𝘁, meaning Qubitcoin can test two different useful workloads operating together under 𝗦𝘂𝗽𝗲𝗿𝗱𝗲𝗻𝘀𝗲 𝗖𝗼𝗻𝘀𝗲𝗻𝘀𝘂𝘀.
#QTC #Qubitcoin #SDC #QuantumComputing #QuantumErrorCorrection
We’re excited to announce that our second computational task is now live on testnet!
This milestone has been months in the making. Behind this release are countless hours of research, development, experiments, and testing, and reaching this point on Qubitcoin’s second anniversary makes it even more special.
With the second task now on testnet, we can begin testing how two computational problems operate alongside each other on the QTC network. This is an important step toward realizing the broader vision of Superdense Consensus.
Before diving into the details, we want to thank everyone who has supported Qubitcoin throughout these two years. Your curiosity, contributions, and continued belief in the project have been an important part of this journey.
Technical Details
In our last update, we shared that we were running experiments to determine the deployment parameters for the second task. Today, we’re excited to take the next step and open it up for testing.
The task centers on decoding quantum error-correcting codes, specifically finding low-weight errors that match a given syndrome in dense random stabilizer codes. This opens an opportunity for QTC miners to develop and benchmark decoding algorithms relevant to fault-tolerant quantum computing research.
The testnet will help us study how computational difficulty scales as participation grows and solvers improve. It will also put Superdense Consensus to the test, allowing us to see how the two tasks operate together under real network conditions.
The mainnet release will be accompanied by a detailed explanation of the task’s mechanics, design choices, and scientific relevance, so everyone can examine the technical foundations and evaluate the work.
What’s Next
To introduce the task and help early participants get started, we’ll host a community call on Sunday, November 8, at 12:00 PM ET. We’ll walk through the computational problem, explain how it fits into Superdense Consensus, and answer your questions.
For the team, seeing this second task reach testnet after months of development is a moment we’re particularly proud of. There’s still plenty of work ahead, and the results from testing will be an important part of determining the next steps.
Two years into Qubitcoin, we’re continuing to build, experiment, and work on the ideas that brought this project together in the first place.
Thank you for being part of it.
Happy second anniversary, Qubitcoin! 🎉
Liverpool starting their usual diving in the box trying to get a penalty 🙄
They'll moan like fuck about the ref despite one of their players committing 2 red card challenges within the first 10 minutes 🙄
Akashicdesign retweeted
Deqode is the name of the new (second) $QTC task. @qubitcoinx
Qhash is the first, and is live on mainnet, and if testing goes well both tasks will be live simultaneously on mainnet in the future.
Having looked at the 2nd task repo every block gives now miners a puzzle comprised of:
- 288 qubits
- 187 random checks and;
- a readout showing which checks got tripped.
Therefore, the miner's job is to determine a set of at most 45 'faulty qubits' that explains that readout.
Having also gone through this with Claude AI, there's bout 10^74 possible answers, an absolutely insane number, so miners need to search hard especially as competition (ie the network # miners) grows. But once a miner finds one, everyone else can confirm it in a split second on any laptop as the team has made this CPU friendly ie even the most basic computers can contribute.
This is a smart move and opens the audience for Qubitcoin to anyone with a PC or laptop.
Again, this is exactly what a real quantum computer's error-correction system does in function - look at the triggered checks, work out which qubits went wrong, fix them = error corrected... and this is all happening now on Qubitcoin’s latest testnet (first take, QHash is live already on main).
So miners are practising the hardest part of making quantum computers work all via a blockchain.
It's absolutely genius. QTC is the reward for the effort.
The Qubitcoin team has solve a utility problem that many have tried and failed at before over the last 14 years.
A new frontier is being played out before our eyes.
Akashicdesign retweeted
SERV v3 has leap-frogged the entire AI agent space.
With v3, we're taking SERV Reasoning far beyond an API, toward a full suite for building, managing, improving and auditing enterprise agent systems.
Graph Sharding (aka v3) is the next step toward solving the problems that have been holding enterprises back from deploying agents at scale: unpredictable costs, reliability, compliance requirements, and lack of control. And critically, pushing towards the elusive 99.9% agent reliability that everyone is chasing... Well now it's here.
On top of the release, we're expanding distribution through enterprise channels like AWS Marketplace, pushing toward new partnerships, and continuing to build out $SERV utility as the agentic economy takes shape.
Proud of the team and the trajectory we're pushing on.
