Philip Elsas is founder and director of ComputationalAuditing.com, starting in
      
 the Netherlands in 2003 and in Canada in 2006.

       ComputationalAuditing.com, PricewaterhouseCoopers and the Dutch Tax Agency
      
 partnered in the Jacquard project “Next Generation Auditing: Data-assurance as
      
 a Service” (2010-2015), led by the National Center of Mathematics and Computing  
      
 Science in the Netherlands. ComputationalAuditing.com was hired over the last
      
 8 years to set up university Master courses in Smart Auditing.

       Prior to ComputationalAuditing.com Philip spent 15 years with Deloitte: the first
      
 half in auditing, the second in consultancy, with a 3 year intermezzo at Bakkenist
      
 Management Consultants, sold to Deloitte in 1999.

       In Deloitte's audit practice, Philip was involved in the design and development of
      
 an advanced system for audit planning and guidance: Smart Audit Support. To
      
 allow expert auditors to build an industry specific smart questionnaire that guides
      
 engagement auditors in planning the audit process. Till today Smart Audit Support
      
 is being used in Deloitte's worldwide audit practice.

       As a consultant and associate at Bakkenist and principal at Deloitte, Philip
      
 participated in design and development of modeling infrastructure for accounting
      
 logistics, workflow management and activity-based and process-based costing.
      
 During the period 1998-2002 at Deloitte, in one day a week, Philip set up and
      
 teached a Computer Security course at the VU university of Amsterdam.

       Philip Elsas holds a PhD in mathematics and computing science in the field of
      
 financial auditing. His dissertation "Computational Auditing" appeared in 1996,
      
 in courtesy of Deloitte in cooperation with the VU university of Amsterdam, the
      
 Netherlands, and was directly after appearance awarded the Alfred Coini auditing
      
 prize. The thesis introduces an extension of Place-Transition Nets to articulate
      
 audit security invariants and proving net system properties (E.W. Dijkstra style).
ComputationalAuditing.com
Cyber Secured Completeness of Revenue