Defense

Strength Where It Counts

Credence delivers intelligence infrastructure, mission systems, and operational readiness solutions that keep U.S. forces prepared to excel in any wartime reality. We build the platforms and analytics that enable decision-making at speed and sustain readiness against any threat.

C5ISR

Decision Intelligence
Synthesizing multi-INT data into actionable insights that cut analysis from hours to minutes. We amplify analyst expertise with AI to deliver decision-grade situational awareness in battlespace and contested domains.

All Domain Integration
Real-time data interoperability that connects domains and turns fragmented networks into decisive action. We fuse ISR, cyber, and C2 data across secure architectures, using AI to accelerate data integration and maintain command connectivity in contested environments.

ISR Backbone
Command and control that works when adversaries attack the network. We maintain satellite, tactical, and joint communications through jamming and cyber intrusion – from nuclear command to Positioning, Navigation, and Timing systems (PNT) to intelligence operations.

Mission Readiness

Logistics & Supply Chain Management
End-to-end supply chain management for mission-critical platforms. From vetting suppliers and eliminating counterfeit risk to coordinating depots and forecasting demand, we sustain operational readiness across the DoW’s most complex logistics networks.

Predictive Maintenance & Sustainment
We ensure readiness by using AI and analytics to forecast component failures, spare-part shortages, and repair bottlenecks before they ground aircraft – reducing unplanned downtime by up to 20%.

Engineering & Lifecycle Readiness
From design to sustainment. We deliver digital engineering, lifecycle planning, and configuration management that enhance reliability and extend platform life to keep systems mission ready for decades.

Training & Simulation
We train pilots, aircrews, and cyber operators to perform critical missions with confidence. Combining instructor-led training with simulation and AR/VR mission rehearsal, we build proficiency, improve retention, and reduce operational risk.

Foreign Military Sales
Specialized expertise that accelerates delivery and strengthens global readiness with our global allied partners. We reduce case cycles through integrated program management and rigorous compliance, enabling transparent collaboration across 96 partner nations while protecting sensitive technologies.

Space

We integrate mission planning, system engineering, and data-driven analysis to enhance space domain awareness, resilience, and command and control.

Platforms: Modernization & Sustainment

We extend life and sustain readiness by upgrading mission systems across legacy and 5th-generation fighters – ensuring combat-ready and resilient operations in contested environments.

Supported Platforms
An F-35 stealth fighter jet flies overhead against a blue sky with white clouds below it.
An F-22 Raptor stealth fighter jet banks sharply during flight against a clear blue sky, displaying its distinctive angular
An F-16 fighter jet marked "SP" flies through an overcast sky with its afterburner glowing orange.
A gray C-130 Hercules military transport aircraft flies low over a desert airstrip with mountains in the background.
A gray A-10 Thunderbolt II military aircraft takes off from a runway with its landing gear still extended.
An MQ-9 Reaper unmanned aerial vehicle flies against a clear blue sky with its long slender wings and nose-mounted sensor
A gray KC-135 Stratotanker military aerial refueling aircraft in flight with landing gear deployed against a clear sky.
A C-17 Globemaster III military transport aircraft on final approach with landing gear deployed against a cloudy sky.
A U-2 reconnaissance aircraft flies overhead against a clear blue sky, its long slender wings silhouetted in dark profile.
An F-35 stealth fighter jet flies overhead against a blue sky with white clouds below it.

F-35

An F-22 Raptor stealth fighter jet banks sharply during flight against a clear blue sky, displaying its distinctive angular

F-22

An F-16 fighter jet marked "SP" flies through an overcast sky with its afterburner glowing orange.

F-16

A gray C-130 Hercules military transport aircraft flies low over a desert airstrip with mountains in the background.

C-130

A gray A-10 Thunderbolt II military aircraft takes off from a runway with its landing gear still extended.

A-10

An MQ-9 Reaper unmanned aerial vehicle flies against a clear blue sky with its long slender wings and nose-mounted sensor

MQ-9

A gray KC-135 Stratotanker military aerial refueling aircraft in flight with landing gear deployed against a clear sky.

KC-135

A C-17 Globemaster III military transport aircraft on final approach with landing gear deployed against a cloudy sky.

C-17

A U-2 reconnaissance aircraft flies overhead against a clear blue sky, its long slender wings silhouetted in dark profile.

