# Spranic builds spatial memory for physical AI

> Spranic creates spatial memory layer for robots to adapt to physical environments.
- Title: Spranic builds spatial memory for physical AI · SiliconANGLE
- Summary: Spranic creates spatial memory layer for robots to adapt to physical environments. Spranic develops spatial memory technology to help robots interpret…
- Keywords: spranic, spatial memory, physical ai, knowledge graphs, robots, jordi spranger, technology, enterprise, builds, spatial, memory, physical
- Source: SiliconANGLE — https://siliconangle.com/2026/10/13/spranic-builds-spatial-memory-for-physical-ai-neo4jdatatoknowledge
- Author: Devony Hof
- Published: 2026-10-13T16:00:08+00:00
- Read time: 1 min
- Topics: spranic, spatial memory, physical ai, knowledge graphs, robots, jordi spranger, technology, enterprise
## Spranic's spatial memory layer
Spranic builds spatial memory for physical AI to help robots interpret changing environments.

> Robots deserve the right context at the right time across domains
## Physical AI needs context
Physical AI requires context about surroundings to adapt beyond fixed instructions.
## Jordi Spranger explains
Jordi Spranger says robots need reusable spatial context to reduce task-specific planning.

> But for robots, maps are a really big part
## Knowledge graphs help
Knowledge graphs connect data sources while preserving provenance for auditable decisions.

> At the end of the day, a lot of domains have to come together and graphs are really good at connecting domains
## Physical AI adaptation
Spranic aims to bring spatial memory from digital agents to physical world applications.
## Key takeaway

Spranic develops spatial memory technology to help robots interpret changing physical spaces using knowledge graphs.