ethereum-strawmap-privacy-quantum
Ethereum Strawmap roadmap, private ETH transactions, quantum-proof security: Justin Drake details seven forks through 2029; analysis covers L1–L2 trade-offs.
Key Points:
Exploratory strawmap by Justin Drake coordinates core teams on seven forks, five goals.
Roadmap elevates privacy, quantum security, faster finality, higher throughput; targets ten million TPS.
Vitalik emphasizes future-proofing mainnet with zero-knowledge privacy and post-quantum defenses.
Analysis: Strawmap's L1 privacy, quantum safety and L2 trade-offs

Ethereum Foundation researcher Justin Drake released a “strawmap” outlining seven protocol forks through 2029 with five long-term technical goals, as reported by Blockonomi. The document is framed as exploratory guidance to coordinate work across core teams.

The roadmap elevates native privacy and quantum-proof security alongside faster finality and higher throughput. KuCoin News reported that the technical plan targets up to ten million transactions per second over time, presented as an ambition rather than a guarantee.

Vitalik Buterin has continued to emphasize enhancing Ethereum’s mainnet to future‑proof the network, according to Bitget News. Native privacy (e.g., zero‑knowledge techniques) and post‑quantum defenses could change how users, developers, and institutions evaluate Ethereum’s baseline capabilities.

Seven protocol forks through 2029: goals and coordination

Layer‑2 builders publicly engaged with the shift toward a stronger Layer 1. As reported by Cointelegraph, Base’s Jesse Pollak said making L1 more capable is “a win for the entire ecosystem,” while peers cautioned that rollups still solve scale, specialization, and bridging frictions.

Ethereum Foundation researchers described the strawmap as a coordination tool rather than a rigid promise, via Reddit discussions. The approach signals a yearly cadence with uncertainty baked in, helping set expectations while acknowledging timing and implementation may evolve.

Across the seven projected forks, the goals coalesce around four user‑visible outcomes: private ETH transactions, quantum‑resistant security, fast finality, and materially higher throughput. Zero‑knowledge proofs can validate computation without revealing underlying data, while post‑quantum cryptography aims to mitigate future risks from quantum adversaries.

At the time of this writing, Ethereum (ETH) is shown near $2,057.47 with very high 14.97% volatility and an RSI of 31. These figures provide market context and do not imply any outlook.

FAQ: privacy and L2 strategy under the Strawmap

How might private ETH work on L1 and compliance implications?

Private ETH could use zero‑knowledge techniques with selective disclosure. Design choices will shape AML/KYC workflows, audits, and sanctions screening, potentially enabling privacy while supporting compliance tooling.

Is Ethereum moving away from L2-first and impact on rollups?

The strawmap strengthens L1 but does not abandon L2s. Rollups likely remain critical for scale and specialization, while improved L1 primitives can reduce friction and expand secure, interoperable design options.

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