ItsKhanOnChain

Let's say you're a programmer fed up with having to make the decision between making awesome apps and having everyone's data potentially spill onto the blockchain for the world to see. That's where Midnight Network comes in: essentially, you're giving blockchain the equivalent of "private mode" while remaining completely verifiable and decentralized.
In the old crypto world, everything is out in the open. Your smart contract might be processing sensitive information such as medical data, financial transactions, or business intelligence, and yet once you put it on the blockchain, it'll be there forever. Midnight turns this all around with rational privacy: you reveal just enough for everyone to see, prove the rest through "math magic" (zero-knowledge proofs), and keep the rest secret.
At the center of it all is Compact, a smart contract language used by Midnight. It's built on TypeScript, so if you've ever coded a web app, you're halfway there already—no need to become a cryptography wizard overnight! You write your contract code in Compact, including your public ledger structure, support libraries, and even hooks for your users' private information, held securely off-blockchain on your phone, laptop, or server.
Here's a real-world example of the process:
You specify your contract specification in Compact.The Compact compiler is invoked, which produces zk-circuits in the PLONKish arithmetization of the Halo2 framework.The circuits produce succinct zk-SNARKs that verify: "Hey, the transaction is valid, the sensitive information is correct—trust me, math is involved!"The public information is published to the blockchain, where anyone can verify it.The sensitive information remains hidden, accessible only to you or the people you allow to access it.
The architecture is really, really developer-friendly and light-weight:
Your DApp written in TypeScript talks to Midnight client services like pub-sub indexer or non-voting nodes. The Compact compiler acts as a bridge. Heavy proof generation is done off chain on proof servers – your laptop, whatever. Wallets like Midnight Lace, a Chrome extension, make it easy on mobile or desktop.
Midnight is also not alone. We have a partner chain with Cardano, utilizing cross-chain functionality via recursion and Halo2. Think hybrid apps with Midnight, Cardano, potentially even Ethereum.
As of right now, in the middle of March 2026, we are building up to a mainnet launch. The final week of March is when we're launching. We're currently in Kūkolu, a phase with trusted operators like Google Cloud, Blockdaemon, Shielded Technologies, and many more to ensure a seamless, secure bootstrap process before we become decentralized.
The token behind it all is NIGHT. Unshielded, it is used for governance/staking. It also creates DUST for private transactions. The market is talking about a cap of $840M-$850M, with growth happening actively.
Midnight is not your average private coin. We're making it practical, compliant, easy to use. We want to make it easy to build on. Prototyping is easy. Users have control over data. The chain is verifiable.
#night $NIGHT @MidnightNetwork

The approach that Midnight Network has taken is truly different in the way that the blockchain handles its own token, and once you understand the reasoning behind it, it doesn't seem as technological as it does philosophical. At the center of the Midnight Network is the NIGHT token, which is the utility token of the network with a total maximum supply of 24 billion tokens, each of which is further sub-divisible into one million STARs. Unlike most blockchain tokens that are spent every time you make a transaction, the NIGHT token is not expendable. You have it, and it works for you in the background, constantly producing something called DUST, which is the actual resource you spend on the transaction.
Think of NIGHT as a wind turbine and DUST as the power it generates. The turbine keeps spinning, the power keeps flowing, and you never have to buy a new turbine to keep the lights on. To start generating DUST, a NIGHT holder must specifically set a DUST recipient address, and from then on, DUST begins to accumulate linearly over time up to a predetermined point known as the DUST Cap, which is proportional to the associated NIGHT balance. The more NIGHT a user holds, the higher their DUST Cap, and the more transactions they can process for a given period of time. This might not sound as important as it actually is, as the typical blockchain user lives in a world of constant worry about the price of gas. When the network gets busy, the price of a transaction jumps up, and suddenly it costs more to send a transaction than it ought to. Midnight avoids the problem altogether, allowing users to send as many transactions as they have power for.
DUST itself has some interesting properties that make it unique in the crypto world. It is shielded, so your transaction metadata remains private and off the public ledger. It is consumable, meaning it is burned upon use and does not get recycled back into circulation. It cannot be transferred between addresses, so it cannot be bought and sold, removing it from the typical problems faced by most shielded assets. And, most importantly, DUST decays in the event that it is disconnected from the NIGHT address that is creating it, so in the event that a NIGHT token is transferred, the DUST balance at the original holder’s address will decay to zero, and the new NIGHT holder will need to specify a fresh address to restart DUST generation. The last one in particular serves to ensure that DUST remains a network resource and not an asset, and helps solve the regulatory problems that often plague shielded assets.
