Michael Larrabee
About Michael Larrabee
Michael Larrabee serves as the Senior Director of Site Reliability Engineering at Cambridge Mobile Telematics, where he has worked since 2021. He has extensive experience in systems architecture and engineering, having held various leadership roles at companies such as Sophos, LogMeIn, and SilverTech, Inc.
Current Role at Cambridge Mobile Telematics
Michael Larrabee serves as the Senior Director of Site Reliability Engineering at Cambridge Mobile Telematics. He has held this position since 2021, contributing to the company's efforts in enhancing service reliability and operational efficiency. His role involves overseeing the engineering team to ensure robust service delivery and implementing strategies to improve system performance.
Previous Experience at Cambridge Mobile Telematics
Prior to his current role, Larrabee worked at Cambridge Mobile Telematics as the Director of Site Reliability Engineering from 2019 to 2021. He also served as a Technical Lead in Site Reliability Engineering from 2018 to 2019. During his tenure, he focused on optimizing service infrastructure and improving operational processes.
Work History at Other Companies
Michael Larrabee has a diverse work history in the technology sector. He worked at Sophos as a Principal Systems Architect for 8 months in 2016-2017. His previous roles include Sr. Systems Administrator at LogMeIn from 2009 to 2012 and Manager of Internal IT at LogMeIn from 2007 to 2009. He also held positions at SilverTech, Inc., Emerson Ecologics, and InsightSquared, contributing to various aspects of IT infrastructure and operations.
Educational Background
Larrabee studied at Merrimack College, where he earned a Bachelor's degree in Political Science from 2001 to 2005. His education provided a foundation for his career in technology and systems engineering.
Key Achievements in Site Reliability Engineering
Throughout his career, Michael Larrabee has implemented significant improvements in site reliability engineering. He overhauled monitoring and alerting systems to address scalability challenges and led the migration of workloads to Docker containers, enhancing operational efficiency. His initiatives resulted in a 30% reduction in AWS spending and improved service reliability through autoscaling implementations.