Xeris Daily

03/30/26 @xeriscoin X Space Summary.

Xeris Wallet security stack: ✅ BIP39 + HD key derivation ✅ AES-256-GCM local encryption ✅ Biometric / PIN auth ✅ ZK private transfers ✅ Dilithium3 post-quantum signing Most wallets stop at step 2. @xeriscoin doesn't!

The $Xeris developers are continuously working hard in the background to create the best apps and functionalities for it's ecosystem. With mainnet launch approaching in the coming month, a lot of positive news will be hitting our timeline pretty soon! Follow for all news and updates.

On Xeris Launchpad, when a token graduates its bonding curve, LP tokens are burned by smart contract automatically. Not locked. Not multisig'd. Burned. No team can pull liquidity. It's cryptographically impossible. 🔥 @xeriscoin

16/03/26 @xeriscoin X Space Summary.

The $Xeris team has been diligently focused on refining our ecosystem. Significant progress has been made in optimizing performance across the wallet applications. Pool creation functionality and the decentralized exchange (DEX) have undergone substantial enhancements for improved efficiency and reliability. Discussions regarding potential exchange listings remain actively underway. Additionally, we are pleased to announce a major development that will be shared during today's X Space. We invite you to join us at 12:00 PM CST for these important updates. => @xeriscoin

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.

The $Xeris blockchain implements a halving mechanism designed to ensure long-term sustainability and controlled token issuance. Halvings occur every 25,000,000 blocks, with each block produced approximately every 4 seconds. This interval corresponds to roughly 3.17 years from mainnet launch until the first halving event (calculated as 25,000,000 × 4 seconds ÷ (86,400 seconds/day × 365.25 days/year) ≈ 3.17 years). Initial block rewards are set at 10 XRS per block (for mining/block proposal). By adopting a relatively modest starting reward combined with periodic halvings, the protocol secures ongoing network participation and activity well into the future, ensuring the blockchain remains operational and incentivized even 100 years after launch. This emission schedule promotes scarcity over time while supporting a secure, decentralized network for the long term. Together we are Xeris!

The XerisCoin Genesis block was mined today. Replay the moment and feel block zero come to life at: genesis.xerisweb.com

16/03/26 @xeriscoin X Space Summary.

On March 14, 2026, the genesis block of the $Xeris L1 triple consensus blockchain will be mined. This represents a significant milestone that our team has diligently pursued for nearly a year. Xeris has progressed from an initial concept and foundational code to a comprehensive ecosystem, encompassing a command center, decentralized exchange (DEX), launchpad, mobile wallets, and advanced features including privacy protocols, quantum-resistant security and AI agents. We extend our sincere gratitude to our community and investors for their patience and unwavering belief in the Xeris vision. Prior to the mainnet launch, we are conducting a thorough security audit and are in discussions to secure additional funding. While an immediate launch is feasible, our foremost priority remains robust security. We will continue to deliver necessary updates to refine the Xeris Command Center (XCC) and wallet applications, ensuring they meet the highest standards. Our community deserves excellence, and we are committed to delivering nothing less that that. Together we are Xeris.

Your current crypto wallet is secured by a code that only you know. This code is so hard even the smartest people in the world couldn't break it. What is coming in the near future, and everyone knows this, are quantum computers. These quantum computers will be able to be used to break the code to your wallet and steal from you in seconds. This is the part $Xeris comes in. Our PQC (Post-Quantum Cryptography) is an added lock on your Xeris wallet that even quantum computers aren't able to solve. When you hit "Enable PQC" in your Xeris Wallet, here is what actually happens: Adding a Double Lock: You generate a new, special "Quantum Key" (in Xeris, we use a specific one called Dilithium). Registering the Shield: You send a message to the blockchain saying, "Hey, from now on, I have a second lock on my wallet!" Your wallet then shows a Quantum Shield badge. Double Signing: Every time you send money, you now have to use both your old key and your new "quantum-proof" key. Even when quantum computers arrive tomorrow and break your first lock, they will get stuck on the second one. By enabling PQC, you are making your wallet quantum proof and keeping your money safe for the future! By the way, this also means wallet drain software has absolutely no chance against the Xeris security layers.

