$KAS KaChat 5.2 beta release is out for Android APK github.com/KaspaSilver/KaCha… Please download and start testing if you can! This includes testing .kachat domains on testnet!

Nothing beats the conviction of $KAS community💪 Price downwards since 2025 ✅️ ATH last time 2024 ✅️ Crescendo -> price down✅️ Toccata -> price still down✅️ Wallet #1 accumulation✅️ Everybody hating on $KAS ✅️ No T1 exchange listings ✅️ Low 24h volume ✅️

i think the single differentiating concept is indeed, as many have pointed out, one of “forgery” / “lineage” / “provenance” a more formal definition might be:

How To Solo Mine Kaspa With Your Own Node + Merge Mine ZKAS is able to be watched now on @Kasshi_io for 1 Kaspa and no ads. kasshi.io/video/watch/ISm0eM… Tomorrow morning it will go out on YouTube! $KAS

I strongly believe that $Kas is going to flip XRP which is about 100x from current MC. And $Kas is 300x away from flipping XRP’ ATH. Imagine fading that..

kaspa:native ATH incoming ....

$KAS .kachat domains will be rented for 1 or 2 years max. The prices are looking to be setup like this. 1 character 4000 Kaspa while owned renewal is 1000 2 characters 2000 Kaspa while owned renewal is 500 3 characters 1000 Kaspa while owned renewal is 250 4 characters 250 Kaspa while owned renewal is 62.5 5 +characters 35 Kaspa while owned renewal is 8.75 All fees for domains are paid to miners. If .kachat takes off it will give miners a continuous boost in mining income long term. Let me know your thoughts.

sir, this is a permissionless network.

Kaspa ranks 25th by market capitalization among all public blockchains.If ranked by market capitalization on CMC, Kaspa is in 61st place. However, if all stablecoins and exchange platform tokens are excluded and only public blockchains are considered, Kaspa ranks 25th. kaspa:native

I smell an interesting Silverscript based infrastructure for decentralized finance - @KaspaClass - kudos for building and well teasing that ! May I guess this is the bank of the future on $KAS Kaspa ?

That’s when $KAS walks into the room.

Here is Vitalik from $ETH talking about $KAS technology Core Kaspa contributer Yonatan, is also cited in the Ethereum whitepaper Fact: Yonatan is cited more in research papers than Albert Einstein

⚡ Kaspa Anticone Scarcity Alert! 💎 Circulating: 27,742,636,308.7084 KAS 🔥 Scarcity Score: 96.6508% ⏳ Remaining: 961,363,691.2916 KAS 🕒 Next Drop: Nov 4, 2026, 03:56 PM The supply is melting live at 10 BPS! 🚀 @TrueKaspaBeliever #Kaspa #KAS #Crypto

