KBR, Inc., a provider of technical and engineering services, has revealed it will undertake a significant new project for the United States Geological Survey (USGS) under a Technical Support Services Contract (TSSC) capped at $350 million. This contract focuses on enhancing the USGS’s Earth Resources Observation and Science (EROS) Center located in Sioux Falls, South Dakota, ensuring the agency's capacity to meet evolving demands for earth observation and environmental management.
Under this agreement, KBR's responsibilities include the integration of cutting-edge technological solutions such as cloud-native architectures and artificial intelligence (AI) and machine learning (ML) applications. The objective is to modernize and streamline critical USGS operations by employing advanced software tools and enterprise IT frameworks. KBR aims to enhance capabilities related to intelligent data analytics, development of sophisticated algorithms, and secure, robust IT infrastructure to maintain the integrity and long-term accessibility of global Earth observation records.
Mark Kavanaugh, President of KBR’s Defense, Intelligence, and Space division, commented on the collaboration emphasizing the role of AI and next-generation engineering techniques. He stated that by leveraging these technologies, KBR is supporting the USGS in delivering solutions that are faster, smarter, and more resilient, particularly in the domains of natural resource management and disaster response.
The awarded contract also aligns with USGS’s broader strategic initiative toward the Landsat Next program. This program plans to deploy a constellation of three satellites by 2030 to advance earth observation capabilities. KBR’s support in this direction signifies a key partnership in ensuring the USGS remains at the forefront of environmental monitoring and data collection through sophisticated technological infrastructure.
This recent contract award follows KBR securing a position last month on an indefinite delivery/indefinite quantity (IDIQ) contract with the U.S. Naval Supply Systems Command (NAVSUP). The NAVSUP contract features a potential ceiling approaching $20 billion, including option periods extending up to five years, highlighting KBR’s expanding footprint in government technical services.
The market responded favorably to the USGS contract announcement. On Monday, premarket trading data showed KBR’s share price increased by 3.68%, reaching $42.00 per share, signaling investor confidence linked to the company's sustained government contract wins and technical expertise.
Altogether, the USGS contract not only strengthens KBR’s portfolio but also reinforces its strategic presence in critical government sectors utilizing AI, cloud, and IT innovations. The company’s capacity to deliver sophisticated solutions caters directly to the increasing complexity of earth resource management and federal technology modernization efforts, positioning KBR as a pivotal player in advancing national infrastructure for environmental monitoring.
January 5, 2026
Finance
KBR Secures $350 Million USGS Contract, Boosting Market Interest
Contract to Advance USGS Landsat Next Program Using AI and Cloud Technologies
Summary
KBR, Inc. has announced the award of a Technical Support Services Contract valued up to $350 million from the U.S. Geological Survey. The agreement entails delivering advanced technology solutions to upgrade operations at the Earth Resources Observation and Science Center in South Dakota. This contract ties closely to the USGS's ongoing development of the Landsat Next constellation, scheduled for deployment in 2030. KBR's stock experienced notable gains following the news, reflecting positive investor sentiment.
Key Points
KBR received a Technical Support Services Contract from the U.S. Geological Survey with a ceiling of $350 million.
The contract involves modernization initiatives at the USGS Earth Resources Observation and Science Center in Sioux Falls, South Dakota.
KBR will deploy cloud-native architectures, artificial intelligence, machine learning, and advanced IT solutions to enhance operations.
The work supports the USGS’s forthcoming Landsat Next program, a three-satellite project planned for launch in 2030.
Risks
- The contract is an indefinite delivery/indefinite quantity type, meaning actual value and workload may vary and are not guaranteed up to the ceiling amount.
- Dependence on successful integration of advanced technologies such as AI and cloud-native systems, which may face implementation challenges.
- USGS program timelines, including the Landsat Next satellite deployment, could experience delays impacting contract execution.
- Government budget allocations and policy changes could affect the scope or continuation of the contract.
Disclosure
Education only / not financial advice