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Most networks choke under pressure, Walrus keeps going
Scalable blockchains sound nice on slides. Fast. Coordinated. Perfect. But reality is harsher. Transactions stall. Governance hiccups appear. Nodes vanish mid-process. Dashboards blink green while coordination silently fails. Queues back up. Retries collide. Some transactions simply vanish. Ever wonder why some networks crumble the moment traffic spikes, while others barely twitch?
Walrus (@Walrus 🦭/acc ) sits on Sui. And here? Nothing stops. Transactions complete. Staking moves. dApps respond. Validators parallelize work because the execution model doesn’t make them wait on strangers. That’s the visible part. What users see. What dashboards try to display. But reality is in the invisible layers.
The invisible part? That’s where semantic availability lives. Sui integration keeps coordination intact even when nodes fail. Hidden mechanisms absorb shocks before you notice them. Redundant fragments reassemble quietly. Partial failures vanish into the system. Temporary hiccups never become outages. Network jitter, retry storms, validator desyncs, all handled without raising an alert. Costly, painstaking designs do the work no one brags about. “If you think it’s seamless, that’s because it survived silently,” a colleague once said.
Other networks take risks. They treat storage like memory. They hope coordination will hold. They hope retries are enough. Not Walrus ($WAL ). Every design choice, network paths, validator proofs, blob handling, Sui object tracking, fragment rebalancing, doubles as a survival mechanism. You don’t see it. You just notice nothing broke. And sometimes, that’s enough proof.
Platforms brag about TPS, flashy dashboards, and governance metrics. They crash when nodes disappear. Walrus? You never notice anything went wrong. Validators don’t argue about bytes, they argue about proofs. The long-tail work, distribution, repair, reconstruction, conflict resolution, happens behind the scenes. Execution keeps flowing. Parallelism holds because storage doesn’t demand attention. Temporary data that would ruin other networks? Corrected quietly. Retry storms? Absorbed silently. Chaos doesn’t leak to users.
Have you paused to think why some blockchains fail under the first stress test, while others move like nothing happened? Why do transactions linger elsewhere but complete here? Why do governance votes process even when half the network is offline? That’s not luck. It’s slow, deliberate, hidden design. Every extra millisecond saved, every fragment repaired, every proof validated quietly, those are the signs of survival.
Walrus solves what most networks cannot. Transactions don’t stall. Staking and governance continue. dApps don’t blink out. Systems survive chaos without fuss. That quiet, stubborn persistence, that sense of network survival, is what makes Walrus reliable. That’s why it exists. That’s why Sui stays alive, functional, and trustworthy. Every retry, every fragment, every silent repair, #Walrus ensures nothing truly fails.
Walrus (@Walrus 🦭/acc ) sits on Sui. And here? Nothing stops. Transactions complete. Staking moves. dApps respond. Validators parallelize work because the execution model doesn’t make them wait on strangers. That’s the visible part. What users see. What dashboards try to display. But reality is in the invisible layers.
The invisible part? That’s where semantic availability lives. Sui integration keeps coordination intact even when nodes fail. Hidden mechanisms absorb shocks before you notice them. Redundant fragments reassemble quietly. Partial failures vanish into the system. Temporary hiccups never become outages. Network jitter, retry storms, validator desyncs, all handled without raising an alert. Costly, painstaking designs do the work no one brags about. “If you think it’s seamless, that’s because it survived silently,” a colleague once said.
Other networks take risks. They treat storage like memory. They hope coordination will hold. They hope retries are enough. Not Walrus ($WAL ). Every design choice, network paths, validator proofs, blob handling, Sui object tracking, fragment rebalancing, doubles as a survival mechanism. You don’t see it. You just notice nothing broke. And sometimes, that’s enough proof.
Platforms brag about TPS, flashy dashboards, and governance metrics. They crash when nodes disappear. Walrus? You never notice anything went wrong. Validators don’t argue about bytes, they argue about proofs. The long-tail work, distribution, repair, reconstruction, conflict resolution, happens behind the scenes. Execution keeps flowing. Parallelism holds because storage doesn’t demand attention. Temporary data that would ruin other networks? Corrected quietly. Retry storms? Absorbed silently. Chaos doesn’t leak to users.
