Founder and Managing Director
Robert (Bob) Joseph Shaker II
Bob Shaker founded Caldermont Management and takes the seat himself. He has led product, engineering, and managed services at ActiveState, Trellix, Malwarebytes, and Symantec, and spent seven years as Wellington Management's Chief Information Security Officer.
Most recently he served as Chief Product and Technology Officer at ActiveState, where he rebuilt the engineering organization, introduced AI-assisted delivery that completed six months of roadmap in three weeks and shipped the company's first production-ready products, and rebuilt its analyst narrative around software supply chain security. Before that he was Vice President of XDR Product Management at Trellix, where he brought the FireEye and McAfee endpoint lines under one plan, worked with engineering to redesign the architecture across both technology stacks, and launched an AI-native analyst inside the endpoint portfolio.
At Malwarebytes he owned the P&L for products and managed services, built the managed detection and response business from concept to breakeven in under two years, designed the Snowflake and Amazon Web Services backend that cut time to detection from 10 minutes to under 60 seconds and saved $3M a year, and moved customer retention from roughly 60% to more than 90%. Over a decade at Symantec and NortonLifeLock, starting as Symantec's Field CTO, he launched five managed services and products, among them managed detection and response, built from zero to $100M, and managed network forensics, grown from $150M to $250M. At Norton he led the Safe Search transformation that took revenue from about $40M to more than $75M in 15 months. Earlier he spent seven years as Vice President and Chief Information Security Officer at Wellington Management, led security solutions at Primix and Burntsand, and began his career by founding MegaRam Technologies, which he sold to Impulz Labs.
Bob holds a B.S. from the University of Massachusetts and is the inventor on U.S. Patent 10,466,924, systems and methods for generating memory images of computing devices.