KASPA Native

[KASPA Native @TruthEngine_KAS]

Somebody help me understand this. A serious question for the $KAS community—and for:

@binance @Gemini @cameron @tyler @coinbase @brian_armstrong @BitGo @BitWise_Invest @HHorsley @Matt_Hougan @RasterlyRock

What, specifically, is Kaspa missing that would justify withholding stronger support?

We have a legitimate next-generation evolution of proof of work: parallel block production through a directed acyclic graph, already running at 10 blocks per second on mainnet. GHOSTDAG orders concurrent blocks into a secure shared history instead of forcing the network into the limitations of a single chain.

This is a live network built from years of published cryptographic research. Fair launch. No premine. No insider allocation. No corporate CEO controlling the protocol. A capped supply with issuance that halves annually through monthly reductions.

And the argument has moved beyond payments.

Toccata is live. L1 covenants, native ZK proof verification, and Silverscript bring programmable spending rules and new application possibilities directly to Kaspa. Base-layer programmability no longer has to wait for an L2.

To me, this is the revival of proof of work as usable financial infrastructure.

So where is the disconnect between the engineering and the institutional response?

If the obstacle is liquidity, custody, compliance, integration cost, developer tooling, or demonstrated commercial demand, explain it. What requirement remains unmet? What would change your decision?

Because access and economics affect what gets built. Developers need funding, customers, and a credible path to earning a living. They cannot feed their families on technical admiration. Weak liquidity, limited access, and an ecosystem unable to sustain its builders can stall innovation before it has the opportunity to prove itself.

In an increasingly multipolar world, neutral infrastructure matters.

Allies, competitors, and adversaries need a common financial language that no single participant controls. Like mathematics, its rules should remain the same regardless of who uses it. A decentralized digital financial democracy: open participation, verifiable rules, and settlement without handing one sovereign nation authority over everyone else’s ledger.

Now add the emerging agentic economy—AI agents buying services, paying for computation, and exchanging value through potentially billions of daily microtransactions. That frontier needs fast, inexpensive, programmable settlement.

Bitcoin established the foundation. Its base layer was not designed for that volume or breadth of applications. Ethereum expanded programmability, but scaling across its ecosystem brings costs and complexity. Why wouldn’t the industry seriously evaluate a different architecture built to advance those capabilities?

I believe Kaspa deserves a place at the center of that discussion.

I’m asking for a substantive answer: what is the strongest case against giving this technology broader access, deeper liquidity, and meaningful institutional support?

And what, exactly, must Kaspa deliver before the industry treats it as infrastructure worth building on?

@hashdag @michaelsuttonil

[DAGꓘnight @EbaratNeil]

Wow!
Big Move from Kaspa community!
Kaspa $kas

[J𐤊swell @_Jswell]

Once we have stablecoins on Kaspas L1, its game over for $ETH, $SOL, $POL, $TRX, $AVAX and any other useless ghost chain/shitcoin💯

💥Study $KAS 💥

[BaN𐤊ℚuOτE @BankQuote]

Stablecoins may become one of the most important catalysts in Kaspa’s transition from a high-performance monetary network into an actual financial economy. The first stage is already appearing through Igra, where bridged USDC, USDT and USDS can move into the Kaspa ecosystem and be used in applications such as Kaskad lending. This matters because stablecoins solve something KAS itself should not necessarily solve: short-term price stability. A merchant, AI agent, lender or application may want Kaspa’s speed and settlement properties without wanting its balance sheet exposed to KAS volatility. Stablecoins provide the unit of account while Kaspa provides the underlying coordination and settlement infrastructure. Toccata makes the next stage considerably more interesting. Kaspa now has programmable UTXOs, covenant IDs, transaction introspection and native ZK verification, creating the primitives necessary for covenant-based assets directly on L1. The emerging KCC20 standard is exploring consensus-enforced fungible tokens, while experimental projects such as KUSD are already testing KAS-backed stablecoin designs. If mature stablecoins eventually exist natively on Kaspa, the network could support dollar payments, lending, liquidity pools, escrow, prediction markets, machine-to-machine payments and agentic commerce without forcing users to leave the Kaspa environment. Perhaps more importantly, stablecoins could make KAS productive without requiring holders to sell it. KAS could increasingly function as collateral, settlement capital, gas or economic security while stablecoins circulate above it as the transactional denomination. That creates a potentially powerful feedback loop: stablecoin liquidity attracts applications, applications generate transactions, transactions attract users and capital, and that economic activity increases the usefulness of the underlying Kaspa network. Stablecoins would not replace KAS. They could actually clarify its role. KAS becomes the scarce monetary and settlement asset underneath an economy whose participants can transact in whatever denomination best fits their needs. The real milestone for Kaspa may therefore not be another exchange listing—it may be deep, liquid, trust-minimized dollar liquidity living directly inside the DAG.

