Research question

Does current project-management evidence support the claim that remote work inherently lowers project performance?

This article examines published workforce and project evidence through the narrow lens of small-business operations coordination. It does not assume that a vendor survey describes every organization, and it does not treat correlation as causation.

What the evidence shows

PMI’s 2024 Pulse of the Profession drew on 2,246 project professionals and 342 senior leaders. It reported an average project-performance rate of 73.8% and found that onsite, hybrid, and remote arrangements performed equally well in its sample. PMI emphasized team enablers:skills, tools, mentoring, and communities of practice:over location alone.

Operations-specific analysis

This is observational survey evidence, not a randomized assignment of identical projects to different locations. It cannot prove that location never matters. It does weaken a blanket claim that remote delivery is inherently inferior. For operations teams, the mechanism is plausible: a distributed project fails when decisions, dependencies, and ownership are invisible, not simply because participants sit apart. A remote coordinator can maintain the shared record, but cannot compensate for unclear authority or missing technical capability.

The appropriate boundary is consistent: a support professional may maintain records, assemble source evidence, coordinate agreed follow-ups, and flag exceptions. Leaders and subject-matter owners retain policy, priority, personnel, and substantive project decisions.

Practical conclusion

Location should be treated as a design constraint rather than a performance verdict. Teams should compare milestone reliability, decision latency, rework, and blocked time across their own projects. If remote projects lag, investigate the enabling system:role clarity, access, documentation, and escalation:before attributing the difference to geography.

Sources and interpretation limits

These sources use different populations, definitions, and methods. Their figures are not directly additive, and associations should not be read as proof of causation. The analysis above uses them to test a bounded operations question and states where local measurement is still required.