Kaspa (KAS) price prediction: how far it could move

What moves Kaspa's price

Kaspa’s price is most directly connected to network activity and the demand for blockspace. More active addresses, broader transaction use, and sustained fee demand can improve the case for holding KAS, while weak usage or falling fees can reduce that support. Mining activity also matters because it reflects participation in securing the network. Unlike assets with native staking rewards, staking is not a direct KAS demand driver, so it should not be assumed to support demand.

Liquidity, market access, and attention cycles also shape price. Greater availability of trading pairs and easier market access can make demand more effective, whereas restricted access or thin liquidity can amplify moves in either direction. Attention tends to arrive in waves around usage milestones, ecosystem developments, and broader risk appetite. Altcoins often follow Bitcoin closely during broad risk-on or risk-off phases, although Kaspa’s own network signals can diverge temporarily from overall market sentiment.

Supply and KAS

As of November 2026, KAS has 26,724,465,342 tokens circulating, equal to its total supply, against a maximum supply of 28,704,026,601. The issued share of the maximum is 93.1%. This leaves a portion of the maximum still outside circulation, so new issuance can continue even though all currently reported supply is circulating. That matters because additional supply can create sell-side pressure if demand does not absorb it, while finite scarcity and strong network demand can alter how the market evaluates that flow. The distinction between total and maximum supply is therefore important when judging a statistical range.

What would change the outlook

Technology failures, consensus disruptions, or disappointing upgrades could weaken confidence and increase volatility, while successful upgrades, improved scalability, or stronger adoption could increase network utility. Regulatory decisions affecting mining, custody, or token treatment could shift participation and access in either direction. Competition for users, developers, liquidity, and attention could reduce Kaspa’s relevance, but differentiated features or renewed interest could support its position. Liquidity shocks can widen spreads, trigger forced selling, and make price reactions larger, while improving liquidity can make trading conditions more resilient. These possibilities are especially relevant given KAS’s 75% annualised volatility and deepest 1-year drawdown of -56.8%. The all-time high of $0.2074 on 1 August 2024 provides historical context, not a target.

How these ranges are calculated

We take Kaspa's daily closing prices for the past year, compute the day-to-day change in log terms, and measure their standard deviation — the coin's realised volatility. Price changes in crypto compound, so the range for a horizon of T days is today's price multiplied and divided by e raised to z × σ × √T, where z is 1 for the 68% range and 1.645 for the 90% range. No trend is assumed: the middle of every range is today's price.

That makes the ranges honest about uncertainty and silent about direction, which is the point. They will be wrong when volatility changes — after a halving, an ETF decision, an exchange failure or a regulatory ruling — and they say nothing about whether Kaspa is a good investment. Multi-year "targets" for 2030 published elsewhere are opinions; the arithmetic above stretched to five years produces a range so wide it means nothing, which is why we stop at the end of next year.

About Kaspa

What Kaspa is

Kaspa is a proof-of-work cryptocurrency network, and KAS is its native token. It is designed to process transactions quickly while maintaining a secure record of network activity. Instead of a simple chain, Kaspa uses a blockDAG structure, allowing multiple blocks to connect and reach finality more efficiently. Its consensus design aims to support higher activity without the long confirmation delays associated with some other proof-of-work networks. This describes the network’s design, not a promise of speed, cost, security, or suitability for every use.

What KAS is used for

KAS is used to transfer value on Kaspa and to pay transaction fees. Its main role is as the network’s native currency: holders can send it, receive it, and use it to cover transaction costs. Applications built around the network may also require KAS for fees or network interactions. KAS is not a stablecoin, so it does not track a fixed currency value and is not a claim on cash or another asset. Its utility therefore depends on actual use of the network and its applications.

Supply

Supply figures are as of November 2026. Circulating supply is 26,724,465,342 KAS, and total supply is also 26,724,465,342 KAS. Maximum supply is 28,704,026,601 KAS. A maximum supply sets a ceiling on how much can be issued under the network’s schedule, unlike an uncapped token whose issuance can continue without a fixed limit. About 93.1% of the maximum has been issued. For holders, the cap limits future issuance, but it does not determine market value or demand. Distribution and ongoing issuance can still matter when assessing how supply is shared.

How Kaspa has traded

KAS first traded in June 2022 at $0.0003931. Its all-time high was $0.2074 on 1 August 2024. Annualised volatility is 75%, indicating how widely the price has varied over a year when expressed as an annual rate. The deepest drawdown in the past year was -56.8%, representing the largest fall from a peak during that period. Together, these figures show a history of substantial price movement rather than steady trading. They describe what happened and do not provide a forecast. Volatility can produce sharp gains or losses, and a deep drawdown can test an investor’s risk tolerance and liquidity needs.

Risks to understand

• Market risk: KAS can move sharply, so its value may fall quickly and investors may lose a substantial portion of their holdings.
• Supply risk: Ongoing issuance and unequal distribution can affect how concentrated supply is, even when the maximum supply is capped.
• Technical risk: Software faults, consensus failures, or vulnerabilities in applications could disrupt the network or cause losses.
• Operational and custody risk: Lost credentials, failed services, and outages can make tokens difficult to access or transfer.
• Regulatory risk: Changes to cryptocurrency rules in relevant jurisdictions could affect trading, ownership, or use of KAS.