Onwards.
Akashicdesign retweeted
Some highly interesting developments around the team behind Qubitcoin $QTC
Members of the Superquantum team, which created and actively manages Qubitcoin via the Foundation, recently won Lockheed Martin’s quantum-computing challenge at Vanderbilt’s inaugural 2026 Dry Dock event.
Lockheed Martin’s quantum challenge was straightforward to understand but difficult to solve and the challenge was to use quantum computing to find the one thing that doesn’t belong.
Examples included identifying a self-driving car amongst human-driven traffic or detecting a vehicle constructed from an unusual mixture of materials - essentially a high-powered anomaly-detection / pattern-recognition problem using quantum tools.
The winner was Superquantum's/Qubitcoin's team - David Nizovsky, Daniil Shatokhin, Dmitrii Khitrin (Qubitcoin's Director), and, much to the community's surprise, a new face appeared among the ranks - Carter Steinberg.
The attached clip is an excerpt from the winning speech conducted by Carter, who appears to be playing an increasingly visible business-facing role.
He graduated in Economics from Vanderbilt and now works at Morgan Stanley . His background adds something rather different to a group otherwise dominated by quantum physics, engineering and computer science.
Though not entirely relevant here, it is worth noting that Carter comes from good pedigree. His father is the esteemed David A Steinberg - founder of Zeta Group (AI market and intelligenc), co-founded in 2007 with former Apple CEO, John Sculley.
Carter’s presentation (approx 4 months ago) also sets out what appears to be Superquantum’s target $1.5m pre-seed raise, designed to fund approximately 18 months.
Note: Qubitcoin was fair launched at MIT in 2024 in a classroom of approximately 35 students. No pre-mine occurred and any QTC the team has was fairly mined.
The presentation set out three key milestones:
• Production-grade FTQC resource optimiser
• Independent Shor / ECC-256 / RSA-2048 benchmarks
• First paid hardware-OEM pilot
What interested me most, though, was Superquantum’s “six layers of moat” slide.
The strategy appears to comprise:
1 — Optimisation IP
Building and protecting proprietary quantum-circuit optimisation/compression technology.
2 — Scheduler IP
Developing architecture-aware scheduling and resource optimisation for fault-tolerant quantum computing.
3 — Hardware abstraction
Creating a vendor-neutral layer capable of working across different quantum-hardware manufacturers rather than betting the company on one QPU architecture.
4 — Benchmark corpus
Building an accumulating body of reproducible performance data that can compare quantum architectures and optimisation approaches.
5 — Validation workflows
Providing reproducible evidence which hardware companies and customers can use when evaluating performance and future roadmaps.
6 — Qubitcoin's compute explicitly mentioned
Perhaps the most interesting part for $QTC holders is Superquantum explicitly identifies Qubitcoin compute as part of its moat, with the network potentially generating circuit-optimisation data that can help improve future quantum compilers.
That last point potentially gives Qubitcoin a much clearer place inside the wider Superquantum business moderl than simply being “a quantum cryptocurrency”. Qubitcoin is the only decentralized L1 network focusing on building real world quantum infrastructure and software, not another project trying to solve PQC on-chain.
For transparency, as far as the community is aware none of this means those commercial moats or OEM relationships have already been achieved, but who knows. What is clear is that this is a fundraising/business plan and a clear call for investment.
It is encouraging to see the technology being framed around a route from research → optimisation IP → independent benchmarks → hardware integration → paying OEM customer, with Qubitcoin itself appearing inside that strategy.
I got more👇
Akashicdesign retweeted
The first enterprise distribution gateway for SERV Reasoning will be AWS Marketplace.
Through discussions with larger enterprises, we've seen how access through established marketplaces can simplify onboarding, with familiar procurement processes and provider review requirements helping remove barriers to adoption.
AWS Marketplace allows enterprises to discover, purchase, and deploy software through their existing AWS accounts and procurement processes.
For SERV, this opens an established enterprise distribution channel, bringing SERV Reasoning closer to organizations looking to adopt reliable AI infrastructure.
The opportunity is significant. Canalys projects enterprise software sales through cloud marketplaces to reach $85B by 2028.
Beyond scale, a Forrester Consulting study commissioned by AWS found procurement processes were 60% faster for its modeled enterprise using AWS Marketplace.
AWS is the first step in a broader strategy to bring SERV Reasoning into the channels enterprises already use to discover, procure, and deploy software globally, with minimal friction.