Real-world financial markets need real-time decentralization technology. The @SolanaFndn announced an open-source Delivery versus Payment settlement tool designed for institutional financial markets, with @jpmorgan providing input on settlement practices and requirements. Settlement in seconds instead of days reduces counterparty exposure, releases capital sooner and removes some of the friction created by intermediaries. Solana already has institutional connections and infrastructure that make it an obvious network for this kind of experimentation. Kudos to @solana for making those inroads, but we believe #Kaspa is a more ideal technology for where institutional settlement is heading. If anything, deserves a look as an ideal alternative solution. Financial institutions already have fast private networks and databases. A decentralized public network allows independent parties to settle against the same ledger without any of those parties owning or controlling the settlement infrastructure. Kaspa currently produces 10 blocks per second using proof of work. GHOSTDAG allows parallel blocks to remain part of consensus and orders them rather than treating them as wasted competing work. Solana achieves performance through proof of stake and expensive validator hardware. Its validator requirements reflect an engineering approach built around pushing modern computing and networking infrastructure extremely hard. Kaspa's approach is architectural. Its blockDAG allows blocks to be created in parallel while GHOSTDAG orders that work into consensus. This allows Kaspa to retain permissionless proof of work while operating at 10 blocks per second today. Consensus power comes from proof of work rather than token ownership, and Kaspa's fair launch meant there was no ICO, premine or private allocation determining an initial ownership structure. Speed isn't being purchased by turning consensus over to token-weighted validators or requiring every participant to operate enterprise-class validator infrastructure. Kaspa scales Nakamoto consensus through the mathematical structure of the blockDAG itself. This makes Kaspa a less-expensive,(cheaper hardware) truly decentralized and faster option. Recent development via #Toccata brought covenants, transaction introspection, ZK verification and other programmability to Kaspa's L1 which has added another important part of the institutional settlement picture. Covenants allow rules around the movement of assets to be enforced by the network itself. A transaction can require predefined conditions to be satisfied before funds move, providing the building blocks for Delivery versus Payment, Payment versus Payment, escrow and other forms of conditional settlement. More complex financial applications don't necessarily need to execute everything directly on the L1. Toccata's ZK verification and sequencing capabilities, along with the developing Based Apps and vProg architecture, create a path for applications to perform more complex work outside the base layer while Kaspa provides ordering, verification and final settlement. Full vProgs remain under development, but the direction is important for institutional systems that already have their own databases, compliance processes and application infrastructure. @KaspaKii's #WarpCore project is being developed around the same model from the institutional side. Existing ISO 20022 messaging, compliance systems and institutional infrastructure can remain in place while Kaspa provides the underlying settlement and verification layer. Its development work already includes atomic PvP settlement, institutional routing, settlement records and SPV proofs. Banks don't need to put customer databases, identities, compliance systems or private financial information onto Kaspa. Independent institutions can use their existing systems and settle the resulting transactions against the same public ledger. #DAGKnight continues the development at the consensus level. It is designed to make confirmation responsive to actual network conditions rather than relying on GHOSTDAG's fixed network-delay assumption, while retaining Kaspa's permissionless proof-of-work model. Kaspa is doing this at 10 blocks per second today. DAGKnight remains under development, while research toward higher block rates, including an eventual 100 BPS target, continues. Solana already has more institutional roads built around it. Kaspa has fewer. Those roads can be built. The consensus architecture underneath them is much harder to change. If institutional finance is moving toward real-time settlement on public networks, the goal should be more than speed. It should be real-time settlement on infrastructure that remains permissionless, independently verifiable and decentralized as performance increases. Kaspa now has high-speed proof-of-work consensus, programmable settlement through covenants, native ZK verification and a developing application architecture designed to extend what can be built around the L1. WarpCore is exploring how existing financial systems can connect to that infrastructure, while DAGKnight continues the development of the consensus itself. We believe that combination makes #Kaspa the stronger technical architecture for decentralized institutional settlement. Worth repeating: Real-world financial markets need real-time decentralization technology. @kasmediadotcom @kaspaunchained @KaspaCom

AI won’t comfort your thesis. It will replace it if something better comes along. kaspa:native

Looks to me like a bull flag is loading on Kaspa!!! base:0xa366060dcfad8cb61db953a3a170d4cd8232f021 📈📈📈 If this plays out to the upside, I see the POC at about $.052 as the next stop 🚀 Hope you’re all ready for a bullish Q4 for kaspa:native 🔥🔥🔥

10 days ago I started tagging @elonmusk asking what he thinks about $KAS During those 10 days Kaspa has produced around 8.64 million blocks Thats what happens when a PoW chain runs at 10BPS Impressed yet sir?

$KAS KaChat Browser Extension is now public and can be used! Its in beta and not on official browser extension stores yet. This will be another means to acquiring .kachat domains when they go live on mainnet. .kachat domains is already live on testnet which you can switch to it in the settings. github.com/KaspaSilver/KaCha… KaChat browser extension is focusing on porting KaChat wallet specific features such as the profile, cold storage, and portfolio to track your holdings.

🔩🔩🔩 $kas vProgs is under active development: the official KaspaNet/vProgs repository was updated on October 5, with 79 commits and 29 open PRs. However, the project itself still explicitly states that it is in the early development/prototype phase and that the API and architecture may change significantly. So, the conclusion is clear: active and intensive development is confirmed.

Safety by construction versus safety by check. Solana DvP documents that creation is permissionless and that a forged record can redirect proceeds, so every funder must verify the stored terms before depositing. A Kaspa covenant whose address is the hash of the full terms never receives funds at a mismatched address; the failure mode is a non-event rather than a drain that depends on the integrator running the helper. Smaller operational surface. Solana’s lifecycle includes reclaim, cancel, reject, recover, a permanent tombstone, rent, and Token-2022 constraints. A covenant that refunds statelessly and ignores stray deposits avoids those account and dust paths, which reduces the audit and custodian integration surface, if that is how the contract is actually written. Commitment versus free option. Solana explicitly allows either party to pull its leg back until the settlement authority acts. Settlement systems that need funds locked once committed need a different rule; a covenant can enforce that, but only if the script does so.