Kaspa’s Next 30 Days Could Change Everything

Indexé : 2026-05-18

[00:00:00]If I had to bet the house on one cryptocurrency in this next bull run, it wouldn't be Bitcoin, it wouldn't be Ethereum, it wouldn't even be Solana, it would be Kaspa. And I know how that sounds, but by the end of this video, you're going to understand exactly why I'm willing to plant that flag publicly.

[00:00:15]Because what is happening inside of this ecosystem in the next 30 days is a kind of setup that only comes around once a cycle. Two confirmed hard forks in 2026, a wallet holding a position so large that only a centralized exchange can handle, President Trump's recent disclosure that tied his holdings directly to Kaspa, Grayscale publicly engaged with Kaspa's lead researcher, and much more. The institutions are circling, the miners are positioning, the roadmap fits delivery. I'm Crux, and this is the most important Kaspa update in 2026.

[00:00:47]If somebody was like, "Crux, best asymmetric bet, you get one cryptocurrency to hold this next bull market." I'm a risky guy. I'm going for the eight out of 10 on the risk. High risk, high reward, we're going Kaspa.

[00:00:59]So, let's start with the signal that triggered all of this. Grayscale, one of the most powerful institutions in all of crypto, went on X and asked a very specific question. "Who should we be following right now?" And like always, the Kaspa army showed up. Grayscale followed Hashdag, which is Yonatan Sompolinsky's handle, the founder of Kaspa. And then Yonatan responded with one line, "By mid-June, Kaspa Op-Cat plus plus Bitcoin, worth the attention."

[00:01:25]Kaspa's entering its programmable phase, which was highlighted by Yonatan's Oxford speech. The message, "In the next 6 months, Kaspa will transition into the fastest proof-of-work network in existence to the most functional one."

[00:01:38]And that transition runs on two hard forks landing this year. Dacada activates on mainnet between June 5th and June 20th. Dagnite follows tentatively in Q3. We'll break down both of those in a minute. But for now, here's a couple catalysts I see in the meanwhile that will help with adoption.

[00:01:54]There is a wallet referred to as wallet number one holding a position so large that nobody has been able to identify it. The two most realistic candidates in my opinion are Binance and Coinbase.

[00:02:04]Either way, we're talking about exchange level accumulation that is quietly accumulating waiting for the next major move. And then we got the Trump Q1 disclosures. Buried in those filings was a position in Marathon Digital, which is the largest publicly traded mining company in the world. Now, here's the part most people miss. In Marathon Digital's entire history, they've only been known to mine two different cryptocurrencies, Bitcoin and Kaspa.

[00:02:28]That is a smoking gun on its own, but when you stack it with Grayscale, wallet number one, and the two hard forks coming later this year, the writing's on the wall. Smart money and the brightest builders always migrate towards the projects pushing the limits on what's actually possible on digital ledgers.

[00:02:43]Satoshi's vision for Bitcoin as a peer-to-peer network was abandoned many years ago as it evolved quickly into a medium of exchange. Kaspa took the baton and continued the race. First of all, I'll say, "Do you take Kaspa?" If he says no, most likely he'll say no. I'll say, "All right, so basically I'm going to send you this money. It's going to take on average an hour, so it would be six different confirmations across 10 minute blocks for you to get this money. And then you're going to reply with, "Well, I'm going to use Lightning Network." And I'm going to say 99.9% of all transactions on Lightning Network are hosted between like seven different nodes. So, it's like you you sacrifice the decentralization piece for the scalability piece, and now you think your technology's the best." So, that is the framing I want you to hold in your head as we continue to go through this next part because Kaspa has evolved past the limits of Satoshi's vision by becoming perfect money and moving on to programmability. Now, before we get into the hard forks, let's ground this with what's already real today because the network is already moving faster than most people realize. Kaspa just crossed 2.1 billion on-chain transactions. Not theoretical throughput, real activity.