[Olaf Weller @WellerOlaf]

Major milestone for the Kaspa Privacy Initiative! 🎉

We just demonstrated autonomous recovery of native test KAS on Kaspa L1.

After physically switching off the original computer, a second machine independently found the remaining reserve, generated a fresh ZK proof and successfully withdrew the KAS on TN10.

No intervention from the original machine. No privileged withdrawal key.

This is a major step toward something essential for private KAS: being able to recover your funds even when the original infrastructure disappears.

Not a shielded pool yet, not audited, and more A1 tests remain. But a critical piece of the foundation now works!

Built in the open:
https://t.co/6iTsdtGnfE

[KASPA Native @TruthEngine_KAS]

@_Jswell @KaspaMobile I just paid $25 for 16k views….no email from X, lets see what happens

https://t.co/z0SDihXWjQ

[KASPA Native @TruthEngine_KAS]

Somebody help me understand this. A serious question for the $KAS community—and for:

@binance @Gemini @cameron @tyler @coinbase @brian_armstrong @BitGo @BitWise_Invest @HHorsley @Matt_Hougan @RasterlyRock

What, specifically, is Kaspa missing that would justify withholding stronger support?

We have a legitimate next-generation evolution of proof of work: parallel block production through a directed acyclic graph, already running at 10 blocks per second on mainnet. GHOSTDAG orders concurrent blocks into a secure shared history instead of forcing the network into the limitations of a single chain.

This is a live network built from years of published cryptographic research. Fair launch. No premine. No insider allocation. No corporate CEO controlling the protocol. A capped supply with issuance that halves annually through monthly reductions.

And the argument has moved beyond payments.

Toccata is live. L1 covenants, native ZK proof verification, and Silverscript bring programmable spending rules and new application possibilities directly to Kaspa. Base-layer programmability no longer has to wait for an L2.

To me, this is the revival of proof of work as usable financial infrastructure.

So where is the disconnect between the engineering and the institutional response?

If the obstacle is liquidity, custody, compliance, integration cost, developer tooling, or demonstrated commercial demand, explain it. What requirement remains unmet? What would change your decision?

Because access and economics affect what gets built. Developers need funding, customers, and a credible path to earning a living. They cannot feed their families on technical admiration. Weak liquidity, limited access, and an ecosystem unable to sustain its builders can stall innovation before it has the opportunity to prove itself.

In an increasingly multipolar world, neutral infrastructure matters.

Allies, competitors, and adversaries need a common financial language that no single participant controls. Like mathematics, its rules should remain the same regardless of who uses it. A decentralized digital financial democracy: open participation, verifiable rules, and settlement without handing one sovereign nation authority over everyone else’s ledger.

Now add the emerging agentic economy—AI agents buying services, paying for computation, and exchanging value through potentially billions of daily microtransactions. That frontier needs fast, inexpensive, programmable settlement.

Bitcoin established the foundation. Its base layer was not designed for that volume or breadth of applications. Ethereum expanded programmability, but scaling across its ecosystem brings costs and complexity. Why wouldn’t the industry seriously evaluate a different architecture built to advance those capabilities?

I believe Kaspa deserves a place at the center of that discussion.

I’m asking for a substantive answer: what is the strongest case against giving this technology broader access, deeper liquidity, and meaningful institutional support?

And what, exactly, must Kaspa deliver before the industry treats it as infrastructure worth building on?

@hashdag @michaelsuttonil

[KASPA Native @TruthEngine_KAS]

CRYPTO COMMUNITY SHOWDOWN 🥊

Bitcoin. XRP. Solana. Kaspa.

Which community can actually show up and dominate?

Vote. Repost. Bring your army.

