B0sch.kas ‎𐤊

Watching the progress bar move and the percentage climb, I start to get that familiar feeling in my stomach the exact same feeling I get when the countdown begins before the start of a rally stage. Thank you, everyone. You guys are the best! 💚

@ExTriage You got it brother!!

More than 12,000 people have already seen this project. So far, only 33 Kaspians have become part of the journey. Some donated 20,000 KAS. Others donated 5 KAS. Every single contribution has helped move this project closer to the starting line. Imagine what we could achieve if everyone who liked, shared or commented decided to take one small step. This isn't just about building a rally car. It's about putting Kaspa on the Portuguese National Series Rally Championship, creating content for the entire ecosystem, and proving what a decentralized community can accomplish in the real world. If everyone waiting for someone else to make it happen became someone who took a small step... this campaign would probably already be fully funded. To the 33 backers: thank you. You are already part of this car's story. 💚🏁 One community. One goal. Kaspa on track. 👇 staghunt.app/bounties/bnty-… #Kaspa kaspa:native #Crypto #Rally #Web3 kaspa:native @KaspaKii @Kaspa_KEF @kasmediadotcom @rhubarbmedia @Kaspa_Commons

@futurbtw_Kas @octa_space This speculation comes right after their announcement that they’re migrating to another chain with a ‘stay tuned’ — big optimism in the Kaspa community for possible integration or L2 support!

@futurbtw_Kas @octa_space OctaSpace already bought the octa.space.kas domain and has talked about potential synergies with Kaspa thanks to its speed, low fees, and shared principles.

Is @octa_space migrating to $KAS ?

started to record a short 10-min live-coding argent episode: a basic multi-actor ticketing app. one hour later, episode 01 exists 😅 start here: github.com/argent-lang/ar… written code: github.com/argent-lang/ar…

@Blockworks WEN kaspa:native ?

We're adding a new component to the TTF: filings compiled by Blockworks. While most token issuers file their own disclosures, we will now be providing filings for every token regardless of issuer involvement. Today, we are unveiling completeness evaluations for: - AR - ARB - ASTER - AXS - BERA - DOGE - DOT - FIL - KAS - PENDLE - QNT - RENDER - VSN - VVV Here's what that means, where investors can find them, and why they're so important...

@exodus Wen kaspa:native ?

We're following back anyone who replies to this tweet. Say hi! 👋

kaspa:native is going to be the next major phenomenon in crypto in my view. The likely target price is probably around $5 but short term $1 is realistic at any point within a very short space of time. It’s really a case of KAS being the next $BTC style / $ETH style / $SOL style contender. More broadly it’ll be a next-generationally definitive blockchain based technology and there’s really no telling how big it might evolve culturally after a sustained breakout into one of the largest coins worldwide by market cap. Right now huge accumulation is going on which typically implies enormous and sudden price momentum at some point (anyone around since 2013 knows this script). When will that be? Hard to say but it’s possible it’s soon. It seems KAS has its own four year cycle quite separate from the four year cycle of the other blockchain assets and if so this year would be pivotal. I think too that a very interesting series of facts end up emerging about this tech (who’s behind it, why, how it changes the game etc etc) ultimately for a greater mainstream narrative that could add additional push. Don’t overlook it would be my suggestion. Writing this for historical significance rather than as a recommendation of any kind (so it’s fun to look back later on and say “wow how did he know that back then …?”) since whatever I say won’t matter one bit. There’s a much bigger game being played here I think that maybe not everyone is fully aware of.

@StagHuntApp bro where are the funds? I put money on it?

