Nine Enterprises Put Their Names On This Network 🧾
Judging whether a young network is safe to hold takes resources most people do not have, so the next best signal is which companies put their own name on it.
$ZEC hides that signal on purpose, with pseudonymous miners securing a chain built for shielded payments where nobody is supposed to be identifiable.
$ADA took the opposite route, earning credibility through peer-reviewed research and stake pool operators anyone can look up.
Midnight sits closer to that second model and runs block production through Google Cloud, MoneyGram, Worldpay, eToro and five other companies with regulatory exposure and a reputation attached to the work.
Having nine named companies behind block production gives anyone looking at the network a clear, public signal of who is operating its infrastructure.
So every block they produce stays public and checkable going back to the first one.
Cardano's own $ADA carries governance votes, staking rewards, and transaction fees all in the same asset, a design most Layer 1s share by default.
$ZEC carries a narrower role by comparison, primarily serving as the native asset of a network built around private transactions.
So Midnight split that single-asset model in two on purpose. NIGHT carries governance and open value, the half of the system meant to trade and be held publicly.
That other half, DUST, carries the private-transaction cost separately, and it cannot be bought, sold, or traded on an exchange at all, since it only exists to be generated by holding NIGHT.
That split means neither asset has to compromise to serve the other's job, a cleaner design than most tokenomics ever attempts.
Anonymous security used to be good enough for a privacy chain. Now the same audience wants compliant infrastructure it can verify for itself.
A known, identifiable validator set is how $BNB Chain already secures a network handling real transaction volume, without needing to be anonymous to be trusted.
On the other end of that spectrum, $XMR is designed to keep transaction details private by default, prioritizing anonymity at the transaction level.
Midnight takes a federated approach to privacy, with Google Cloud, MoneyGram, Worldpay and six other named organizations serving as node operators and producing blocks on the network.
Every block those nine operators produce is public and checkable, the same record anyone can pull up going back to March 31.
$XMR has held its chart position for over a decade almost entirely through its own community of long-term contributors, developers who kept shipping through every market cycle on their own initiative, with the roadmap entirely community-driven.
That same pattern shows up faster at $TAO too, an open compute market that pays independent operators directly for real output they produce on their own schedule.
So Midnight opened the Night Sky Accelerator to capture that same builder-driven pattern. It's a ten-week program specifically for early-stage teams turning zero-knowledge privacy into real, shippable commercial applications.
There are already teams building on Midnight. Zoniqx is tokenizing real-world assets onchain, Webisoft is running an institutional dark-pool exchange, and ClarityDAO is running private voting, three independent teams that opted into the program on their own.
Builder activity like this is harder to fake than almost any other adoption signal, since it takes real engineering effort no marketing budget can replace.
Tokenized deposits are the RWA trade most people skip, and a bank checks a system hard before customer money goes in. Pyth Network's $PYTH feeds live prices to big trading firms, and the US Commerce Department has posted GDP through it since August 2025. Public agencies use $IOTA for trade and customs systems, with live work in Kenya and the UK.
Monument Bank is exploring that next step with Midnight, targeting up to £250M in tokenized customer deposits in the first phase. As a UK-regulated bank, Monument needs a model that can protect sensitive financial data while still meeting regulatory requirements.
That's where selective disclosure comes in, showing authorized parties the information they need while keeping the rest private.
Every chain charges a fee to move funds, and paying it means keeping a balance of the native token on hand whether or not that is what you came to use.
Cardano built one of the largest retail holder bases in crypto, and each of those holders keeps a separate $ADA balance sitting there just to transact.
Ripple's network settles fast and cheap, though the fee still comes out of a separate $XRP balance rather than whatever the user is actually moving.
Midnight removes that requirement entirely, because DUST, the resource used to pay for private transactions, cannot be bought on any exchange and is regenerated from NIGHT holdings.
More than 8 million wallets took part in the NIGHT distribution across eight chains, and NIGHT holders can use their holdings to generate DUST without buying a separate gas token.
Governance rights sit on the same token, so holding NIGHT covers both the fees and the vote on how the network changes.
$XMR has held its chart position for over a decade almost entirely through its own community of long-term contributors, developers who kept shipping through every market cycle on their own initiative, with the roadmap entirely community-driven.
That same pattern shows up faster at $TAO too, an open compute market that pays independent operators directly for real output they produce on their own schedule.
So Midnight opened the Night Sky Accelerator to capture that same builder-driven pattern. It's a ten-week program specifically for early-stage teams turning zero-knowledge privacy into real, shippable commercial applications.
There are already teams building on Midnight. Zoniqx is tokenizing real-world assets onchain, Webisoft is running an institutional dark-pool exchange, and ClarityDAO is running private voting, three independent teams that opted into the program on their own.
Builder activity like this is harder to fake than almost any other adoption signal, since it takes real engineering effort no marketing budget can replace.
Passing a check online usually means handing over the whole file, when the other side only needed one answer.
CC handles that by letting each firm see only the deals it is part of, which is how around 700 of them share one network.
$ZAMA took the other route, letting a contract add up balances that stay encrypted.
Midnight puts that choice inside the app, where a Compact smart contract answers the one question a counterparty asked and leaves the rest of your data sealed.
Zero-knowledge proofs carry the answer, so the result can be verified without revealing the underlying data.
An exchange can confirm you cleared its checks while your passport number, your address and your date of birth stay off the ledger.
Midnight's docs show what an app is able to prove and what stays sealed, so you can see what your next KYC check could look like instead.
Most apps ship with one privacy setting for everyone, decided long before you sign up.
