night

The first time I stumbled across Midnight Network, I won’t lie I rolled my eyes a little. Another blockchain promising privacy? Another system claiming it can solve problems we’ve been banging our heads against for years? I’ve learned to be skeptical. Crypto is full of ideas that sound brilliant on paper and collapse quietly when you dig deeper. Still, I kept reading, because something about zero-knowledge proofs the core tech behind it l always gets under my skin. There’s this weird mix of elegance and mystery that I can’t quite shake.
Zero-knowledge proofs are, honestly, kind of mind-bending. The idea that you can prove something is true without actually revealing the thing itself feels like a magic trick you can do with math. I remember thinking years ago, if this works at scale, it could change everything about online trust. And now Midnight is trying to do just that: build a blockchain where you can interact, transact, and even run apps without anyone ever seeing your data.

I have to admit, my initial curiosity was tinged with excitement. Because the problem is real. Most blockchains today are paradoxical. They promise decentralization and freedom, yet every transaction, every wallet balance, every little move you make is out there for anyone to see. Transparency is sold as a virtue, but in reality, it comes at the cost of personal privacy. So, the idea that a network could protect your data while still letting you use it… it’s appealing, to say the least.
But then my brain kicks in. I start asking the questions that no one else seems to want to answer right away. Privacy in crypto isn’t just about hiding numbers; it’s about trust. And trust, in this case, is complicated. Zero-knowledge proofs are mathematically elegant, sure, but the practical systems that run them are insanely complex. There are proving systems, compiler tools, circuit designs… it’s like building a skyscraper with jelly. Everything has to line up perfectly, or the whole thing could fail. And I wonder: who really understands all the moving parts? How many people are taking it on faith that it’s secure?
And governance don’t get me started. Privacy systems often rely on these “trusted setups,” at least initially. That’s a point where trust sneaks back in, even in a system designed to remove it. Who controls that setup? How do we know they aren’t compromised? Even if the math is sound, the human layer is messy, and humans always complicate things.

Then there’s the outside world. Governments aren’t exactly going to roll out the welcome mat for a privacy-first blockchain. There’s a reason privacy coins and mixers have been in regulatory crosshairs for years. Midnight’s technology could be transformative, but it also might attract scrutiny or outright pushback if it scales. That doesn’t mean it shouldn’t exist, but it’s a reminder that innovation rarely happens in a vacuum.
Still, despite the doubts, I can’t ignore the necessity of privacy. If blockchain is ever going to support real economies not just speculative trading there’s no way around it. Businesses won’t expose sensitive financial data, and individuals won’t want every single purchase or interaction on a public ledger forever. So networks like Midnight may not just be optional; they might be inevitable.
But inevitability doesn’t remove risk. I keep thinking about what happens when this system is stressed millions of users, sophisticated attackers, unpredictable real-world behavior. Complexity is like a shadow; it doesn’t disappear. It just hides until something trips over it. I’ve seen it before: Bitcoin had scaling struggles, Ethereum had smart contract pitfalls, layer-2s introduced fragmentation. Midnight could be next, just in a subtler, quieter way.

What keeps me intrigued, though, is that this project isn’t just about numbers on a screen. It’s asking us to rethink trust. Can a blockchain really give you utility without compromising your data? Can we rely on the math alone, or do humans inevitably creep back in as a weak point? And maybe that’s the real test. Not whether Midnight works perfectly today, but whether it survives the messy reality of adoption, scrutiny, and scale.
So here I am, somewhere between cautious optimism and healthy skepticism. Curious enough to keep following it, but aware enough to ask hard questions. Midnight Network is ambitious maybe too ambitious. But the conversation it sparks about privacy, ownership, and trust feels necessary, even urgent.
I don’t know where it will go from here. Maybe it becomes the foundation of a new, privacy-conscious era of blockchain. Maybe it teaches us how fragile even the most elegant systems can be. Either way, I’ll be watching. And I keep coming back to the same thought: maybe the real value isn’t in the network itself, but in the questions it forces us to ask about what we trust, what we give away, and what privacy really means in a world that’s always watching.
@MidnightNetwork #night $NIGHT

