USAF Awards Contract for Nighttime Thermal Infrared Imaging

Albedo has secured a Small Business Innovation Research contract to adapt its 2 meter per pixel Long-Wave Infrared thermal imaging for nighttime operations By DA Staff / 28 Apr 2023

Discover Leading Defense Technology Solutions

Discover cutting-edge solutions from leading global suppliers
SUPPLIER SPOTLIGHT
Follow DA
Albedo_Vis-Sharpened_Thermal_Imagery

Albedo, a company building an ultra-high resolution, low-flying satellite constellation, has won a $1.25 million government contract to support the National Air and Space Intelligence Center (NASIC). 

The Direct to Phase 2 (D2P2) Small Business Innovation Research (SBIR) contract was awarded to Albedo through AFWERX, the innovation arm for the Department of the Air Force, and will test and evaluate the company’s commercial leading, 2 meter Ground Sample Distance Thermal Infrared (GSD TIR) imaging for nighttime conditions for the US Government.

Albedo will natively co-collect the highest-resolution commercial satellite imagery available in the visible (10 cm GSD) and thermal infrared (2 m GSD) spectrums. 

“Nighttime commercial imagery is currently limited to synthetic aperture radar,” said Joseph Rouge, US Space Force Deputy Director, Intelligence, Surveillance, and Reconnaissance. “High-resolution thermal infrared will provide a new commercial remote sensing solution for the US Space Force.”

Under this contract, Albedo will characterize its night-time TIR imaging capabilities. This includes highly detailed lab characterization of the flight sensor, validating of end-to-end radiometric and image quality predictions, and generation of high-fidelity simulated imagery from new high-resolution aerial imagery collected with the flight sensor. Albedo will also explore constellation capacity to provide this imagery and combining all of the findings to identify the most promising US Government use cases.

“We’re committed to accelerating the Air Force and Space Force’s ability to understand its performance against our problem sets and apply our capabilities on-orbit,” Rouge continued. “Nighttime thermal infrared imaging can help our intelligence analysts, warfighters, decision makers, and field operators solve complex emerging threats day and night.”

“Our thermal imagery continues to gain traction in defense and commercial markets – specifically the ability to extract meaningful intelligence from the combination of our Visible & Thermal imagery during day-time,” said Albedo CEO Topher Haddad. ”Now for the first time, we’re excited to showcase Albedo’s 24/7 temporal advantage of thermal imaging by working with USAF, USSF, and NASIC on this effort.”

NASIC’s Principal Intelligence Analyst, Dr. Randall Bostick, emphasized the importance of partnering with commercial satellite imagery companies: “The intelligence community faces an increasing number of complex questions and issues that require innovative solutions for collecting and analyzing data. It is critical that we leverage advances in satellite technology to meet our evolving mission needs in the coming years.”

This is Albedo’s second D2P2 contract award through AFWERX in under a year, increasing the company’s government contract total to $2.5 million. The previously awarded effort is evaluating how Albedo’s NIIRS 7 visible imagery and co-collected TIR imagery supports various government use cases by understanding system performance, mission effectiveness, and how best to integrate their task-oriented constellation with government systems.

Posted by DA Staff Connect & Contact

Latest Articles

Advancing EMP/HEMP Filter Technology for Modern EMI Threats

Spectrum Control highlights key advancements in EMP/HEMP filters designed to protect critical systems from EMI and electronic warfare in its white papers

Apr 16, 2025
24th Annual Future Artillery Conference Registration Details

The Indirect Fires community gathers for the 24th Defence iQ Future Artillery Conference backed by NATO and the British Army

Apr 16, 2025
Gray Eagle® 25M: A Strategic Advantage for the Army National Guard in Modern Warfare

General Atomics Aeronautical Systems Inc. (GA-ASI) is set to deliver its Gray Eagle® 25M uncrewed aerial system (UAS) to the Army National Guard, with the first 12 units scheduled for delivery in 2027

Apr 15, 2025
Elite Robots’ Intuitive Software Interface Streamlines Automation

KT Technical Solutions explores how Elite Robots' rugged, flexible cobots are transforming military automation and operational efficiency

Apr 15, 2025
Laser Velocity Sensor & Enhancing GNSS-Denied Navigation Precision

Advanced Navigation's LVS is a new class of navigation technology using IR lasers to measure a vehicle’s ground-relative 3D velocity with extraordinary accuracy and precision

Apr 15, 2025
Partnership to Boost Growth in French Metal Additive Manufacturing Market

As an official sales partner, ERM Fab&Test will aid in the distribution and support of Meltio's laser metal deposition tech and 3D printing solutions in the French market

Apr 15, 2025

Featured Content

Textron Systems to Support Software & Payload Development for Navy’s MCM USV

Textron Systems is set to support the software development and payload integration for the Navy’s Mine Countermeasures (MCM) Unmanned Surface Vehicle (USV), focusing on future mission capabilities and advanced system integration

Apr 14, 2025
Triad RF Systems Supplies Bi-Directional Amplifiers to Boost Naval Communications

Taiwan has received dual-channel bi-directional amplifiers (BDAs) from Triad RF Systems, strengthening real-time data transmission and ISR functionality in unmanned naval platforms

Apr 11, 2025
How the MQ-9B SeaGuardian® Enhances Naval Surveillance & Warfare

GA-ASI explains how the MQ-9B SeaGuardian® supports naval operations with long-endurance surveillance, anti-submarine warfare, and real-time intelligence for enhanced maritime security

Apr 08, 2025
Advancing Defense Capability Through Strategic Collaboration Defense Advancement works with major OEMs to foster collaboration and increase engagement with SMEs, to accelerate innovation and drive defense capabilities forward.