One of the more beautiful aspects of the whole system is that the NIGHT holder and the DUST recipient do not have to be the same individual. A NIGHT holder may send their generated DUST to any DUST address they wish, regardless of whether they have access to that address or not. There are then three types of individuals that participate in the network. NIGHT holders that use the DUST they have generated. DUST recipients that receive the DUST from a NIGHT holder and may transact without ever holding NIGHT themselves. Third, DUST sponsees – those users who are completely wrapped in a DUST recipient’s transaction flow, meaning they do not require any NIGHT or DUST at all, and in fact don’t even have to know that blockchain exists. A dApp can sponsor every customer interaction, with the entire process occurring behind the scenes, much like how Web2 applications allow users to not think about the server costs.
NIGHT is also a genuinely multi-chain token, going beyond the token wrapping. NIGHT is native to the Cardano blockchain as a Cardano Native Asset. It is also native to the Midnight network as the native token of the Midnight mainnet. NIGHT is the same token with the same rights and the same utility on both chains. NIGHT is native to the Midnight network as the native token of the Midnight mainnet. A cross-chain mechanism is used to ensure that the total supply does not exceed 24 billion. When NIGHT is unlocked on one chain, the same amount is locked on the other chain. NIGHT is used as the incentive token for validators as block production rewards. These rewards are only from the Reserve of the NIGHT tokens that have not been circulated. There is no token minting. There is no collection of NIGHT-denominated fees during transactions. NIGHT is meant to allow the holders to have a say in the future of the network via on-chain governance. NIGHT is not only a key to access the network but is also a stake in the network’s future.
#night $NIGHT @MidnightNetwork

Midnight Network was designed with a purpose – not to follow the crowd. Unlike the majority of the blockchain networks, which took the easy path and used the account system, as implemented by Ethereum, Midnight went back to the drawing board and decided to build upon a more basic concept – the UTXO system.
To understand the significance of the Midnight Network, forget about the blockchain for a second, grab a handful of cash from your wallet, and think about how much cash you really have. You don't have a little note stuck somewhere with the phrase "I have $175." You have a $100 bill, a $50 bill, a $20 bill, and a $5 bill – four different objects, all sitting there, with the total amount being the sum of the objects you are holding. When you spend the cash, you give one of the objects to the shop, and you get some change back. The object you gave away is gone, and the objects you get back are new. Midnight Network is the same – simple, yet powerful.
When Alice sends 40 NIGHT tokens to Bob, she does not modify a balance. She gives Bob her entire 100 NIGHT "bill." The network creates two brand-new ones: 40 NIGHT for Bob and 60 NIGHT for Alice as change. The original is destroyed.
Two brand-new coins are born. No existing entry in a ledger is ever edited in-place, never touching a shared state. It is this independence of coins that makes the system sing. In Ethereum, if you try to send two transactions from the same account at exactly the same time, the network must process them sequentially, one after the other, as they are both trying to modify the same balance and must wait in line.
In Midnight, two UTXOs are completely independent objects. If two transactions are touching different coins, they can be processed at exactly the same time, in parallel, without waiting in a line.
In a busy moment, this fundamental architectural difference means that the network can process dramatically more volume without ever coming to a halt.
Privacy is where this design really comes alive. Because each UTXO is an independent unit, it can be made private on its own. There is no need to make your entire account private or public. It is one or the other. This is what midnight calls "Rational Privacy." You can make a transaction private when you need the privacy. You can make a transaction public when you need to comply with regulations using a "Viewing Key." This level of control is not possible when all your transactions are associated with one address.
The problem with privacy is how to stop a person from spending the same money twice. This problem is solved by the use of "Nullifiers." When a UTXO is spent, a unique "fingerprint" is calculated based on the UTXO and the private keys. This "fingerprint," called a "Nullifier," is added to a public list. When a new UTXO is spent, the list is checked. If the "Nullifier" is on the list, the UTXO is not spent. This ensures that a UTXO is not spent twice. The "Nullifier" does not reveal what UTXO is being spent. This ensures the privacy of the UTXO.
