Olivia
Online
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@KasPages
#Kaspa 𐤊 Decentralized voice of $KAS.
Joined October 2022
83 Following
2.1K Followers
468 Posts
Happy 5th birthday Kaspa!
so young, and carrying so many hopes,
already rusty, yet smooth on your feet.
you’ve danced through crescendos, quickening (y)our beat,
then a toccata, a covenant bond --
our trust in your hands, your future in our care.
a knight drawing near, swift and hard to sway,
keeping time with the world, come what may.
whole worlds to build, and silver ink to dream them in --
im(.ag)ine all the songs still waiting to begin
$KAS : Review 📜
What if proof-of-work was never actually slow, and the only thing holding it back was the decision to throw away every block that arrived at the same time as another?
Meet Kaspa, a blockDAG network that orders parallel blocks instead of discarding them, running at ten blocks per second on Bitcoin's security model. It launched with no premine, no ICO, no venture allocation, and the company that built it dissolved itself at launch. Every coin in circulation was mined in the open.
Let's explore the cleanest launch in crypto and the network built on it. 👇
⚪ Kaspa at a Glance
Marketplace Insight: Kaspa's tokenomics are arguably the cleanest of any project in this series, with a genuine fair launch, a hard cap, and 96% already mined, and its consensus derives from peer-reviewed research whose lineage runs into Ethereum's own whitepaper. Toccata shipped on schedule in June, bringing covenants and zero-knowledge verification to Layer 1, and the tooling has moved fast since, with SilverScript reaching a v1 release candidate and a conventions track standardizing how tokens will work across wallets and indexers. The clean contrast is between architecture and adoption. Kaspa has built genuine capacity, and covenant usage is compounding quickly from a small base, but the network still runs far below what it was engineered to handle.
⚪ Mission
Kaspa exists to prove that proof-of-work's limitations were architectural rather than fundamental. The founding argument is that Bitcoin's constraints, slow confirmations and low throughput, came from insisting a single chain must extend one block at a time, discarding everything produced in parallel as waste. GHOSTDAG orders those parallel blocks instead, which means the network can run far faster without lowering the security bar or pushing mining toward centralization. The goal is real-time decentralization: Bitcoin's trust model at a speed people can actually transact at.
🔵 A Brief History
Kaspa's intellectual lineage predates the project by nearly a decade. Yonatan Sompolinsky, researching under Professor Aviv Zohar at Hebrew University, published the GHOST protocol paper in 2013, work cited directly in the Ethereum whitepaper. That research line continued through SPECTRE and PHANTOM and eventually into GHOSTDAG, the consensus protocol Kaspa runs today, with Sompolinsky later moving to Harvard as a postdoctoral researcher on the MEV research team.
The implementation came through DAGLabs, an R&D company Sompolinsky founded with funding from Polychain Capital. What happened next is genuinely rare: rather than retaining an allocation or a governance role, DAGLabs was dissolved around the November 7, 2021 mainnet launch, transitioning the project entirely to a community-led model. The launch itself carried no premine, no ICO, no presale, and no insider or venture allocation.
The years since have been methodical engineering. The node software was rewritten entirely from Go into Rust, improving performance and reducing attack surface. The Crescendo hard fork activated on May 5, 2025, raising the block rate from one to ten per second while proportionally reducing block rewards so per-second emission stayed constant, and bringing KIP-9 storage-mass pricing with it. Toccata followed on June 30, 2026, introducing native covenants, Covenant IDs, zero-knowledge proof verification, and partitioned sequencing, moving Kaspa from a pure payments network toward programmability.
The months since have gone into making that programmability usable. SilverScript, the higher-level language compiling to Kaspa Script, reached a v1 release candidate at the end of August after a timelock bug fix and a type audit. A Kaspa Calls for Conventions track opened to standardize covenant interoperability across wallets and indexers, with builders testing a fungible-token convention against a testnet AMM. KaChat 4.0 shipped in late August as the first major consumer application expansion. DAGKnight, a successor consensus protocol with latency-adaptive ordering, has a dedicated testnet proposed and a late-Q3 target.