[00:03:48]Krescendo hard fork brought 10 blocks per second to the mainnet. Devnet is currently running at 20 blocks per second. And on both mainnet and Devnet, Kaspa has already broken scalability records of around 6,000 transactions per second across Web3. Let that land for a second. This is a proof-of-work network, a single global state, no sharding, no validator cartel, just a block dag that has evolved from Phantom to Ghost and soon DagKnight. And here's the supply story that nobody's talking about. Kaspa just surpassed 95% of its hard cap 28.7 billion supply that will ever be minted.

[00:04:23]With its monthly emission schedule, new token issuance is quickly racing towards zero by late 2026. One-year-plus holders just hit an all-time high, which shows the conviction of smart money. That is an emission cliff colliding with smart contract upgrades. Above the base layer, Kaspa isn't just a settlement chain anymore. It is a living ecosystem. And the clearest proof of that is Iggra Labs. Iggra is a EVM compatible layer two anchored directly to Kaspa. Combined with Hyperlane, Iggra has created a live working route between Kaspa and major EVM networks like Ethereum. Kaspa.com and Zealous already have a live USDC Kaspa pool running on this infrastructure. The Cat Bridge handles movement between Kaspa L1 and L2 for Kaspa and the KRC20 assets. Let me make this simple. Stablecoin liquidity can now enter through Kaspa's ecosystem.

[00:05:12]Builders can use familiar EVM tooling while anchoring their security to Kaspa's block dag. Now, it is important to understand that Iggra's roadmap is just a preview of what eventually migrates natively onto the L1 when the hard forks land. Kaspa is the only scalable proof-of-work network in existence that refuses to sacrifice its decentralization for the sake of scalability. And honestly, I'm here for it. Now, the foundation has been set, so let's jump into the main event, the hard forks. Takata is Kaspa's most significant protocol upgrade since the launch. The mainnet activation window is June 5th through June 20th and the final rehearsal just finished up just days ago activating the full Takata stack on testnet 10. So, what actually ships in June? Well, let's start with the four Kaspa improvement proposals and stay with me. This gets technical. KIP 17 expands what Kaspa transactions can actually do instead of just sending coins from wallet to wallet. Funds can now carry rules enforced by the network itself. Think delayed vaults, spending limits, whitelisted wallets, and multi-step transaction logic all without needing a separate virtual machine like Ethereum. KIP 20 solves one of the biggest hidden problems in UTXO systems, tracking history. Normally, complex systems require rebuilding long chains of past transactions every time something updates. KIP 20 changes that by giving contracts persistent IDs make it advanced applications dramatically more practical and efficient. KIP 16 brings zero-knowledge proof verification directly onto Kaspa. Normally, if a blockchain wants to verify a computation, every node has to repeat the process themselves. Zero-knowledge proofs change that. One machine does the work once, then generates a cryptographic proof showing that the answer is correct. The network verifies the proof, not the entire computation.

[00:07:01]Same security but at a fraction of the cost. And then there's KIP 21, the deep infrastructure upgrade that almost nobody's talking about. This is the architecture that allows zero-knowledge applications to scale without needing to process the entire DAG every time they update. In simple terms, every application only proves a work relevant to themselves and not the entire network. Now, beyond KIPs, Takata also brings native assets directly onto Kaspa. KRC-20 style tokens become integrated at the protocol level itself.

[00:07:31]Not bolted on by external indexes and wrappers. Atomic transfers, cleaner execution, more reliable infrastructure.

[00:07:39]Now, I I you that was just the start.

[00:07:42]Let me introduce you to the tool that makes all of this actually buildable.

[00:07:45]Silver Script is Kaspa's first high-level smart contract programming language. Here's the problem it solves.

[00:07:50]Before Silver Script, writing covenant logic on Kaspa meant handwriting low-level script opcodes. That's like writing machine code instead of Python.

[00:07:59]It works, but almost nobody's going to do it at scale. Silver Script changes that. You write Rust-inspired syntax.

