Ethereum takes the lead with an elite team to withstand the advance of quantum computing

The Ethereum Foundation has established post-quantum security as a top strategic priority by creating a specialized team to protect the network against future computational risks.

This year, Ethereum developers have placed the post-quantum security at the heart of its technological strategy. The team developing the blockchain, the second most capitalized on the market after Bitcoin, considers it essential to anticipate the impact that quantum computing could have on the cryptographic mechanisms that currently protect the network. 

In line with this new direction, which marks the shift from theoretical experimentation to concrete engineering work, the Ethereum Foundation has announced the creation of a new working group, presented as Post Quantum (PQ) Teamby crypto researcher Justin Drake, which will be focused on implementing tools capable of withstanding future threats.

The group is led by the engineer Thomas Coratger, along with the advanced cryptography specialist known as EmileBoth are leading efforts to strengthen the protection of keys and transactions within the ecosystem, with the goal of ensuring that users' funds and operations remain secure. 

With the launch of this new working group, Ethereum reaffirms its role as a platform that seeks not only to innovate in scalability and functionality, but also to ensure a solid protective layer facing the cryptographic challenges of the next decade.

PQ: The new Ethereum Foundation team

The creation of this new working group within the non-profit organization that supports the network represents a change of pace in the protocol's technical roadmap. 

Justin Drake, a developer at the Ethereum Foundation, explained that projections regarding the arrival of quantum computers capable of breaching current systems have been significantly shortened, which is pushing the community to act decisively. In his statements In X, he pointed out that it is no longer about observing technological progress, but about apply specific defenses that maintain the integrity of the private keys and block validation.

As mentioned, Thomas Coratger will lead this new division, coordinating the work of various teams to integrate the new measures without compromising network performance. Alongside him, Emile will contribute his expertise in leanVM, a minimalist virtual machine that enables highly efficient cryptographic proofs. This component will be key to incorporating zero-knowledge proofs and quantum-resistant systems without increasing costs or impacting the ecosystem's scalability.

The establishment of this new team is part of a broader plan by the Ethereum Foundation, which is prioritizing quantum security as a strategic focus. The ultimate goal is to ensure a seamless transition that preserves the stability and trust of the network in the post-quantum era.

Ethereum is preparing for the future of encryption

Quantum computing uses processors capable of performing complex calculations at speeds that current systems cannot match. While this technology is still in its early stages of development, its potential to break traditional blockchain encryption is causing legitimate concern in the digital finance sector. 

The biggest challenge for a platform the size of Ethereum lies not only in creating new code, but also in the time and logistics required to update millions of wallets and migrate the community to more secure standards. Therefore, the current strategy focuses on early preparation to prevent a security crisis when quantum machines reach operational maturity.

Drake revealed that, as part of this engineering deployment, bi-weekly sessions led by the researcher will be inaugurated next month. Antonio Sanso to discuss the design of resilient transactions. According to him, these bi-weekly sessions will be dedicated to designing secure transactions in the face of quantum computing, bringing together external developers and the foundation's technical teams to coordinate progress in key areas such as account abstraction and the implementation of more resilient validation and signature systems.

In short, these initiatives seek to strengthen Ethereum's infrastructure and lay the foundation for comprehensive resilience of the blockchain ecosystem in the quantum era.

Innovation and talent: the Foundation allocates resources to the next generation of blockchain

As part of its efforts to thrive in the post-quantum era, the Ethereum Foundation is also reinforcing its commitment to technological development, allocating $2 million to drive innovation within the blockchain ecosystem. The funds will be divided among the Poseidon Prize and the Proximity Award, both with an endowment of one million dollars. 

Each of these initiatives aims to encourage advancements in mathematical functions and privacy protocols, considered key to building a new, more secure and efficient architecture. Furthermore, this support also seeks to attract cryptography specialists from around the world willing to contribute with solutions that can be directly integrated into the main network layer.

Beyond code funding, the organization is preparing an outreach program that will include educational workshops in March and October 2026, as well as training materials designed for companies operating on the platform. The goal is to expand technical knowledge and encourage the responsible adoption of improvements arising from the project.

From within the sector, voices like that of Franklin Bi, partner at Pantera Capital, highlight that while traditional financial institutions face slow processes in renewing their internal infrastructure, decentralized networks demonstrate a much greater capacity for upgrades. This technical agility has become a strategic advantage that allows them to maintain their competitiveness in the face of the new challenges of the digital environment. 

With the integration of leanVM technology and the push for open research, the Ethereum community aims to set a new benchmark for security and efficiency within the field of digital assets.