🔵 Ecosystem Narrative
The organizing idea is that parallel work should be ordered rather than wasted, and everything follows from that one architectural choice.
➛ GHOSTDAG consensus. Parallel blocks coexist and are ordered by the protocol rather than orphaned, so virtually no mining work is discarded, which is what allows high block rates without the centralization pressure that normally accompanies them.
➛ Peer-reviewed foundations. The consensus derives from published academic research at Hebrew University and Harvard, with the GHOST paper cited in Ethereum's whitepaper, giving the protocol a theoretical grounding most chains substitute with a marketing document.
➛ The Toccata upgrade, live. Native covenants, Covenant IDs, zero-knowledge proof verification, and partitioned sequencing activated on Layer 1 in June 2026, with SilverScript reaching a v1 release candidate to make covenants writable by ordinary developers rather than only protocol researchers.
➛ Consumer and DeFi applications. KaChat 4.0 shipped in late August with desktop and web support, Tangem hardware wallet integration, and KaPosts, an on-chain social layer tied to KNS identities, while Igra, a Kaspa-native L2, has become the busiest lane in daily activity snapshots at roughly 54,000 transactions in a sampled day.
➛ Mining decentralization. High block rates and the kHeavyHash algorithm make solo mining viable at lower hashrates, which is a structural argument for decentralization rather than an aspirational one.
➛ Smooth emission. Rewards decline monthly on a chromatic schedule based on the twelve-note musical scale rather than through halving cliffs, avoiding the abrupt miner revenue shocks that periodically destabilize other proof-of-work networks.
⚪ Token Utilities
$KAS is monetary rather than a fee-and-governance token.
➛ Mining rewards: miners earn KAS for securing the network, on a smoothly declining monthly emission against a fixed maximum supply.
➛ Transaction fees: paid in KAS for settlement on the network, with fees kept low by high throughput and KIP-9 storage-mass pricing.
➛ Settlement medium: the network's purpose is fast, final payment, so the token's primary utility is being used as money rather than as a claim on protocol revenue.
➛ Covenant and application layer: following Toccata, KAS underpins covenant transactions, zero-knowledge verification, and the token conventions being standardized for DeFi.
⚪ Key Features
➛ BlockDAG architecture ordering parallel blocks instead of discarding them.
➛ Ten blocks per second on a pure proof-of-work security model.
➛ A fair launch with no premine, ICO, presale, or venture allocation.
➛ A fixed 28.7 billion maximum supply with roughly 96% already mined.
➛ Peer-reviewed consensus research with a lineage into Ethereum's own whitepaper.
➛ Native L1 covenants and zero-knowledge verification since Toccata.
🔵 Meet the Team
Kaspa has no company, no foundation with a treasury, and no executive team. Its contributors are researchers and developers working on an open-source protocol, which is unusual enough to be the defining fact about its structure.
▶️ Core Members:
➛ Dr. Yonatan Sompolinsky [ @hashdag ] - Founder | A postdoctoral researcher at Harvard on the MEV research team, whose 2013 GHOST protocol paper is cited in the Ethereum whitepaper. His research line, developed under Professor Aviv Zohar at Hebrew University, runs through SPECTRE and PHANTOM into the GHOSTDAG protocol Kaspa uses today. Few founders in crypto have a comparable academic contribution to the field itself.
➛ Shai Wyborski [ @DesheShai ] - Researcher and GHOSTDAG co-author | A cryptography researcher who co-authored the GHOSTDAG protocol paper, meaning the consensus running the network was designed by people still actively maintaining it rather than handed off after publication.
➛ Elichai Turkel - Core Developer | Served as DAGLabs' applied cryptographer during development and is also a Bitcoin Core contributor, a meaningful credential for a project whose entire pitch is improving on Bitcoin's architecture without weakening its guarantees.
➛ Michael Sutton, Ori Newman, and Mike Zak - Core Developers | The engineering core behind the Rust rewrite and the Crescendo and Toccata implementations, with Newman still merging fixes into the SilverScript compiler as recently as August 2026.
➛ Anton Yemelyanov - Core Developer and Smart Contracts | Leads the smart contract and covenant workstream, the layer that turns Toccata from a protocol capability into something developers can actually build against.
