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Secure Positioning
Redefined
Secure
Positioning
Redefined
Secure Positioning
Redefined
All-band GNSS receiver platform
resilient by design
All-band GNSS receiver platform
resilient by design
SARDANA GNSS Platform
SARDANA GNSS Platform
SARDANA GNSS Platform
SARDANA develops an innovative chipset platform
for high precision GNSS modules to provide outstanding
positioning accuracy, reliability, and robustness.
SARDANA develops an innovative chipset platform
for high precision GNSS modules to provide outstanding
positioning accuracy, reliability, and robustness.
SARDANA develops an innovative chipset platform for high precision GNSS modules to provide outstanding positioning accuracy, reliability, and robustness.
All-band,
all constellations GNSS
All-band,
all constellations GNSS
All-band,
all constellations GNSS
Supports up to 3 antennas
for fail-proof spoofing protection
Supports up to 3 antennas
for fail-proof spoofing protection
Centimeter level precision with RTK, PPP, PPP-RTK
Centimeter level precision with RTK, PPP, PPP-RTK
Sub-degree heading,
pitch and roll precision
Sub-degree heading,
pitch and roll precision
Autonomous vehicles
Self-driving cars need reliable, spoof-resistant decimeter-level positioning for safe localization
Precision Agriculture
Farmers use resilient high precision GNSS to steer unmanned equipment and maximize yields
Maritime
Spoof-resilient positioning and sub-degree attitude accuracy for safe vessel maneuvering
Construction & Mining
On sites where satellite signals are affected by multipath errors, machinery needs robust positioning
Survey & Mapping
GIS applications require consistent
sub-cm precision provided by all-band, all constellation receivers
Robotics
Delivery robots need precise heading, pitch and roll as well as resilient navigation to perform efficiently
Autonomous vehicles
Self-driving cars need reliable, spoof-resistant decimeter-level positioning for safe localization
Precision Agriculture
Farmers use resilient high precision GNSS to steer unmanned equipment and maximize yields
Maritime
Spoof-resilient positioning and sub-degree attitude accuracy for safe vessel maneuvering
Construction & Mining
On sites where satellite signals are affected by multipath errors, machinery needs robust positioning
Survey & Mapping
GIS applications require consistent
sub-cm precision provided by all-band, all constellation receivers
Robotics
Delivery robots need precise heading, pitch and roll as well as resilient navigation to perform efficiently
Timeline
Timeline
Timeline
Join us in redefining what GNSS can achieve. Build the technology for trusted positioning intelligence.
From first silicon to specialized receiver platforms, each milestone moves us closer to a new standard of compact, high-performance GNSS technology.
From first silicon to specialized receiver platforms, each milestone moves us closer to a new standard of compact, high-performance GNSS technology.
2023
2024
2024
2026
2026
2027
2027
2028
2028
2029
2029
Start
Start
MPW RF Front-end
First Silicon RF Front-End
First Silicon RF Front-End
MPW Digital ASIC
First Silicon Digital SoC
First Silicon Digital SoC
Evaluation kits
Engineering Samples
Engineering Samples
App-specific equipment
Application-Specific
Solutions
Application-Specific Solutions
Chipset & module MP
Mass Production
Chipset & Modules
Mass Production Chipset & Modules
Autonomous vehicles
Self-driving cars need reliable, spoof-resistant decimeter-level positioning for safe localization
Precision Agriculture
Farmers use resilient high precision GNSS to steer unmanned equipment and maximize yields
Maritime
Spoof-resilient positioning and sub-degree attitude accuracy for safe vessel maneuvering
Construction & Mining
On sites where satellite signals are affected by multipath errors, machinery needs robust positioning
Survey & Mapping
GIS applications require consistent sub-cm precision provided by all-band, all constellation receivers
Robotics
Delivery robots need precise heading, pitch and roll as well as resilient navigation to perform efficiently
Timeline
From first silicon to specialized receiver platforms, each milestone moves us closer to a new standard of compact, high-performance GNSS technology.
From first silicon to specialized receiver platforms, each milestone moves us closer to a new standard of compact, high-performance GNSS technology.
Start
2024
2024
First Silicon
RF Front-End
First Silicon
RF Front-End
2026
2026
2027
2027
2028
2028
2029
2029
First Silicon
Digital SoC
Mass Production
Chipset & Modules
Engineering
Samples
Application-
Specific Solutions
Application-
Specific Solutions
Join Our Team
Join Our Team
Join Our Team
Join us in redefining what GNSS can achieve. Build the technology for trusted positioning intelligence.
Join us in redefining what GNSS can achieve. Build the technology for trusted positioning intelligence.
Join Our Team
Join us in redefining what GNSS can achieve. Build the technology for trusted positioning intelligence.