Have you paused to think why some blockchains fail under the first stress test, while others move like nothing happened? Why do transactions linger elsewhere but complete here? Why do governance votes process even when half the network is offline? That’s not luck. It’s slow, deliberate, hidden design. Every extra millisecond saved, every fragment repaired, every proof validated quietly, those are the signs of survival.
Walrus solves what most networks cannot. Transactions don’t stall. Staking and governance continue. dApps don’t blink out. Systems survive chaos without fuss. That quiet, stubborn persistence, that sense of network survival, is what makes Walrus reliable. That’s why it exists. That’s why Sui stays alive, functional, and trustworthy. Every retry, every fragment, every silent repair, #Walrus ensures nothing truly fails.
Cheap storage dies quietly, Walrus doesn’t
Everyone wants storage that’s fast, cheap, perfect. But does it survive the night? “Perfect” is a joke when disks vanish without warning. Nodes fail. Bandwidth spikes. Files disappear. Dashboards blink green. No alerts. No apologies. Just collapse you only notice too late. Ever wonder why cheap storage looks fine… until it isn’t?
Walrus (@Walrus 🦭/acc ) shows up where others disappear. Files? They linger. Transactions? They keep moving. Systems don’t stop when others break. Erasure coding cuts data into pieces that survive missing nodes. Blob storage spreads them far. Sui keeps everything coordinated even when the network wobbles. Privacy layers? Not words. They’re what keep data alive. Cost isn’t low. Reliability isn’t free. “The shortcuts you take today become the headaches you inherit tomorrow,” an engineer muttered.
Not everything hums in the open. Redundancy works quietly. Bandwidth surges vanish. Nodes fail. Others take over. Partial failures? Handled without fuss. The slow, boring, expensive choices? Those are the ones that actually save the system. Have you ever stopped to think what fails while dashboards blink green? What breaks silently while you watch metrics dance?
Others boast features. Fail quietly. Gamble with the things that matter. Walrus ($WAL ,#Dusk ) doesn’t. Every choice, storage, network, privacy, cost doubles as survival. You don’t see it. You just notice nothing broke. Sometimes that’s proof enough.
It’s not just surviving failures. It’s about chaos. Traffic spikes. Nodes vanish. Rules change. Most systems crumble. Walrus moves through chaos silently. No alert when a fragment shifts. No receipt when a retry happens. You just see files there. Transactions clear. Everything keeps moving. “Persistence isn’t exciting,” a colleague said, “but it’s everything when everything else fails.”
Walrus carries the hidden work. Distribution. Repair. Reconstruction. So systems never pretend storage is memory. Validators never argue about bytes. They rely on proof. Parallel work continues because storage doesn’t demand attention. Temporary files that should be gone? Corrected. Messy UIs? Reined in. Data stops being decoration and starts behaving like real state.
The question always comes too late: Did the blob really survive… or did you gamble on “probably”? Walrus doesn’t gamble. It keeps systems alive. Data persists. Shocks are absorbed. That quiet, stubborn persistence, that sense of survival is what makes it work. That’s what Walrus delivers. That’s why decentralized storage stays alive. Safe. Reliable. Unshakable.
Walrus (@Walrus 🦭/acc ) shows up where others disappear. Files? They linger. Transactions? They keep moving. Systems don’t stop when others break. Erasure coding cuts data into pieces that survive missing nodes. Blob storage spreads them far. Sui keeps everything coordinated even when the network wobbles. Privacy layers? Not words. They’re what keep data alive. Cost isn’t low. Reliability isn’t free. “The shortcuts you take today become the headaches you inherit tomorrow,” an engineer muttered.
Not everything hums in the open. Redundancy works quietly. Bandwidth surges vanish. Nodes fail. Others take over. Partial failures? Handled without fuss. The slow, boring, expensive choices? Those are the ones that actually save the system. Have you ever stopped to think what fails while dashboards blink green? What breaks silently while you watch metrics dance?
Others boast features. Fail quietly. Gamble with the things that matter. Walrus ($WAL ,#Dusk ) doesn’t. Every choice, storage, network, privacy, cost doubles as survival. You don’t see it. You just notice nothing broke. Sometimes that’s proof enough.
It’s not just surviving failures. It’s about chaos. Traffic spikes. Nodes vanish. Rules change. Most systems crumble. Walrus moves through chaos silently. No alert when a fragment shifts. No receipt when a retry happens. You just see files there. Transactions clear. Everything keeps moving. “Persistence isn’t exciting,” a colleague said, “but it’s everything when everything else fails.”
