Offer summary

Qualifications:

Strong programming skills in languages like Rust, C, Go, or Python., Desire to understand how things work and ability to quickly absorb new information., Keen interest in security and ethical standards., Prior experience with blockchain technologies is a plus..

Key responsabilities:

Collaborate with experts on an internship project related to blockchain security.

Contribute to projects like developing monitoring tools or designing static analysis tools.

Apply and expand research in fuzzing for blockchain validators.

Shape the project based on personal interests while aligning with core focus areas.

Job description

Asymmetric Research:

Asymmetric Research ("AR") is a boutique security venture focused on deep partnerships with L1/L2 blockchains and DeFi protocols in an effort to keep them safe. We specialize in four core domains of web3 security: research, engineering, incident response, and infrastructure services.

Culture:

AR is a fully remote organization with deep open-source roots. Members of our team have shaped security programs at organizations like Google, Netflix, Mozilla, Stripe, and Jump Crypto. We pride ourselves on maintaining the highest levels of confidentiality, integrity, and professionalism. We help teams fortify their smart contracts, infrastructure, and security postures against emerging threats through deep, long-term partnerships.

Responsibilities:

As an intern, you’ll be matched with an internship project that aligns with our core focus areas, designed to contribute meaningfully to the blockchain security space. You will have the opportunity to collaborate with experts while also having the freedom to shape the project based on your interests.

Example directions for internship projects:

Applying and expanding the latest research in fuzzing to L1 blockchain validators
Writing a decompiler for a new architecture
Developing robust monitoring tools for security critical events across blockchains
Designing a new static analysis tool for a smart contract runtime

Requirements:

Desire to understand how things work, and the ability to quickly absorb new information.

Strong programming skills in a languages like Rust, C, Go, or Python
Keen interest in security
Available for at least 3 months
Sense of integrity—we operate in a high-trust environment, and expect all team members to uphold the highest ethical standards.

Nice to have:

CTF experience and public vulnerability reports are a big plus
Prior experience with blockchain technologies like Ethereum, Solana, Cosmos, or Move on a smart contract level and validator level

Benefits:

This is a paid internship. Along with financial compensation, you’ll gain hands-on experience in one of the most challenging and high-stakes areas of security research, working in an environment that values autonomy, deep thinking, and meaningful contributions.

Required profile