Buyer’s Guide: Permit To Work Software
28 Apr, 2020
Executive Summary
Demand for permit to work (PTW) software has risen rapidly over the past two years as firms have increasingly realized the dual benefit of controlling real-time risks whilst improving the speed at which safe work can be completed. Implementation of PTW software can be standalone or integrated with other modules such as risk assessment, isolation management and contractor safety. More recently, existing users of the software have leveraged its capabilities to tackle new risk management challenges relating to the Covid-19 pandemic. This report provides managers with responsibilities in areas such as operations, maintenance and EHS with an overview of the capabilities offered by PTW software providers, and the questions they should ask when assessing which firm to work with. Given that the market is populated with vendors offering varying breadth and depth of capabilities, customers should consider four criteria to shortlist vendors – software scalability, industry expertise, process safety management functionality and contractor safety integration capabilities.
Demand For Permit To Work Software Takes An Upward Trajectory
The Sophistication Of Permit To Work Software Implementation Differs Across Industries
The Twin Goals Of Safety And Productivity Drive Investment In PTW Software
Three Categories Of Vendors Populate The PTW Software Landscape
Permit To Work Software Has Three Primary Capabilities
Customers Should Apply Four Criteria To Shortlist Best-Fit PTW Software Vendors
The Sophistication Of Permit To Work Software Implementation Differs Across Industries
The Twin Goals Of Safety And Productivity Drive Investment In PTW Software
Three Categories Of Vendors Populate The PTW Software Landscape
Permit To Work Software Has Three Primary Capabilities
Customers Should Apply Four Criteria To Shortlist Best-Fit PTW Software Vendors
Figure 1. Sophistication Of Permit To Work Requirement
Figure 2. Which of these technologies can have the biggest impact on contractor safety?
Figure 3. Permit To Work Vendor Capabilities Assessment
Figure 2. Which of these technologies can have the biggest impact on contractor safety?
Figure 3. Permit To Work Vendor Capabilities Assessment
j5 International, Quentic, Occupational Safety and Health Administration, Airsweb, RelyOn Nutec Digital, Alcumus, Health and Safety Executive, Yokogawa, Rio Tinto, Banyard Solutions, OneLook Systems, CBRE, Arlanxeo, Google, Alcoa, London City Airport, Hexagon, Industrial Scientific, BASF, Pisys, Wolters Kluwer, DNV GL, NiSoft, Cresent, DePuy Synthes, ENGIE, Prometheus Group, VelocityEHS, Dominion Energy, IsoMetrix, Pro-Sapien, RAP International, Tesoro Martinez Refinery, JLL, Sphera, AVEVA, Engica, eVision, Engage EHS, Enablon, Gensuite, Cognibox, Vår Energi, Lundin Norway, SAI Global, TenForce, BP, Johnson and Johnson, Delphi Diesel Systems, Intelex, Glencore, GEMsoft7, Aker BP, EDF Energy
About the Authors

Malavika Tohani
Research Director
Malavika is a Research Director at Verdantix, guiding research that explores how digital technologies and services are reshaping industrial operations to become safer, more ef…
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Rodolphe d’Arjuzon
Chief Product Officer and Co-Founder
Rodolphe co-founded Verdantix in 2008. As Chief Product Officer, he leads the firm’s research strategy and intellectual agenda. With over 20 years of experience in techn…
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