Defending Freedom through blockchain. A new peopleβs champion has emerged. Kaspa $KAS
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Joined July 2018
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First profile pic update since 2018. Iβve learned enough to say itβs worthy of the change. Kaspa
The Navier-Stokes equations govern all fluid flow. Whether smooth solutions always exist in 3D is a $1M Clay Millennium Prize problem unsolved for 100+ years.
New preprint introduces a geometric approach: embed the angle between velocity and vorticity directly into the mathematical space where the equations live.
When fluid is "Beltrami-aligned" (velocity parallel to vorticity), turbulent energy cascade shuts off. We make this precise and prove it implies regularity β conditionally.
We also prove what CAN'T work: no local geometric deformation of space can absorb the pressure nonlocality that makes this problem hard.
So we know exactly what's missing. That's progress.
Preprint: zenodo.org/records/19324392
Built using a four-node human-AI protocol: geometric intuition + strategic framing + exhaustive exploration + rigorous verification. One day of work.
@drxwilhelm would really be interested in your feedback on this one too.
Also working on V10 of MFT (Mobius Field Theory) with some exciting stuff to add. V9 here: zenodo.org/records/19244541
CryptoLiberatum π€ retweeted
WarpCore on Kaspa TESTING UPDATE:
The only and most comprehensive full stack banking / financial rails on an L1 PoW.
We have completed the following tests:
286 transaction type tests to run using various scenarios:
1. β
CBDC Full Issuance Workflow
Token registration β minting β reserve attestation β Islamic instruments
2. β
Multilateral Netting Cycle
Multi-participant obligations β gross/net calculations β settlement
3. β
Credit Facility Lifecycle
Draw β repay β exceed limits β full lifecycle management
4. β
Nostro/Vostro Account Operations
Multi-currency positions β payments β funding β position reporting
5. β
Liquidity Pool Participation
Contributions β withdrawals β returns β multi-participant pooling
6. β
FX Forward Trading
Quote β forward rates β netting β PvP settlement β T+2
7. β
Multi-Currency Netting
Parallel netting across EUR, USD, GBP currencies
8. β
Islamic Finance Instruments
Murabaha (cost-plus) β Ijara (lease) β Musharaka (profit-share) β Sukuk (bonds)
9. β
Herstatt Risk Exposure
Settlement risk monitoring β high/medium/low categorization
10. β
Concurrent Transactions
Parallel settlement operations β fund conservation
11. β
T+2 Settlement Workflow
Trade date β T+1 confirmation β T+2 execution
12. β
Batch Payment Processing
100-item batch β success rate tracking
13. β
Treasury Operations
Multi-currency positions β USD equivalency β revaluation
14. β
Settlement Failure Recovery
Failure β retry logic β recovery verification
15. β
End-to-End Cross-Layer Settlement
CBDC mint β liquidity allocation β FX trading β netting β nostro settlement
Transaction Scenarios Covered
Payment Operations
β
Single payments
β
Batch payments (100+ items)
β
Multi-currency payments
β
Concurrent transactions
β
Failed payments with recovery
Netting Operations
β
Bilateral netting
β
Multilateral netting (3+ parties)
β
Multi-currency netting
β
Gross/net calculations
β
Netting settlement
Credit Operations
β
Credit draw
β
Credit repayment (partial, full)
β
Exceeded limits
β
Credit facility lifecycle
β
Facility expiry
FX Operations
β
FX quotes (bid/ask spreads)
β
Forward rates
β
NDF fixing
β
PvP settlement
β
Settlement risk (Herstatt)
β
T+2 workflows
β
Multi-currency trading
Liquidity Operations
β
Pool contributions
β
Pool withdrawals
β
Share calculations
β
Return distribution
β
Multi-participant pooling
CBDC Operations
β
Token issuance
β
Supply minting
β
Supply burning
β
Reserve attestation
β
Murabaha financing
β
Ijara leasing
β
Musharaka partnerships
β
Sukuk instruments
Account Operations
β
Nostro account management
β
Vostro account tracking
β
Multi-currency positions
β
Balance updates
β
Position reporting
Risk Operations
β
Herstatt settlement risk
β
Risk categorization
β
Exposure monitoring
β
Risk recovery
Cross-Layer Operations
β
CBDC β Liquidity flow
β
Liquidity β FX flow
β
FX β Settlement flow
β
End-to-end workflows
All 286 tests executed sequentially
Zero test failures
100% pass rate
#kaspa #warpcore #xrp #kii #poweredbyKaspa
CryptoLiberatum π€ retweeted
Banks tested Kaspa via Warpcore ISO 20022 adapter.
(sandbox testing)
If this isn't alpha for $kas, I don't know what is π
Source: @qu1ck_crypt0 (podcast with KaspaKII).
CryptoLiberatum π€ retweeted
Today we're concluding a research grant extended to @eliottmea, who picked up a very challenging topic to work on: how to build an effective oracle?