Let's be real — the privacy problem in blockchain has never really been solved. You either go full anon and attract regulators, or you go fully transparent and expose everything. Neither works for serious adoption.
Midnight Network flips the script. Built as a sidechain on Cardano, it uses zero-knowledge proofs to give users something the space has been missing: Rational Privacy — share only what's necessary, hide everything else, and do it all cryptographically.
How the ZK Magic Actually Works
ZK proofs let you prove a statement is true without revealing the data behind it. Classic example: prove your wallet balance is above $1,000 without showing your actual balance. No trust required. No data exposed.
Midnight takes this further with selective disclosure baked into smart contracts. Developers can build dApps where users verify compliance conditions — age, credit thresholds, KYC status — without ever posting sensitive data on-chain. The verifier gets a cryptographic yes/no. The chain sees nothing else.
That's not just cool tech. That's the only architecture that makes enterprise adoption actually possible.
NIGHT + DUST: A Token Model That Makes Sense
Most dual-token systems are just tokenomics theater. Midnight's is actually functional:
NIGHT— your staking and governance token. Holds the network together, earns you weight in protocol decisions.
DUST — auto-generated just by holding $NIGHT . Think of it as your privacy fuel. You spend it on shielded transactions, it recharges passively over time.
No scrambling for gas. No fee spikes killing your margins. If you're a dev building on Midnight, your operational costs are predictable — and that matters when you're shipping production-grade apps.
Current Status: Mainnet Is Close
The network is live in its Kūkolu phase — the pre-mainnet federated rollout. Google Cloud is already on board as a validator, a strong signal for institutional credibility. The Binance listing has brought liquidity and visibility to a project that was previously flying under most people's radar.
Full federated mainnet is the next milestone. The scaffolding is up.
Why This Actually Matters
Most privacy projects bolt on compliance as an afterthought — a legal patch applied after the architecture is already set. Midnight builds compliance and privacy as parallel requirements from day one. That's not a minor distinction. That's a completely different design philosophy.
If it gets traction, NIGHT holders benefit in the short term. But the bigger play is what it signals for the industry: that Web3 infrastructure can be private, verifiable, and regulation-ready at the same time — without compromise.
That's the standard the rest of the space will eventually have to meet. Midnight is just getting there first.
#night $NIGHT @MidnightNetwork

Most mainnets launch with a blog post and a countdown timer.
Kūkolu launched with 8 million wallets already active and two of the largest infrastructure players in Web3 —

Google Cloud and Blockdaemon — already running validators. That's not a soft launch. That's a network that was ready before most people knew it existed.
Going live means something specific here.
For @MidnightNetwork , the mainnet isn't just a technical milestone — it's when the real use case becomes testable. ZK-SNARKs let users prove they meet compliance requirements without revealing the underlying data.
A business operating across jurisdictions can now verify it meets local rules without putting customer records or internal financials on a public ledger. Kūkolu being live means those proofs can now be generated and verified on a production network, not a testnet.
The DUST generation mechanic activates here too. $NIGHT holders generate DUST passively — a reward tied directly to participation in a network that's now running in the real world. The late March 2026 unlock window adds a time dimension that the market is already pricing in. If you've been watching #night s the moment the thesis becomes real.
Privacy chains have launched before. Midnight takes a different position — it isn't asking regulators to look the other way. It's giving them something they can actually work with.
Does a regulator-ready privacy network change where you think compliant Web3 goes next — or does the compliance angle water down what privacy is supposed to mean?