$BTC $XRP $SOL kaspa:native

[KASPA Native @TruthEngine_KAS]

@Kaspa_HypeMan @kaspaunchained @KaspaSilver @InvestwithDoc @Crux_of_Crypto - come on guys read and repost

[KASPA Native @TruthEngine_KAS]

Somebody help me understand this. A serious question for the $KAS community—and for:

@binance @Gemini @cameron @tyler @coinbase @brian_armstrong @BitGo @BitWise_Invest @HHorsley @Matt_Hougan @RasterlyRock

What, specifically, is Kaspa missing that would justify withholding stronger support?

We have a legitimate next-generation evolution of proof of work: parallel block production through a directed acyclic graph, already running at 10 blocks per second on mainnet. GHOSTDAG orders concurrent blocks into a secure shared history instead of forcing the network into the limitations of a single chain.

This is a live network built from years of published cryptographic research. Fair launch. No premine. No insider allocation. No corporate CEO controlling the protocol. A capped supply with issuance that halves annually through monthly reductions.

And the argument has moved beyond payments.

Toccata is live. L1 covenants, native ZK proof verification, and Silverscript bring programmable spending rules and new application possibilities directly to Kaspa. Base-layer programmability no longer has to wait for an L2.

To me, this is the revival of proof of work as usable financial infrastructure.

So where is the disconnect between the engineering and the institutional response?

If the obstacle is liquidity, custody, compliance, integration cost, developer tooling, or demonstrated commercial demand, explain it. What requirement remains unmet? What would change your decision?

Because access and economics affect what gets built. Developers need funding, customers, and a credible path to earning a living. They cannot feed their families on technical admiration. Weak liquidity, limited access, and an ecosystem unable to sustain its builders can stall innovation before it has the opportunity to prove itself.

In an increasingly multipolar world, neutral infrastructure matters.

Allies, competitors, and adversaries need a common financial language that no single participant controls. Like mathematics, its rules should remain the same regardless of who uses it. A decentralized digital financial democracy: open participation, verifiable rules, and settlement without handing one sovereign nation authority over everyone else’s ledger.

Now add the emerging agentic economy—AI agents buying services, paying for computation, and exchanging value through potentially billions of daily microtransactions. That frontier needs fast, inexpensive, programmable settlement.

Bitcoin established the foundation. Its base layer was not designed for that volume or breadth of applications. Ethereum expanded programmability, but scaling across its ecosystem brings costs and complexity. Why wouldn’t the industry seriously evaluate a different architecture built to advance those capabilities?

I believe Kaspa deserves a place at the center of that discussion.

I’m asking for a substantive answer: what is the strongest case against giving this technology broader access, deeper liquidity, and meaningful institutional support?

And what, exactly, must Kaspa deliver before the industry treats it as infrastructure worth building on?

@hashdag @michaelsuttonil

[KASPA Native @TruthEngine_KAS]

Somebody help me understand this. A serious question for the $KAS community—and for:

@binance @Gemini @cameron @tyler @coinbase @brian_armstrong @BitGo @BitWise_Invest @HHorsley @Matt_Hougan @RasterlyRock

What, specifically, is Kaspa missing that would justify withholding stronger support?

We have a legitimate next-generation evolution of proof of work: parallel block production through a directed acyclic graph, already running at 10 blocks per second on mainnet. GHOSTDAG orders concurrent blocks into a secure shared history instead of forcing the network into the limitations of a single chain.

This is a live network built from years of published cryptographic research. Fair launch. No premine. No insider allocation. No corporate CEO controlling the protocol. A capped supply with issuance that halves annually through monthly reductions.

And the argument has moved beyond payments.

Toccata is live. L1 covenants, native ZK proof verification, and Silverscript bring programmable spending rules and new application possibilities directly to Kaspa. Base-layer programmability no longer has to wait for an L2.

To me, this is the revival of proof of work as usable financial infrastructure.

So where is the disconnect between the engineering and the institutional response?

If the obstacle is liquidity, custody, compliance, integration cost, developer tooling, or demonstrated commercial demand, explain it. What requirement remains unmet? What would change your decision?

Because access and economics affect what gets built. Developers need funding, customers, and a credible path to earning a living. They cannot feed their families on technical admiration. Weak liquidity, limited access, and an ecosystem unable to sustain its builders can stall innovation before it has the opportunity to prove itself.

In an increasingly multipolar world, neutral infrastructure matters.