Over the course of the grant, our talented young researcher put his discoveries in two documents: the first, A Mathematically Rigorous Framework for Cross-Exchange Price Discovery, proposes a framework for aggregating prices across multiple exchanges into a single manipulation-resistant feed, anchored by a decentralized arbitrage network, and the second, Incentive Compatibility in a Discriminatory Limit-Order Auction, takes a mechanism design lens β asking whether it's possible to construct an auction where honest price reporting simply becomes the rational thing to do.
Read here: github.com/elimmea/oracle
At @Kaspa_KEF, we believe investing in #Kaspa means investing in faithful talents who are dedicated in #Kaspa. We're proud to have supported @eliottmea in this work, and we look forward to seeing more promising research proposals!
CryptoLiberatum π€ retweeted
Proposal accepted and executed! $IGRA rewards activated for all active attesters. Thanks to every delegate who voted.
Detailed attester setup guide: igra-labs.gitbook.io/igralabβ¦.
For support, reach out to @argonmining or join our Discord (discord.gg/igralabs), experienced node operators are active and happy to help.
DAO proposal to fully activate attestation protocol is live: governance.igralabs.com/propβ¦
This is the second of two proposals that activate the protocol with the full $IGRA token rewards.
Background
The Attestation Protocol distributes two types of rewards to attesters: $iKAS (native token) and $IGRA (staking emissions). Both use a per-share accumulator model to track how much each attester is owed.
As the protocol matures and prepares for $IGRA emission activation, this is a natural point to refine the reward distribution mechanics end-to-end β widening numerical headroom, streamlining the accounting model, and improving how protocol statistics are surfaced.
Separately, attesters today must sign and submit attestations from the same address that holds their stake. This means staking keys must be hot, which is a security limitation for professional operators.
This Proposal
Releases 7,500,000 IGRA from the Ecosystem & Rewards vesting pool (pool 0) to the `StakeRewardsController` and sets the emission rate to 1,500 pips (15% annualized).
Adds `attestDelegated`, allowing a controller (staker) to authorize a separate operator to submit attestations via EIP-712 signed, time-bounded delegations. Challenger functions are updated with delegation-aware signatures. Attestation facets are upgraded via Diamond Cut to support these new capabilities.
Who can vote on this proposal? Any IGRA holder, the voting is open.
CryptoLiberatum π€ retweeted
After 27 days of continuous monitoring across multiple wallets and transaction types, entry bridge is operating within expected parameters. Raising recommended limit to 100,000 KAS per transaction ahead of ZAP.
The #Igra KAS-> iKAS Bridge now supports up to 100,000 KAS per transaction β a 20x increase from the previous 5K limit.
With the @Igra_Labs launch on @ZealousSwap ZAP just 3 days away, now is the time to bridge your $KAS and get ready.
Don't wait until launch day. Be prepared. ποΈ
CryptoLiberatum π€ retweeted
iOS is live, Android is in the final step for release
-Native permissionless KAS to iKAS on @Igra_Labs π
-Full ZAP support by @ZealousSwap ππ
@kasplex support is also coming
Everything you need to know about $IGRA ZAP sale:
igralabs.com/public-auction/
Fair, transparent, on-chain.
See you 26th of March.
Just use Igra.
Discord: discord.gg/igralabs
Telegram: t.me/IgraCommunity
CryptoLiberatum π€ retweeted
We are publishing a draft of our research paper: "Igra Protocol: Leaderless Two-Phase Coordination with CRDT-Based Threshold Signing": github.com/IgraLabs/researchβ¦
The paper presents a leaderless coordination protocol for threshold signing on UTXO-based blockchains, combining two-phase quorum voting with CRDT-based signature propagation to guarantee at most one transaction signed per event, even under crash faults and temporary network partitions.
Motivation
This work originates from a concrete engineering challenge: designing a production-ready scalable exit bridge from Igra Network to Kaspa L1. Existing approaches uniformly require one of: a privileged coordinator, BFT consensus infrastructure, hardware attestation (HSMs), or overcollateralized custody. Each carries tradeoffs that are incompatible with our target security and operational model.
Trustless solutions β specifically, ZK opcode support on Kaspa L1 β would eliminate the federated custody model entirely. However, these remain active R&D initiatives with no production timeline. Igra Network's operational requirements call for a deployable bridge by Q4 2026.
Contribution
Our R&D team, led by @dimdumon, developed both a formal protocol specification and a reference implementation in Rust, targeting automated exit bridge operation with Hyperlane v3 integration. The design is intended to utilize Igra attester nodes as bridge validators under the economic security model described in the Igra Attesting Protocol.
The protocol is UTXO-chain-agnostic by design. With a PSKT adapter layer, the same coordination mechanism extends to Bitcoin β requiring no protocol changes on either Bitcoin or Kaspa.
Current limitations
The protocol guarantees safety under crash-fault assumptions with non-equivocating signers. Full Byzantine fault tolerance is deferred and identified as future work. We state this explicitly and invite scrutiny of the trust model.
Call for review
We invite researchers and engineers to review the paper and engage in substantive technical dialogue. We are also offering a grant to teams interested in accelerating this work toward production deployment.