Midnight, however, does not stop at UTXOs, as it instead adds a smart contract system on top, in which developers are able to write Compact contracts that feature account-style state, a world familiar to anyone who has ever had to deal with ERC20 tokens on Ethereum. This creates two different worlds, which exist in harmony within a given application: ledger tokens, which exist as UTXOs on a blockchain, and contract tokens, which exist within smart contracts with balance mappings.
NIGHT, as a native token, plays a central role in the economic model, in that it exists as UTXOs on a ledger, constantly creating DUST, a shielded resource, which is used exclusively for transaction fees.
As long as you own NIGHT, you constantly generate DUST in a proportionate amount to your ownership, and you use DUST for transactions, never NIGHT, which means you never have to worry about price gouges for gas again.
For developers, what does it mean? It means you have freedom. You don’t have to fit your app into a box. You can use UTXO-based ledger tokens when you need speed, parallelism, and native privacy features. You can use account-based contract tokens when you need complex logic, governance, or DeFi interactions. You can use both in a single app if your use case requires it. That’s what Midnight is designed for, and it’s what makes it all possible: UTXO.
#night $NIGHT @MidnightNetwork

What if there was a blockchain where gas fees would never be a concern in terms of depleting your balance every time you want to perform a transaction? Well, Midnight Network has made it a reality with the use of their token, NIGHT.
The token of the Midnight Network ecosystem, NIGHT, is a token with a total supply of 24 billion tokens. It natively resides on both the Cardano blockchain and the Midnight mainnet. It is therefore a multi-chain token and does not have a wrapped equivalent. What makes NIGHT different from all the rest of the tokens in the various blockchains in the world is the fact that NIGHT does not get used in any manner in terms of performing transactions. It continuously generates DUST, a renewable resource used in transactions. NIGHT can be likened to a solar panel with DUST being the electricity produced by the panel. As long as one has NIGHT, he or she will always have DUST.
DUST itself is interesting. It's shielded, so your transaction metadata remains private. It decays over time, so it can't be stockpiled or traded – it only serves to fuel your activity on Midnight. It gets burned when you use it. And whenever your balance falls, NIGHT starts replenishing it. It provides a stable cost model, something no blockchain has ever managed to achieve.
However, NIGHT is also utilized as a token that secures the NIGHT network. Cardano Stake Pool Operators are able to register as Midnight Block Producers and earn NIGHT tokens that are proportional to their ADA delegation. The process is achieved without affecting their existing Cardano activities. The cooperative nature of NIGHT means that it doesn’t compete with Cardano; instead, it’s a complementary project that sits on top of Cardano.
NIGHT is an unshielded token that is publicly visible on-chain. The token distribution began with the Glacier Drop, which is an open and free process that is carried out in phases. The process is intended to ensure that tokens are distributed among participants from various networks such as Cardano, Bitcoin, Ethereum, Solana, and others.
In short, NIGHT is not just another utility token. NIGHT is the foundation for a new, privacy-focused blockchain economy, designed to be predictable, cooperative, and actually useful in the real world.
#night $NIGHT @MidnightNetwork

If you’ve been following the explosion of AI development, you know that the promise comes with a huge caveat: how do we trust what these models spit out? Hallucinations, biases, or just plain errors can quickly turn powerful tools into dangerous ones, especially in high-leverage fields like healthcare, finance, or legal analysis. This is exactly why I’m super excited about Mira Network – a decentralized protocol that’s developing the ultimate trust mechanism for AI outputs using blockchain, smart incentives, and a brilliant approach to economics and technology that leverages the $MIRA token to deliver a solution that’s not just another crypto play, but a thoughtful approach to solving a major problem in AI development.
Let’s first identify what is fundamentally being addressed by Mira. Normally, verification of AI responses is subjective and costly. Mira changes the paradigm by converting every verification query into a standardized multiple-choice format that is verified by a distributed network of specialized AI models. Customers pay network fees for verified trustworthy responses, which are then fed back to honest participants.

