speed looks like the kind of dragon who would press every button just to see what happens.
if there’s a big red button, you already know who’s pressing it first.
keepers, can we really trust this little troublemaker?
@Pocket_Dragons_ 🐉 #CollectFi
NEW DRAGON ALERT 🐉
Name: Speed
Status: Hatched
Temperament: Bold. Fearless. Mischievous. Unreasonably fast.
👉 Speed has never encountered a button he didn't press, a rule he didn't break, or a warning sign he didn't ignore.
Hatchery Observation Notes:
Subject displays an uncontrollable fascination with buttons, switches, and anything labelled "DO NOT TOUCH."
Multiple unexplained Hatchery incidents have been linked to his whereabouts.
When questioned, Speed appeared amused.
Official Recommendation: Keep all restricted controls out of reach.
the more i look at @quipnetwork , the more interesting the architecture becomes.
because the vision isn't simply to give people access to quantum computers.
it's to connect the pieces needed to make distributed quantum compute usable.
start with the hardware.
quip's network brings compute providers and consumers together, with different subnets serving different workload types.
then comes qvm.
one constraint-based programming language and runtime designed to connect quantum annealers, gate-based quantum systems, and classical machines through a shared programming layer.
developers can publish programs, and the network is designed to let them earn when those programs are run.
then there's quipswap, the settlement layer handling payments across the ecosystem with quantum-resistant signatures.
each component addresses a different part of the problem:
compute access.
program portability.
verification.
economic coordination.
settlement.
the qvm is now live on the aglais testnet, with d-wave support and ionq support coming.
researchers at monash university, the university of notre dame, and purdue university are testing the qvm. sic systems is also exploring industrial optimization applications.
these are early signals of interest, not proof of mass adoption.
but they show the range of problems the infrastructure is being explored for, from academic research to industrial optimization.
the opportunity is compelling if quip can make these pieces work together reliably at scale.
quantum hardware doesn't become an accessible computing platform just because the machines exist.
developers need usable tools. businesses need understandable costs. users need verifiable outputs. and the network needs a practical way to coordinate supply and demand.
that's the bigger picture behind qvm.
not just quantum hardware.
an attempt to build the software and economic infrastructure around it.
still early. still needs to prove itself.
but definitely worth watching.
the more i look at @QuipNetwork, the more interesting the architecture becomes.
because the vision isn't simply to give people access to quantum computers.
it's to connect the pieces needed to make distributed quantum compute usable.
start with the hardware.
quip's network brings compute providers and consumers together, with different subnets serving different workload types.
then comes qvm.
one constraint-based programming language and runtime designed to connect quantum annealers, gate-based quantum systems, and classical machines through a shared programming layer.
developers can publish programs, and the network is designed to let them earn when those programs are run.
then there's quipswap, the settlement layer handling payments across the ecosystem with quantum-resistant signatures.
each component addresses a different part of the problem:
compute access.
program portability.
verification.
economic coordination.
settlement.
the qvm is now live on the aglais testnet, with d-wave support and ionq support coming.
researchers at monash university, the university of notre dame, and purdue university are testing the qvm. sic systems is also exploring industrial optimization applications.
these are early signals of interest, not proof of mass adoption.
but they show the range of problems the infrastructure is being explored for, from academic research to industrial optimization.
the opportunity is compelling if quip can make these pieces work together reliably at scale.
quantum hardware doesn't become an accessible computing platform just because the machines exist.
developers need usable tools. businesses need understandable costs. users need verifiable outputs. and the network needs a practical way to coordinate supply and demand.
that's the bigger picture behind qvm.
not just quantum hardware.
an attempt to build the software and economic infrastructure around it.
still early. still needs to prove itself.
but definitely worth watching.
anons, @Pocket_Dragons_ is trending on x almost every day 👀🐉
if you’re eyeing this hyped nft collection, now’s the time to get involved.
🐉 join the movement
✅ sign in with x
🏅 complete quests and collect badges
🔥 collect badges to secure your gtd spot
your badges are your edge. don’t just watch the hype, get involved and earn your place, keepers.