Defi can be done, but full fledged smart contracts are still under development. 🧱 First, Some Foundations Before diving in, let me define a few key terms: UTXO (Unspent Transaction Output): Think of it like a physical coin. When you spend it, it gets "consumed" and new coins are created. Kaspa, like Bitcoin, uses this model. Smart Contract: A self-executing program stored on a blockchain that automatically enforces rules — like a vending machine that gives you a snack only if you insert the right amount. Covenant: A rule attached to a coin that controls how it can be spent in the future. Like a will that says "this money can only be used for education." Hard Fork: An upgrade to a blockchain's rules that requires all participants to update — a coordinated, network-wide change. ✅ What's Live Right Now: The Toccata Hard Fork Per the official Kaspa developer documentation [2] and a technical article by core developer Michael Sutton [3]: Toccata is active on Kaspa mainnet as of June 30, 2026, at DAA score 474_165_565. This is a significant milestone. Here's what it actually brings: 1. 🔗 Covenants++ — Stateful UTXOs Toccata upgrades Kaspa's scripting engine with covenants — specifically a more powerful version called "covenants++". What does this mean in plain English? Normally, a UTXO (a coin) is "dumb" — it just sits there until someone spends it. With covenants, a UTXO becomes "smart" — it can carry rules that say: "When you spend me, you MUST create a specific kind of successor coin." Think of it like a relay baton in a race. The baton (UTXO) carries a rule: "You must pass me to the next runner in a specific way." The chain of custody is enforced by the coin itself. Per the official docs [2]: "Toccata makes Kaspa UTXOs expressive enough to carry real application state. The first example is one stateful coin — a UTXO that requires its spend to create a valid successor." This means you can now build stateful applications directly on Kaspa's Layer 1 — things that remember and update their state over time. 2. 🛠️ Silverscript — A New Compiler Toccata also introduces Silverscript [3], a brand new compiler that lets developers write programs that use these new script capabilities directly on Kaspa's Layer 1. Think of a compiler as a translator: you write code in a human-readable language, and Silverscript translates it into instructions the Kaspa network can execute. This is a huge developer experience improvement — instead of writing raw low-level script opcodes (like writing in machine code), developers can use a higher-level language. 3. 🔐 ZK Infrastructure — The Foundation for Layer 2 Toccata also lays the infrastructure for a ZK (Zero-Knowledge) layer built on top of those covenant foundations [3]. What is ZK (Zero-Knowledge)? A ZK proof lets you prove something is true without revealing the underlying data. Example: Prove you're over 18 without showing your birthdate. In blockchain terms, ZK proofs allow: Massive computation to happen off-chain (faster, cheaper) A tiny, verifiable proof to be submitted on-chain (secure) This is the foundation for Layer 2 — a second layer built on top of Kaspa that can handle complex smart contracts at scale. 🔭 What Can Be Built NOW vs. What's Coming 🚀 Future Possibilities Based on the sources, here's the roadmap of what's being built toward: Near-Term (ZK Layer) The ZK infrastructure in Toccata is designed to support a ZK-based Layer 2 [3]. This would allow: Complex smart contract logic executed off-chain Proofs verified on Kaspa's L1 (using the new covenant opcodes) This is the path toward DeFi, dApps, and programmable finance on Kaspa ZK Technology Approach The community source [1] notes that Kaspa is taking a "ZK technology-agnostic approach" — exploring multiple ZK systems (RISC Zero, SP1, Cairo) rather than locking into one. This keeps Kaspa flexible as ZK technology evolves rapidly. 🎓 Why This Architecture Matters Kaspa's approach is architecturally interesting because it: - Keeps Layer 1 simple and secure — like Bitcoin, the base layer stays lean - Adds expressiveness through covenants — UTXOs can now carry state - Enables ZK-powered Layer 2 — complex apps run off-chain, proofs verified on-chain - Leverages Kaspa's speed — with 10 blocks/second (post-Crescendo), the base layer can handle high-frequency proof submissions This is different from Ethereum's approach (where smart contracts run directly on L1) — Kaspa is building a layered programmability model. TL;DR Toccata (live June 30, 2026) upgraded Kaspa with: - Covenants++: UTXOs can now carry and enforce application state — the foundation of smart contracts on Kaspa L1 - Silverscript: A compiler to write L1 programs more easily - ZK Infrastructure: The plumbing needed for a ZK-powered Layer 2 Right now, you can build stateful UTXO-based applications on Kaspa L1. The future roadmap points toward full ZK Layer 2 smart contracts, enabling DeFi, dApps, and complex programmable logic — all secured by Kaspa's fast, Proof-of-Work base layer.

Im just gonna leave this here $Kas

@eddiewac 15.5 mil indeed. Never the less, let’s get to 15.5 mil than 🤷🏽‍♂️

@b0sch_crypto It's way more than that to advertise on the sphere

Just put some $KAS on it:

🚨 Hey @StagHuntApp launches TODAY. The internet rewards attention. Stag Hunt rewards action! Create a hunt. Fund the reward. Someone completes it. They get paid. If nobody completes the hunt, everyone gets refunded. I’ll be talking about Stag Hunt today on Blockchain Banter. Stop by and check it out. 🎯 staghunt.app

117,568 KAS hunt on Stag Hunt — PUT KASPA ON THE LAS VEGAS SPHERE DOME staghunt.app/?hunt=bnty-mrt…

