Kaspa TPS is the best ever on the mainnet

It exists We have set up a new benchmark for Proof of Work (POW) network. On September 17, 2025, its mainnet handled the peak of Transactions per 3,585 seconds (TPS). That number makes Kaspa the earliest known Pow blockchain for live transaction throughput.

Milestone matched the record 1.92 million deals In one daysurpasses previous highs for Caspa and surpasses the daily totals for Bitcoin and Ethereum mainnet. Kaspa Community Member summary feeling: “No other Pow Cryptos do this!”

Transactional volume surges on kaspa networks

TPS spikes have seen a surge in daily activities. September 14th:

• Transactions processed: 1,918,960
• Intraday increase: Approximately 134% from 821,000 on September 13th
• Active address: Over 500,000

Kaspa’s Total Tracking Dogecoin (~75,000 Daily Transactions) and Ethereum Classic (~24,000) Bitcoin (579,000) and Ethereum (1.63m) still posted strong numbers. Ethereum’s Layer-2 network added millions more, with base records being used in the same week.

The increase will return to caspa Crescendo Hard ForkNetwork Monitor shows that the upgrade supports both higher transaction volumes and wider adoption, including testing with KRC-20 tokens (Caspa’s inscription style assets).

Transaction costs remain below $0.001much cheaper than the average Ethereum fee of $0.47 at the time. This makes Caspa efficient for daily payments and mass transfers.

Overcome Bitcoin via Block Doug and Crescendo

The strength of Caspa lies in its strength Block Doug Architecturean oriented acyclic graph that supports the creation of parallel blocks. This system is in contrast to the linear chains of Bitcoin and Ethereum, which allow you to add only one block at a time.

Important details for September 14th:

• Processed blocks: Approximately 1.4 million parallel blocks
• Bitcoin comparison: 914,695 cumulative blocks since launch
• Block Rate: 10 per second (from 1 to 1 second after the crescendo)

The finality of caspa occurs within seconds rather than minutes. This is achieved by ordering blocks via a Topology seedsensuring that competing transactions are resolved quickly.

Job Proof Consensus and Emission Details

Kaspa maintains the security of the proof of work while increasing speed. That consensus is Kheavyhash algorithmis designed to resist memory-bound attacks.

By mid-September 2025:

• Total mined supply: 26.9 billion Kas
• Maximum supply: 28.7 billion Kas
• Mining rate: 93%
• Next half: October 4, 2025 (reward will decrease from 4.37 KAS to 4.12 KA)

Radiation follows a Stock-to-flow (S2F) modelKaspa’s S2F ratio will quickly surpass the silver ratio. The S2F shows rarity, but does not predict the price. Instead, analysts point it out Inactive Supply Metricsshowing that Kas is being held for a long time as a valuable store.

Kaspa’s inactive supply has grown consistently and is highly statistically reliable. Researchers argue that this trend suggests both decentralization and resistance to operations, positioning Kaspa as a reliable POW asset.

VPROGS Yellow Paper: Off-Chain Calculation Using ZK Proof

On September 11, 2025, Caspa released its first draft vprogs yellow paper. This framework introduces a verifiable program (VPROG). Zero Knowledge (ZK) Proof Fixed to layer 1 of caspa.

VPROG Core Features

• Proof Stitching: Combine proofs through the app into one Layer 1 submission.
• Conditional Batch: Reduce costs associated with transactions related to groups.
• Calculation date: Track dependencies between apps and avoid overload.
• Resource Meter: Apply Layer 2 Gas Model and ScopeGas for Cross-App Activities.
• privacy: It uses ZK proof to support encrypted state and sensitive apps.

The system is intended to enable developers to build distributed applications while maintaining Kaspa’s high-speed block production rate.

Kaspa block doug background

Kaspa’s architecture is built Ghost Dougwas developed by Yonatan Sompolinsky. We will extend the Nakamoto Bitcoin consensus to allow high block rates without compromising security.

Kaspa was launched in 2021 without venture capital funding. Instead, they relied on community development to follow a fair launch model. That talk nomics are simple. Minors secure a network and earn KAs through rewards and trading fees.

Caspas today mainly serve as a Basic Layer Payment Network. Its important uses include:

• Low-cost payments and transfers
• Data settlement using KRC-20 inscription
• Planning distributed applications via VProgs

Network growth is reflected in both transaction count and inactive supply, indicating increased adoption and confidence in its design.

Conclusion

The record of the customer 3,585 TP on the mainnet Marks the turning point of work proof scalability. Kaspa shows that POW networks can compete in both speed and efficiency with a block doug architecture that supports around 2 million transactions, sub-cent fees and parallel throughput every day.

The introduction of VPROG extends the roadmap and enables off-chain calculations while keeping validation safe at Layer 1. Kaspa continues to be established as a fast, scalable, technically resilient work proof blockchain, combining reliable, inert supply growth and emissions.

resource:

1. Kaspa X Platform: https://x.com/kaspaunchainind

2. Kaspa TPS data: https://www.kaspalytics.com/app/transactions/accepted/tps/max

3. Kaspa Technology Overview: https://kaspa.org/technology/

4. Being an Explorer: https://explorer.kaspa.org/

5. VPROGS Yellow Paper Draft v0.0.1: https://github.com/kaspanet/research/blob/main/vprogs/vprogs_yellow_paper.pdf