Walrus carries the hidden work. Distribution. Repair. Reconstruction. So systems never pretend storage is memory. Validators never argue about bytes. They rely on proof. Parallel work continues because storage doesn’t demand attention. Temporary files that should be gone? Corrected. Messy UIs? Reined in. Data stops being decoration and starts behaving like real state.
The question always comes too late: Did the blob really survive… or did you gamble on “probably”? Walrus doesn’t gamble. It keeps systems alive. Data persists. Shocks are absorbed. That quiet, stubborn persistence, that sense of survival is what makes it work. That’s what Walrus delivers. That’s why decentralized storage stays alive. Safe. Reliable. Unshakable.
Oh my! $HUMA tripped on the carpet! 🧶 It tumbled down from 0.02739 and went plop right on the floor at 0.02632!. Now it is trying to stand up at 0.02658, holding tight onto the yellow line so it doesn't fall again. Oopsie daisy, dust off your knees and try to climb back up to the big chair! 🪑🥺✨
Ouchie! $LISTA tripped over its own shoelaces! 👟 It was walking tall way up at 0.1694, but then plop... it tumbled all the way down to the floor at 0.1653!. Now it is sitting at 0.1673 rubbing its little knee and trying to be brave 🥺. Stand up and brush off the dust, little friend, the playground is waiting for you! 🎠🧸✨
Look at $WCT playing hopscotch! 🏃♂️ It started way down at 0.0792, but then... ZOOM! It jumped all the way up to touch the sky at 0.0866!. Now it is taking a little break at 0.0838, sitting on the yellow line so it doesn't fall. Catch your breath, little jumper, and get ready for the next big hop! 🐇✨🆙
Look at $TURTLE crawling slowly up the big green hill! 🐢 He started way down in the mud at 0.0569 and climbed up, up, up to the very top at 0.0668!. Now he is tucking his head into his shell at 0.0632 for a tiny nap 💤. Don't hide in your shell too long, little turtle, or you might roll back down to the bottom! 🏞️🧗♂️✨
Nobody tells you how much friction disappears when fees vanish. Gasless USDT transfers aren’t a perk, they’re a lifeline. One less thing to check, one less “did it go through?” panic. Stablecoin-first gas doesn’t feel revolutionary; it just keeps transactions predictable, even under pressure.
Anchoring to Bitcoin isn’t for headlines. It’s the quiet backbone. Neutrality, censorship resistance, they’re invisible until the chain is tested. Then you notice: rules aren’t suggestions. They’re enforced whether anyone cheers or not.
Different users notice differently. Retail in high-adoption markets just clicks and waits, expecting nothing to fail. Institutions look at logs, settlement times, audit trails, they care about cost, predictability, and who’s responsible if it breaks. Plasma survives both.
Exciting chains promise thrill. Plasma (@Plasma , $XPL ) promises discipline. Predictable costs. Settlements that actually settle. Security that actually secures. And users, finally, acting like money is supposed to behave.
#plasma #Plasma
Anchoring to Bitcoin isn’t for headlines. It’s the quiet backbone. Neutrality, censorship resistance, they’re invisible until the chain is tested. Then you notice: rules aren’t suggestions. They’re enforced whether anyone cheers or not.
Different users notice differently. Retail in high-adoption markets just clicks and waits, expecting nothing to fail. Institutions look at logs, settlement times, audit trails, they care about cost, predictability, and who’s responsible if it breaks. Plasma survives both.
Exciting chains promise thrill. Plasma (@Plasma , $XPL ) promises discipline. Predictable costs. Settlements that actually settle. Security that actually secures. And users, finally, acting like money is supposed to behave.
#plasma #Plasma
The most dangerous moment in finance is after approval but not in @Dusk .
I watched a transaction clear once that technically followed the process, right signatures, right flow, but exposed far more detail than anyone intended. Nothing illegal. Nothing broken. Just information leaking because “visibility” was the default.
No alarms went off.
Someone just said, “We’ll explain it later.”
That’s the gap most chains still fall into. They assume disclosure is harmless unless proven otherwise.
Dusk ($DUSK ) doesn’t assume that.