➛ Chris Wolf, known as Wolfie [ @Kaspa_HypeMan ] - Chris Wolf, known as Wolfie - Business Development and Listings | With no company to employ a BD department, Wolfie took on exchange outreach himself, adopting the title because listing desks wanted a named contact, and has spent years in conversations across venues including MEXC, Gate, KuCoin, Bitget, and Kraken. A crypto veteran who mined Bitcoin early and found Kaspa near the fair launch, he is the connective tissue between a distributed holder base and rooms that would otherwise have nobody to call. That a treasury-less project sustains this function on volunteer effort says a lot about the community behind it.
🔵 Ratings
➛ Use Case: ★★★★⯪ (4.5/5). Kaspa leads the category it created and has delivered on every technical promise it made. It took proof-of-work from one block per second to ten while preserving mining decentralization, backed by peer-reviewed research rather than assertion, and validated across billions of transactions without congestion or fee spikes. Toccata shipped on schedule, bringing native covenants, Covenant IDs, and zero-knowledge verification to Layer 1, and the tooling followed immediately with SilverScript nearing v1 and a conventions track standardizing tokens across wallets and indexers. Covenant activity has grown 15-fold since launch, KaChat 4.0 has brought on-chain social and payments to desktop and mobile, and Igra is running tens of thousands of daily L2 transactions. The 0.5-point deduction is that the ecosystem is young, with programmability only months old and network utilization still well below the capacity the architecture provides.
➛ Tokenomics: ★★★★⯪ (4.5/5). This is among the cleanest supply structures in crypto, full stop. A genuine fair launch with no premine, no ICO, no presale, and no insider or venture allocation, meaning every coin in existence was mined in the open. A hard maximum supply of 28.7 billion with roughly 96% already mined, so there is no unlock overhang, no vesting cliff, and no treasury capable of dumping. Emissions decline smoothly month by month rather than through halving cliffs, avoiding the miner revenue shocks that destabilize other proof-of-work networks, and DAGLabs dissolved rather than retaining a position. The 0.5-point deduction is that KAS has no burn mechanism or fee capture beyond mining rewards, so value accrual depends entirely on the network being adopted as money.
➛ Audits: ★★★★ (4/5). Kaspa's security foundations are unusually strong and sit largely outside the conventional audit framework. The consensus protocol is peer-reviewed academic research from Hebrew University and Harvard rather than an internal specification, with its co-author still maintaining the network. The node software was deliberately rewritten from Go into Rust to reduce attack surface, a Bitcoin Core contributor serves as a core developer, and the network has run since November 2021 across two major hard forks without a protocol-level exploit. Development is fully open source with public code review, and the SilverScript timelock bug found and fixed in August demonstrates that review process working. The 1-point deduction is that no named third-party security audit or verified security score is published, and the covenant and zero-knowledge surface introduced by Toccata is new enough that formal external review would meaningfully strengthen confidence.
➛ Community: ★★★★★ (5/5). Kaspa's community is the purest example of organic growth in crypto, and the structure explains why. There was no airdrop to farm, no venture backing to court influencers, no foundation marketing budget, and no company to promote it, because DAGLabs dissolved at launch. What grew instead was a global base of miners with real hardware and capital deployed alongside an ideologically committed holder base, and it held through a deep drawdown and years of quiet building. The development itself is community-run: independent contributors opened the DAGKnight testnet proposal, built KaChat and Igra, drive the conventions standards process, and even handle exchange listings without a budget to fund it. Very few projects at any market cap sustain this level of unpaid, distributed contribution across protocol research, application development, and ecosystem work simultaneously.
🔵 Conclusion
Kaspa is what happens when a researcher whose work is cited in Ethereum's own whitepaper decides to fix the thing everyone assumed was permanent about proof-of-work. The blockDAG orders parallel blocks rather than wasting them, GHOSTDAG delivers ten blocks per second on Bitcoin's security model, and the whole thing launched with no premine, no ICO, no venture allocation, and a development company that dissolved itself rather than retain influence. Roughly 96% of a hard-capped supply is already mined, and Toccata has now brought covenants and zero-knowledge verification to Layer 1 on schedule.