[00:08:06]The compiler handles the translation directly into the Kaspa native script engine. No VM overhead, no external execution layer, just Kaspa. And the ecosystem isn't waiting for the forks to start building. Zelus Swap just launched V2 with what they're calling continuous clearing markets. No AMM, no slippage within blocks, no sandwich attacks, and counter liquidity rebates. The kaspa.org website just got a complete refresher, too. Laser-focused on one unifying message, real-time decentralization as the North Star. Less noise and more substance. Now, real quick, before we get into the biggest hard fork upgrade, DagKnight, if this video has brought you any clarity so far, consider subscribing for more deep dives like this and smash that like for pup tugs. He said sub-second finality is impressive, but his finality on a dropped piece of chicken is measured in milliseconds. All right, back to the script. So, Tokamak set the foundation, but what if I told you that's just the runway for what comes next? DagKnight is the second hard fork, and if it does what's intended to do, it will change what we think about crypto forever, and I don't say that lightly. Most blockchains freeze their latency assumptions into the protocol at launch. DagKnight took on a much larger challenge. It adapts dynamically to real network conditions, adjusting block ordering based off of actual observed latency, rather than hard-coded estimates. The same security model Bitcoin embodies, just operating at the speed of the internet. Transactions that take an hour to confirm safely on Bitcoin can confirm in seconds on Kaspa.

[00:09:40]The updated roadmap targets 25 to 40 blocks per second by Q3 2026 with 100 blocks per second as a 2027 destination for a third hard fork. We'll briefly talk about that in a second. And here's the unlock that most people miss.

[00:09:55]DagKnight doesn't just make it faster.

[00:09:57]It means high-frequency programmability actually becomes viable. Real-time markets, sub-second DeFi interactions, coordinated infrastructure that actually runs at the speed of human activity.

[00:10:08]Now, let's close the loop on programmability because Decacorn ships covenants and ZK infrastructure, but the full programmability end game is V Progs. Here's how to think about the difference. Covenants control individual coins. They enforce rules on UTXOs.

[00:10:23]Powerful, but isolated. A covenant cannot see what is happening in another contract. You can build a vault, but can't build an exchange and V Progs changes that. V Progs are verifiable programs. They run computations off-chain, then produce a cryptographic proof that the result followed the rules. Kaspa checks the proof and not the work. Same guaranteed, but at a fraction of the cost. And because every V Prog anchors its state to the L1, its data is always recoverable. No centralized sequencer and no single point of failure. What this enables, on-chain order books, prediction markets, privacy payment apps, debit card style wallets with full privacy.

[00:11:02]Now, let me zoom out and tell you how I think about all of this because the market's still pricing Kaspa as a payment token, but the roadmap shows something entirely different. Bitcoin and Ethereum scaled by exporting execution into roll-up ecosystems.

[00:11:16]Solana scaled by compressing time around a privileged leader. Kaspa is pursuing a third path and here's the timeline as I see it. Testnet 10 Decacorn activation just started. It will go mainnet between June 5th and June 20th. DagKnight will drop tentatively in Q3 2026 if development milestones hold. The progs and 100 blocks per second is a 2027 target, and that's when I think mass adoption will actually kick in. And when I stack everything together, Grayscale's public engagement, wallet number one, Trump's exposure to Marathon, which only mines Bitcoin and Kaspa, two hard forks delivering in the next 6 months, an emissions cliff that is causing scarcity, and a founder who's been cited in Ethereum's white paper. This is the strongest setup that I can see in any cryptocurrency heading into the next bull market. And let me start by saying nothing that I say is financial advice, but I wouldn't be surprised to see Kaspa well over a dollar by 2029. Is it guaranteed? Nothing in crypto is, but if you're asking me where the asymmetry sits right now, it is right here. If you want to go deeper on plays like Kaspa, I drop this type of analysis live inside of WAP, which gives you access to my private Discord server. I've gotten an elite group of professional traders running daily live Q&As and sharing trade setups when they actually make sense. We've also got the academy for traders who want to build real trading skills over time, plus one-on-one portfolio audits where I walk you through what changes I'd personally make in your shoes. And right now, we have 33% off the Gem Hunters membership, so take advantage while it lasts. If you want to support my channel, you can sign up using my affiliate link below. I dropped a live stream to find the top five mid-cap cryptocurrencies, and spoiler, Kaspa wins the bid. I'll link it right here. I'm curious, are you buying Kaspa at 3 cents and expecting to go well over a dollar, or am I being too optimistic? Let me know in the comments below. I'll see you in the next deep dive.