Senior Infrastructure Engineer, Government Systems
Chainalysis · Remote (United States) · R&D
About this role
Chainalysis is hiring a senior-level Infrastructure Engineer in the software engineering function as a remote position. The posting calls out experience with Python, AWS, Kubernetes, Ansible. Compensation is listed at $150,000–$200,000 per year.
- Role
- Infrastructure Engineer
- Function
- software engineering
- Level
- senior
- Track
- Individual contributor
- Employment
- Full-time
- Location
- Remote (United States)
- Work mode
- Remote
- Department
- R&D
- Posted
- May 14, 2026
More roles at Chainalysis
Job description
from Chainalysis careersThe engineering team at Chainalysis is inspired by solving the hardest technical challenges and creating products that build trust in cryptocurrencies. We’re a global organization with teams in Denmark, UK, Canada, the USA, and Israel who thrive on the challenging work we do and doing it with other exceptionally talented teammates. Our industry changes every day and our job is to create user facing products supported by a flexible and scalable data platform allowing us to adapt to those rapid changes and bring value to our customers.
As a Senior Infrastructure Engineer in the Investigations group, you'll be a technical leader on the Government Systems team — the group responsible for the deployment platform and operational infrastructure that delivers Chainalysis Reactor to government and high-security customers. In this senior role you will drive architectural decisions, mentor engineers, and raise the bar for infrastructure reliability and automation across the platform. You'll shape how environments are provisioned, how releases are delivered, and how the team scales its operational practices — all while partnering closely with product engineering, Security, Compliance, and Customer Success.
The mission of the Government Systems team is to ensure that Chainalysis's most security-sensitive customers can run Reactor reliably in their own environments — including networks with strict access controls and limited connectivity.