The bull case is unusually pure. If proof-of-work settlement matters over decades rather than cycles, Kaspa is the only network that has meaningfully improved the architecture without compromising the trust model, and it did so with a distribution nobody can criticize because there was nothing to criticize. Kaspa spent five years proving the technology works, and it now has the programmability to prove the rest. What comes next is whether the world decides it needs a settlement layer this good.
![0xchainink's tweet photo. $KAS : Review 📜
What if proof-of-work was never actually slow, and the only thing holding it back was the decision to throw away every block that arrived at the same time as another?
Meet Kaspa, a blockDAG network that orders parallel blocks instead of discarding them, running at ten blocks per second on Bitcoin's security model. It launched with no premine, no ICO, no venture allocation, and the company that built it dissolved itself at launch. Every coin in circulation was mined in the open.
Let's explore the cleanest launch in crypto and the network built on it. 👇
⚪ Kaspa at a Glance
Marketplace Insight: Kaspa's tokenomics are arguably the cleanest of any project in this series, with a genuine fair launch, a hard cap, and 96% already mined, and its consensus derives from peer-reviewed research whose lineage runs into Ethereum's own whitepaper. Toccata shipped on schedule in June, bringing covenants and zero-knowledge verification to Layer 1, and the tooling has moved fast since, with SilverScript reaching a v1 release candidate and a conventions track standardizing how tokens will work across wallets and indexers. The clean contrast is between architecture and adoption. Kaspa has built genuine capacity, and covenant usage is compounding quickly from a small base, but the network still runs far below what it was engineered to handle.
⚪ Mission
Kaspa exists to prove that proof-of-work's limitations were architectural rather than fundamental. The founding argument is that Bitcoin's constraints, slow confirmations and low throughput, came from insisting a single chain must extend one block at a time, discarding everything produced in parallel as waste. GHOSTDAG orders those parallel blocks instead, which means the network can run far faster without lowering the security bar or pushing mining toward centralization. The goal is real-time decentralization: Bitcoin's trust model at a speed people can actually transact at.
🔵 A Brief History
Kaspa's intellectual lineage predates the project by nearly a decade. Yonatan Sompolinsky, researching under Professor Aviv Zohar at Hebrew University, published the GHOST protocol paper in 2013, work cited directly in the Ethereum whitepaper. That research line continued through SPECTRE and PHANTOM and eventually into GHOSTDAG, the consensus protocol Kaspa runs today, with Sompolinsky later moving to Harvard as a postdoctoral researcher on the MEV research team.
The implementation came through DAGLabs, an R&D company Sompolinsky founded with funding from Polychain Capital. What happened next is genuinely rare: rather than retaining an allocation or a governance role, DAGLabs was dissolved around the November 7, 2021 mainnet launch, transitioning the project entirely to a community-led model. The launch itself carried no premine, no ICO, no presale, and no insider or venture allocation.
The years since have been methodical engineering. The node software was rewritten entirely from Go into Rust, improving performance and reducing attack surface. The Crescendo hard fork activated on May 5, 2025, raising the block rate from one to ten per second while proportionally reducing block rewards so per-second emission stayed constant, and bringing KIP-9 storage-mass pricing with it. Toccata followed on June 30, 2026, introducing native covenants, Covenant IDs, zero-knowledge proof verification, and partitioned sequencing, moving Kaspa from a pure payments network toward programmability.
The months since have gone into making that programmability usable. SilverScript, the higher-level language compiling to Kaspa Script, reached a v1 release candidate at the end of August after a timelock bug fix and a type audit. A Kaspa Calls for Conventions track opened to standardize covenant interoperability across wallets and indexers, with builders testing a fungible-token convention against a testnet AMM. KaChat 4.0 shipped in late August as the first major consumer application expansion. DAGKnight, a successor consensus protocol with latency-adaptive ordering, has a dedicated testnet proposed and a late-Q3 target.
🔵 Ecosystem Narrative
The organizing idea is that parallel work should be ordered rather than wasted, and everything follows from that one architectural choice.
