
@xeriscoin looking for serious investors
europe
Joined July 2015
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Replying to @solana
Buy @xeriscoin solana:9ezFthWrDUpSSeMdpLW6SDD9TJigHdc4AuQ5QN5bpump now.
Mainnet and new era of crypto is imminent!!!
Change the world, be a part.
xeris.inc
LordVoldeMoon retweeted
Xeris’ public testnet shows the breadth of its technology stack.
As of Aug. 28, the @xeriscoin testnet recorded:
- A block height of 4.82M
- 192 typed contract records, including 101 AgentRegistry, 64 Swap, and 23 Launchpad
- 793 registered post-quantum keys
Every application built on this stack inherits the same core assumptions around consensus, cryptography, Merkle state, and transaction processing.
@CertiK audits covering key components of the Xeris core protocol are now complete. As of Aug. 28, Xeris holds a Skynet Score of 87.01, placing it in the AA Tier.
These signals show implementation breadth, reviewed scope, and ongoing risk visibility. None alone establishes mainnet adoption or whole system assurance.
The broader the network stack becomes, the more its guarantees depend on the foundation beneath it.
LordVoldeMoon retweeted
🔍Audit update for @xeriscoin: CertiK audits covering the Consensus and Crypto, Merkle & Tx Pool modules are complete.
Congratulations to the Xeris team on this important security milestone!
View the reports on CertiK Skynet 👇
skynet.certik.com/projects/x…
LordVoldeMoon retweeted
The current $Xeris #CertiK score has been made public at 84.81, corresponding to an A rating.
Please note that this is NOT the final score, as several metrics remain pending finalization.
Outstanding items include:
- Completion of Modules 1 and 2
- Market Stability rating (1/6th of the total score)
- Team KYC
- Activation of Skynet Monitor
CertiK has indicated that full finalization of the audit is expected to take approximately 12 days.
Xeris already ranks above Kaspa, Litecoin, and Polkadot, which are established L1 networks with multi-billion dollar market capitalizations.
This positions the project as a credible contender among the top 10 L1 altcoins available today.
This achievement reflects the dedicated efforts of the small yet highly capable Xeris team, which has worked tirelessly over recent months to deliver results previously considered unattainable.
Congratulations to the entire Xeris team!
This marks only the beginning...
LordVoldeMoon retweeted
Launch details, payment locations/partnerships, migration status, and more being updated daily on our website throughout July of 2026.
Web4 would like to welcome you,
to the Future.
LordVoldeMoon retweeted
06/01/26 @xeriscoin X Space Summary. 🔥
LordVoldeMoon retweeted
We are pleased to announce the confirmation of our layer one chain undergoing an official audit with @CertiK. At Xeris we choose to not make any kind of compromise when it comes to security of the future we are designing.
Together, we are Xeris.
LordVoldeMoon retweeted
03/30/26 @xeriscoin X Space Summary.
LordVoldeMoon retweeted
So someone said our zk proofs are not quantum resistant and can be “retroactively deanonymized” so let’s address what’s currently running on our testnet:
Xeris zkp transfers use sha-256 exclusively. There are NO elliptic curve operations in the entire path the proof takes end to end. Those can be broken by quantum computer. So for Xeris the entire commitment, balance proof, nullifier, and on-chain storage are all sha-256 domain separated hashes. there is no pedersen commitment, no ristretto point, and no pairing math being stored on chain. theres nothing for a quantum computer to break because theres no algebraic structure to exploit
Like the best quantum attack against sha-256 would be to use grover’s algorithm which reduces security from 256-bit to 128-bit. 2 to the power of 128 is still considered computationally infeasible. Hence why the nist did not go forward with replacing sha-256 in their post-quantum standardization project. There was no point to
Xeris transfers are signed with crystals dilithium (nist fips 204 to be exact), which is lattice based and quantum resistant through a completely different mathematical foundation.
For comparison, zcash just uses groth16 on BLS12-381 and monero just uses pedersen commitments on ed25519, both of which are vulnerable to retroactive quantum deanonymization. While ours is not.
This means we ARE THE ONLY layer one with a fully post quantum zero knowledge private transfer protocol. We use hash based proofs for privacy and lattice based signatures for authentication preventing any kind quantum attack. All of which is part of our pending patent.

















