Top Tweets for #vProg
What happened in Dubai proves one thing: #Kaspa is on the right path.
@Binance tried to silence the message and on the same day #HTX announces a $KAS listing. The contrast says everything.
Kaspa’s philosophy threatens Binance’s entire model, and once #Vprog goes live… they’re first in the line of fire.
What a time to live and to be invested in the right thing. $kas
Kaspa. The only answer. #KAS #blockDAG #crypto
This will go down not just as the most shameful day for @binance, but one of the darkest moments in all of crypto history.
Dr. Yonatan Sompolinsky of Kaspa won the Independent Researcher category.
He earned it. The community voted for him. His message shook the industry.
And yet on stage… he was silenced. Censored. Erased.
First place was publicly handed to the runner-up while the actual winner was never even mentioned.
Yonatan’s response on X has nearly matched the views of Binance’s original post featuring Saylor and CZ but at the ceremony, he was treated as if he didn’t exist.
This is how cypherpunk voices are punished in 2025. This is what happens when truth threatens the casino.
Remember this moment. History will.
#Kaspa #Crypto #Binance100 #Cypherpunk
Cheap gas doesn’t fix linear bottlenecks.
$eth can drop fees to $0.0001 — but it still can’t parallelize, scale execution natively, or achieve instant L1 finality.
Gas is a cosmetic metric.
Architecture is what decides the future.
$kas #vprog
Dear @xximpod,
Thanks for your 4 minute Ted Talk.
$kas enthusiasts....this is a must-watch:
https://t.co/Y4lNpoyOok
Technology Today Post:
Exploring Vprog’s: $KAS #vProg
vProgs, short for Verifiable Programs, are Kaspa’s native answer to fully scalable, sovereign, and composable smart contract applications built directly on top of a high-throughput blockDAG. Unlike traditional smart contracts that execute every instruction on-chain or rollups that bundle everything into a single operator, vProgs split the process into three distinct phases: ordering on Layer 1, off-chain deterministic execution, and zero-knowledge proof settlement back to Layer 1.
Every transaction intended for any vProg first enters Kaspa’s blockDAG exactly like a normal payment. Because Kaspa produces multiple blocks per second in parallel, thousands of vProg transactions from hundreds of different programs can be ordered globally every second without creating congestion. This ordering step is crucial: it establishes an unambiguous total order across the entire ecosystem, so every participant agrees on the sequence in which reads and writes must be processed, even when programs interact with one another.
After ordering, the actual computation moves off-chain. Each vProg is a completely independent program with its own isolated state, account space, storage tree, and custom virtual machine. Specialized nodes called provers pick up the ordered transactions that target their specific vProg, execute them deterministically according to the program’s compiled wasm bytecode or custom instruction set, and produce a new state root. During execution, a vProg can read the latest committed state of any other vProg it depends on (price oracles, lending pools, NFT registries, etc.), but it can only write to its own state. This read-any, write-own rule is what guarantees true sovereignty: no external contract can ever freeze or drain another vProg’s funds.
To convince the chain that off-chain execution was performed honestly, each prover generates a zero-knowledge proof that covers an entire batch of transactions. These proofs attest to correct execution, proper fee payment, accurate event emission, and the validity of the new state root. When multiple vProgs interact in the same block window, the system stitches the individual proofs together into a single composite proof that only validates if every interdependent step succeeded. This stitching, combined with a zk-catchup mechanism that replays only the necessary foreign transactions inside the prover’s circuit, eliminates the data-availability and synchronous-composition problems that plague other scaling designs.
Final state roots and stitched proofs are submitted in compact on-chain transactions. Provers compete for inclusion and earn the fees that users attach to their transactions, creating a decentralized, permissionless proving market.
This architecture is the first design that simultaneously delivers Ethereum-level programmability, Solana-level throughput, and Bitcoin-level security without compromises or trusted sequencers. Applications no longer live in fragmented rollup silos or suffer from congested base layers; they compose synchronously at ten blocks per second while remaining fully sovereign and secured by the same proof-of-work network that already confirms simple payments in seconds. The absence of liquidity fragmentation, forced bridging, or sequencer extractive rent means capital efficiency and user experience approach those of centralized exchanges, yet everything settles on an immutable, decentralized Layer 1.
If vProgs deliver as planned, Kaspa has a realistic path to become the settlement layer for the entire open finance stack and beyond: perpetuals, prediction markets, on-chain games, autonomous organizations, and even high frequency trading venues could run natively with sub-second finality and microsecond confirmation latency. In a future where most chains are either slow and secure or fast and centralized, Kaspa in theory can offer speed, security, programmability and decentralization.
@ChainDerik40441 A brave estimate will be given in the coming weeks
What are vProgs?
1. Read the Yellow Paper: https://t.co/PaHz8IoCYE
2. Watch the @xximpod video interview featuring Michael Sutton:
https://t.co/k9pi4OqEYh
(A transcript is available for hearing-impaired individuals.)
3. Read this summary by @FreshAir08:
https://t.co/UtoPvoHcS7
@KASNetzwerk @kaspaunchained @Tangem @KaspaWarrior69 @Kaspa_Girl @KaspaGuru @moecrypto33 @crypto_boy2016 @JensIllgner @KryptoWolfGER @hashdag Das ist der Moment, auf den wir alle gewartet haben. ⚡
vPROG wird alles verändern – echte Smart Contracts direkt auf Layer-1, ohne Kompromisse, ohne Mittelsmänner.
Kaspa baut nicht einfach nach – Kaspa definiert Blockchain neu. 💚
#Kaspa #KAS #vProg
@xximpod @hashdag @FreshAir08 This happened yesterday! How in the world did you get it out this fast?!
#vProg フレームワーク が
#Kaspa にとって重要な理由
Kaspaの #L1 は、その #blockDAG アーキテクチャにより、スピードとスケーラビリティで知られています。
しかし、より多くのアプリケーションが登場するにつれ、生のスループットだけでは不十分であり、アプリケーションレイヤーにおけるコンポーザビリティとスケーラビリティが重要になります。
vProgフレームワークは、Kaspaを単に高速なベースレイヤーとしてではなく、
検証可能な実行環境として位置づけ、
パフォーマンスを損なうことなく複雑な
アプリケーションのエコシステムをサポートできるようにします🤝
$KAS #仮想通貨 #アルトコイン #Altcoin
https://t.co/QoKLq83lz6
The v0.0.1 draft of the Kaspa vProg Protocol Specification is now available for public review.
It details a protocol for achieving synchronous composability between sovereign zk-verifiable programs via metered, on-site execution.
🔗Link: https://t.co/irkmkVpvf4
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