Quantum computers will eventually be able to break the cryptography that protects blockchains today. The fix is new "post-quantum" signatures, but they are big and slow to work with. We just showed they can be checked on Kaspa in seconds. Here is how. In plain terms: we take the three new quantum-safe signature standards (NIST) and prove them correct inside a zero-knowledge virtual machine, so the network can trust the result without redoing all the work. The numbers below are the time it takes to produce that proof. All three NIST schemes, proved on an RTX 4090 (means of 5 runs): Falcon-512: 1.91s ML-DSA-44: 5.35s SLH-DSA-128s: 16.3s SLH-DSA is the hard one (hash-based). It was taking 30+ minutes. RISC Zero's SHA-256 precompile is what brings it down to 16s. The important part: we did not run these on our own hardware. @0xfourier (GhostProver / NTH MOMENT) benchmarked it independently and the proof artifacts are published. Don't trust the graphic, check the artifacts. github.com/KaspaKii/kaspa… github.com/NthMOMENT/kasp… Thanks to @0xfourier and to the crypto interns who worked on this. PQ + ZK, built in the open. #Kaspa $KAS

I haven’t talked about my favorite chain for a while. I had dinner last night with the CEO of a big Crypto firm. We discussed Kaspa. Here is the summary of our conversation. All I did was recorded and throw it into my AI. We agree that Fromm a pure computer science perspective, Kaspa’s architecture is an absolute structural masterpiece. By replacing the traditional linear blockchain with a Directed Acyclic Graph governed by the GHOSTDAG, it elegantly bypasses the core throughput limitations of Bitcoin’s Nakamoto consensus. While Bitcoin forces a structural compromise by slowing block times to ten minutes to prevent network errors and maintain decentralization, Kaspa processes blocks in parallel at incredible speeds without sacrificing security or its pure, fair-launch Proof-of-Work framework. Yet, in the arena of global macroeconomics, technological superiority is rarely the sole determinant of market dominance. History is littered with highly sophisticated protocols that ultimately lost to inferior systems with stronger network effects. For Kaspa to win the race, it must conquer immense psychological and structural barriers that go far beyond raw code. The first major hurdle is the #Lindy Effect and institutional inertia. Bitcoin has survived nearly two decades of nation-state bans, internal ideological wars, and relentless cryptographic scrutiny. Its primary value proposition to global capital is actually its rigidity. The fact that Bitcoin is incredibly difficult to alter makes it a predictable, unmoving anchor. Institutional allocators do not buy Bitcoin because it is fast; they buy it because it behaves like digital gold, viewing its low transaction velocity as a security feature while leaving speed to secondary layers. This is precisely why trying to out-gold Bitcoin right now is a psychological dead end. Kaspa’s realistic path to dominance lies not in winning the store-of-value debate on day one, but in rendering Proof-of-Stake smart contract chains completely obsolete first. With the activation of the Toccata upgrade, Kaspa introduces native programmability, advanced covenant logic, and zero-knowledge capabilities directly into its high-speed Proof-of-Work framework. This allows it to launch a direct assault on the fatal flaws of networks like Ethereum and Solana, targeting their inherent centralization risks, validator politics, and economic vulnerabilities under intense network load. If enterprise applications and decentralized finance protocols migrate to Kaspa because it is fundamentally faster, cheaper, and more secure, developer mindshare and on-chain liquidity will follow organically. Bitcoin dominates today because it established the immutable base layer of decentralized property rights, not because its engine is the fastest. To take the crown, Kaspa must use its new programmable utility to build an economic empire so massive and useful that the macro financial world can no longer ignore it. So enough with the “to the moon” fantasy and let’s keep building on $KAS 🚧

@kaka_kaspa @Themooseisloos5 Well said and spot on!!

At the most fundamental level, computers operate solely on 0s and 1s, yet from this simple foundation have emerged operating systems, the internet, and AI. What is truly limitless is not the 0s and 1s themselves, but the combinatorial power built upon these basic primitives. $kaspa Toccata, in the context of Kaspa, is to the network what a programmable CPU is to modern computers. It is not the final application, but the foundational layer that unlocks infinite possibilities for applications. Covenant transforms Kaspa from a “value transfer network” into a “programmable value network,” giving assets, rules, and states the ability to evolve continuously. What will ultimately determine how high Kaspa can reach is no longer whether its underlying protocol is strong enough, but whether developers can build Kaspa’s own “Windows, Chrome, and ChatGPT” on top of this set of foundational primitives.