About the Role 

We are looking for Product Security Engineers to help scale our product security function, which works closely with Research & Development teams to ensure that security is appropriately addressed across the HashiCorp suite of cloud and self-managed products.  This role will report to a Product Security manager.

 

Security at HashiCorp is a remote team. While prior experience working remotely isn't required, we are looking for team members who perform well given a high level of independence and autonomy.

In this role, your responsibilities will include:

• Contribute to secure architecture and design of HashiCorp products.
• Partner with R&D teams to prioritize security features and bugs, and ensure implementation and mitigations.
• Monitor threats and vulnerabilities impacting HashiCorp products and services; triage reported vulnerabilities, identify mitigations, and assess/communicate associated risks.
• Plan & execute security assessments (dynamic testing, static testing, code review, etc) and threat modeling of HashiCorp’s products, services, and associated cloud infrastructure.
• Build and implement security solutions across the product lifecycle, such as standalone security tools, CI/CD pipeline integrations, product security features/fixes, etc.
• Act as SME in multiple information security areas (e.g. security architecture, application security, threat modeling etc.)
• Assist in the execution of 3rd-party audits, penetration tests, and bug bounty programs.
• Contribute to the creation and delivery of security training.
• Research emerging attack vectors and techniques.

We are looking for talented self-starters with 4+ years of security experience. We will consider experienced engineers with less security-specific experience but the desire to learn!

You may be a good fit if you have knowledge and experience around:

• Product/service architectures in modern cloud environments (IaaS, SaaS, PaaS).
• Modern engineering practices, processes, and tools, particularly related to the Go programming language and ecosystem.
• Secure development practices, and integration into broader engineering activities.
• Secure operations practices, specifically wrt. cloud environments including Amazon Web Services (AWS), Microsoft Azure, and/or Google Cloud Platform (GCP)..
• Application and infrastructure security testing methodologies and tools.
• Security design/architecture and threat modeling.
• Vulnerabilities (old and new), and options for defense/mitigation.
• Product vulnerability management lifecycle.
• Security audits, penetration tests, and/or bug bounty programs.
• Cryptography and cryptographic libraries. #

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