@Romeo_Onchain@SuperteamKZ@SuperteamEarn The protocol focuses on:
🔹 Flexible cross-chain state management
🔹 Intelligent MEV path optimization
🔹 Secure non-custodial authorization layers
Explore our architecture and check out the code open-sourced on GitHub 👇
https://t.co/xyvToeA6eL
I’m building on @Solana with @Easya_App!
Rn I'm learning about:
🌎 Proof of History
🧑💻 Writing custom Solana programs
📲 Connecting up to my front-end
What could be more dope than that?
Where my other @solana_devs at! 🥳
I operate Titan Builder and multiple other builders.
I’ve requested a forensic audit of my wallets from @EdenNetwork and @flashbots.
No response yet.
The community deserves to know: why is the silence so loud?
#Ethereum#MEV#DeFi#Audit
@Cointelegraph@VitalikButerin@ethereumfndn@ethereum@titanbuilderxyz The answers you’ve been searching for on MEV, builder decentralization, and the next evolution of blockchain infrastructure are locked in my wallets.
I’ve offered transparency. I’ve offered proof.
Now I’m offering you one last chance to respond.
The silence is loud.
⚙️ Ethereum’s Roadmap Is Changing And It’s Getting More Ambitious
Vitalik highlighted how Ethereum’s long-term roadmap has evolved from the 2023 vision toward a new “Strawmap” covering the years ahead.
The biggest shift is that Ethereum is no longer focused solely on scaling.
Security, privacy, and simplicity are becoming core priorities.
Here are the key changes:
1⃣ Quantum safety moves higher on the list
Ethereum is preparing for a future where quantum computers could threaten today’s cryptography. Post-quantum signatures are now an important part of the roadmap.
2⃣ Privacy becomes a protocol-level priority
Privacy is moving beyond the application layer, with concepts such as privacy pools, keyed nonces and “wormholes” being explored to give users stronger financial privacy.
3⃣ Native rollups enter the roadmap
As ZK technology has matured, Ethereum can now seriously explore integrating rollup verification deeper into the base layer.
4⃣ New markets for blockspace
Ethereum is also exploring blob and gas futures, which could make data availability and blockspace costs more predictable for users and applications.
5⃣ A leaner Ethereum
Several older ideas are being replaced or deprioritized in favor of simpler designs, including new state types and binary/polynomial tree structures.
STARKs are also becoming increasingly important across execution, consensus and data layers, while AI-assisted formal verification could make it easier to verify a much simpler protocol.
What stands out is the direction Ethereum is taking.
The goal isn't just to make Ethereum faster.
It is to make the network quantum-safe, private, censorship-resistant, scalable, and easier to verify.
If this vision plays out, Ethereum’s biggest evolution may not come from one major upgrade but from gradually building a leaner.
I request a comprehensive forensic audit of all my associated wallet addresses to verify their security posture and on-chain integrity.
Please let me know the next steps for submitting the addresses for your review.
Looking forward to your response
@VitalikButerin
I request a comprehensive forensic audit of all my associated wallet addresses to verify their security posture and on-chain integrity.
Please let me know the next steps for submitting the addresses for your review.
Looking forward to your response
@VitalikButerin
EIP-8363 Could Change Ethereum’s Monetary Policy, But Is It Worth the Trade-Off?
EIP-8363, or Tapered Issuance Burn, could become one of Ethereum’s biggest monetary-policy changes since the Merge
The idea: as more ethereum:native gets staked, Ethereum would gradually burn a larger share of validator rewards because the network may not need to keep issuing ETH to attract additional security
The proposal targets ~60.25M ETH staked (~50% of supply). At that point, 100% of consensus-layer rewards would be burned, leaving validators to earn mainly from execution-layer fees and MEV
I think the core idea makes sense. Ethereum shouldn't continuously dilute ETH holders when additional staking provides diminishing security benefits
But there's a catch
Staking yield now supports a large ecosystem of LSTs, DeFi strategies, institutional products, and ETH treasury models. If issuance falls faster than L1 fee revenue grows, Ethereum could remove yield before creating a sustainable replacement
The proposal's 18-month transition helps avoid a sudden shock, but the long-term economics remain uncertain
My take: EIP-8363 solves a real problem, but Ethereum may be trying to cut issuance before L1 demand is strong enough to replace it
The ideal equation is:
Less dilution + stronger L1 demand + sustainable fee revenue
If Ethereum can achieve that, EIP-8363 could strengthen ETH's monetary properties
If not, it risks weakening one of ETH's biggest advantages: being a productive asset