ExynAI Autonomy and Mapping SDK Context

Market context

ExynAI SDK packages Exyn's autonomy, mapping and localization software for GPS-denied robotic systems.

Target environment: Mines, industrial sites, complex interiors, hazardous environments and GPS-denied survey workflows.
Workflow context: SLAM-based navigation, autonomous mapping, localization and robotic data capture.
Customer context: OEMs, integrators, survey teams and industrial teams adding autonomy to drones or ground robots.
Deployment model: SDK and autonomy-license model tied to Exyn's Nexys mapping ecosystem and partner robotic platforms.
Commercial maturity: Fielded autonomy and mapping software with public deployment history and official product material.
Adoption constraints: Adoption depends on payload integration, platform compatibility, mission environment and mapping accuracy requirements.
Market position: GPS-denied autonomy and mapping layer, adjacent to ExynAero and ExynView rather than broad robot brains.
Adjacent products: ExynAero, ExynView, robotic mapping platforms

Robot OEMs

SLAM-based navigation, autonomous mapping, localization and robotic data capture.

Mines, industrial sites, complex interiors, hazardous environments and GPS-denied survey workflows.

System Type: autonomy, mapping and localization SDK
Core Algorithm: LiDAR-based SLAM for GPS-denied navigation and mapping
Supported Platforms: aerial and ground robotic platforms through Exyn autonomy licenses
Mission Modes: fly-to, walk-there, volumetric exploration and planar inspection modes
Operating Conditions: GPS-denied, BVLOS, communications-denied and hazardous environments
Deployment Model: optional autonomy license layered onto the Nexys mapping ecosystem
Operating Environment: mining; construction; geospatial; industrial_inspection; gps_denied_environment
Operational Role: autonomy_sdk; mapping_and_localization_layer
Mobility Class: software_module
Commercial Status: commercially_available
Platform Type: software_sdk
Platform Role: embedded_autonomy_module