It's March 17, 2026, and we're literally days away from what could be the biggest privacy upgrade in crypto since... well, ever. @MidnightNetwork mainnet, called Kūkolu, is dropping in the final week of March, and honestly? I've been glued to their updates like I am glued to my dexscreener searching for the next potential 100x coin. If you're in Cardano, privacy, or just tired of every wallet move being public record, this one's for you. Let's break it down deep, no fluff, just what matters.
📍 First off, why care?
Midnight isn't another privacy coin that gets delisted for being "too shady." It's rational privacy: prove what you need without spilling your life. Think zero-knowledge proofs on steroids—ZK-SNARKs via the Kachina protocol. You verify "I have collateral" for a loan without showing your full balance. Or "I'm 21" for a ticket without handing over your ID. Selective disclosure means three layers: public (for consensus), auditor (regs check), god (full access if legally forced). No all-or-nothing BS.
Built as Cardano's partner chain, it borrows the OG's security, no forks, no drama. Charles Hoskinson called it the "missing piece" back at Consensus Hong Kong in Feb. He said late March launch, final week specifically. That lines up with everything: federated mainnet first, then full decentralization later. Bootstrapping with trusted nodes, Google Cloud for enterprise muscle (Mandiant threat monitoring, Confidential Computing to hide data from even them), Blockdaemon for institutional-grade ops, AlphaTON tying into Telegram's billion users for AI privacy, and Shielded Technologies (IOG's crypto wizards) handling the heavy lifting. These aren't random; they're the foundation so live dApps don't crash on day one.
📍 What happens when it flips live?
NIGHT token mirrors from Cardano, your holdings stay, but now they're on Midnight's ledger. Governance votes real-time, staking secures the chain. The killer: DUST generation. Hold $NIGHT (unshielded, Binance-friendly), it auto-mints DUST, the shielded fuel for private txs. DUST decays if idle (anti-spam), recharges with your stack. No gas wars; devs pay predictable fees, users get privacy "for free" just by HODLing. After Binance listing March 11 (that quick pump then a little dip? Classic), liquidity's solid, expect more pairs, custodians, trackers.
📍 For devs:
Compact language (TypeScript-based) makes ZK easy, no PhD needed. Midnight Academy 2.0 has tutorials, MCP Server for AI code help. Hackathons already tested identity challenges, sea battles, real bugs squashed. Post-launch: first privacy DApps go live, shielded DeFi, confidential stablecoins like shieldUSD, private voting. Midnight City Simulation (opened Feb 26) lets you play with AI agents simulating loads—proof it scales.
📍 Challenges?
Federated start means not fully decentralized yet, trust in nodes, but they say "thoughtfully" transition. Volatility? Sure, post-listing dips hit hard, but fundamentals scream upside: more DApps = more DUST demand = $NIGHT value accrual. Regs? Selective disclosure keeps it compliant, finance, health, enterprise love that.
As a Cardano lover who's seen pumps fade, this feels different. Mass adoption needs privacy without fear, Midnight delivers. Mainnet late March? We're talking genesis block, live proofs, real users. If you're stacking $NIGHT on dips, you're early.
What do you think, will this pull institutions in? Or spark a privacy dApp boom? Drop comments, let's chat.

@MidnightNetwork
#night

There was once a village full of builders.

Not poets.

Not philosophers.

Builders.

They worked with code, servers, APIs, and systems that had to function before sunrise and still hold by midnight.

They were practical people. People who solved problems because problems could not wait.

One day, a rumor began to spread through the village.

Beyond the valley, above a sea of clouds, there was a city where people could build with privacy without losing truth.

A place where data did not need to be exposed just to be trusted.

A place where logic could be verified without turning every secret into public property.

The city was called Midnight.

Many in the village became fascinated.

They said this was the future.

They said this was where Web3 would finally grow up.

They said the age of transparent everything was no longer enough.

And they were right.

The more they heard about that city, the more they wanted to reach it.

Because deep down, they already understood the problem.

Transparency had given blockchain trust.

But trust alone was not enough for every use case.

Some things had to be verified.

Not exposed.

Some things had to be proven.

Not surrendered.

Some things had to remain private without becoming suspicious.

That was the promise that made Midnight so powerful from a distance.

It was not the promise of hiding.

It was the promise of control.

And for builders, that sounded less like fantasy and more like the next necessary step.

So they packed their tools, their notebooks, their ideas, and went looking for the road.

But when they finally found it, they stopped.

Because there was no road.

Only a bridge.

It was thin. Steep. Difficult.

A bridge made of formulas, proofs, abstractions, and language that sounded less like development and more like a mathematics exam written by someone who had never shipped a product under pressure.

The bridge was real.

The city was real.

But almost no one could cross.

Some tried.

They took one step, then another.

But the planks were labeled with concepts they had never used in real applications.

The signs explained everything and nothing at the same time.

The wind itself seemed full of terms that made them feel small.

Many returned to the village pretending they had simply changed priorities.

But the truth was simpler.

They were not afraid of privacy.

They were afraid of getting lost on the way to it.

And so the strangest thing happened.

The future was visible from a distance, but unreachable in practice.

That is how many technologies fail.

Not because they lack power.

Not because they lack vision.

But because the path toward them is too narrow for real builders to walk.

Then, after a long time, some people stopped asking how to make privacy look smarter.

They started asking a better question:

How do we make privacy buildable?

Not smaller.

Not weaker.

