Everything you need to know about A Intelligent Navi
Navigating the Future of Flight
Drawing upon decades of experience, we excel in the engineering and manufacturing of cutting-edge navigation and sensor products designed for a wide range of applications, including commercial, industrial and Enthusiast.
Our mission is to introduce you to alternative navigation methods that go beyond the traditional and open up a realm of possibilities. We're here to inspire and inform, encouraging you to consider new ways of getting from point A to point B.
Navigation Systems
Navigation
Discover Our Products
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GPSdome by InfiniDome
GPSdome is a small sized, add on device that provides protection against GPS signal disturbance, ensuring continuity of autonomous navigation and operation during signal disturbance conditions.
GPSdome is compatible with any GNSS receiver on the market and with any off the shelf GNSS antenna. GPSdome does not include the GNSS receiver or the antennas.
1,799$
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Honeywell Compact Inertial Navigation System
The size of a deck of cards, the Honeywell Compact Inertial Navigation System (HCINS) uses tactical-grade inertial sensors to provide centimeter-level accuracy to commercial and military customers.
The HCINS outputs position, orientation and velocity data.
1,799$
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Honeywell Radar Velocity System
The Honeywell radar velocity system (HRVS) is a small, light weight, low power and low-cost radar-based, velocity aiding system for inertial navigation systems.
The HRVS uses mmWave sensing technology (60-64GHz or 76-81 GHz) and outputs range, velocity and angle of objects.
1,799$
The Unrivaled Precision of INS-GNSS Integration and Its Resilience in the Face of Challenges
Inertial Navigation System and Global Navigation Satellite System
Seamless Precision: INS-GNSS Integration Unleashed
In the realm of precise navigation, a system that seamlessly integrates inertial navigation system (INS) and global navigation satellite system (GNSS) capabilities stands out as unparalleled.
INS-GNSS Mastery by A Intelligent Navi
This is precisely why the combined INS-GNSS technologies, originally pioneered by A Intelligent Navi in the 2000s, have become the preferred choice for commercial, industrial, and Enthusiast applications.
Navigating Challenges: INS-GNSS Configuration in the Absence of Signals
In a traditional INS-GNSS configuration, the GNSS signals are used to correct errors that cause inertial systems to “drift” over time. But what happens when the INS is disabled or GNSS signals aren’t available?
What is "alternative navigation"?
Alternative navigation empowers aircraft, autonomous drones, and ground vehicles to navigate when traditional navigation systems (INS or GNSS) face degradation or unavailability. The term "alternative navigation" refers to supplementary means of navigation, utilizing systems or sensors comprised of cameras, LiDAR, radar, radios, and optical flow to support conventional navigation systems.
Advancements in sensor technologies, coupled with the rise of machine learning (ML), artificial intelligence (AI), and the internet of things (IoT), enable a reduction in reliance on GNSS and INS.
Alternative Navigation constitutes a subset of Alternative Positioning, Navigation & Timing (APNT).
What makes alternative navigation crucial?
These technologies play a vital role in addressing the absence of GNSS signals caused by signal disturbance, blockage, or unavailability. Disruptions to GNSS signals are increasingly prevalent, particularly in rural applications, leading to significant operational and flight safety challenges.
How does it operate?
Alternative navigation supplements or supports the vehicle's INS navigation system. It employs a variety of sensors, including cameras, LiDAR, radar, radios, to ascertain the vehicle's position and velocity. This information is then utilized to rectify drift errors within the INS, performing a role akin to GNSS when the latter is available. Alternative navigation becomes essential in scenarios where GNSS is compromised or unavailable, providing an alternative means for the vehicle to ascertain its position.
In essence, these solutions typically involve a sensor such as an electro-optical/infrared camera, radar, connected to a processing module responsible for calculating the platform's position, velocity, or both. This processing module is in turn linked to an INS.
What is A Intelligent navi role in alternative navigation?
A Intelligent Navi, boasts decades of experience in the development and manufacturing of INS products tailored for commercial and Enthusiast applications. Positioned as a technological trailblazer, we have embraced advancements in sensor technologies, leveraging the potential of ML, AI, and IoT to solidify our standing in the realm of alternative navigation.
Our inaugural Resilient Navigation System, incorporating hardware solutions and embedded software algorithms honed over decades, is currently operational with a global clientele. This robust system, utilizing alternative sensors, is readily available for unmanned aerial system (UAS) platforms. A Intelligent Navi also presents a vision navigation system daylight or infrared cameras for day and night operations, with ongoing development efforts geared towards additional offerings for large or small UAS platforms, autonomous vehicles, and enthusiast applications.
Discover Our Products
-
GPSdome by InfiniDome
GPSdome is a small sized, add on device that provides protection against GPS signal disturbance, ensuring continuity of autonomous navigation and operation during signal disturbance conditions.
GPSdome is compatible with any GNSS receiver on the market and with any off the shelf GNSS antenna. GPSdome does not include the GNSS receiver or the antennas.
1,799$
-
Honeywell Compact Inertial Navigation System
The size of a deck of cards, the Honeywell Compact Inertial Navigation System (HCINS) uses tactical-grade inertial sensors to provide centimeter-level accuracy to commercial and military customers.
The HCINS outputs position, orientation and velocity data.
1,799$
-
Honeywell Radar Velocity System
The Honeywell radar velocity system (HRVS) is a small, light weight, low power and low-cost radar-based, velocity aiding system for inertial navigation systems.
The HRVS uses mmWave sensing technology (60-64GHz or 76-81 GHz) and outputs range, velocity and angle of objects.
1,799$
Delivering You An Edge
In a world driven by innovation, alternative navigation solutions are carving a niche for themselves, offering a range of advantages that go beyond traditional methods. Whether it's redefining urban mobility or enhancing outdoor adventures, alternative navigation has become a game-changer.
Maximum Performance
With multiple systems onboard for increased situational awareness.
Consistent Availability
Navigation is critical to flight: this solution makes sure you have navigation available when you need it most.
System Integrity
Solution keeps you protected from GPS disruption so you can trust the integrity of what you are reading.
Unrivaled Size. Weight and Power
Solution has strong performance here compared to other systems.
Technological Synergy
Many alternative navigation solutions involve the integration of multiple technologies.
Efficiency and Time Savings
Alternative navigation technologies leverage cutting-edge algorithms and real-time data, optimizing routes for efficiency.
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