Spacedock Interfaces to Link Space Robotics Workers’s Smart Truss for Modular In-Space Assembly

Spacedock intelligent interfaces will integrate with SRW’s robotic Smart Truss to enable in-space assembly and manufacturing 

GARDEN GROVE, CA — Spacedock, a California–based space infrastructure company, is building intelligent interfaces for space — AI-powered, cyber-secure, genderless connectors that transform spacecraft, space stations and large infrastructure in space into modular interoperable platforms — enabling a truly scalable space ecosystem. 

Spacedock has been selected by Space Robotics Workers (SRW) to become the de facto interface for its Smart Truss product, a truss-like modular unit designed as the foundation for orbital infrastructure assembly. Smart Truss is part of SRW’s roadmap towards robotic assembly  of persistent space infrastructure. 

The contract includes a 1Q 2026 ground demonstration of Spacedocks’ autonomous capture and structural support between Smart Trusses in a relevant space analog environment, a critical milestone towards offering this capability to upcoming Commercial Low-Earth Orbit Destinations (CLD) missions including space stations, data centers, solar power stations and resupply depots in space. 

“Our collaboration with SRW highlights how Spacedock’s intelligent interconnector accelerates the shift to a modular, serviceable, and sustainable space ecosystem — preventing billions in assets from being lost because they can’t be serviced or upgraded,” said Negar Feher, CEO of Spacedock. “Each Spacedock is more than an interface—it’s a smart node bringing flexibility and resilience to the next generation of space infrastructure.” 

Space Robotics Workers, based in Spain, develops autonomous robotics technologies for on-orbit assembly and servicing. Its Smart Truss technology provides a scalable foundation for constructing and maintaining modular orbital infrastructure. 

“Selecting Spacedock reflects more than just a connector choice,” said Raffaele Vitulli, Technical director of SRW. “It reflects confidence in an interface architecture that can scale with our vision for a permanent and vigorous human presence in orbit.” 

Together, Spacedock and SRW are laying the groundwork for a scalable modular architecture that supports long-term, adaptable and scalable operations in orbit. 

About Spacedock 

Founded by industry veterans from SpaceX, Maxar, and Stanford, Spacedock is developing the intelligent interconnector for space operations — an AI-powered, cybersecure interface that transforms satellites, stations, vehicles, and missions into interoperable platforms, enabling a truly modular space ecosystem. 

Spacedock’s AI-powered connectors enable rapid and secure autonomous infrastructure interconnection and transfer of power, data, and fluids, forming the backbone of large-scale in-space infrastructure assembly. Today, no standard exists for infrastructure modules to connect or share resources. Spacedock is creating the complete package in a compact genderless form factor — a unifying layer that makes space infrastructure interoperable, scalable, and intelligent.  

Learn more at Spacedock.co or follow us on LinkedIn (@spacedock) and X (@spacedock_) 

About Space Robotics Workers 

Space Robotic Workers is dedicated to unlocking humanity's potential beyond Earth by designing and deploying the robotic workforce of tomorrow. We are enabling a thriving human presence in space by developing a valuable portfolio of key technologies for in-orbit services, including assembly, maintenance, manufacturing, and debris removal. By leveraging elegant, pragmatic robotic solutions, we are pioneering the progress that will build a permanent and vigorous human presence in low-Earth orbit and beyond. 

Learn more at spaceroboticsworkers.com 

Media Contact: John Ma <JohnM@spacedock.co>