$Zcash functions as a privacy-oriented Layer-1 blockchain forked from Bitcoin since its launch in 2016, emphasizing shielded transactions via zk-SNARKs for enhanced anonymity in financial operations. $Xeris positions itself as an emerging Layer-1 platform tailored for high-frequency institutional real-world asset (RWA) settlements, featuring a patent-pending hardware-secured triple consensus and upcoming mainnet activation in March 2026. Zcash delivers a theoretical maximum of approximately 2.9 TPS for shielded Orchard transactions, with broader network capabilities around 27 TPS under optimal conditions, though real-world averages remain lower due to privacy overhead. Xeris achieves over 10,000 TPS in testnet with peaks at 12,000, limited by a 40,000 transactions per block capacity, targeting sustained high throughput for institutional demands on mainnet. Zcash maintains a target interval of 75 seconds, balancing security with transaction inclusion for privacy-focused use cases. Xeris operates with PoH-driven slots averaging around 4 seconds, enabling rapid processing ideal for dynamic RWA environments. Zcash relies on Proof-of-Work with the Equihash algorithm, promoting ASIC-resistant mining for decentralized block validation. Xeris is unleashing a truly game-changing blockchain, its patent-pending (US #63/887,511) triple consensus masterpiece, the ultimate fusion that obliterates every boundary and completely redefines what a blockchain can achieve!It masterfully combines $SOL-grade PoH (SHA-256 VDF-powered timestamping) to unleash lightning-fast ordering and explosive throughput, $BTC-level PoW (Scrypt mining) for unbreakable, battle-tested security that stands eternal, and $ETH-style PoS (stake-weighted participation) delivering razor-sharp finality and intelligently adaptive leader selection. Purpose-built from the ground up for institutional-grade, high-frequency #RWA settlements, this is the powerhouse engine set to drive the next era of real-world asset finance at speeds and scale never seen before. Zcash offers probabilistic settlement, typically requiring 6 confirmations for high confidence, equating to about 7.5 minutes in standard scenarios. Xeris provides sub-second to approximately 4-second finality through its triple confirmation process, ensuring near-instant irrevocability for critical settlements. Transaction fees on Zcash are fixed at a conventional 0.00001 ZEC or 1,000 zatoshi, translating to ultra-low costs often under $0.001 USD to prevent spam while supporting accessibility. Xeris targets fees below $0.01 per transaction, incorporating a deflationary burn model to maintain affordability amid high-volume activities. Xeris has developed its Xeris Command Center (XCC), which is in testing and serves as an integrated platform, combining wallet functionality, staking capabilities, and mining operations in a single interface. Additionally, the project is actively building its own blockchain explorer (similar to Solscan for Solana), with Android and iOS wallet applications currently in succesful test phase. Furthermore, Xeris is developing its own decentralized exchange (DEX) to support native trading and liquidity provision within the ecosystem. This powerful arsenal of features turns Xeris into a seamless powerhouse, empowering users to fully dive in, interact, and thrive across the entire network and its tokenized real-world assets. In the past week, Xeris has deployed it's Zero-Knowledge Private Transfers, allowing a way to send money where the public can see that a transaction happened, but they cannot see how much was sent. It uses "cryptographic commitments" (32-byte strings) instead of visible numbers. Next to ZK privacy, Xeris was able to add quantum security to it's blockchain that can withstand a Quantum Attack. It uses CRYSTALS-Dilithium, a specific math algorithm (lattice-based cryptography) that even a powerful quantum computer likely couldn't crack, making it one of the most secure and future proof blockchains available today. Zcash excels in proven privacy-enhanced PoW infrastructure with low fees and steady performance, while Xeris introduces cutting-edge hybrid capabilities for superior speed, security and privacy in RWA applications during its approach to mainnet launch.

In April 2025, the owner and lead developer of $Xeris initiated the project's conception. Less than one year later, the Xeris blockchain has been fully developed and is now ready for deployment. As the concept evolved, so too did the project's ambition adding DEX, launchpad, mobile wallets, ZK privacy, and much more. Xeris has been built in under one year, with only minor refinements remaining before transitioning to a complete mainnet launch. For context, major blockchain projects often require significantly longer development periods. Here are some examples: $SOL took 3 years to mainnet launch. $ETH took 2 years to mainnet launch. $SUI took 4 years to mainnet launch. This rapid progress underscores the efficiency and focused execution behind the Xeris initiative. We are conducting one additional security audit prior to launch to ensure that every aspect of the Xeris platform is fully secure, stable, and functioning as intended. We want to thank everyone for their patience and dedication. Xeris is coming!

09/03/26 @xeriscoin X Space Summarized. $Xeris is happening!

$Xeris Blockchain Revolutionizes Privacy with ZK Transaction Integration in a groundbreaking move, the Xeris blockchain project has rolled out zero-knowledge (ZK) private transactions on its testnet, marking a significant leap in cryptocurrency privacy. This feature allows users to conduct transfers where the transaction occurrence is visible, but details like amounts and addresses remain confidential, using advanced cryptographic commitments. The update is part of the Xeris Command Center (XCC), which now incorporates ZK privacy alongside quantum-resistant cryptography for enhanced security. Xeris, known for its patent-pending triple consensus mechanism and high throughput of over 10,000 TPS, aims to support institutional applications and real-world asset tokenization with this addition. The first ZK private transfer and post-quantum signed transaction have already been executed on the network, demonstrating its readiness. This development addresses common blockchain transparency issues, offering "bank-level" confidentiality without sacrificing decentralization. Users interacting with Xeris wallets can now enjoy greater anonymity, protecting balances and histories from public scrutiny. The team has also introduced 31 AI agent instruction types for autonomous trading with enforced spending limits, further expanding the platform's capabilities. With mainnet launch on the horizon, Xeris positions itself as a future-proof solution in the evolving crypto landscape. This innovation underscores Xeris's commitment to scalable, secure, and private decentralized infrastructure. Be sure to join the X space today at 2PM EST! 🔥