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We consider a network of telescopes capable of scanning all the observablesky each night and targeting Near-Earth objects (NEOs) in the size range of theTunguska-like asteroids, from 160 m down to 10 m. We measure the performance ofthis telescope network in terms of the time needed to discover at least 50% ofthe impactors in the considered population with a warning time large enough toundertake proper mitigation actions. The warning times are described by atrimodal distribution and the telescope network has a 50% probability ofdiscovering an impactor of the Tunguska class with at least one week of advancealready in the first 10 yr of operations of the survey. These results suggestthat the studied survey would be a significant addition to the current NEOdiscovery efforts.

Efficiency of a wide-area survey in achieving short- and long-term warning for small impactors