SIGN UP HERE pocketdragons.io/?keeper=GDA…
use code: 16726
do the tasks and collect the badges
see you in the ember chamber 🥚
yo my bros, do the sign up using the code 16726 along with collecting badges. @Coinzys1 @Malle6565 @bruno_jr_talent @tanvirnabil25 @AatifAli753238
pinkman🐉 retweeted
If Satoshi's coins moved tomorrow, would the market believe Satoshi was back, or that someone used a quantum computer to crack his keys?
@cadillion and @rcarback walk through what a quantum attack could look like.
Thanks @cyphertalkmedia for having us on.
Worried quantum is coming for your bags?
@cadillion of @quipnetwork walks us through a quantum hack: ~26 days of compute for one shot at a key, roughly 50/50 odds. On average, 52 days to crack a single one.
Which means the first targets are the big holders.
pinkman🐉 retweeted
My DMs are flooded how to get a GTD spot for @Pocket_Dragons_ so here you go... 🐉
Let me explain and it takes just 2 minutes:
🔥 2,000 PRE SALE SPOTS UP FOR GRABS
🏅 1,800 for our community (yes, YOU).
🤝 200 for partnerships helping grow Pocket Dragons.
Any left over spots from community not taken will go to partnerships
SO HOW DO YOU GET ONE?
🎟️ 500 spots are being raffled to anyone with at least 1 badge or more.
✅ Complete the onboarding.
🏅 Earn badges. Every badge increases your chances.
🏆 Want to secure 1-5 Pre Sale spots? Get into the Top 500 on the leaderboard.
And before you ask... NO, IT'S NOT TOO LATE. 😂
Stop overthinking it. Get involved!
pinkman🐉 retweeted
Great to appear on @cyphertalkmedia to talk all things quantum-resistance, and dive deeper on realistic threat models
Worth a listen if you haven't begun to consider your Q-day migration!
Worried quantum is coming for your bags?
@cadillion of @quipnetwork walks us through a quantum hack: ~26 days of compute for one shot at a key, roughly 50/50 odds. On average, 52 days to crack a single one.
Which means the first targets are the big holders.
what makes pocket dragons exciting is how everything connects. 🐉🔥
@Pocket_Dragons_ is building beyond the mint, where collecting, gaming, honor, and rewards all come together as part of a bigger vision.
we’re not just collecting dragons. we’re becoming part of their world.
Welcome to the world of @Pocket_Dragons_ 🐉
We're building an entire ecosystem around 5 core pillars.
🎮 GameFi - Play, collect, bond with your Dragons and unlock achievements.
💎 NFTs & Collectibles - 6,000 Dragons, 352 combinations, burning, upgrades and exclusive 1/1s.
🏦 Ecosystem & Rewards - Honor Score, NFT buybacks, ETH rewards and a system designed to reward community.
🌍 IP & Brand - Bringing our Dragons to life through characters, animations, experiences and expansion beyond Web3.
🤖 AI & Innovation - Exploring what's possible when AI meets Pocket Dragons.
And the best part?
Everything is designed to connect.
Collecting leads to achievements. Achievements build your Honor. Burning unlocks rewards. And ecosystem revenue helps support the system.
We're not building something that ends at mint.
We're building something that begins there.
What are you most excited for?👇
pinkman🐉 retweeted
People love saying "community" when what they really mean is:
> people who buy
> people who hold
> people who raid
> people who don’t complain
A real community is messier than that.
People disagree, disappear, come back, make friends, and contribute in weird, creative ways @YoukieVerse.
It's much harder to build a home than a holder count.
Join us, become a Youkie!
pinkman🐉 retweeted
Last Week on @Pocket_Dragons_ The Mint Plan is finally here 🐉
The Ancient Hatchery opens this November.