Buildable.

That was the real turning point.

Because technology does not change the world when it is only admired.

It changes the world when ordinary builders can touch it, test it, combine it, break it, understand it, and build on top of it.

So instead of making the bridge more mysterious, they began to make it more usable.

They added rails.

Markers.

Paths.

Structures people could learn by interacting with them.

Suddenly the bridge was no longer a test of worthiness.

It became a path.

And when the first builders crossed, they did not arrive as cryptography legends.

They arrived as what they had always been:

developers who finally had a way to build.

That is why I keep thinking about projects like @MidnightNetwork and the bigger idea around privacy infrastructure.

Because the real breakthrough may not be the existence of powerful privacy tools.

The real breakthrough is when those tools stop feeling unreachable.

When privacy stops being a tower that only specialists can enter.

And starts becoming a city where builders can actually live.

In Web3, the technologies that win are not always the ones that sound the most impressive in theory.

They are often the ones that transform complexity into something people can use.

So maybe the future of privacy will not belong only to those who can explain every proof.

Maybe it will belong to those who can build the bridge wide enough for others to cross.

Privacy becomes powerful when it becomes usable.

#night $NIGHT @MidnightNetwork
$BTC $ETH

In a world where every app, service, and platform demands more of your data just to let you log in or transact, zero knowledge blockchains flip the script entirely. The promise is straightforward and powerful: prove what needs proving without ever handing over the underlying details.
Zero knowledge proofs (ZKPs) are the cryptographic engine making this possible. At its simplest, a ZKP lets you demonstrate that a statement is true (e.g., "I'm over 18," "I have sufficient funds," or "This transaction is valid") while revealing zero additional information. No age, no balance, no history just cryptographic certainty that the claim holds up. Anyone can verify the proof independently, no trusted middleman required.
This isn't abstract theory anymore. It's actively reshaping blockchain design, especially in projects like Midnight Network, which builds "rational privacy" directly into its architecture using advanced recursive zk SNARKs. Midnight stands out by enabling programmable privacy: users and developers decide exactly what stays hidden and what gets selectively disclosed for compliance, auditing, or interoperability without compromising verifiability or utility.
Compare that to the status quo. Traditional blockchains (and most Web2 platforms) are transparent by default every transaction, wallet balance, and interaction is public forever. Privacy coins often go the other extreme, hiding everything but sacrificing regulatory fit or composability. Midnight takes a balanced, pragmatic path: dual-ledger design where you get shielded transactions for sensitive data and transparent governance via the $NIGHT token. It restores the original crypto vision financial freedom without forced surveillance or all or nothing trade offs.
Why does this matter in practice?
Everyday users can handle identity verification, payments, or credential checks without exposing personal details think proving creditworthiness for a loan without sharing your full financial history.
Businesses and institutions gain tools for compliance (KYC/AML) while protecting proprietary data or customer info.
Developers use Midnight's Compact language to build sophisticated ZK powered dApps with predictable costs and scalable performance, thanks to recursive proofs that compress computation efficiently.
Of course, no technology is flawless. ZK systems still face hurdles: generating proofs can be computationally heavy (though Midnight optimizes this aggressively), user friendly wallets and key management remain critical UX challenges, and broader adoption depends on education and ecosystem growth. Trust doesn't vanish entirely code audits, decentralized infrastructure, and community governance still play roles but ZK reduces blind faith by making verification math based and open.
The bigger picture feels genuinely different. Instead of platforms that harvest data to function, we get systems engineered to minimize it. That inversion from "collect everything" to "prove only what's necessary" aligns better with real digital autonomy.
Midnight isn't claiming to solve privacy overnight, but it's one of the most coherent implementations of ZK at scale right now: selective disclosure, developer tools, and a token model ($NIGHT ) that incentivizes security while generating resources for private ops. As the space matures faster proofs, better interfaces, more integrations the quiet power of proof without exposure could become the default expectation, not the exception.
I'm keeping an eye on Midnight because it doesn't just talk privacy philosophy it delivers programmable, rational tools to make it usable today. In a data hungry digital landscape, that's worth watching closely.
@MidnightNetwork #night $NIGHT

The Quiet War Between Privacy and Transparency — And the Blockchain That Thinks It Can WHere’s the uncomfortable trutBlockchains were never built for secretshe entire premise of early crypto was radical transparency: every transaction, every wallet, every movement etched permanently into a public ledger. It was supposed to build trust. And in many ways, it did. But it also created a strange paradox — the more useful blockchain became, the less practical that transparency looked in the real world.

