For a leading robotics company building advanced autonomous systems known for mobility, agility, dexterity, and speed, ALTEN Technology developed an autonomous docking station that lets platforms operate in remote locations and run fully autonomous missions without an operator present. ALTEN’s added value centered on a passive electromechanical docking architecture that reduced complexity and cost while improving field reliability, with environmental protections for the electrical interface to ensure NFPA 79 compliance. By delivering full autonomy, the solution reduced labor costs, eliminated human exposure to hazardous environments, achieved autonomous gigabit data-offload speeds while maintaining robot payload capacity, and accelerated delivery of 11 preproduction systems for early client field testing. The team characterized and improved docking behavior for greater position accuracy and reliability, integrated docking features into the existing chassis with minimal design impact, and ran iterative prototype demonstrations with Agile hardware methodologies to de-risk the program, supported by hazard analysis, use case evaluation, and DFx principles. The four-person U.S.-based team contributed Mechanical, Electrical, and Systems Engineering and Project Management, leveraging tools and standards including NFPA 79, IP54, ANSI/RIA 15.06, IEC 61558, SolidWorks MCAD, Altium ECAD, and quick-turn prototyping and 3D printing.