This Kaspa Bull Case Comes Down to Supply, Speed and New Use Cases
Kaspa’s bullish case rests on two possibilities: fewer new KAS entering circulation and new network features giving people more reasons to use the blockchain. Neither is a price catalyst by itself. The real test is whether those features attract useful applications and create demand for KAS.
- CryptoMinerBros estimated that about 95% of KAS would be mined by July 10, 2026. That is a schedule estimate, not a verified supply snapshot.
- BitcoinFoundation.org reports that Toccata added programmability and ZK verification, but cites no primary source to confirm the claim.
- Kaspa’s reported 10 blocks per second is separate from DAGKnight’s unverified target of 100 BPS.
- No cited figures show that the new features have attracted users, developers or demand.
What the 95% supply estimate actually says
KAS is Kaspa’s native cryptocurrency. CryptoMinerBros estimates that around 95% of its maximum supply would have been mined by July 10, 2026. That figure comes from a projected issuance schedule, not an independently verified on-chain measurement for that date.
The same source gives KAS a maximum supply of 28.7 billion and describes mining rewards that gradually decline each month, rather than a Bitcoin-style halving every four years. Its schedule estimates cumulative issuance at about 15.3 billion KAS, or 53.3%, on January 1, 2023; 21.9 billion, or 76.3%, on January 1, 2024; and 25.1 billion, or 87.4%, on January 1, 2025. These are CryptoMinerBros’ estimates, not an audited supply series.
“Mined, ” “circulating” and “available to trade” do not mean the same thing. A projected share of total supply that has been issued does not tell us how much KAS holders might sell, how much is liquid or how much buyers want. In proof-of-work systems, miners help secure the network by doing computing work and may receive newly issued coins as rewards. A declining reward can reduce the flow of new coins, but it cannot create demand.
That makes the supply argument conditional. Lower issuance could matter if demand rises. If demand stays flat, or sellers offer more KAS than buyers want, the schedule alone does not imply a tighter market or a higher price.
New features need to translate into useful products
Kaspa has often been described as a fast proof-of-work payments network. The broader thesis is that new capabilities could support applications beyond payments. BitcoinFoundation.org reports that the Toccata upgrade activated on June 30, 2026, adding programmability and native zero-knowledge (ZK) verification to Kaspa’s Layer 1, or base blockchain. The source also lists native assets, programmable transaction rules and developer tooling among the upgrade’s features.
This account comes from a secondary source. It does not cite an official Kaspa release notice or technical specification to confirm the activation or implementation details. Treat the date and feature list as reported claims, not independently established facts.
ZK verification lets a system check a claim without necessarily revealing all the information behind it. BitcoinFoundation.org describes off-chain computation with proof checking on-chain. That description does not establish that Kaspa transactions are private. Privacy depends on what a particular implementation proves and what information it reveals.
Programmability could support stablecoins, tokenized assets, decentralized finance, vaults, smart wallets or state channels. Those are potential use cases, not proof of a functioning, widely used ecosystem. Applications also do not automatically create demand for KAS. That depends on how they work. Users might need KAS for transaction fees, collateral or liquidity, but each application’s token requirements matter.
The sources cited for these claims provide no figures for deployed applications, active users, developer activity, transaction growth or application liquidity. Without those measures, broader capability remains a technical possibility, not proof of adoption.
Blocks per second is not transactions per second
Ulam.io says Kaspa supports 10 blocks per second, but its account does not tie that claim to a date. The same source refers generally to plans for higher rates. The specific claim that DAGKnight targets a potential 100 blocks per second is not independently corroborated by the sources cited here. It should not be mistaken for current network performance or a confirmed delivery commitment.
Blocks per second (BPS) measures how often blocks are produced. Transactions per second (TPS) measures transaction throughput. A higher block rate alone does not tell us how many transactions the network can process under real conditions, how quickly users receive confirmation or whether applications are easy to use.
CryptoMinerBros also says Kaspa’s monetary policy defines issuance per second and adjusts rewards if the block rate changes. If that description is accurate, producing more blocks would not automatically mean more KAS is issued per unit of time. Block frequency and coin issuance are related, but they measure different things.
What would strengthen the bullish case?
The clearest evidence would be sustained activity: applications people use, developers who keep building, and measurable growth in transactions, users, wallet support and liquidity. Those indicators would help show whether Toccata’s reported capabilities are doing more than expanding the protocol’s feature list.
The optimistic case is that declining issuance and useful applications could reinforce each other. Fewer new coins would enter the market while products give people practical reasons to acquire or spend KAS. The counterpoint is simple: features can go unused, and falling issuance can have little market impact if demand does not grow. The supply estimates and upgrade claims alone establish neither outcome.
Kaspa supply, Toccata and DAGKnight: key questions
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Does the 95% figure confirm that 95% of KAS was mined?
No. CryptoMinerBros presents it as a schedule estimate for July 10, 2026, not a verified on-chain supply snapshot.
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What does Toccata reportedly add?
BitcoinFoundation.org says the upgrade added programmability and ZK verification to Kaspa Layer 1. A cited primary Kaspa source does not confirm its activation or technical details.
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Is Kaspa running at 100 blocks per second?
No cited source establishes that. The 100 BPS figure is described as a potential DAGKnight target, not a live network rate.
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Does lower issuance mean KAS will rise in price?
No. Lower issuance could matter if demand grows, but the cited sources do not show that demand has increased or the market has tightened.
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Have the new capabilities produced widespread adoption?
The cited sources do not demonstrate that. They provide no figures for usage, developers, transactions or liquidity.
Kaspa’s declining issuance schedule and reported technical upgrades give developers and investors specific claims to examine. They do not settle the investment case. The key question is whether useful products emerge, whether people use them and whether that activity creates sustained demand for KAS. Until there is evidence of that, “less new supply, more reasons to own KAS” remains a thesis, not a result.