Allies, competitors, and adversaries need a common financial language that no single participant controls. Like mathematics, its rules should remain the same regardless of who uses it. A decentralized digital financial democracy: open participation, verifiable rules, and settlement without handing one sovereign nation authority over everyone else’s ledger.

Now add the emerging agentic economy—AI agents buying services, paying for computation, and exchanging value through potentially billions of daily microtransactions. That frontier needs fast, inexpensive, programmable settlement.

Bitcoin established the foundation. Its base layer was not designed for that volume or breadth of applications. Ethereum expanded programmability, but scaling across its ecosystem brings costs and complexity. Why wouldn’t the industry seriously evaluate a different architecture built to advance those capabilities?

I believe Kaspa deserves a place at the center of that discussion.

I’m asking for a substantive answer: what is the strongest case against giving this technology broader access, deeper liquidity, and meaningful institutional support?

And what, exactly, must Kaspa deliver before the industry treats it as infrastructure worth building on?

@hashdag @michaelsuttonil

[KASPA Native @TruthEngine_KAS]

I’m just speculating, but I also feel like the KAS community is so active on X that we get hit with a ton of engagement farming. Look at what happened with Gemini’s “acknowledge everything at least once.” I think that got 300,000 or 500,000 views, followed by three weeks of their stupid Gemini countdown. There were probably millions of KAS-related engagements, which ultimately led to a stupid Gemini fantasy football league. I’m still sore about that.

[KASPA Native @TruthEngine_KAS]

@KaspaMobile @_Jswell I agree, I thought the vote count was way too low for half a million views. But you can’t trust anything not even X. Some algorithm went haywire or something.

[KASPA Native @TruthEngine_KAS]

@_Jswell @KaspaMobile Why do you guys care so much….we KAS a win with 2k votes and 1/2 million views.

[MDS 1984🐬 @Mahdiansya40226]

Teknologi yang mendekati kesempurnaan tidak bisa di nilai dengan fiat.itu buah pikiran pakar2 ilmuan yang tangguh dan solit.
Kaspa akan di nilai dan di hargai di saat dia susah untuk di dapatkan...
💪💪💪💪

[CryptoCrew 𐤊 @CryptoCrewHQ]

kaspa:native Still undisputed

#kaspa #KAS

[KASPA Native @TruthEngine_KAS]

I agree with you. I say “in retrospect” because if the protocol isn’t profitable and you don’t draw developers—that’s a protocol’s lifeblood. Keeping miners and developers happy with even marginal profitability allows the vision to be implemented. But sure, yeah, I agree. I truly do.

[KASPA Native @TruthEngine_KAS]

@hashdag @michaelsuttonil — we are doing everything we can to support your work. This vote was because you are pushing the limits of decentralized digital engineering, challenging physics and quantum mechanics. kaspa:native architecture turns concurrent events into a secure shared history, while DAGKnight circumvents the Pass–Shi impossibility barrier by resolving the assumptions governing decentralized agreement—in other words, this is the apex of digital ledger technology, the only L1 that can support the new economic frontier that needs a home today.

[KASPA Native @TruthEngine_KAS]

@hashdag @michaelsuttonil — we are doing everything we can to support your work. This vote was because you are pushing the limits of decentralized digital engineering, challenging physics and quantum mechanics. kaspa:native architecture turns concurrent events into a secure shared history, while DAGKnight circumvents the Pass–Shi impossibility barrier by resolving the assumptions governing decentralized agreement—in other words, this is the apex of digital ledger technology, the only L1 that can support the new economic frontier that needs a home today.

[KASPA Native @TruthEngine_KAS]

@Gemini @tyler @cameron @cz_binance @brian_armstrong - LIST kaspa:native !!!!!

[KASPA Native @TruthEngine_KAS]

@Gemini @tyler @cameron @cz_binance @brian_armstrong - LIST kaspa:native !!!!!

[KASPA Native @TruthEngine_KAS]

Final results — 1,933 votes

🥇 Kaspa34%657
🥈 Bitcoin33%638
🥉 XRP18%348
Solana15%290

Kaspa wins by 19 votes!!!!!!

[KASPA Native @TruthEngine_KAS]

Final results — 1,933 votes

🥇 Kaspa34%657
🥈 Bitcoin33%638
🥉 XRP18%348
Solana15%290

Kaspa wins by 19 votes!!!!!!