XMR answers that at the protocol level, where a single privacy rule covers the whole network.
On Ethereum, $ZAMA has raised more than $150M to run contracts on data that stays encrypted the whole way through.
Midnight moves the decision into the app, where a Compact smart contract spells out what that app is able to prove and zero-knowledge proofs do the checking.
One app confirms you are over 18, another confirms you hold a specific token, and each one gets the answer and nothing beside it.
The underlying private data stays sealed while the app carries on working normally.
Each new app on Midnight sets that line for itself before it launches, so the rule sits in the contract rather than in a policy page.
We think privacy is more than a meta, and it's here to stay. And we know why.
Online tracking in all its forms increases every year. Whether it is financial, browser-based or your digital footprint. It's increasingly well-known by banks & corporations.
The markets have had privacy onchain for a short while. $ZEC lets users shield transactions & $XMR hides the sender, receiver and amount by default. It's clear how people who use crypto feel about privacy. As larger investments move onchain, more privacy in our wallets & interaction with DeFi apps is what people want.
What if every developer could build apps in privacy?
Midnight's native developer language is what makes a private application layer possible. A Compact smart contract specifies what the app can prove, and zero-knowledge proofs verify it. For developers, Compact is our native language.
Some things don't have to be known about. But if you like privacy, you should probably know about Midnight.
Ascend is now live on Midnight, combining perpetuals with another type of market: trading the probability of an outcome.
Traders can go long or short probabilities across crypto, stocks, metals, commodities and real-world events, using leverage and adjusting positions as expectations change. The difference is what happens underneath those positions.
Ascend’s execution, risk and liquidation logic settles on Midnight using zero-knowledge proofs, so the system can verify that the rules were followed without exposing the underlying positions. That means a perpetual market can remain verifiable without forcing every trader’s position onto a public ledger.
$HYPE showed how much demand there is for on-chain perpetual trading, while $ONDO is bringing traditional financial exposure such as stocks and real-world assets on-chain.
Perps going live on Midnight puts programmable privacy directly into a trading product people can use today.
Retail Deserves The Same Privacy As Institutions 🔒
XMR has proven for a decade that retail users want to be able to transact privately, without their history being publicly available.
CC proved the institutional demand the same, clearing regulated trades worth hundreds of billions of dollars on Canton while keeping position sizes out of view from the rest of the market.
So Midnight is building Night Mode to bring both of those instincts into one place.
It's a private DeFi experience delivered through a familiar, hybrid in-app format, so a trade or a swap can settle with the same kind of protection Canton gives institutions, available directly inside a retail-friendly app.
Night Mode hasn't shipped yet, but the team has already laid out its timing, aimed at closing the exact gap between what institutions already get and what everyday DeFi users have had to accept.
Most chains hand you a single privacy switch, on or off, and the app you are using has no say in it.
$ZEC just rallied 74% in one month, with Zcash holders getting to choose shielded or transparent, one transfer at a time.
$XMR skips that choice entirely by hiding sender, receiver and amount by default.
Midnight moves the decision into the code: Compact, its smart contract language, lets a developer set privacy field by field.
A trading app can prove your balance clears its threshold while the balance itself stays sealed, and the transfer amount underneath it stays off the public ledger.
An authorized party sees the field it is owed and nothing beside it.
Selective disclosure is what lets an app meet privacy and regulatory compliance in the same contract.
Everything written to a public chain years ago is still sitting there in full, and the tools that read it get better every quarter while the record itself only grows.
Every swap routed through $JUP for a better price on Solana is written to a public ledger that stays readable for as long as the chain runs.
$XMR took the opposite route, hiding sender, receiver and amount by default.
Neither option helps the ordinary trader, who wants a working venue and does not keep a permanent file of every position they have ever taken.
Midnight keeps the sensitive data off the ledger from the start instead of hiding it after the fact, confirming the rules were followed while the underlying numbers are never posted at all.
So no matter how much the chain grows or the AI tools advance, there won't be any sensitive information available on Midnight for these tools to expose.
Midnight's docs set out what stays on-chain and what does not.
European exchanges have been pulling anonymity tokens off their books for years, because a compliance desk cannot sign off on an asset where it will never see who sent what to whom.
Users accepted that trade first with $XMR , where hiding the sender, the receiver, and the amount is the entire design, which is why Binance pulled it from its books in 2024.
$CC represents a different model, where institutions give authorized parties the information required for compliance while the size and the counterparties stay off the public ledger.
Total anonymity struggles to stay listed, and an institutional network only helps if you're already inside it, which leaves out the businesses that need privacy and compliance at the same time.
Midnight moves that choice below the application layer, which is the model Monument Bank is exploring with Midnight, targeting up to £250M in tokenized customer deposits in the first phase.
Selective disclosure is what makes that work, letting the bank show a regulator a rule was followed without publishing a single customer balance.
What a compliance desk actually needs is a claim it can check, and Midnight's docs set out exactly which facts get disclosed and to whom.
Staking $ADA works from your own wallet, so a large retail base is holding its own keys and seed phrases rather than leaving them with an exchange.
Institutions skip that step entirely. Canton, the institutional settlement network behind $CC , routes onboarding through the regulated identity and custody infrastructure an institution already has.
So retail users are the ones stuck with the worst onboarding in the industry, even though they're the audience privacy tech most needs to reach at scale.
Midnight is building Midnight Passport to tackle that friction through account abstraction, simplifying onboarding and reducing the need for users to manage private keys and seed phrases themselves.
That gap isn't closed yet. Midnight Passport isn't live, but it’s coming, aimed at making privacy applications easier for mainstream users to access.