Because let’s be honest.

No serious company wants its financial data hanging out in the open like laundry on a public street.

Imagine a hospital verifying patient records on a blockchain where anyone can peek at the data. Or a company paying suppliers while competitors quietly watch every transaction roll by. Even individuals face the same awkward reality: one curious observer can trace an entire wallet history in minutes.

Too much sunlight.

That’s the problem.

This is the gap Input Output Global — the team behind Cardano — is trying to close with a new blockchain called Midnight Network.

And their answer is not more transparency.

It’s selective secrecy.

Midnight runs on a cryptographic trick known as Zero‑Knowledge Proof — a concept that sounds like it belongs in a graduate math seminar but solves a very human problem. In simple terms, it allows someone to prove something is true without revealing the underlying information.

You can show you’re eligible.
Without showing your identity.

You can prove you have the funds.
Without revealing your balance.

You can verify compliance with a rule.
Without exposing the entire dataset.

It feels a little like magic. But it’s just math.

And it leads to a strange new possibility: a blockchain that behaves less like a public notice board and more like a locked filing cabinet where the right people have keys.

That’s the philosophical backbone of Midnight. Not anonymity for its own sake, but what the developers call programmable privacy. Data isn’t automatically public or private. Instead, the system lets users decide who gets to see what — and when.

But here’s the catch.

Total secrecy scares regulators almost as much as total transparency scares businesses. Midnight tries to walk a narrow line between the two.

So the network is built with layered visibility. The outside world can see that a transaction happened — the digital equivalent of a receipt. Auditors, if authorized, can inspect deeper details. And regulators can access information if laws require it.

Not perfect.

But realistic.

Which brings us to the economic machinery running underneath the network — and it’s a bit unusual.

Midnight doesn’t rely on a single token. Instead, it splits the system into two moving parts. The main asset, called NIGHT, acts as the governance and security backbone of the network. Validators earn it. The community votes with it. It’s the long-term value piece.

But when users actually run transactions or execute smart contracts, they don’t spend NIGHT directly.

They burn something called DUST.

Think of DUST as the invisible fuel generated simply by holding NIGHT. Like interest dripping from a bank account. The more NIGHT you hold, the more DUST appears to power activity on the network.

It’s a small design tweak.

But a clever one.

It means users aren’t constantly selling the main token just to pay transaction fees — a problem that quietly destabilizes many blockchains.

Of course, technology alone doesn’t create a network. People do. And Midnight is trying to seed its ecosystem with one of the largest crypto distributions in recent memory — an initiative called the Glacier Drop.

Instead of handing tokens to venture capitalists, the project spreads them across multiple chains: Bitcoin wallets, Ethereum users, Cardano holders, and others.

The idea is simple.

Cast a wide net.

Pull millions of wallets into the orbit before the network even fully launches.

Because adoption, in crypto, is a momentum game. Once the flywheel starts spinning, it’s hard to stop.

Midnight’s mainnet — the moment when the network becomes fully operational — is expected to arrive in 2026. Behind the scenes, infrastructure partners are already lining up, with reported collaborators ranging from telecom giants to fintech platforms.

It’s ambitious.

Maybe wildly so.

But the deeper story here isn’t just about another blockchain launch. It’s about a quiet shift in how the industry is thinking about privacy itself.

For years, crypto swung between two extremes: radical openness or total anonymity.

Neither works for the messy world of businesses, governments, and everyday users.

Which leads us to a strange reality.

The future of blockchain might not belong to the loudest networks or the fastest chains.

It might belong to the ones that know when not to show everything.

And if Midnight is right, the next era of Web3 won’t be about transparency at all.

It will be about control over what stays hidden.

@MidnightNetwork $NIGHT #night

For roughly three decades we all lived with this idea that the internet had no borders. Companies could store your data anywhere, process it anywhere, and move it across the world without much friction. That reality is fading quickly, and most of the crypto space hasn’t fully caught up to how fast it’s happening.
Look at the numbers and it becomes obvious. More than 100 countries now enforce some form of data-localization law. The General Data Protection Regulation (GDPR) in the European Union helped set the standard back in 2018, but since then governments everywhere have followed with their own versions.
India introduced the Digital Personal Data Protection Act in 2023. Brazil operates under the Lei Geral de Proteção de Dados (LGPD). China runs both the Data Security Law and the Personal Information Protection Law. Saudi Arabia rolled out the Personal Data Protection Law, and Indonesia passed Personal Data Protection Law No. 27.

