Humans can band together to accomplish a specific mission, acting as a team and breaking the mission into smaller, distinct tasks. Contemporary fleets of robots fail to the extent that they require external instructions to complete a mission because it presupposes predictability of decision points during task execution. Swarm robotics aspires to equip traditional mobile robotics with the ability to complete complex missions successfully and with minimal dependence on an external authority for task delegation. Swarm intelligence: the precursor to swarm robotics Swarm intelligence is “artificial intelligence based on the collective behavior of decentralized, autonomous individuals.” -organized systems." [1] Although the contribution of a single member may be minimal, the combined efforts of many members results in an “emergent pattern of behavior with a powerful ability to solve problems in a dynamic environment.” [2 ] Such systems typically comprise a plurality of autonomous agents that interact locally with each other and with their environment according to simple rules. The non-deterministic nature of these interactions often affects complex global behaviors. exploration have a significant interest in using remote, unmanned vehicles for research-related tasks. Since many of the target environments are too hazardous or hazardous for human-piloted vehicles, the obvious choice is to use an unmanned vehicle What implies that swarm robotics is the optimal choice is the fact that a single member of the swarm is expendable. As such, this technology could provide access to previously unattainable surveillance or reconnaissance targets, i.e. locations contaminated with 1biol fallout… middle of the paper… lots of risks right now. First, developing the robotic algorithms and available hardware could take much longer than expected, and this opportunity could end up lasting 20-30 years. Looking back, robots were thought to be just around the corner in the 1980s, and then again in the 1990s. We could be wrong again. Furthermore, it has not been proven to be cost-effective, except in very specialized and usually extremely large-scale applications. The potential reward is very high, with a total market size of almost $1 trillion, but these are currently outweighed by the risks. Our recommendation to NEW TECHNOLOGIES VENTURES would be to wait until the entry of a market player capable of replacing human labor and focus on matching the customer's costs to the value being provided to them. None of the current market players corresponds to these characteristics.