Running a drill the traditional way usually means booking a space, moving people and equipment to it, and burning a block of time that doesn’t come back if the session goes sideways halfway through. None of that is anyone’s fault — it’s just what physical logistics cost. Digital simulation exists mainly to take that cost out of the equation for the drills that don’t strictly need a physical location to be effective.

What makes a simulation system worth using instead of just running the drill live is whether the tracking underneath it can keep up with real movement. A system that lags, or loses a trainee’s position when they turn quickly, isn’t saving anyone time — it’s just producing bad data faster than a live drill would have. Spatial tracking has to be tight enough that an instructor watching a session afterward sees the trainee’s actual decisions, not an approximation of them.

That’s where the emphasis on getting immersion and physical accuracy right actually earns its keep. A trainee moving through a virtual corridor needs the same instincts to fire as they would in a real one — check the corner before committing, keep a hand near the sling, don’t bunch up behind the person ahead. If the simulation doesn’t demand that discipline because it’s too easy to see through, the repetitions stop meaning anything. Get it right, and a trainee can run the same drill six or seven times in the space it would have taken to run it once physically, with an instructor watching every rep instead of just the last one.

None of this replaces live training entirely, and it isn’t meant to. What it does is take the drills that are mostly about repetition — the ones where the value comes from doing something correctly a dozen times, not once — and strip out the travel, the scheduling, and the setup that used to make that repetition expensive.

Organizations exploring what this kind of tracking and repetition setup requires can review the infrastructure at komina.co.