On #Dusk DuskEVM, what becomes visible is deliberate. Proofs validate correctness without narrating the entire story. The system answers “is this allowed?” without broadcasting “here’s everything that happened.”
It feels less like crypto infrastructure
and more like how risk desks actually think.
If your transactions only revealed what was strictly necessary, how many workflows would suddenly become viable?
I watched a transaction clear once that technically followed the process, right signatures, right flow, but exposed far more detail than anyone intended. Nothing illegal. Nothing broken. Just information leaking because “visibility” was the default.
No alarms went off.
Someone just said, “We’ll explain it later.”
That’s the gap most chains still fall into. They assume disclosure is harmless unless proven otherwise.
Dusk ($DUSK ) doesn’t assume that.
On #Dusk DuskEVM, what becomes visible is deliberate. Proofs validate correctness without narrating the entire story. The system answers “is this allowed?” without broadcasting “here’s everything that happened.”
It feels less like crypto infrastructure
and more like how risk desks actually think.
If your transactions only revealed what was strictly necessary, how many workflows would suddenly become viable?
I used to think Dusk (@Dusk ) privacy was a checkbox.
Something you toggle on after the system already exists.
Then I tried running a real-world asset pilot on #Dusk .
Every platform looked fine at first. Transactions cleared. Logs filled up. Auditors nodded.
But underneath, tiny pieces of sensitive data kept leaking. Not enough to fail a test, just enough to make compliance teams uneasy. Counterparty hints. Timing signals. Structural breadcrumbs.
On Dusk ($DUSK ), that behavior just… wasn’t there.
Transactions were still auditable. Verifiable. Reviewable when required.
But the chain didn’t broadcast what had no reason to be public. It felt less like hiding and more like discipline.
Watching it run was strange in a good way.
Like a system that knows when to speak and when to stay quiet.
Controlled. Predictable. Safe enough to operate under pressure.
That’s when it clicked: privacy isn’t a feature you add later.
It’s something you design for, or you don’t get it at all.
Do you think financial infrastructure can ever scale if it keeps oversharing by default?
Something you toggle on after the system already exists.
Then I tried running a real-world asset pilot on #Dusk .
Every platform looked fine at first. Transactions cleared. Logs filled up. Auditors nodded.
But underneath, tiny pieces of sensitive data kept leaking. Not enough to fail a test, just enough to make compliance teams uneasy. Counterparty hints. Timing signals. Structural breadcrumbs.
On Dusk ($DUSK ), that behavior just… wasn’t there.
Transactions were still auditable. Verifiable. Reviewable when required.
But the chain didn’t broadcast what had no reason to be public. It felt less like hiding and more like discipline.
Watching it run was strange in a good way.
Like a system that knows when to speak and when to stay quiet.
Controlled. Predictable. Safe enough to operate under pressure.
That’s when it clicked: privacy isn’t a feature you add later.
It’s something you design for, or you don’t get it at all.
Do you think financial infrastructure can ever scale if it keeps oversharing by default?
Look at $ZKP bouncing like a happy bunny! 🐰 It hopped all the way from the grass at 0.1228 to the very top of the hill at 0.1517!. Now it is taking a tiny rest at 0.1434 to wiggle its nose and eat a carrot 🥕. Keep hopping up, little bunny, don't slide back down to the bottom! 🐇🆙✨
Peek-a-boo! $VANRY was playing hide-and-seek and ran super fast all the way to 0.0121! 🏃♂️💨 But then it got tired and had to sit down to rest at 0.0102. It is taking a little nap on the floor right now. Shhh! 🤫 Don't wake him up until he is ready to run again, or the bears might catch him! 🐻🛌✨
Uh oh! $ME went way too high on the swing! 🎠 It swung all the way up to the sky at 0.3334, but then gravity pulled it back down to 0.2785!. It looks a little bit wobbly on those red blocks 🧱. Hold on tight to the chains, little buddy, or you might scrape your knees on the floor at 0.2344! 📉🩹🧸
My Ops lesson on #Dusk : the loudest problem in regulated systems is almost never an error.
It’s the absence of noise where you expect it.
I watched a batch of transactions sit pending once, not rejected, not reverted, not “failed.” Everything was valid. Signatures checked out. State was clean. But nothing finalized.
At first, it felt broken.
Then it clicked: the network wasn’t confused. The privacy rules refused to bend.
