About HackEDU
HackEDU is growing fast and looking for great people to join our team. We are building a passionate team of hard-working problem solvers. You may be interested in the roles at HackEDU if you enjoy hacking, cyber security, and want to help educate other software engineers on how to write more secure code. Security teams are turning to HackEDU to help them be more proactive in reducing vulnerabilities in software. HackEDU helps by offering engaging, interactive secure coding content that developers actually enjoy. Developers improve their ability to write secure software, boost their understanding of how software systems are hacked, and decrease the time to solve security-related problems.

HackEDU is committed to building an inclusive culture that not only embraces the diversity of our employees but also reflects the diversity of the communities in which we work and the customers we serve. We know that the happiest and highest performing teams include people with a variety of perspectives that encourage new ways of finding solutions, so we strive to attract and develop talent from all backgrounds and create workplaces where everyone feels seen, heard, and is empowered to bring their authentic selves to work.

HackEDU is growing fast and looking for a lead SRE to help build out a new reliability team. We are an early stage, a profitable startup looking to grow the team and build more cool stuff!

Requirements: Several years of experience leading a reliability team and ability to diagnose technical problems, debug code, and automate routine tasks
What you'll do:
  • Build scalable infrastructure
  • Design the systems and processes that HackEDU engineers use to manage and deploy their software in production
  • Manage and help define HackEDU's SRE Stack (Datadog, Sentry, Pingdom, PagerDuty, etc)
  • Bring a voice to the table throughout the full software development lifecycle, and partner effectively with the rest of engineering, working together to come up with solutions that meet the needs of the business efficiently
  • Minimize risk of reliability-related failure outcomes as pertaining to durability, availability, performance, and correctness