And that’s only part of the story.
Alongside privacy regulation, the global economy is also drifting toward fragmentation. In 2023 the International Monetary Fund estimated that extreme geopolitical and economic fragmentation could reduce global GDP by as much as 7%. Tech supply chains are moving closer to home. Cloud infrastructure is getting duplicated across different regions. The phrase “digital sovereignty” has gone from policy jargon to something CEOs and governments actively plan around.
So where does Midnight Network fit into all of this?
That’s the rabbit hole I spent a couple of weeks exploring.
Midnight Network (token: NIGHT) is designed as a privacy-focused blockchain operating as a parachain inside the Polkadot ecosystem. At the center of its design is something called selective disclosure. In simple terms, it lets you prove something about data—like compliance or credentials—without actually exposing the data itself.
And that connects directly to a major issue with data-localization laws that rarely gets discussed.
These laws don’t just control where information can be stored. They create a massive verification challenge.
Imagine a German company trying to show regulators in Brazil that its data practices follow LGPD rules. Today, that often means opening internal systems for audits. Or consider an Indonesian fintech trying to partner with a Singapore-based exchange—it needs to demonstrate compliance with two separate legal systems while still protecting user information.
That friction is expensive. According to the Organisation for Economic Co‑operation and Development, cross-border regulatory compliance already costs global companies hundreds of billions every year—and those costs keep growing as more countries add their own data rules.

This is the gap Midnight Network is trying to address.
Using Zero‑Knowledge Proofs, the network allows organizations to confirm compliance without revealing the underlying data. Identity can be verified without exposing personal information. Transactions can meet regulatory standards in one jurisdiction without actually transferring sensitive data into another.
Most crypto projects react to regulation in predictable ways—either ignoring it or trying to fight it.
Midnight’s strategy is different. It’s attempting to build infrastructure that actually works alongside regulation in a world where digital borders are becoming normal.
If that works, the potential customer base is pretty large.
Think about banks operating across Southeast Asia where every country has different privacy rules. Healthcare companies that need to share research data without breaking Health Insurance Portability and Accountability Act or GDPR restrictions. Or supply-chain networks that need to verify partners across sanctioned and non-sanctioned regions without revealing sensitive vendor relationships.
Even the Decentralized Identity Market alone is growing fast. It was valued around $3.4 billion in 2023 and is projected to exceed $100 billion by 2030, according to Grand View Research. Meanwhile, global spending on privacy technology crossed roughly $12 billion in 2024.
Those are the ecosystems Midnight Network is stepping into.
Timing matters too. Every new data-localization law—especially the ones expected across Southeast Asia in 2025 and 2026—makes Midnight’s value proposition easier to understand. In other words, deglobalization isn’t a challenge for this project. It might actually be the moment where its use case becomes obvious.

That said, it’s still early.
The biggest test will be developer adoption. Building on zero-knowledge systems is notoriously complex. If the tools and integrations remain difficult for companies to use, the theoretical market may never translate into real activity.
There’s also the legal side. Not every regulator may immediately accept Zero‑Knowledge Proofs as valid compliance evidence. Some authorities might still demand traditional, human-readable audit trails even if ZK proofs technically replace them. That regulatory learning curve could take time.
And of course the token NIGHT is still tied to the broader crypto market. Even the most convincing thesis gets shaken when Bitcoin drops 30% and everything else follows.
So this isn’t guaranteed success. It’s a strong structural idea that still depends on execution.
But the core concept behind Midnight Network is simple and powerful:
Instead of moving sensitive data across borders, you move proof that the rules were followed.
That shift—from data sharing to proof sharing—could end up being one of the biggest architectural changes in enterprise technology over the next decade. And interestingly, it’s being built on a blockchain ecosystem that much of crypto hasn’t paid close attention to yet.
So I’m curious about your perspective.
Do you think enterprise compliance needs are strong enough to drive real adoption for something like Midnight Network?
Or does infrastructure like this eventually end up serving regulators more than the people actually using the systems?
#night @MidnightNetwork $NIGHT