Remote Training

The gap between simulation-based training and traditional methods becomes especially visible in remote settings: 

• Traditional methods (video calls, slide decks, recorded walkthroughs) are passive, making it hard for remote learners to stay engaged 

• Simulations require learners to actively perform tasks, creating the muscle memory that passive formats cannot 

• Traditional remote sessions are hard to scale consistently across time zones and locations 

• Assima simulations are available on-demand, 24/7, so learners train at their own pace without scheduling constraints 

• Analytics in Assima track exactly how each remote learner performs, something classroom or webinar-based training cannot provide 

Yes. Assima simulations run as lightweight, browser-based experiences that do not require access to a live system, keeping bandwidth requirements low for remote learners.

Converting classroom training to a virtual format, such as moving instructor-led sessions to video calls, only changes the delivery channel. It does nothing to address engagement, scalability, or hands-on practice. Assima replaces the entire approach with scenario-based simulations that remote learners actively work through, building genuine software proficiency regardless of where they are located.

One of the biggest challenges with remote training is the inability to observe learners directly. Assima solves this with real-time analytics that monitor every action a user takes within a simulation, down to individual clicks and data entry fields. Training managers can see exactly where each remote learner struggled, which steps they repeated, and how long they spent on each process. This granular visibility lets L&D teams intervene with targeted support before a struggling employee goes live on a new system, rather than discovering the problem after errors have already occurred.

Yes. All Assima simulations are accessible online at any time through a browser or LMS, making self-paced remote learning fully supported.

Organizations evaluating a remote training platform for systems training should prioritize the following: 

• Hyper-realistic simulations that replicate the actual application, not videos or screenshots 

• On-demand, 24/7 availability so learners are not restricted by time zones or schedules 

• Scalable delivery so the same lesson reaches thousands of users simultaneously without additional infrastructure 

• No requirement for sandbox environments, separate logins, or IT support to run training sessions 

• Role-based content so remote users only train on what is relevant to their specific job 

• Granular performance analytics so managers can identify which remote learners need additional support