I want to be the #1 $KAS influencer.
Why?
Because Kaspa moves this space forwards, no paid KOL’s, it’s the real deal.
I truly believe in this and if I retire off $KAS I hope I help improve many lives from spreading the word.
🙏🙏🙏🙏
Everyone said the same thing about BTC at $10k.
And ETH at $100.
$KAS at $20 is a ~$550B market cap.
The math looks wild until it doesn’t.
If #Kaspa becomes core crypto infra — this is the early window
#Web3
We hear the Kaspa community and understand why dynamic address support is important. kaspa:native is technically different from Bitcoin-like UTXO networks such as BTC, LTC, DOGE, etc. Its architecture requires a separate implementation approach, so this feature cannot be added in the same way as for other UTXO-based networks.
That’s why dynamic address support is being rolled out step by step. We started with networks where the implementation of this feature is the same, while Kaspa requires additional dedicated work and validation before it can be delivered properly.
Kaspa is a priority and the team is actively working through the technical scope right now. We’re not putting a firm date on it yet because we want to deliver it right, but the Kaspa community hasn’t been forgotten and we’ll come back with concrete timing once it’s confirmed.
At 20$ KAS = ~550B market cap. Sounds crazy? So did BTC at 10k and ETH at 100$. Question isn’t “if”, it’s “what if Kaspa becomes core infra of crypto” ⚡ Study conviction. Study asymmetry. Study Kaspa. #Kaspa#KAS#Crypto#HODL
We built an autonomous oracle on Kaspa L1. No operator, no admin key, no one who can fake it.
A KAS/USD price proven against the Wormhole guardian quorum and verified by Kaspa's own consensus. Permissionless to update, about a cent a roll, sub-25-second proofs.
Maybe the first ZK-verified oracle on any proof-of-work chain.
TN10 now. Waiting for Toccata...Let's keep on building. 😎🤟🏼
I think the most bullish thing about Kaspa right now has nothing to do with price, and it's the fact that the conversation around Kaspa keeps getting deeper.
A year ago, most discussions were about speed. Today, people are talking about ecosystem growth, programmability, Toccata mainnet, developer activity, and what a mature Kaspa economy could look like.
That for me is an important shift because when a network evolves from being a technology discussion to being an ecosystem discussion, it usually means it's entering a new stage of development.
Price will do what prices do, but the expansion of the conversation itself is often one of the earliest signs that something bigger is taking shape.
#kaspa $Kas
Dr. Martin's assessment is very fair and objective. Kaspa comes from an outstanding team and has achieved top-tier technological breakthroughs across multiple areas. The only thing it currently lacks is the development of its application ecosystem and broader market recognition. A project this strong is bound to enter the mainstream spotlight sooner or later.
KIP-21 is probably the least understood part of Toccata, but it may be the piece that matters most long term.
Before this model, Kaspa sequencing commitments behaved more like one global stream. Every accepted transaction was part of the same committed history, which is fine for simple settlement, but brutal for ZK applications. If an app only cares about its own state transitions, it should not have to drag the entire DAG’s activity into its witness just to prove that one local history evolved correctly.
KIP-21 changes that by partitioning sequencing into lanes. In the current spec, lanes are derived from transaction subnetwork IDs, with each active lane maintaining its own recursive tip hash and last-touch blue score. Those active lane tips are committed into a sparse Merkle tree, then folded back into the normal chain-block sequencing commitment exposed through the block header.
So Kaspa still has one global PoW-anchored commitment, but inside that commitment is a structure that lets applications prove only the slice of history they actually touched. The "merge_idx" keeps global order reconstructible when needed, while the lane model keeps local proving from being polluted by everyone else’s throughput.
That distinction is huge. High BPS creates raw ordering capacity. KIP-21 makes that capacity usable for proof systems. A zk app, subnet, bridge, vault, SLA bond, or future vProg-style system can anchor to L1 sequencing without inheriting the full cost of global DAG activity. Its proof cost follows its own activity, not the noise floor of the entire network.