We believe this protocol offers a novel coordination model for UTXO exit bridges that does not require BFT consensus infrastructure, hardware attestation, or overcollateralized custody. We invite the community to stress-test that claim.
CryptoLiberatum π€ retweeted
PROOF KASPA IS THE FINAL FORM OF MONEY New Video!!! Kaspa just did something insain!
PLEASE SHARE!!!!
CryptoLiberatum π€ retweeted
Safe{Wallet} is now live on Igra Mainnet: safe.igralabs.com.
DAOs, teams, and protocols building on Igra can now manage treasuries and multisig operations natively on-chain.
Safe is the industry-standard multisig smart contract wallet where no single key controls funds, threshold logic is enforced on-chain, not in the UI. It currently secures over $60B across EVM chains.
We've deployed the canonical bytecode identical Safe 1.5.0 contracts on Igra Mainnet: igra-labs.gitbook.io/igralabβ¦
The UI is self-hosted by Igra Association at safe.igralabs.com with no fees collected, no modifications to Safe's core contracts.
Try it out, set up your multisig, ask questions. For moving significant liquidity: we'll signal when bridge security upgrades are complete post-ZAP.
π $KAS
CryptoLiberatum π€ retweeted
Itβs official: @ELLIPAL has gone above and beyond to fully embrace the #Kaspa ecosystem, honoring their commitment made last Christmas. The integration is now live, and more than what they promised: #Kaspa L1 supported on the Titan series; @Kasplex supported across the entire product line, including the Titan series and X Card.
In a market where security is everything, @ELLIPAL gives #Kaspa users a smarter way to stay in control: no cables, no Bluetooth, no unnecessary exposure. Just secure, independent, next-level self-custody designed for serious holders.
We are currently crafting a special batch of #Kaspa x @Kasplex co-branded wallets. We canβt wait to hand these out to our beloved #Kaspa Fam during our offline events this year.
See you on the road. π
ellipal.com/pages/kaspa-wallβ¦
CryptoLiberatum π€ retweeted
π’ Great $KAS news!
Kaspa can be clearly considered as a Digital Commodity following the SEC clarification on how federal securities laws apply to crypto assets β 17 March 2026
Eureka?! Did I just accidentally solve the Big Bang? Send help. grok.com/share/bGVnYWN5LWNvcβ¦
Wellβ¦ I may or may not have just used Grok to make a new physics Theory of Everything. Any actual physicists out there want to take a look at this?? (I am not a physicist) grok.com/share/bGVnYWN5LWNvcβ¦
CryptoLiberatum π€ retweeted
yes. but the point is that in a block DAG, the individual txn can be rejected while the block remains part of the DAG (hence the txs is βseenβ by block explorers). The reasoning is subtle but I can go into it if thereβs interest
CryptoLiberatum π€ retweeted
Michael Sutton's short post is HUGE!
He noted that Kaspa is switching all L1 prover required hashes to BLAKE3.
Technically speaking
This refers to the hash functions used when validating cryptographic proofs on Layer 1. These hashes appear in systems that verify commitments, Merkle proofs, covenant logic, and other proof based mechanisms that advanced transaction logic relies on.
A hash function is a cryptographic fingerprint. It converts any input into a fixed length output. Blockchains use hashes constantly for block linking, transaction IDs, and proof validation.
Kaspa is moving these prover related hashing operations to BLAKE3, a modern cryptographic hash designed for high performance computing environments.
BLAKE3 offers several important advantages:
β’ Extremely fast hashing compared with legacy functions like SHA256
β’ Efficient parallel execution across CPU cores
β’ Low memory overhead for nodes
β’ Strong modern cryptographic security
β’ Efficient handling of large or streaming inputs
In raw performance terms, BLAKE3 can be several times faster than SHA256 depending on the workload.
For a network like Kaspa, where validation happens continuously across a high block rate architecture, faster hashing directly improves node efficiency and proof verification performance.
Standardizing on BLAKE3 for prover related hashing also simplifies the cryptographic stack for developers building advanced functionality on the network.
Simply Put
Kaspa is upgrading the cryptographic engine that verifies proofs.
So What? Why does that matter?
Because the future of blockchains will involve more proof based systems:
β’ programmable transactions
β’ covenant logic
β’ zero knowledge proofs
β’ complex validation systems
β’ machine driven transaction activity
All of these require heavy hashing.
By switching to BLAKE3, Kaspa is preparing the network to handle those workloads without slowing down nodes.
This is part of the larger direction the Kaspa core developers have been building toward for years: a network designed for high throughput and real time validation.
As AI systems, automated markets, and machine to machine economies emerge, infrastructure will need to support constant verification of transactions and proofs in real time.
Faster cryptographic primitives help make that possible.
This change does not alter Kaspaβs proof of work or its block structure. Instead, it strengthens the underlying validation layer that future capabilities will depend on.
In other words, it is another quiet step in preparing Kaspa for a world where decentralized systems must operate at global scale and machine speed.