➛ GHOSTDAG consensus. Parallel blocks coexist and are ordered by the protocol rather than orphaned, so virtually no mining work is discarded, which is what allows high block rates without the centralization pressure that normally accompanies them.
➛ Peer-reviewed foundations. The consensus derives from published academic research at Hebrew University and Harvard, with the GHOST paper cited in Ethereum's whitepaper, giving the protocol a theoretical grounding most chains substitute with a marketing document.
➛ The Toccata upgrade, live. Native covenants, Covenant IDs, zero-knowledge proof verification, and partitioned sequencing activated on Layer 1 in June 2026, with SilverScript reaching a v1 release candidate to make covenants writable by ordinary developers rather than only protocol researchers.
➛ Consumer and DeFi applications. KaChat 4.0 shipped in late August with desktop and web support, Tangem hardware wallet integration, and KaPosts, an on-chain social layer tied to KNS identities, while Igra, a Kaspa-native L2, has become the busiest lane in daily activity snapshots at roughly 54,000 transactions in a sampled day.
➛ Mining decentralization. High block rates and the kHeavyHash algorithm make solo mining viable at lower hashrates, which is a structural argument for decentralization rather than an aspirational one.
➛ Smooth emission. Rewards decline monthly on a chromatic schedule based on the twelve-note musical scale rather than through halving cliffs, avoiding the abrupt miner revenue shocks that periodically destabilize other proof-of-work networks.
⚪ Token Utilities
$KAS is monetary rather than a fee-and-governance token.
➛ Mining rewards: miners earn KAS for securing the network, on a smoothly declining monthly emission against a fixed maximum supply.
➛ Transaction fees: paid in KAS for settlement on the network, with fees kept low by high throughput and KIP-9 storage-mass pricing.
➛ Settlement medium: the network's purpose is fast, final payment, so the token's primary utility is being used as money rather than as a claim on protocol revenue.
➛ Covenant and application layer: following Toccata, KAS underpins covenant transactions, zero-knowledge verification, and the token conventions being standardized for DeFi.
⚪ Key Features
➛ BlockDAG architecture ordering parallel blocks instead of discarding them.
➛ Ten blocks per second on a pure proof-of-work security model.
➛ A fair launch with no premine, ICO, presale, or venture allocation.
➛ A fixed 28.7 billion maximum supply with roughly 96% already mined.
➛ Peer-reviewed consensus research with a lineage into Ethereum's own whitepaper.
➛ Native L1 covenants and zero-knowledge verification since Toccata.
🔵 Meet the Team
Kaspa has no company, no foundation with a treasury, and no executive team. Its contributors are researchers and developers working on an open-source protocol, which is unusual enough to be the defining fact about its structure.
▶️ Core Members:
➛ Dr. Yonatan Sompolinsky [ @hashdag ] - Founder | A postdoctoral researcher at Harvard on the MEV research team, whose 2013 GHOST protocol paper is cited in the Ethereum whitepaper. His research line, developed under Professor Aviv Zohar at Hebrew University, runs through SPECTRE and PHANTOM into the GHOSTDAG protocol Kaspa uses today. Few founders in crypto have a comparable academic contribution to the field itself.
➛ Shai Wyborski [ @DesheShai ] - Researcher and GHOSTDAG co-author | A cryptography researcher who co-authored the GHOSTDAG protocol paper, meaning the consensus running the network was designed by people still actively maintaining it rather than handed off after publication.
➛ Elichai Turkel - Core Developer | Served as DAGLabs' applied cryptographer during development and is also a Bitcoin Core contributor, a meaningful credential for a project whose entire pitch is improving on Bitcoin's architecture without weakening its guarantees.
➛ Michael Sutton, Ori Newman, and Mike Zak - Core Developers | The engineering core behind the Rust rewrite and the Crescendo and Toccata implementations, with Newman still merging fixes into the SilverScript compiler as recently as August 2026.
➛ Anton Yemelyanov - Core Developer and Smart Contracts | Leads the smart contract and covenant workstream, the layer that turns Toccata from a protocol capability into something developers can actually build against.
