We built an autonomous oracle on Kaspa L1. No operator, no admin key, no one who can fake it.
A KAS/USD price proven against the Wormhole guardian quorum and verified by Kaspa's own consensus. Permissionless to update, about a cent a roll, sub-25-second proofs.
Maybe the first ZK-verified oracle on any proof-of-work chain.
TN10 now. Waiting for Toccata...Let's keep on building. 😎🤟🏼
Another piece of the Kaspa smart contract stack is quietly getting stronger.
Silverscript PR #131 introduces a breaking change, but it's the kind of break developers love to see: one that makes contracts safer, more predictable, and easier to audit.
Previously, contract developers could pass a new state directly into validateOutputStateWithTemplate() using an inline object. Convenient? Yes.
Safe and scalable for increasingly complex smart contracts? Not quite.
The issue was that the compiler had to guess the state layout based on field names. As contracts become more sophisticated and start using nested structs, that approach can create ambiguity and increase the risk of subtle bugs.
With PR #131, developers must first assign the new state to a typed struct and then validate it.
That small change gives the compiler full knowledge of the actual state layout, eliminating guesswork and significantly improving validation accuracy.
Even better:
✅ Better handling of deeply nested contract states
✅ No more field-name collisions in complex structures
✅ More precise compiler errors
✅ Stronger output-state verification
✅ A more robust foundation for advanced smart contracts
This is exactly how mature development ecosystems evolve.
Most people focus only on price action, but the real value is being built underneath the surface. Every week we're seeing improvements across Rusty #Kaspa , Silverscript, state channels, proofs, indexing, and developer tooling.
kaspa:native isn't just scaling transactions.
It's steadily building the infrastructure needed for a serious decentralized application ecosystem.
The Toccata era is shaping up to be much bigger than most people realize.
Buy me a coffee with the taste of Kaspa:
kaspa:qr8ndam4swa9ftnz49jywxgch433haxaj9n5f2sj48qrz030eq5h7j4zlwdps
Crypto Proselyte
Most people are sleeping on what was just demonstrated on #Kaspa
Kurrent (a new project) has successfully tested latest-state channels on Kaspa Devnet using Toccata-era covenants.
What does that mean?
✅ Real funding transactions
✅ Real off-chain state updates
✅ Real settlements
✅ Stale states successfully rejected
✅ Atomic swaps with Lightning Network demonstrated
The significance is that participants can continuously update channel states off-chain, while the network can enforce that only the newest valid state wins if a dispute occurs.
this means two people can update a channel mostly off-chain, and if there is ever a dispute on-chain, the newest valid state is the one that should win. The test already runs on real Kaspa devnet, the Toccata covenant VM, and Lightning Network regtest, and it includes proof of a real funding transaction, a state update from S1 to S2, a settlement transaction, and a stale spend being rejected.
This isn't a production release yet, but it is an important proof that $KAS evolving covenant capabilities may support advanced Layer 2 constructions and payment channels in the future.
For years, scaling discussions have focused on throughput alone. Kaspa is now exploring whether it can combine its high-performance base layer with more sophisticated off-chain systems as well.
Still early. Still research.
But seeing these concepts move from theory to working Devnet demonstrations is exactly how the next generation of blockchain infrastructure gets built.
Kaspa isn't just scaling blocks. It's expanding what's possible on top of them.
Buy me a coffee:
kaspa:qr8ndam4swa9ftnz49jywxgch433haxaj9n5f2sj48qrz030eq5h7j4zlwdps
Crypto Proselyte
I just donated 4,000 kaspa:native because I genuinely believe this is one of the better ideas being built in the Kaspa ecosystem.
If you have a few kaspa:native or some USDC to spare, consider supporting it as well. The stronger the tools we build together, the stronger the entire community becomes.
If just 500 more community members contributed $20 each, we'd be very close to reaching the Gold Tier goal, which would give the project maximum exposure and significantly increase its visibility across the ecosystem.
Address: kaspa:qrryda035xkx02l7yg7lx65ct89zk6ku2greszt475rvn80z6ydkyy9q3zl8r
https://t.co/faAc8fZIZ6
@KasMaporg
#Kaspa #KasMap #KUDOS #KEG kaspa:native
$KAS is my only crypto investment now.
I swing trade other crypto but mainly stocks.
If we want to move forward as an industry, projects like Kaspa that move it forward should be supported and adopted by industry leaders.
That means CEX’s, KOL’s ect….
🥳🥳🥳
$8,000 milestone reached, 3 Kaspa representatives will participate in this high-end hackathon at Imperial College London.
Students from Ivy League, hungry to to build agentic systems, will be exposed to Kaspa's technology!
Those are seeds planted for the long horizon.
Just in time before my trip to Berlin ✈️ to meet the team of @Igra_Labs i’ve successfully finished setting up my own node $KAS
It took me exactly 2 minutes with the help of AI.
Kaspa treats blockchain history as something that can be cryptographically summarized rather than permanently downloaded and stored by every new participant. And that's the genius of Kaspa
Let's compare some famous blockchains with $KAS :
#Bitcoin
❌Launched: January 2009
❌New nodes must verify 17 years of history
❌Requires downloading hundreds of gigabytes of data
❌Full verification can take days
❌Nodes can prune/delete old data locally after verification.
However, the network still depends on archive nodes that store the complete blockchain history.
Without archive nodes, new nodes could not independently verify Bitcoin from genesis.
#Ethereum
❌In July 2025, Ethereum allowed nodes to remove historical data from before September 2022.
❌Storage savings per node:300–500 GB
❌Ethereum improved scalability through rollups.
❌Old historical data still exists but is increasingly stored by:Large companies, File-sharing systems,
Specialized data providers
❌ Ethereum shifted the archival burden elsewhere rather than eliminating it.
#Solana
❌Typical validator/node hardware in 2026:
❌24+ CPU cores
❌256–512 GB RAM
❌Professional-grade SSDs
❌High-speed internet
❌Setup cost:$15,000–$50,000 before operation begins
❌Solana achieves high throughput.
❌hardware requirements are so demanding that complete verification is largely concentrated in data centers rather than home-operated nodes.
#Cardano
❌Produces blocks roughly every 20 seconds.
Main Point
❌Uses a Bitcoin-like UTXO model with smart-contract extensions.
❌More predictable transaction model than Ethereum.
❌Still relies on historical blockchain data for complete verification, though newer bootstrap methods reduce sync requirements.
Enters the dragon!
#Kaspa
✅Produces 10 blocks per second
✅Automatically prunes transaction history older than approximately 30 hours
✅Genesis date : 2021
✅Kaspa uses a different synchronization model:
✅Every block contains a MuHash fingerprint (a cryptographic commitment to the current UTXO set).
✅New nodes:Download a proof chain back to genesis.
✅Download the current coin/UTXO set.
✅Verify it against the fingerprint embedded in blocks.
✅If the fingerprint matches, the node can verify the network state without downloading years of transaction history.
✅Node synchronization in minutes
✅Verification on a normal home computer
✅No requirement for archive nodes during the synchronization process
Like ot support me:
kaspa:qr8ndam4swa9ftnz49jywxgch433haxaj9n5f2sj48qrz030eq5h7j4zlwdps
The next $KAS space I host will be on Monday.
Not sure if David can make this one, but I’ll have someone on that we can introduce to Kaspa whilst we approach the Toccata upgrade.