One of the most enlightening sections is the way in which Mira mathematically annihilates the probability of random guessing. While even in just one round, the probability of success is low, with 50% for 2 options, 25% for 4 options, and so on, down to just 10% for 10 options, Mira does not just stop at one round. Rather, it uses multiple, independent rounds of verification, and the probability plummets to almost zero. For instance, after just 3 rounds with 4 options, the probability is already below 2%. After 6-10 rounds across multiple nodes, the probability of success by mere random guessing is statistically negligible, often rounding to 0.0000%. This is not theory; it is actual, in-built game theory that makes faking it not worth it.
In order to keep everything safe from day one, Mira deploys smartly. First, all of the node operators are vetted carefully. Then comes the phase of duplication, where the same verification is performed multiple times by multiple copies of the same model, so that lazy or bad behavior is quickly detected. Finally, when the network is in steady state, requests are randomly distributed among the nodes. Suddenly, collusion is a nightmare because you'd have to control an enormous portion of the entire value that's been staked, and even then, economic incentives will drive you to good behavior anyway.
Another clever security feature that Mira incorporates is its sharding mechanism. This feature will enable the system to identify suspicious behavior by using response patterns and similarity metrics. It will require malicious users to invest heavily in order to influence the system, and at that point, it will be worth playing by the rules and earning the reward.

And now here’s the part where things get really pretty: Mira’s hybrid economic security model, which combines PoW and PoS in a completely new way for AI. Classic PoW is all about trying to solve crypto puzzles that are hard in a way that’s essentially impossible by random chance. Mira’s definition of work is actually running real AI inference on verification tasks. To do this, nodes must stake MIRA tokens. Any behavior that appears to be random guessing instead of real analysis gets slashed.
The beauty lies in the reinforcing loops. The more people use the network for verified AI outputs, the higher the fee generation. The higher the fees, the higher the rewards for the node operators. The higher the rewards for the node operators, the more people participate. The more people participate, the more model diversity we have – of smaller models that outperform giant models for certain tasks at lower cost and lower latency. The more we have this model diversity, the lower the cost and higher the accuracy. The more we accumulate this verification history, the smarter the entire ecosystem gets.
There are three key principles that make all of this work:
Node operators behave rationally as they have staked $MIRA at risk.Security is maintained as long as the majority of MIRA value is held by honest node operators.Diversity of models inherently eliminates statistical bias, as more knowledge bases are better than one.
The result? A world in which honest verification and continuous innovation are the new norm – and the most profitable way to proceed. Malicious manipulation is no longer economically rational and is technically impossible.
I've spent a lot of time researching different AI blockchain projects out there. I think what sets Mira apart is how well it aligns incentives at all different levels. Whether you're an AI enthusiast who's frustrated with unreliable outputs, a crypto enthusiast who wants to see some actual use cases for blockchain technology, or a developer who wants to build derivative technologies on top of a gigantic body of verified facts – this project has something for you.
If you're interested in trustworthy AI and decentralized innovation, do yourself a favor and follow Mira Network, MIRA, and the discussion. The future of trustworthy intelligence is being developed right now and is decentralized.
#mira $MIRA @mira_network

For 2026, the year is proving to be the one that will see the actual breakout of AI from the screens we use to interact with it and enter the physical world. Robots and autonomous devices are now reasoning, making smart decisions, and working alongside humans in factories, hospitals, schools, and homes. However, there is an important consideration that needs to be addressed with regard to the safety of these intelligent machines, their alignment with human values, and how we can spread the benefits of these intelligent machines beyond tech giants.
This is precisely what Fabric Foundation is for. They are an independent, non-profit organization fully dedicated to advancing open robotics and AGI. They are not trying to capitalize on the hype or make money quickly. They are instead methodically developing the necessary infrastructure for the governance, economics, and coordination required for humans and intelligent machines to work together safely and productively for years to come.
On its homepage, Fabric Foundation clearly states its focus, which is ecosystem development and real-world application of open robotics and AGI. It understands that AI systems are quickly gaining the power to reason, act, and operate in the physical world. As these machines start to do important jobs in manufacturing, healthcare, education, and our daily lives, we must ensure that they align with our values and that benefits are available to everyone everywhere.
As a true non-profit, Fabric Foundation is building the proper frameworks for humans and machines to collaborate without the chance of misalignment or unfair access. Their mission is simple yet powerful: To ensure intelligent machines increase human opportunity, are aligned with human intent, and are net positive for humanity.