➛ Chris Wolf, known as Wolfie [ @Kaspa_HypeMan ] - Chris Wolf, known as Wolfie - Business Development and Listings | With no company to employ a BD department, Wolfie took on exchange outreach himself, adopting the title because listing desks wanted a named contact, and has spent years in conversations across venues including MEXC, Gate, KuCoin, Bitget, and Kraken. A crypto veteran who mined Bitcoin early and found Kaspa near the fair launch, he is the connective tissue between a distributed holder base and rooms that would otherwise have nobody to call. That a treasury-less project sustains this function on volunteer effort says a lot about the community behind it.
🔵 Ratings
➛ Use Case: ★★★★⯪ (4.5/5). Kaspa leads the category it created and has delivered on every technical promise it made. It took proof-of-work from one block per second to ten while preserving mining decentralization, backed by peer-reviewed research rather than assertion, and validated across billions of transactions without congestion or fee spikes. Toccata shipped on schedule, bringing native covenants, Covenant IDs, and zero-knowledge verification to Layer 1, and the tooling followed immediately with SilverScript nearing v1 and a conventions track standardizing tokens across wallets and indexers. Covenant activity has grown 15-fold since launch, KaChat 4.0 has brought on-chain social and payments to desktop and mobile, and Igra is running tens of thousands of daily L2 transactions. The 0.5-point deduction is that the ecosystem is young, with programmability only months old and network utilization still well below the capacity the architecture provides.
➛ Tokenomics: ★★★★⯪ (4.5/5). This is among the cleanest supply structures in crypto, full stop. A genuine fair launch with no premine, no ICO, no presale, and no insider or venture allocation, meaning every coin in existence was mined in the open. A hard maximum supply of 28.7 billion with roughly 96% already mined, so there is no unlock overhang, no vesting cliff, and no treasury capable of dumping. Emissions decline smoothly month by month rather than through halving cliffs, avoiding the miner revenue shocks that destabilize other proof-of-work networks, and DAGLabs dissolved rather than retaining a position. The 0.5-point deduction is that KAS has no burn mechanism or fee capture beyond mining rewards, so value accrual depends entirely on the network being adopted as money.
➛ Audits: ★★★★ (4/5). Kaspa's security foundations are unusually strong and sit largely outside the conventional audit framework. The consensus protocol is peer-reviewed academic research from Hebrew University and Harvard rather than an internal specification, with its co-author still maintaining the network. The node software was deliberately rewritten from Go into Rust to reduce attack surface, a Bitcoin Core contributor serves as a core developer, and the network has run since November 2021 across two major hard forks without a protocol-level exploit. Development is fully open source with public code review, and the SilverScript timelock bug found and fixed in August demonstrates that review process working. The 1-point deduction is that no named third-party security audit or verified security score is published, and the covenant and zero-knowledge surface introduced by Toccata is new enough that formal external review would meaningfully strengthen confidence.
➛ Community: ★★★★★ (5/5). Kaspa's community is the purest example of organic growth in crypto, and the structure explains why. There was no airdrop to farm, no venture backing to court influencers, no foundation marketing budget, and no company to promote it, because DAGLabs dissolved at launch. What grew instead was a global base of miners with real hardware and capital deployed alongside an ideologically committed holder base, and it held through a deep drawdown and years of quiet building. The development itself is community-run: independent contributors opened the DAGKnight testnet proposal, built KaChat and Igra, drive the conventions standards process, and even handle exchange listings without a budget to fund it. Very few projects at any market cap sustain this level of unpaid, distributed contribution across protocol research, application development, and ecosystem work simultaneously.
🔵 Conclusion
Kaspa is what happens when a researcher whose work is cited in Ethereum's own whitepaper decides to fix the thing everyone assumed was permanent about proof-of-work. The blockDAG orders parallel blocks rather than wasting them, GHOSTDAG delivers ten blocks per second on Bitcoin's security model, and the whole thing launched with no premine, no ICO, no venture allocation, and a development company that dissolved itself rather than retain influence. Roughly 96% of a hard-capped supply is already mined, and Toccata has now brought covenants and zero-knowledge verification to Layer 1 on schedule.