That is where Kaspa starts looking very different from normal “L2 scaling.” Most systems move execution away from L1, then reintroduce trust through sequencers, committees, fraud windows, bridges, and social recovery assumptions. Kaspa’s design is cleaner: execution can happen at the edge, while ordering, lineage, covenant constraints, and proof verification remain anchored to proof-of-work consensus.
Toccata is not just adding programmability. It is turning Kaspa into a proof-coordinated monetary substrate.
The Architectural Edge: Why Kaspa Outpaces Ethereum for DEX Infrastructure
Building a Decentralized Exchange (DEX) on a traditional single-chain blockchain like Ethereum is like trying to run a high-frequency trading firm on a narrow, one-lane highway. While Ethereum pioneered automated market makers (AMMs), its sequential design forces every transaction to wait in a single queue.
Kaspa’s BlockDAG architecture—complemented by the Toccata hard fork—rebuilds the Layer 1 foundation to handle the intensive demands of decentralized trading natively. Kaspa offers several architectural advantages that make it a superior backbone for a modern DEX compared to Ethereum.
Parallel Processing vs. Sequential Bottlenecks
Ethereum processes transactions sequentially. One block is added at a time, roughly every 12 seconds. When thousands of traders rush to swap assets during market volatility, the network bottlenecks, causing a massive surge in gas fees.
Kaspa replaces the single blockchain with a Directed Acyclic Graph (**BlockDAG**). Using the GHOSTDAG protocol, the network processes multiple blocks **in parallel** simultaneously (~10 blocks per second on mainnet). For a DEX, this means transactions don’t get jammed in a single queue; trades are woven together concurrently without degrading network performance.
Structural Defense Against Predatory MEV
Because Ethereum relies on a public mempool where a single block producer dictates the exact sequential order of transactions every 12 seconds, **Maximal Extractable Value (MEV)** bots thrive. They spot a pending trade and "sandwich" the user—buying right before them and selling right after—forcing the trader to execute at a worse price.
Kaspa's Advantage: Real-time decentralization dismantles the mechanics of MEV bots. With Kaspa producing blocks at a rapid-fire pace, there is no single consensus leader holding a monopoly over transaction ordering for long intervals. Rapid parallel block creation and real-time sequencing make it virtually impossible for bots to accurately predict the state and insert predatory sandwich attacks. Traders get the exact execution price they expect.
Sub-Second Latency (CEX Speed, DEX Security)
Waiting 12 seconds for a block—and minutes for true finality—is a lifetime in live trading. While Layer 2 rollups speed up execution, they fragment liquidity, introduce bridge vulnerabilities, and complicate the user experience.
Driven by the Rusty Kaspa engine, the network features sub-second block times. After just 10 seconds, a trade has accumulated roughly 10 layers of confirmation deep within the DAG structure. A DEX on Kaspa delivers the instant, responsive user experience of a Centralized Exchange (CEX) while settling entirely on an ultra-secure, decentralized Layer 1.
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Predictable, Sub-Cent Transaction Fees
High traffic turns Ethereum into a playground for whales, where a simple token swap can easily cost $20 to $100+ in gas fees.
Because Kaspa scales horizontally at the base layer rather than relying on vertical scaling, the throughput handles massive volume natively. Transaction fees remain consistently sub-cent (<$0.01), making micro-swaps and algorithmic high-frequency trading economically viable for retail users.
Toccata is not just a “performance upgrade” , it’s a capability shift. It introduces covenants (programmable spending rules), native asset logic, and ZK-related infrastructure at L1, while keeping Kaspa’s core blockDAG speed intact.
I absolutely support this notion
It’s often that I get clients who prefer to pay via 3rd party like @Venmo but the main issue is immutability & settlement speed of the current supported cryptocurrencies.
We’d encourage @VenmoSupport to look further into proven assets like kaspa:native
What is the most efficient energy backed money ever built?
Not Bitcoin. Ten minute blocks, seven transactions a second.
Kaspa. Blocks every second, GhostDAG, fair launch, no premine. Same proof of work, none of the bottleneck.
#kaspa