One thing that I think is just wonderful is their “Why We Exist” section, which explains “Why We Exist.” AI is no longer just a digital phenomenon; it’s moving into the world of atoms. Robots introduce new challenges like physical safety, real-time decision-making, energy constraints, as well as how robots interact with humans in a safe way.
“Old systems were never designed to have machines as active economic participants.”
We could be facing issues of misalignment, concentration of power, and benefits going to a privileged few if Fabric Foundation doesn’t solve these issues.
They have well-defined and pragmatic objectives:
Make machine behavior predictable and observable.Enable inclusive participation for everyday people, builders, developers, and communities around the world.Build open and durable infrastructure so that machines can be economic contributors without needing personhood.
This leaves the door ajar for a fair and decentralized robot economy that actually works for humanity. They are heavily focused on these areas: AI in the Physical World, Autonomous Systems, and Safe Physical AI. They are working hard on making sure that everyday citizens can get involved with these important decisions as well.
And now comes the good part that gets every single person in the crypto world excited: $ROBO is the native utility and governance token that runs the entire Fabric ecosystem and the new Robot Economy. With a fixed total supply capped at 10 Billion, $ROBO is used for machine-to-machine payments, robot identity verification, Proof-of-Robot-Work, on-chain task coordination, network fees, and decentralized governance. The incentives are perfectly aligned between developers, robot operators, users, and the robots themselves. Robots are no longer expensive tools that can only perform tasks, but are now autonomous economic agents that can earn, spend, and interact with each other in a completely open and transparent fashion.
Regardless of whether you are a developer looking to build next-gen robots, an investor looking at the massive opportunity in physical AI that DePIN represents, or just someone who wants technology that can help uplift humanity, Fabric Foundation stands out as one of the most responsible and forward-thinking projects in a field that is full of hype.
#robo $ROBO @FabricFND

Let me be honest with you. When I first saw Mira Network, I almost swiped past it. Another AI project in a sea of AI projects. But then I actually read what they're doing, and it really caught my attention.
We talk a lot about AI in crypto. But here's the thing: most AI models are liars. Not in the sense that they're trying to deceive you, but in the sense that they hallucinate. They give you confident-sounding answers that are just plain wrong. And in high-stakes applications like healthcare, finance, or legal, that's not just a problem. That's a danger.
"What if we could trustlessly verify AI outputs, like we do for blockchain transactions?"
This is exactly what Mira network is trying to solve. Instead of trusting one AI model, Mira sends the output to multiple independent AI validators, who all have to agree on the result before it is considered valid. It's like a decentralized court of law for AI decisions, where no single judge has the final say.
The numbers already prove this out. Mira handles over 3 billion tokens of data per day and has expanded to over 4 million users across applications such as Klok AI, Learnrite, Astro, and Creato. This is not vaporware – this is real, engaged usage.
Now, turning to the funding side of things, Mira raised $9 million in seed funding from some of the most respected names in crypto venture capital: Framework Ventures, Bitkraft, Accel, and Mechanism Capital. These are the same investors who backed protocols that are now worth billions of dollars. They don't hand out $9 million checks for nothing.
And then, of course, there's $MIRA – the native token that fuels the entire ecosystem. This token is used for staking, governance, validator rewards, and access to the Verify API. With a fixed total supply of 1 billion and a tokenomics design that rewards good validators while penalizing bad ones, this token is designed for long-term sustainability, not a quick pump.
What really got me excited is the $10 million Builder Fund that was launched in August 2025. Mira is actually incentivizing developers to build on top of its verification layer – that means the ecosystem isn't just growing from within, but it's also being seeded with outside innovation. That's how actual infrastructure gets adopted.
Of course, like most token launches in 2025, $MIRA has experienced sell pressure after listing. But let me tell you how I personally evaluate it: Bitcoin was "failed" several times before it wasn't. The issue isn't where the price is at the moment – it's whether the tech solves a real problem that will exist in five years. And to be honest? AI verification might just be the most important problem in the whole tech space.
The idea of autonomous AI agents in the real world without a trust layer is like the internet without HTTPS — possible, but reckless. Mira network is creating the HTTPS for AI, and they are doing it on-chain, in public, with actual users already on the platform.