Here’s the full breakdown 👇
⇨ THE BASICS
• 6,000 Pocket Dragons
• Ethereum chain
• 16 species • 22 origins
• Two ways to become a Keeper
⇨ COMMUNITY-FIRST PRESALE
• 2,000 NFTs targeted for Keepers
• 1,800 spots through Ledger rankings + community raffle
• Remaining spots for partner communities
⇨ YOUR LEDGER RANK MATTERS
Top 500 Keepers get guaranteed spots:
🥇 Rank 1–100 → 5 spots each
🥈 Rank 101–300 → 3 spots each
🥉 Rank 301–500 → 1 spot each
⇨ Another 500 spots via badge-weighted raffle
Hold at least 1 badge to enter. More badges = better odds.
Target price: 0.029 ETH
⇨ COULD YOUR DRAGON BE FREE?
Top 4,000 eligible Keepers start the public auction with provisional $0 allocations.
As paid bids come in, lower ranks get replaced first.
Higher your Ledger rank = longer your free allocation survives.
Free NFTs are possible
but not guaranteed.
⇨ PUBLIC AUCTION
• Open to everyone
• Up to 10 Dragons per wallet
• Bids from $10 to $200 (fully funded in ETH)
• Active bids cannot be lowered or cancelled
• Outbid funds can be withdrawn or reused
• Your bid is your maximum, not necessarily the final price
⇨ ONE FINAL PRICE FOR EVERYONE
The lowest winning bid sets the price for all winners.
Example: Five $200 bids could win at $90 each.
If a $0 allocation survives at the end → everyone pays $0.
(All payments & refunds in ETH. Gas is extra.)
⇨ DRAGON BUYBACK MECHANISM
A planned share of mint proceeds will be used to buy Dragons back.
These Dragons will stock burn rewards and the Dragon Reserve.
A live counter will show the buyback allocation in real time.
⇨ AUCTION DETAILS
• Runs for 24 hours
• Up to 60 minutes of late-bid extensions
• Can end early if all spots hit the cap
• Winning eggs get airdropped
• Unspent ETH claimable after settlement
• Egg trading + 1/1 burning opens after distribution
This is more than a mint.
It’s the start of an ecosystem built to grow.
Final dates, exact ETH pricing, snapshot rules and full terms will be shared before launch.
Start building your Ledger progress it’s not too late.
Every Dragon is searching for its Keeper.
Are you ready? 🐉
#PocketDragons #MintPlan #CollectFi
🤖 Made with AI
i’ve got 3 unspent @dac_chain mainnet accessing codes ready to give away.
if you’ve been waiting to join the mainnet mission, these codes lets you in.
1) LC-3KDN-P3NW-5F5P
2) LC-Y4BV-4V9Q-NESX
3) LC-H7VN-PPJ3-RTC9
head to interstellar.dachain.io/ and try your luck.
first come, first served.
DAC to farout.
🤝 Paid partnership
Know someone who'd make a good operative?
Your Launch Codes are waiting on the Launch Codes page.
Send one their way → interstellar.dachain.io
thank you @dac_chain for the clarification.
the fact that the team sees the rumors circulating on ct and addresses them in a timely manner says a lot about how they communicate with their community.
the team clarified the allocation distinction:
→ grant allocation: subject to the 24-month vesting schedule published in the tokenomics.
→ community airdrop: a separate allocation that will not be subject to that vesting schedule.
the final airdrop numbers and distribution details are still pending the team's dedicated announcement, so let's not treat random figures circulating on ct as confirmed.
with tge approaching, clear communication matters. it's good to see the team addressing confusion instead of letting speculation run wild.
DAC to farout 🚀
gm keepers 🐉
my plan for this week is to follow more keepers, explore the community, and engage with what you all are sharing.
if you're a keeper, drop a gm. let's connect 🤝
@Pocket_Dragons_ #CollectFi
the more i look at @QuipNetwork, the more interesting the architecture becomes.
because the vision isn't simply to give people access to quantum computers.
it's to connect the pieces needed to make distributed quantum compute usable.
start with the hardware.
quip's network brings compute providers and consumers together, with different subnets serving different workload types.
then comes qvm.
one constraint-based programming language and runtime designed to connect quantum annealers, gate-based quantum systems, and classical machines through a shared programming layer.
developers can publish programs, and the network is designed to let them earn when those programs are run.