The bull case is unusually pure. If proof-of-work settlement matters over decades rather than cycles, Kaspa is the only network that has meaningfully improved the architecture without compromising the trust model, and it did so with a distribution nobody can criticize because there was nothing to criticize. Kaspa spent five years proving the technology works, and it now has the programmability to prove the rest. What comes next is whether the world decides it needs a settlement layer this good.](https://pbs.twimg.com/media/HRmqslZbwAAXeZ8.jpg)
I know a guy that invested $5k into $KAS.
Who to follow
Noah 
@WCTNoah
Angel Investor | Building @MobyMedia + @WhaleCoinTalk + @Dappitdotio | Follows, Likes, & (Re)Tweets ≠ Endorsements | Chess ≠ Checkers
Go Rich
@0xGoRich
writing about meme coins | prediction based on research , team, dev, project,process,at dip | NFA | Not paid posts | DYOR |
Rubicks Cube
@rubickxbt
Speculative assets are my playbook. Posting my own trades for my own reference. Not a KOL and will never be.
MORNING MOTION: GoPro is RUNNING, everything is going onchain, chatting KAS & ZEC https://t.co/t2n8zGFDrY
GEMINI × KASPA SILVER
Join us live with @KaspaSilver for a conversation about Kaspa, the technology behind the project, and the community around it.
Tomorrow @ 9am ET
Be there or be square🟧
Just got some kaspa.
Seven months since the first commit, and after an extensive review and standardization process (thanks to @manyfest_,@iziodev,@michaelsuttonil and @asaefstroem), I'm publishing a release candidate for Silverscript v1.
The last merged PR was written by @michaelsuttonil and numbered #235, which is a nice reminder to the fact that Silverscript started as my (someone235) project and is now becoming a project involving the entire Kaspa community.
You can find a link to the release candidate in the reply, and I'd love to hear the community's feedback. If we don't receive any substantial feedback, we'll release Silverscript v1 for mainnet use one week from now.
“Bitcoin is dead boring to me at this stage.” 👀
Kaspa’s @hashdag shares his take on Bitcoin and where Kaspa, Zcash, and Solana fit into the conversation.
With @VladCostea on @BTCTKVR S17 E36.
The path towards understanding DAGKNIGHT goes through understanding SPECTRE
Prepare for the biggest bull market crypto has ever seen.
Kaspa's EVM layers passed a full stress test at 200x cheaper than Ethereum
Independent testing put Kasplex and Igra through 66 operations covering token transfers, DEX swaps, lending, and NFT minting. Both scored a 100% success rate with execution identical to Ethereum Sepolia.
Transaction costs came in over 200 times cheaper than Ethereum mainnet, all settling on proof-of-work. Post-Toccata, the $KAS ecosystem has a working EVM stack.
Crypto gave individuals sovereignty. Staghunt is betting the next frontier is the group version: coordination markets.
Read more at our latest thought leadership in partnership with @hashdag
https://t.co/VJQ15N0ka0
Kaspa community is no joke!
I officially told my team to work on a $KAS risk model.
Also wondering if I should buy some $KAS before the bull market gets out of hand.
P.S. I apologize for calling you bots in previous polls.
I haven’t talked about my favorite chain for a while. I had dinner last night with the CEO of a big Crypto firm. We discussed Kaspa. Here is the summary of our conversation. All I did was recorded and throw it into my AI.
We agree that Fromm a pure computer science perspective, Kaspa’s architecture is an absolute structural masterpiece. By replacing the traditional linear blockchain with a Directed Acyclic Graph governed by the GHOSTDAG, it elegantly bypasses the core throughput limitations of Bitcoin’s Nakamoto consensus. While Bitcoin forces a structural compromise by slowing block times to ten minutes to prevent network errors and maintain decentralization, Kaspa processes blocks in parallel at incredible speeds without sacrificing security or its pure, fair-launch Proof-of-Work framework.
Yet, in the arena of global macroeconomics, technological superiority is rarely the sole determinant of market dominance.
History is littered with highly sophisticated protocols that ultimately lost to inferior systems with stronger network effects.
For Kaspa to win the race, it must conquer immense psychological and structural barriers that go far beyond raw code.