I am not saying go all in. I am saying — pay attention. The projects that solve the problems of infrastructure are not going to be the ones that get all the hype of the meme coins. They are going to be the ones that are still around when the hype dies out. MIRA could be one of those.
#mira $MIRA @mira_network

Hey everyone, if you’re interested in NFTs, digital art, PFPs, or just love building awesome on-chain experiences, stop what you’re doing and pay attention to what’s going down on Fogo.
Fogo is a blazing-fast Layer-1 blockchain built on the Solana Virtual Machine (SVM). It’s optimized from the ground up for real-time DeFi and high-performance applications – think block times of 40 ms and finality in about 1.3 seconds. That’s fast enough to enable a whole new world of NFT experiences. And with the entire Metaplex stack now live on Fogo, creators finally have the ultimate combination of power, efficiency, and speed.
Let’s talk about exactly what Metaplex brings to Fogo and why this is a big deal, more than you might think.
Token Metadata – Smart Assets That Actually Make Sense
Every awesome NFT begins with awesome metadata. On Fogo, the Token Metadata program lets you add rich, readable information to any SPL token. That’s how you turn ordinary tokens into fungible, semi-fungible, or fully non-fungible assets that dApps, marketplaces, and explorers can instantly understand.
You get all the classic NFT powers:
•Delegation
•Sales
•Owned escrow (think ERC-6551-style smart wallets)
•And more
But here’s the awesome part: Programmable NFTs. Artists can embed rulesets directly into the NFT so it cannot be resold or delegated on marketplaces that don’t care about royalties. That’s actual creator rights built right into the asset.
Want to drop limited print runs of a 1/1 artwork? Token Metadata handles Master Edition + numbered edition copies flawlessly. On Fogo’s ultra-low-latency network, every update, transfer, and query is instantaneous – no more waiting around for metadata to load.
Core – The Efficient, Future-Proof Standard
Core is the next level. It retains all the awesome stuff from Token Metadata (editions, royalty enforcement, and so on) but introduces a robust plugin architecture.
Rather than clogging up your NFT with multiple accounts, Core has a sleek and compact account architecture. This means:
•Tiny on-chain footprint
•Low rent costs
•Unlimited flexibility
The plugin architecture is pure brilliance. Want to add attributes, custom royalties, or even an “autograph” function later on? Just hook it up – no need to redeploy an entire new program. It abstracts away a massive amount of SVM complexity in favor of your custom-protocol freedom.
On a chain as fast as Fogo, this efficiency means silky-smooth experiences for both creators and users.
Candy Machine – The Easiest (and Smartest) Way to Launch Collections
Launching an NFT drop was a stressful experience – bots, gas wars, failed transactions. Candy Machine on Fogo flips this script entirely.
It supports lazy minting: all the collection data is pre-loaded, and minters just pull assets as they mint. This ensures it stays scalable and efficient.
But here’s the best part: Built-in Guards allow creators to define exact minting rules:
•Sol Payment → set your price
•Token Gate → only allowlist holders can mint
•Token Payment → accept any custom token
•Start Date → define exactly when the sale goes live
Stack these guards and you can execute fair, bot-proof sales that feel high-end. And since Fogo is so fast, thousands of people can mint in seconds without any congestion or headaches.
Developer Tools Are Ready to Go
If you’re a dev, Metaplex on Fogo provides you with:
•Full documentation
•JavaScript package
•Rust crate
Solana devs can simply copy-and-paste their code and start deploying on Fogo right away. SVM compatibility is 100% – no learning curve, just improved performance.
Why This Combo Actually Matters
Fogo wasn’t made to be “another Solana fork.” Fogo was made for speed enthusiasts in DeFi and real-time experiences. Together with Metaplex, this means:
•Mints in real-time for live drops
•Seamless secondary markets
•Affordable edition printing
•Royalty protection that actually works
•Real-time generative art or dynamic NFTs
This is the type of infrastructure that makes NFT projects feel alive, not clunky.
Whether you’re an artist launching your first collection, a developer working on the next big marketplace, or a collector searching for the next 100× project — Fogo + Metaplex is something you should pay attention to today.
Head over to the tools themselves, follow the official handle FOGO for the latest updates, and keep an eye on $FOGO , the token fueling this high-speed platform.
The future of NFTs isn’t coming… it’s already live on Fogo.
#fogo $FOGO @fogo