Cameron McKay
About
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CTO of Process Street, the Compliance Operations Platform for teams tackling high-stakes work.
Barcelona, Catalonia, Spain
Résumé
Jobs
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Co-Founder & CTOProcess StreetJan 2014 - Current (12 years 7 months)I co-founded Process Street with Vinay Patankar to solve a problem we faced firsthand: critical processes were documented but never followed. We set out to build a platform that connects policy to execution and makes compliance automatic. Today, Process Street is the Compliance Operations Platform for operations and compliance teams in high-stakes industries like financial services, real estate, manufacturing, and life sciences. We help organizations run mission-critical workflows with precision, accountability, and built-in auditability. Backed by Accel, Salesforce Ventures, and Atlassian.- Software ConsultantStellick Marketing CommunicationsJul 2012 - Jan 2014 (1 year 7 months)Built specialized web and mobile applications for companies like The Home Depot and the NFL.
- Software ConsultantRethink Solutions IncJul 2010 - Feb 2011 (8 months)Contracted to design and rebuild flagship SaaS application using Java, Hibernate, Wicket and PostgreSQL.
- Co-FounderCouchwareJan 2007 - Jan 2014 (7 years 1 month)I co-founded Couchware Inc. with Kevin Grad. We released our first game, Wezzle, for Windows and Mac in 2010. Wezzle was built using Java and OpenGL.
- Software ConsultantDigital Ideas IncJan 2000 - Jan 2014 (14 years 1 month)Rebuilt their flagship SaaS app WebTracker from the ground-up using C#, ASP.NET MVC, NHibernate and Oracle.
Education
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- M.Sc, Computer ScienceQueens UniversityJan 2005 - Jan 2007 (2 years 1 month)I built a proof of concept DNA computer that performed the XOR operation.
- B.Sc, Mathematics and EngineeringQueens UniversityJan 2001 - Jan 2005 (4 years 1 month)
Publications
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- JMolecular Codebreaking and Double EncodingJanWe have implemented in the laboratory and evaluated the practical feasibility of implementing part of a molecular codebreaker, a DNA computer that uses a known-plaintext attack to recover an encryption key. Molecular biology techniques such as ligation, gel electrophoresis, polymerase chain reaction (PCR), and graduated PCR were found to be feasible but currently have some limitations such as error accumulation. A so-called “error resistance technique” of double encoding, where bits are encoded twice in a DNA strand, was also designed and attempted. Although the double encoding implementation was not completely successful in laboratory testing, several important issues associated with using ligation for double encoding were identified, such