The next phase of SERV’s enterprise expansion is already in motion.
From conversations with our customers and enterprises, we’ve learned that large organizations increasingly rely on established distribution channels to access and procure technology.
We’ve started expanding SERV Reasoning into these channels, removing the friction for institutions to onboard and adopt SERV Reasoning into their stack.
The first distribution gateway for SERV goes live in October.
Akashicdesign retweeted
IXS Vaults are now in Binance Wallet.
Open the dApp browser, find IXS Vaults, and deposit. That's tokenized real-world assets on BNB Chain and Avalanche without leaving the wallet.
Agents use the same vaults through MCP and x402.
Humans get a button. Agents get an endpoint. ERC-4626 and ERC-7540 onchain. @BinanceWallet
Will never understand grown men using the assisted pull up machines in the gym.
Unless you're coming back from an injury there's no excuse.
D’CENT UPDATE — THIS IS STILL HAPPENING.
As of TODAY, September 25, on-chain reporting says the D’CENT App Wallet drain is still ongoing.
Since Sept. 21 alone, another 640,370 XRP has reportedly been taken.
Reported total: ~12.4 MILLION XRP 👥 7,393 wallets affected
And here's the part people need to understand: 76 wallets were reportedly drained, funded again, and then drained AGAIN.
Meanwhile, users are still waiting for real answers about exactly what happened, accountability, recovery and what is being done for victims.
This isn't just an old hack we're talking about.
The draining is still being reported TODAY.
People deserve answers. People deserve transparency. And the crypto community needs to keep talking about this until they get them.
#DCENT #DCENTWallet #XRP #XRPL #CryptoSecurity #CryptoCommunity
Akashicdesign retweeted
Qubitcoin - explained simply.
@qubitcoinx $QTC
This is what @Ludacris meant when he said "Move bitch, get out the way"
Akashicdesign retweeted
SERV Reasoning is being built for an agentic AI market projected to reach nearly $1T by 2030.
As AI agents move from demos to production, banks, fintechs, governments and payment providers will need infrastructure they can trust underneath their agents. SERV is building that layer: reliable, auditable and affordable.
Two paths feed each other:
- web2 and enterprise bring scale, long-term contracts and credibility across banking, payments, legal, accounting and more
- web3 moves fast, testing what structured reasoning can do across DeFi, prediction markets, tokenized assets and agent-to-agent commerce
Both paths lead to SERV.
Depending on where a company is in its agent adoption journey, we meet them at one of three entry points:
1. AI agent assessment to identify where agents can create value
2. Custom agent development for specific workflows and business requirements
3. The SERV Reasoning API and platform, the production infrastructure their own agents run on
Different entry points with the same destination → the infrastructure the agent economy runs on.
The public API is live and the first SERV Hackathon just started.
Build with SERV: openserv.ai
Everything we’ve done so far was preparation for this.
Today, we open access to production-grade AI reasoning for every team. SERV Reasoning API is now live.
This unlocks next stages: SERV v3→v4.
Make your first API call & check 26/27 milestones: openserv.ai
Akashicdesign retweeted
AI agents will be disgustingly big.
Web2 needs them. Web3 needs them.
Both paths lead to SERV.
All roads lead to SERV.
SERV Reasoning is being built for an agentic AI market projected to reach nearly $1T by 2030.
As AI agents move from demos to production, banks, fintechs, governments and payment providers will need infrastructure they can trust underneath their agents. SERV is building that layer: reliable, auditable and affordable.
Two paths feed each other:
- web2 and enterprise bring scale, long-term contracts and credibility across banking, payments, legal, accounting and more
- web3 moves fast, testing what structured reasoning can do across DeFi, prediction markets, tokenized assets and agent-to-agent commerce
Both paths lead to SERV.
Depending on where a company is in its agent adoption journey, we meet them at one of three entry points:
1. AI agent assessment to identify where agents can create value
2. Custom agent development for specific workflows and business requirements
3. The SERV Reasoning API and platform, the production infrastructure their own agents run on
Different entry points with the same destination → the infrastructure the agent economy runs on.
The public API is live and the first SERV Hackathon just started.
Build with SERV: openserv.ai
Haaland was a yard offside and var have just ruled it as onside...i dont want to hear anyone talking about Arsenal getting decisions ever again 😂😂
City must have made a deposit into the #Pgmol coffers at half time.



