No extra metadata leaked. No shortcuts taken. No “close enough” approvals.
There was no alert screaming for attention.
No red light.
No dashboard panic.
Just a quiet system enforcing boundaries it refuses to forget, saying: “This only settles if it can be correct and discreet.”
That’s what surprised me about how Dusk ( @Dusk ) approaches privacy. It’s not treated like an encryption layer you toggle on. It behaves more like operational discipline, where disclosure is deliberate, contextual, and always auditable without being exposed.
On Dusk ( $DUSK ), correctness doesn’t announce itself.
It waits.
And in regulated finance, that kind of silence is often the most honest signal you can get.
Would you rather see everything on-chain…
or only what actually needs to be seen?
It’s the absence of noise where you expect it.
I watched a batch of transactions sit pending once, not rejected, not reverted, not “failed.” Everything was valid. Signatures checked out. State was clean. But nothing finalized.
At first, it felt broken.
Then it clicked: the network wasn’t confused. The privacy rules refused to bend.
No extra metadata leaked. No shortcuts taken. No “close enough” approvals.
There was no alert screaming for attention.
No red light.
No dashboard panic.
Just a quiet system enforcing boundaries it refuses to forget, saying: “This only settles if it can be correct and discreet.”
That’s what surprised me about how Dusk ( @Dusk ) approaches privacy. It’s not treated like an encryption layer you toggle on. It behaves more like operational discipline, where disclosure is deliberate, contextual, and always auditable without being exposed.
On Dusk ( $DUSK ), correctness doesn’t announce itself.
It waits.
And in regulated finance, that kind of silence is often the most honest signal you can get.
Would you rather see everything on-chain…
or only what actually needs to be seen?
Dusk (@Dusk ) EVM contracts usually feel like a highway with no speed limits.
Fast, flexible… and one bad move away from a compliance nightmare.
I deployed a contract on #Dusk DuskEVM expecting the usual tradeoff. Either it runs clean and exposes too much, or it locks everything down and becomes unusable. Instead, something different happened.
Dusk Privacy rules kicked in quietly.
Zero-knowledge proofs handled verification without revealing internals.
Homomorphic encryption let computation happen while the data stayed sealed.
Nothing flashy. No banners. Just execution that stayed auditable while keeping sensitive state where it belonged. For once, I didn’t have to explain why certain fields shouldn’t be visible, the system already knew.
That was the moment it clicked.
Regulation didn’t feel like a cage. It felt like guardrails. The kind that let you move faster because you’re not constantly bracing for impact.
This is the first Dusk ($DUSK ) EVM environment I’ve touched where compliance isn’t negotiated after deployment, it’s enforced at execution.
Would you build on a blockchain that enforces compliance without slowing you down?
Fast, flexible… and one bad move away from a compliance nightmare.
I deployed a contract on #Dusk DuskEVM expecting the usual tradeoff. Either it runs clean and exposes too much, or it locks everything down and becomes unusable. Instead, something different happened.
Dusk Privacy rules kicked in quietly.
Zero-knowledge proofs handled verification without revealing internals.
Homomorphic encryption let computation happen while the data stayed sealed.
Nothing flashy. No banners. Just execution that stayed auditable while keeping sensitive state where it belonged. For once, I didn’t have to explain why certain fields shouldn’t be visible, the system already knew.
That was the moment it clicked.
Regulation didn’t feel like a cage. It felt like guardrails. The kind that let you move faster because you’re not constantly bracing for impact.
This is the first Dusk ($DUSK ) EVM environment I’ve touched where compliance isn’t negotiated after deployment, it’s enforced at execution.
Would you build on a blockchain that enforces compliance without slowing you down?