The first major hurdle is the #Lindy Effect and institutional inertia. Bitcoin has survived nearly two decades of nation-state bans, internal ideological wars, and relentless cryptographic scrutiny. Its primary value proposition to global capital is actually its rigidity. The fact that Bitcoin is incredibly difficult to alter makes it a predictable, unmoving anchor.
Institutional allocators do not buy Bitcoin because it is fast; they buy it because it behaves like digital gold, viewing its low transaction velocity as a security feature while leaving speed to secondary layers.
This is precisely why trying to out-gold Bitcoin right now is a psychological dead end. Kaspa’s realistic path to dominance lies not in winning the store-of-value debate on day one, but in rendering Proof-of-Stake smart contract chains completely obsolete first.
With the activation of the Toccata upgrade, Kaspa introduces native programmability, advanced covenant logic, and zero-knowledge capabilities directly into its high-speed Proof-of-Work framework. This allows it to launch a direct assault on the fatal flaws of networks like Ethereum and Solana, targeting their inherent centralization risks, validator politics, and economic vulnerabilities under intense network load.
If enterprise applications and decentralized finance protocols migrate to Kaspa because it is fundamentally faster, cheaper, and more secure, developer mindshare and on-chain liquidity will follow organically.
Bitcoin dominates today because it established the immutable base layer of decentralized property rights, not because its engine is the fastest. To take the crown, Kaspa must use its new programmable utility to build an economic empire so massive and useful that the macro financial world can no longer ignore it.
So enough with the “to the moon” fantasy and let’s keep building on $KAS 🚧
Mission accomplished
Toccata is live! $KAS became ultra programmable today!
1/ Kaspa's Toccata hard fork is locked in.
Rusty Kaspa v2.0.0 hardcodes mainnet activation at DAA score 474,165,565 — estimated 16:15 UTC, June 30, 2026.
What's changing 🧵⬇️
kaspa:native
Kaspa is superior to TON not because it currently beats TON’s headline finality number, but because it is attacking a much harder problem: compressing permissionless Proof-of-Work finality toward real time instead of optimizing a validator committee. TON’s current advantage is real. Its architecture targets extremely fast block production and near-instant finalization through a stake-weighted validator process where validators coordinate, vote, and finalize once quorum agreement is reached. That is technically impressive, but it is still finality by committee coordination. TON answers the question: how fast can a validator set agree? Kaspa asks the deeper question: how fast can open, permissionless energy become ordered enough that reversal becomes economically and physically incoherent?
Kaspa’s present model is already fundamentally different from linear Proof-of-Work. Since Crescendo, Kaspa moved to 10 blocks per second, meaning the network targets 100 ms block intervals while GHOSTDAG orders parallel blocks instead of discarding honest work as orphan waste. This gives Kaspa fast inclusion and low-second practical confirmation, but its finality remains probabilistic because it is still Nakamoto consensus expressed through a BlockDAG. That distinction matters. TON’s finality and Kaspa’s finality are not the same object. TON finalizes through stake signatures. Kaspa accumulates irreversible work across a high-frequency DAG. One is administrative certainty from a validator quorum; the other is thermodynamic certainty from energy, ordering, and adversarial cost.
DAGKnight is where Kaspa’s superiority becomes much harder to ignore. GHOSTDAG still relies on a hardcoded latency parameter; DAGKnight is designed to remove that fixed assumption and make confirmation responsive to actual network conditions. In plain terms, Kaspa would stop confirming according to an assumed worst-case delay and start confirming according to the real observed structure of the network. This matters because finality is not just wall-clock speed. It is the density of honest ordering inside time. At higher block rates, especially the long-term 100 BPS direction, Kaspa samples Proof-of-Work far more densely, causing adversarial reorg probability to collapse across shorter windows.
So yes, TON leads the clean finality chart today. But TON is fast inside the validator paradigm. Kaspa is building something more politically and technically durable: near-real-time settlement without a staking cartel, privileged sequencer, or committee ceremony. If DAGKnight lands as intended, Kaspa does not merely catch up to TON; it beats TON on the deeper axis: finality that is fast, permissionless, energy-backed, and neutral at the base layer. TON is optimized coordination. Kaspa is consensus physics approaching internet speed.
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