Remote Staff Software Engineer, Onchain (Security) - Gemini

Blockchain Works; New York (NY); Remote; USD 120,000 - 160,000; Full time

Job summary

A leading crypto platform is seeking a Staff Software Engineer specializing in security to enhance its digital asset protection. The ideal candidate will engage in developing and implementing sophisticated security measures to protect customer assets, collaborate closely with engineering teams, and ensure a secure and scalable environment. Candidates should have expertise in software security, scripting, and a strong understanding of cryptographic protocols and hardware security mechanisms.

Qualifications

• Hands-on expertise in kernel development and embedded security software.
• Strong understanding of applied cryptography and secure protocol design.
• Experience working with engineering teams and mentoring on best security practices.

Responsibilities

• Implement software applications for key storage and encryption.
• Design and maintain security solutions for digital asset maintenance.
• Integrate hardware security mechanisms into the software infrastructure.

Skills

Software Security

Network Security

Cryptographic Protocols

Root Cause Analysis

Scripting (Python, Ruby)

Job description

About the Company

Gemini is a global crypto and Web3 platform founded byTyler WinklevossandCameron Winklevossin 2014. Gemini offers a wide range of crypto products and services for individuals and institutions in over 70 countries.

Crypto is about giving you greater choice, independence, and opportunity. We are here to help you on your journey. We build crypto products that are simple, elegant, and secure. Whether you are an individual or an institution, we help you buy, sell, and store your bitcoin and cryptocurrency.

At Gemini, our mission is to unlock the next era of financial, creative, and personal freedom.

The Department: Onchain

The Role: Staff Software Engineer (Security)

Security of customers’ digital assets and personal information held with Gemini is our first and foremost priority. Gemini’s Signing team develops and maintains a trusted execution environment for the purpose of working with Gemini customers’ digital assets. To directly support our cryptographic software, hardware, and trusted execution environments, this work includes developing and managing security tools and platforms, assisting users to design and assess the security internal systems, and simplifying manual or complex software security processes.

In our work, we research and build applicable software and hardware security approaches to support our signing environment. An ideal candidate would have experience in the implementation of software that was used with one or more security areas (e.g., signing, encrypting, load-time attestation, digital signatures, sealing, binding). This engineer will also work closely with various teams including our Security Operations, Custody, Product Security, Wallet Engineering, and Platform Engineering teams.

We are a dynamic group with both entrepreneurial spirit and security engineering experience. We have incredibly high aspirations, and we are looking for like-minded individuals who want to guide the transition to a new more decentralized world where access to digital assets is normalized and ubiquitous.

Responsibilities:

• Implement software applications that may include key storage, signing, encryption, code attestation, or secure boot.
• Design, deploy, and maintain security solutions supporting maintenance of digital assets.
• Work closely with software security engineers to develop the capabilities of the existing signing security infrastructure with a goal of security and scalability.
• Integrate the use of hardware security mechanisms into the Gemini software infrastructure.
• Work with hardware security mechanisms of interest include a trusted platform module (TPM) and/or hardware security modules (HSMs), and/or other similar hardware key storage mechanisms.
• Develop tools that integrate security into systems and process.
• Participate in disaster recovery (DR) scenarios to validate operability of physical and digital material.

Minimum Qualifications:

• Hands-on expertise in the development of at least one area of software security that includes implementing software in any of the following: operating systems, kernel development, kernel modules, embedded security software, network security engineering, cryptographic protocols, or cryptographic hardware (PKCS#11, FIPS 201-1 PIV, smartcards, TPMs, HSMs, or TEEs).
• Hands-on expertise in any one of the following areas: hardware security modulesordiscrete trusted platform modules or firmware trusted platform modulesorsecure enclaves.
• Experience in network engineering and security.
• Experience in researching and addressing complex business topics around TPMs, HSMs, TEEs, secure build infrastructure, and applied cryptography. Candidates without a strong understanding in one of these areas may still be a strong candidate if this is offset by a strong background in a systems security area (e.g., operating systems, embedded systems security, firmware security, network security engineering).
• Strong understanding of systems/network security, secure protocol design, secure build and supply chain management, encryption, authentication, key management and applied cryptography.
• Demonstrated ability to convert theoretical security concepts into production.
• Proficiency in a common scripting language including but not limited to Python, Ruby, etc.
• Able to troubleshoot and debug issues, and demonstrate a methodical approach to root cause analysis.
• Experience working with engineering teams, teaching, training, and mentoring on how to implement best-practice technical solutions.
• Strong written and verbal communication skills; attentive to details.

Preferred Qualifications:

• 5+ years experience in software engineering.
• 2+ years experience with secure software that makes use of a trusted platform module (TPM), hardware security module (HSM), trusted execution environment (TEE), smartcard, and/or other similar hardware key storage mechanism.
• Ability to read and write code written in Python, Java, Scala, C/C++, and Golang.
• Knowledge of hardware security, verified/secure boot, tamper resistance, side-channel attacks, anti-cloning, and PUFs.
• Solid understanding of Product Management and Product Ownership, Agile practices and methodologies.