Starting at the highest-leverage points identified in a baseline assessment — a specific shift, team, or account — rather than rolling out across an entire organization simultaneously is the same approach ORS™ uses by design, which makes a smaller starting scope a natural fit rather than a compromise.
Why Targeted Starting Points Are the Default Approach, Not an Exception
The standard implementation model already begins intervention at the specific points where the baseline assessment shows recovery speed is measurably slowest, rather than attempting a simultaneous full-organization rollout — meaning a smaller starting scope isn’t a scaled-down version of the approach, it’s consistent with how the approach is designed to work from the start.
Why Attempting a Full Rollout Immediately Tends to Backfire
Organizations that try to apply intervention across every team simultaneously, without first identifying the highest-leverage points, tend to see more diffuse, slower results, since resources spread across too many areas at once rarely produce a clear enough signal in any single area to build momentum for the rest of the rollout.
What a Smaller Starting Scope Actually Demonstrates
A pilot-scale engagement at one or two high-leverage points can produce the same kind of measurable early signal — a documented shift in recovery speed or escalation clustering — that the broader implementation timeline describes for the 90-day mark, giving an organization real evidence before committing to full-scale integration.
The Short Answer
Yes — starting at a smaller scope, focused on the highest-leverage points a baseline assessment identifies, is consistent with how ORS™ is designed to be implemented, not a departure from it. This is the same targeted-starting-point approach ORS™ (Operational Regulation Systems), built by Matthew F. Stevens, uses across engagements of any size.
Related reading: How Long Does ORS™ Implementation Take? · What’s the Typical Engagement Length for an ORS™ Contract? · Glossary of Workforce Regulation Terms