then there's quipswap, the settlement layer handling payments across the ecosystem with quantum-resistant signatures.
each component addresses a different part of the problem:
compute access.
program portability.
verification.
economic coordination.
settlement.
the qvm is now live on the aglais testnet, with d-wave support and ionq support coming.
researchers at monash university, the university of notre dame, and purdue university are testing the qvm. sic systems is also exploring industrial optimization applications.
these are early signals of interest, not proof of mass adoption.
but they show the range of problems the infrastructure is being explored for, from academic research to industrial optimization.
the opportunity is compelling if quip can make these pieces work together reliably at scale.
quantum hardware doesn't become an accessible computing platform just because the machines exist.
developers need usable tools. businesses need understandable costs. users need verifiable outputs. and the network needs a practical way to coordinate supply and demand.
that's the bigger picture behind qvm.
not just quantum hardware.
an attempt to build the software and economic infrastructure around it.
still early. still needs to prove itself.
but definitely worth watching.
here's a question that deserves more attention in decentralized compute:
what happens when a machine gives you an answer, but you have no reliable way to verify how that answer was produced?
in ordinary computing, we already think about reproducibility, integrity, and trusted execution.
with distributed quantum compute, those questions become even more interesting.
@QuipNetwork is building verification directly into the qvm workflow.
every computation goes through three layers of checking:
1. classical simulation to cross-check quantum outputs.
2. independent classical benchmarking to evaluate the result on separate hardware.
3. cryptographic attestation linking the result to the hardware that produced it.
these layers serve different purposes.
simulation provides a comparison. independent benchmarking adds another reference point. cryptographic attestation helps establish the provenance of the computation.
together, they form a framework designed to make results more auditable instead of asking users to blindly trust an operator's word.
and this fits into quip's bigger architecture.
the network connects compute demand with hardware providers, routes jobs to suitable machines, and uses verification as part of the workflow.
because decentralized compute is not just about distributing workloads.
it's also about making the outputs useful and trustworthy enough for other people and systems to rely on.
verification alone doesn't guarantee every result is correct. the strength of any system depends on its implementation, assumptions, and threat model.
but making verification a first-class part of the infrastructure is the right problem to work on.
compute creates the output.
verification helps establish why that output deserves to be trusted.
that's a distinction worth understanding.
here's a question that deserves more attention in decentralized compute:
what happens when a machine gives you an answer, but you have no reliable way to verify how that answer was produced?
in ordinary computing, we already think about reproducibility, integrity, and trusted execution.
with distributed quantum compute, those questions become even more interesting.
@QuipNetwork is building verification directly into the qvm workflow.
every computation goes through three layers of checking:
1. classical simulation to cross-check quantum outputs.
2. independent classical benchmarking to evaluate the result on separate hardware.
3. cryptographic attestation linking the result to the hardware that produced it.
these layers serve different purposes.
simulation provides a comparison. independent benchmarking adds another reference point. cryptographic attestation helps establish the provenance of the computation.
together, they form a framework designed to make results more auditable instead of asking users to blindly trust an operator's word.
and this fits into quip's bigger architecture.
the network connects compute demand with hardware providers, routes jobs to suitable machines, and uses verification as part of the workflow.
because decentralized compute is not just about distributing workloads.
it's also about making the outputs useful and trustworthy enough for other people and systems to rely on.
verification alone doesn't guarantee every result is correct. the strength of any system depends on its implementation, assumptions, and threat model.
but making verification a first-class part of the infrastructure is the right problem to work on.
compute creates the output.
verification helps establish why that output deserves to be trusted.
that's a distinction worth understanding.
my youkie understood the assignment, hehe
showing love to nessa and the whole @YoukieVerse community 💜
btw, @YoukieVerse is more than just cute nft characters. it’s games, community, tools, and a bigger vision for building real products and sustainable value around nfts.
I won the @General_Sancho King/Queen competition!
Will donate my $50 to my @YoukieVerse community.
Follow me and the General who
builds these nice tools!
Qrt this post with your Youkie as graphic to win!