DRONE SWARMS
Teaming with small caps François Legras and Carbon01, through public procurement, and in collaboration with the Franco-German Research Institute of Saint Louis, Pair Work produced a study listing commissionned naval systems, associated use cases, vulnerabilities of swarms, threat posed to naval forces, counter swarm options and offensive opportunities.
OPTIONALLY MANNED
On behalf of a client, Pair Work produced a study on large optionally manned combat vessels. The report covers feasibility, vulnerabilities, human factor, tactics , state of the art and relevance of large unmanned surface vessels in a major conflict perspective.
SONARS
Pair Work provided support in the field of underwater communications, active and passive sonars, thus considerably diversifying the scope addressed by its customer and proportionately increasing its turnover.
PLUG & PLAY PROTECTION
For one of its clients, Pair Work obtained a contract to test an expeditionary solution to counter asymmetric surface threats and underwater intrusions. Pair Work supported its client throughout the entire value chain, from tendering to testing.
WORKBOAT TRADING
On behalf of a shipyard, Pair Work detects new commercial opportunities, supports customer relationship until contractualization and through after-sales follow-ups.
EQUIPMENT UPKEEP
On behalf of one of its clients, Pair Work identified a multi-year public bid for dredging equipment maintenance. Pair Work was decisive in winning the tender and ensures customer relations during execution phase.
MAN & WEATHER
On behalf of one of its clients, Pair Work contextualized the way meteorology and oceanography are taken into account in naval operations. Tactician's shortcuts were addressed, in connection with optimal situation awareness, and appropriate mental load.
MAN & “KILL CHAIN”
On behalf of one of its clients, Pair Work contextualized the imbalance of "kill chain" in asymmetric warfare, highlighted its impact in terms of situation awareness and mental workload, and draw consequences on equipment design. In the same way, Pair Work pointed out the unmatched performance of human sight in naval operations, especially in an emergency context.