Compare HammerTech vs. NetRisk

HammerTech is a construction safety and operations management platform built for general contractors and self-perform contractors who need real-time control and visibility over safety, site processes, and compliance. Designed to reduce the burden of manual paperwork, disconnected point solutions, and inconsistent field workflows, HammerTech provides an all-in-one cloud-based system that centralizes safety processes across job sites. Key modules include: • Digital worker onboarding and orientation • High-risk activity planning and permitting (including Hot Work, Confined Space, etc.) • Daily pre-task planning (JHAs, PTPs, RAMS) • Site inspections and observations • Equipment tracking and management • Incident and injury reporting • Subcontractor and crew management • Safety document and license tracking HammerTech integrates with major platforms like Procore, and offers a modern API for flexibility with your existing tools. It’s mobile-first, highly configurable, and scalable to fit both enterprise GCs and mid-market contractors via HammerTechGO — a pre-configured setup that enables teams to go live in as little as two weeks. With real-time data dashboards powered by HammerTech Insights, safety and operations leaders can uncover trends, make faster decisions, and standardize processes across regions and projects. From the field to the office, HammerTech gives construction teams the tools they need to operate efficiently, mitigate risk, and build safer jobsites from day one.

In NetRisk, the likelihood of a risk occurring can be independent among the activities it is associated with, and it may even vary across those activities. This distinction allows for a more accurate representation of risk responses, particularly for activities that are planned years apart or located at different project sites. The automated risk sensitivity analysis feature in NetRisk continuously re-evaluates the entire simulation by systematically excluding the risk that poses the greatest threat. This process generates a tornado chart that details the precise number of days each risk influences the project's completion timeline. Unlike CPM risk analysis, which assumes early starts for all activities, NetRisk realistically accounts for the use of float, leading to a more accurate assessment of completion probabilities. By permitting activities that are not on the critical path to begin later, NetRisk can effectively model scenarios for resource optimization, pacing of progress, or other strategic considerations, ultimately resulting in a more dependable project model. This level of analysis enables project managers to make more informed decisions about risk management and resource allocation.