Kaspa (KAS) is starting to move beyond being “just fast digital cash.” This week, Kaspa developer Michael Sutton shared a long thread explaining how the network plans to support more advanced systems over time, without losing the core design that makes Kaspa different.

The official Kaspa account summed it up in a simple way: today, Kaspa works like cash. Coins move from one person to another, and the transaction ends there. No extra logic carries forward. 

The roadmap now is about adding rules, token identity, and more complex execution, but doing it in a way that still fits Kaspa’s parallel blockDAG structure.

Sutton’s message was clear: this isn’t about copying Ethereum. It’s about building new primitives step by step.

Right now, Kaspa (KAS) transactions are straightforward. A coin is spent, someone receives it, and that’s the end of the story. The script checks authorization, usually through a signature, and once the spend happens, the old rules don’t persist.

Michael Sutton described this as “local” in time. Each transaction is a one-time gate. It decides if the spend is valid, but it doesn’t enforce what happens next.

That simplicity is also why Kaspa has stayed scalable. The base layer is focused on speed, throughput, and clean execution.

The first major upgrade step is covenants. Covenants introduce new opcodes that let coins carry conditions forward. Instead of only checking who can spend, the script can enforce how the coin must be spent in the future.

In plain terms, a coin could say: “You can spend me, but only under these rules.” That rule can repeat across every future spend, creating something closer to a state machine.

Kaspa already has these covenant ideas running on testnet, and Sutton explained that introspection opcodes are the key building block. Once the script can inspect transaction outputs, it can enforce what the next step must look like.

This is how Kaspa starts supporting structured finance logic without moving away from its UTXO model.

Kaspa’s evolution: from local scripts to stateful systems, without losing locality

I want to try to explain, in simple words, the vision and the gradual implementation path for smart contracts and complex financial systems on Kaspa.

Instead of trying to cover everything, I am…

However, sustom tokens bring a new problem that Kaspa itself doesn’t have. KAS cannot be faked because the network enforces strict rules on supply, so coins can’t be created out of nowhere. Tokens are different, since anyone can launch a copy that looks real inside a wallet.

That’s why Michael Sutton highlighted lineage. Lineage gives each token a clear and verifiable history back to its original starting point, so wallets and apps can tell the real version apart from imitations. Kaspa wants to support this through covenant IDs and tracked origins at the protocol level.

For more advanced features, Sutton also pointed to zero-knowledge proofs. Instead of doing heavy computation directly on-chain, the work happens off-chain, and only a small proof is posted back for Kaspa to verify. This keeps the network efficient, but still allows complex logic and future privacy tools to be built on top.

Read Also: Altseason 2026 Might Be the Biggest One Yet – Here’s What This Chart Is Showing

Meanwhile, one of the most important points from both Sutton and the Kaspa account is that none of this breaks Kaspa’s parallel processing design.

Kaspa was built with throughput as the constraint from the start, and every upgrade is being designed around that reality.

Covenants, lineage tracking, and ZK verification are being added as first-class primitives, not as messy workarounds. The goal is clean composability without sacrificing speed or locality.

Kaspa’s roadmap is becoming much broader than simple payments. If covenants enable persistent rules, lineage makes tokens verifiable, and ZK proofs unlock scalable execution, Kaspa could evolve into a system that supports real financial layers directly on its base chain.

Michael Sutton’s thread shows that the vision is gradual, technical, and carefully scoped. Kaspa is not rushing into full smart contracts overnight.

Instead, it’s building the foundation step by step, keeping the network fast, while expanding what Kaspa ($KAS) can support over the long run.

Subscribe to our YouTube channel for daily crypto updates, market insights, and expert analysis.

The post Kaspa Dev Breaks Down the Future of $KAS: Tokens, Lineage, and Zero-Knowledge Proofs appeared first on CaptainAltcoin.

Bitcoin price in Telegram @btc_price_every_hour

89 +