Every oracle's real weakness isn't the contract â it's the source. A CEX never signs that its price is correct.
KOM Verify: a zkTLS proof (Reclaim attestor network) that data came from the named source, unaltered â verified, then anchored on Kaspa L1.
Yonatan has outlined a project called Staghunt, building coordination markets on $KAS where users commit to collective actions atomically only if enough others join. Which requires censorship resistance, permissionlessness, and real-time decentralization at the base layer.
Dear @elonmusk ,
KASPA($KAS) should be the currency of Mars.
Itâs a better $BTC
Proof of work
Decentralized
10 blocks per second (32-100bps coming soon)
Will also be programmable
It couldnât be anymore perfect for a space currency.
For those who still doubt:
$KAS at Dogecoin's current market cap = $0.4776 per coin (15.61x).
Possible? Absolutely.
Kaspa is faster, more decentralized, and one of the most advanced blockchain projects in crypto.
đ #Kaspa#KAS#Crypto#Bitcoin#BullRun
Hey @ZoomexOfficial
Why is $KAS still missing from Zoomex? A true decentralized Layer 1 with real tech edge and one of cryptoâs most fired up communities. Your users deserve access. đ
@latortu92#ListKaspa#Cryptocurrency
Bitcoin gave a chance.
Most missed it.
Ethereum gave a chance.
Most missed it.
History doesnât ring a bell before everything changes.
The question isnât what you missedâŠ
Itâs what youâre ignoring right now. đ
$KAS âĄïž
#Kaspa#Bitcoin#Ethereum#Crypto
Have you donated some $KAS to help bring Kaspa to Imperial College London?
https://t.co/9bJq4tRec3
Kaspa address:âškaspa:qrryda035xkx02l7yg7lx65ct89zk6ku2greszt475rvn80z6ydkyy9q3zl8râš
Any contribution is appreciated. Thanks!
â Cipher
@KasMaporg#Kaspa
Imagine paying $45 in gas to move $10 worth of assets. Couldn't be us. đ
Welcome to Kasanova, the Kaspa DeFi wallet built for the next generation of on-chain finance.
đč Gas fees: Fractions of a cent
đč Speed: Proof-of-Work with sub-second block times
đč UX: 1-click execution
Stop letting network congestion drain your portfolio. Itâs time to migrate to true efficiency.
Tell us: Whatâs the worst gas fee youâve ever paid on a legacy chain? đ
Outside the $KAS family, I don't think #crypto knows just what is coming and what will become possible after June 30th. The whole industry is about to get a much needed level up! #Toccata
Every smart contract chain - Ethereum, Solana etc, make apps share one computer. One app lags, everyone lags. Kaspa's Toccata upgrade (testnet now, mainnet this month) does it differently: every app gets its own lane. No traffic jams. Real time decentralization #rtd
$kaspa is in the same environment of adoption as $BTC in 2009
We have lost 36% more of our purchasing power since 2009.
But we finally have the answer. Not only do we now have sovereign money. But we have a use case. Ai, privacy, decentralisation, PoW, no VCs
The power is to the people, for an unregulated store of energy. Your work will maintain its value
âTHE WEIGHT OF PROOFâ
Money is born when verification outweighs trust. Every great monetary asset reaches a point where belief becomes irrelevant.
What matters is that anyone, anywhere, can independently verify the truth.
The road to becoming money is paved with skepticism. Question everything. Audit everything. Challenge everything. If the network emerges stronger every time, you're witnessing the birth of monetary credibility.
Don't Trust. Verify.âïžđ€
$kas #kaspa
$Kas #Kaspa #Toccata
Toccata is live on Kaspa testnet, with mainnet activation targeted this month. Hereâs what actually changed. Most people are flattening this into âKaspa gets smart contracts.â That is directionally true, but technically lazy. Toccata is not Kaspa copying the EVM. It is Kaspa extending its own UTXO model into programmable, verifiable local computation.
The fork bundles four major protocol changes. KIP-17 extends the script engine with broader transaction introspection and byte-string primitives, giving Kaspa the covenant backbone. KIP-20 adds consensus-tracked Covenant IDs, so covenant state can preserve stable lineage across UTXO transitions without dragging parent and grandparent transactions around as witness data. KIP-16 introduces ZK verification through an OpZkPrecompile system, initially aimed at Groth16 and RISC Zero-style verification. KIP-21 adds partitioned sequencing commitments, probably the most under-discussed piece of the entire upgrade.
Suttonâs framing is the right one: two pillars. Pillar one is native L1 covenants. SilverScript gives developers a higher-level way to write covenant logic that compiles down to Kaspa Script. That means stateful flows can exist while still remaining local to UTXOs. No global VM. No shared-state execution bottleneck. At 10 BPS, that matters. A global state machine would fight the blockDAG. Local validation fits it.
Pillar two is based ZK applications. Covenants plus ZK verification make it possible to anchor standalone ZK systems to Kaspa, with the DAG acting as the settlement and sequencing layer rather than relying on multisig committees or off-chain trust assumptions.
KIP-21 is the sleeper. Partitioned sequencing means an app can prove activity proportional to its own lane, not the entire DAG. That is the foundation for scalable ZK applications now and forward compatibility with the commitment structure vProgs will need later. Crescendo gave Kaspa speed. Toccata gives that speed a programmable reason to exist.
INSIGHTSâĄïž Kaspa continues to demonstrate exceptional throughput, recently surpassing 1.95 billion cumulative on-chain transactions.
Its orphanless BlockDAG design remains a benchmark for scalable proof-of-work performance. What use cases benefit most from Kaspaâs speed? $KAS @kaspaunchained #KAS đ