Yippee! $DCR is putting on its hiking boots! 🥾 It walked all the way from the valley at 20.90 to the very top of the mountain peak at 24.00!. Now it is resting on a big rock at 23.88 to eat a yummy sandwich 🥪. Stay on the path, little hiker, don't slip on the pebbles and fall back down! ⛰️🌲✨
Look at $ZEN climbing the big green ladder! 🪜 It started way down on the floor at 11.128 and stepped up, up, UP all the way to 12.312!. Now it is holding on tight at 12.277 so it doesn't wobble and fall off. Don't look down, little climber, you are touching the sky! 🏗️☁️✨
Yippee! $DUSK is dancing on the ceiling! 🕺 It jumped super high to 0.1669 to tickle the moon 🌙, but now it is balancing on one foot at 0.1555!. That yellow line is holding it up so it doesn't go bonk on the floor. Stay up there, little dancer, and show us your best moves! 🎶💃✨
Peek-a-boo! $TNSR gave us a giant surprise! 🫣 It was hiding super quietly way down at 0.0713, then... POP! It sprang up like a jack-in-the-box all the way to 0.0837!. Now it is bouncing happily at 0.0821, waving hello to everyone 👋. Don't go back inside your box, little buddy, stay out and play with us! 📦🤡✨
You don’t notice Dusk (@Dusk ) until it refuses to show you everything.
I sent a test transaction on a compliance pilot. Half the data stayed hidden. Perfectly auditable, regulators happy, me sitting there blinking for a second, trying to figure out what just happened. Normally, I expect transparency to mean everything is visible, but here it didn’t. It wasn’t a glitch. It was intentional.
Turns out, selective disclosure isn’t about hiding, it’s about controlling what matters. Every piece of info has a purpose. Every transaction respects the boundary between private and auditable. It’s subtle, quiet, and way more reassuring than a flashy dashboard full of red alerts.
Ever seen a system that refuses to leak by accident? That doesn’t punish you for operating correctly, but also won’t let sensitive data slip through? That’s $DUSK .
It made me rethink what #Dusk “privacy” actually means in finance. How much data would you really trust leaving your desk if someone could enforce these boundaries automatically?
I sent a test transaction on a compliance pilot. Half the data stayed hidden. Perfectly auditable, regulators happy, me sitting there blinking for a second, trying to figure out what just happened. Normally, I expect transparency to mean everything is visible, but here it didn’t. It wasn’t a glitch. It was intentional.
Turns out, selective disclosure isn’t about hiding, it’s about controlling what matters. Every piece of info has a purpose. Every transaction respects the boundary between private and auditable. It’s subtle, quiet, and way more reassuring than a flashy dashboard full of red alerts.
Ever seen a system that refuses to leak by accident? That doesn’t punish you for operating correctly, but also won’t let sensitive data slip through? That’s $DUSK .
It made me rethink what #Dusk “privacy” actually means in finance. How much data would you really trust leaving your desk if someone could enforce these boundaries automatically?
Governance doesn’t fail loudly.
It slips quietly, in the gaps no one owns. Teams assume inaction is safe, hoping someone else will step in. Walrus (WAL) doesn’t allow that. Stakes lock outcomes, and proposals live or die based on actual participation across its Sui blockchain network.
Votes fragment across nodes. Edge cases don’t disappear, they just stop spilling into every other layer of the protocol. Missed votes or delayed stakes aren’t ignored; they silently reshape incentives, influence network behavior, and affect how storage and transactions settle across the system.
Coordination stops being abstract. Decisions cost attention, effort, and timing. Governance, staking, and protocol operations, all immutable, distributed, censorship-resistant, underpinned by erasure coding and blob storage. Every hesitation carries weight long before anyone points it out.
The network enforces reality without waiting for permission or excuses. Participation isn’t optional. Every vote, every stake, every postponed decision gets silently tallied and reflected across Walrus (WAL)’s decentralized ledger.
@Walrus 🦭/acc #Walrus $WAL
It slips quietly, in the gaps no one owns. Teams assume inaction is safe, hoping someone else will step in. Walrus (WAL) doesn’t allow that. Stakes lock outcomes, and proposals live or die based on actual participation across its Sui blockchain network.
Votes fragment across nodes. Edge cases don’t disappear, they just stop spilling into every other layer of the protocol. Missed votes or delayed stakes aren’t ignored; they silently reshape incentives, influence network behavior, and affect how storage and transactions settle across the system.
Coordination stops being abstract. Decisions cost attention, effort, and timing. Governance, staking, and protocol operations, all immutable, distributed, censorship-resistant, underpinned by erasure coding and blob storage. Every hesitation carries weight long before anyone points it out.
The network enforces reality without waiting for permission or excuses. Participation isn’t optional. Every vote, every stake, every postponed decision gets silently tallied and reflected across Walrus (WAL)’s decentralized ledger.
@Walrus 🦭/acc #Walrus $WAL
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