How Spacebackend is Cutting Aerospace Hardware Integration from Years to Days

Spacebackend, redefining how mission-critical systems are integrated, led by Dmitry Goldenberg, Yoav Landsman, and the team, has announced the closing of a €1.8 million pre-seed funding round, bringing its total capital raised to over €2.2 million. The round included participation from Bynd Venture Capital, Athos Capital, and Draper B1, complemented by strategic non-dilutive funding from the Luxembourg Space Agency (LSA) through the national LuxIMPULSE programme, as well as a strategic angel investor.

Founded in 2024, Spacebackend is headquartered in Luxembourg with a subsidiary in Spain, concentrating its R&D in the Grand Duchy. The company has also completed Phase 2 of the ESRIC Startup Support Programme, strengthening its position in Luxembourg’s deep-tech and space resources ecosystem.

“Our ambition is to make Spacebackend a platform for the next generation of aerospace systems,” said Dmitry Goldenberg, Founder and CEO. “By unifying hardware integration, testing, and validation into a single system, the platform reduces timelines from years to days, enabling faster, manufacturer-agnostic deployment for space missions.”

Spacebackend’s Lynapse™ platform addresses the complexity of integrating hardware and software in mission-critical systems. By applying AI to interpret Interface Control Documents and datasheets, it identifies ambiguities and gaps that would otherwise take weeks to resolve.

From validated interface models, Lynapse generates flight-ready, platform-agnostic code and simulation environments, enabling testing and validation well before physical hardware is available.

Beyond its current platform, Spacebackend aims to enable autonomous interoperability across multi-vendor aerospace systems, from satellites and spacecraft to landers and rovers, aligning with Luxembourg’s national space strategy.

“Solving integration is just the beginning,” said Yoav Landsman of Spacebackend. “The goal is an ecosystem where systems connect and operate autonomously, aligned with the Luxembourg Space Agency’s vision for space services and resources.”

“This technology addresses a structural challenge in aerospace by reducing integration complexity and improving efficiency in satellite systems,” said Francisco Ferreira Pinto, Partner at Bynd Venture Capital. “Spacebackend has the potential to become a critical tool for next-generation mission systems.”

“We invested in Spacebackend for its AI-driven approach to generating agnostic middleware and digital twins from technical documentation, with the potential to become a market standard as the sector scales,” said Jon Etxeberría, Principal at Draper B1.

Amid rapid growth in the space economy and rising mission complexity, the funding will enable Spacebackend to expand its team in Luxembourg, accelerate partnerships with European integrators, and further develop Lynapse™ with enhanced ICD intelligence, broader protocol coverage, and stronger simulation and validation capabilities.

“This round supports the next phase of commercialization,” said Dmitry Goldenberg of Spacebackend. “The focus is on deepening collaboration with the Luxembourg Space Agency and building partnerships across the European Union to make space infrastructure faster, more modular, and more resilient.”