Draper’s advanced capabilities in GNC solutions, Positioning, Navigation, and Timing (PNT), and precision instruments enable effective maneuvering, precise engagement, and reliable navigation in highly contested environments. Our expertise in autonomy, specialized solutions, and precision weaponry ensures mission success through innovative technologies and dedicated support for strategic partners.
Autonomy
Creating proliferated collaborative autonomous systems that increase force protection and reverse cost asymmetries.
Maritime
-
Guidance, Navigation, and Control
-
Physical Sensing and Timing
-
High Assurance Systems
-
Design for Harsh Environments
-
Complex System Miniaturization
-
Communications and RF Systems
-
Cyber-Physical Systems Security
-
Human-System Engineering
-
Data Analytics and Machine Learning
-
Autonomy and Perception Software
-
Electromechanical Systems
Securing the U.S. Navy’s Maritime dominance through high-reliability onboard autonomy, proven for complex missions; faster-than-real-time, physics-based vehicle simulations; and robust mission planning while reducing system vulnerabilities, development risks, and costs of at-sea testing.
Additional Information
Air & Ground
Improving mission effectiveness, mitigating high risk operations, and rapidly adapting to end user needs through the application of edge autonomy on uncrewed systems.
Smoothing And Mapping with Inertial State Estimation (SAMWISE)
Draper's SAMWISE algorithm helps autonomous vehicles navigate accurately in GPS-denied areas by fusing data from inertial and aiding navigation sensors, estimating vehicle attitude, velocity, and position. It accumulates error more slowly than traditional systems due to an incremental smoother and measurement buffering approach, enabling low-latency outputs and agile obstacle-avoidance. SAMWISE is used in the CSIRP program for UAVs to detect CBRN hazards and has been integrated into various platforms, including legged robots and augmented reality systems. Future applications may include self-driving cars and landing vehicles on Mars or the Moon.
CBRN Sensor Integration on Robotic Platform (CSIRP)
Our engineers are advancing autonomous unmanned systems for CBRN Reconnaissance to enhance situational awareness in modern battlespaces. The CSIRP system can search small, cluttered spaces and detect CBRN hazards using teams of autonomous robots and drones equipped with multiple sensors. These robots can communicate with human operators and central command, making real-time decisions with sensor-driven algorithms to improve efficiency and effectiveness. This provides the warfighter with crucial situational awareness while maintaining a safe distance from danger. The CSIRP’s autonomy enables self-navigation, tight maneuvering, and obstacle avoidance using a novel algorithm that synthesizes data from onboard sensors like GPS, LiDAR, and cameras. It operates effectively even when some inputs are unavailable, such as in GPS-denied environments. Funded by the JPEO-CBRND, CSIRP is transitioning to a U.S. Army program of record and is supported by a $26 million DoD contract to enhance its capabilities for CBRN reconnaissance missions.
Additional Information
Advanced Positioning, Navigation and Timing (PNT)
Enabling Anytime Anywhere Any-threat Navigation by advancing precision instruments and multi-sensor navigation and timing.
Precision Instruments
Critical enabling components such as inertial measurement units, precision timing, and quantum applications, facilitating high-fidelity and enduring PNT inputs.
Multi-sensor Navigation
Sub-projects of assured positioning, navigation and timing (APNT) include intelligent navigation manager (INM), celestial navigation (CELNAV), vision aided navigation (VAN), magnetic navigation (MAGNAV), and signals of opportunity (SoOP).
Specialized Solutions
Providing specialized technological solutions to enable precision engagement and effective and efficient operations at rapid pace.
Precision Weapons
Draper’s Precision Weapons Group combines advanced sensors and payloads into our patented two-body airframe which spins up upon launch, generating power and steers the weapon to the target using either command guidance or autonomous guidance technology.
Mission Partner Support
Applying engineering and innovation to meet specific mission requirements for Strategic Mission Partners.
