Kaspa has been slowly pushing the limits of what Proof-of-Work networks can actually do. This week, the conversation picked up again after a community member known as “Banana” on X highlighted Kaspa’s long-term goal: scaling toward 100 blocks per second, a number that would put it in a completely different category from most traditional blockchains.
The idea sounds extreme at first, since speed is usually where decentralization and security start to break down. But Kaspa’s architecture was built around a different model from the start, using the GHOSTDAG protocol to process blocks in parallel instead of forcing the network into a strict one-block-at-a-time sequence.
Why Kaspa’s 100 BPS Target Matters
Most blockchains still operate at relatively low throughput, which creates bottlenecks during periods of heavy usage. Kaspa’s roadmap is aiming for something closer to real-time settlement, where transactions can be included almost instantly without relying on centralized shortcuts.
Banana described the push as an attempt to reach the “physical limits” of what internet-based consensus can handle, framing it less as marketing and more as a technical milestone. If Kaspa can move toward sub-second block production at scale, it would change how fast PoW networks are even expected to perform.
The key point is that Kaspa doesn’t discard parallel blocks the way older chains do. Instead, it incorporates them into a BlockDAG structure, which is why higher block rates don’t automatically translate into chaos or constant orphaning.
Is Yonatan Sompolinsky Out of His Head? 🤯
— Banana (@hereisbanana) February 18, 2026
The crypto world is buzzing, and for good reason. The "Ghostrider" of DAGs, Yonatan Sompolinsky, is pushing Kaspa toward a milestone that most thought was technically impossible: 100 Blocks Per Second (BPS).
Is it genius, or is he… pic.twitter.com/44tulRZsZ3
What 100 Blocks Per Second Could Unlock
At higher block frequencies, confirmation times shrink dramatically. That opens the door for Kaspa to function more like a high-speed payment layer, where inclusion happens quickly enough to feel seamless.
It also challenges the assumption that Proof-of-Work must remain slow and inefficient. Kaspa’s development suggests that PoW scalability may not be capped at the low single-digit blocks per second range forever, especially with protocols designed specifically for parallelism.
For investors and builders watching the space, this is why Kaspa continues to stand out. The jump from 1 BPS to 10 BPS was already a major step. If the network can eventually reach the next level, the implications would extend far beyond just faster blocks.
Kaspa’s roadmap is still unfolding, but this is one of the few projects trying to change what blockchain throughput can look like without abandoning decentralization.
Read also: How High Could Kaspa (KAS) Price Climb by 2030?
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