
SoftBank Invests Two Hundred Million Dollars in Construction Robotics
SoftBank backed Swiss technology firm Gravis Robotics with $200 million in funding. The company plans to use the investment to convert conventional heavy excavation and building machinery into autonomous vehicles.
The Blend
Japanese investment giant SoftBank has injected $200 million into Gravis Robotics, a Swiss tech company focused on automating construction sites. Rather than manufacturing entirely new vehicles, the firm builds self-driving kits designed to upgrade standard excavators and heavy industrial diggers into unmanned equipment. In tandem with high-end commercial automation, hardware developers are also introducing budget-friendly humanoid kits to broaden access to physical AI research.
Automating heavy excavation matters to regular communities because infrastructure builds, road repairs, and housing projects often suffer from severe labor shortages and safety hazards. Upgrading existing diesel excavators with autonomous capabilities avoids the massive financial and environmental costs of replacing entire commercial fleets. If successful, driverless earthmovers could lower project budgets and dramatically speed up the completion of public works.
However, it remains uncertain how regulatory bodies will govern multi-ton automated machinery working alongside human site operators. Additionally, retrofitting aging hardware with modern sensor suites often triggers unforeseen mechanical glitches over time. An open question for the industry is whether trade unions and site managers will embrace retrofitted automation as an essential safety upgrade or resist it as a step toward displacing skilled machine operators.
Written independently by AI News Smoothie from the reporting listed below. Facts belong to the original publishers — follow the links for their full coverage.
Ingredients
- Nori A3 Humanoid Robot for Developers and Researchers | Nori Robotics (YC S26) posted on the topic | LinkedIn
Nori Robotics unveiled an affordable humanoid robot platform designed to lower the barrier to entry for robotics experimenters and researchers.