U-2

Proven on Every Mission

From data to defense, Credence delivers measurable impact across the DoW enterprise – secure, scalable, and built for mission speed.

AI Powered Multi-INT Fusion

Intelligence analysts face exponentially growing collection rates across GEOINT, SIGINT, and full-motion video streams. Manual correlation and legacy systems can’t keep pace; exploitation speed directly limits decision speed in contested environments, and proprietary architectures prevent the automation needed to maintain decision advantage.

Solution

Credence deployed deep learning pipelines into production for a premier USAF ISR system that automates object detection across multi-INT streams, while fusing geospatial, radar, video, and communications sensors into a unified real-time operational picture. We also prototyped computer vision and analytical models that automate detection, image captioning, and cross-domain correlation – validating how open architectures can further accelerate ISR fusion.

Results

Our deep learning pipelines transformed manual ISR exploitation into AI-augmented fusion, saving the USAF over $50M while dramatically increasing throughput and resilience. Our solution streamlines workflows and improves cross-domain interoperability, directly enhancing targeting speed in contested operations.

Edge AI for Maritime Domain Awareness

Warfighters cannot detect small maritime vessels in bandwidth-constrained environments, severely limiting situational awareness that adversaries can exploit. Existing systems and off-the-shelf vision models fail to deliver real-time, geospatially accurate detections. 

Solution

Credence delivers real-time detection and tracking of maritime vessels across ~5×5 mile operational areas, deployed with the USAF. Our edge-deployable AI platform uses an ensemble of advanced models that cross-verifies detections for maximum accuracy, parses video metadata in real time, and produces geo-referenced outputs in open formats – delivering a plug-and-play capability that can be updated or scaled without disruption.

Results

Warfighters and analysts now have immediate situational awareness where it was previously impossible: continuous vessel tracking with real-time processing and workflow-ready outputs that integrate seamlessly into mission systems.

Predictive Fleet Readiness & Maintenance

Fleet data is siloed and manually aggregated, slowing decision-making and limiting commanders’ ability to assess fleet readiness in real-time. Reactive maintenance means unplanned downtime, but missions demand availability.

Solution

Our AI readiness platform, deployed for USAF reconnaissance units today, interfaces with siloed logistics, maintenance, and flight operations systems and pulls data into one place, giving commanders the visibility they’ve been missing.  The platform uses agentic AI to identify patterns humans can’t see in spreadsheets, like aircraft health, mission trends, and resource utilization to improve operational planning and predictive maintenance. The platform also runs forecasts across supply, demand, maintenance, and cost simultaneously, presenting recommendations to maintainers who validate before action.

Results

We provide the USAF with near real-time visibility into fleet readiness and performance – eliminating manual reconciliation, significantly reducing reporting workload, and improving predictive accuracy through forecasting models. More aircraft mission-ready when commanders need them.

Assured PNT for GPS-Denied Operations

Military operations depend on reliable positioning, navigation, and timing data to coordinate maneuvers, execute targeting, and synchronize forces. When adversaries jam GPS signals or enact other electronic warfare threats, units lose the ability to navigate, time their operations, or know where friendly and enemy forces are located.

Solution

We support the Army’s PNT mission with systems engineering, architecture evaluation, and modeling to enhance resilience and interoperability across PNT systems. Our team tests and integrates alternative navigation technologies, including inertial, vision-based, LTE/5G, SATCOM, and signals-of-opportunity systems. We also assess anti-jam and anti-spoof capabilities, and model contested scenarios to validate system performance before deployment.

Results

Army units now gain stronger signal assurance, faster threat detection, and improved mission synchronization in GPS-challenged environments. We accelerate the integration of non-GPS alternatives and advance the Army’s ability to maintain freedom of maneuver and precision across multi-domain operations.

AI Mission Scheduling & Optimization

Mission planning demands real-time adaptability, but manual coordination of aircrew schedules, aircraft availability, and maintenance windows make it difficult to anticipate disruptions or rapidly evaluate alternatives, leading to mission delays and resource conflicts.

Solution

Our platform provides support that anticipates disruptions before they ground aircraft. We integrate directly with USAF operations staff to coordinate aircrew schedules, align aircraft availability, and deconflict resources, while AI forecasts crew availability gaps, flags maintenance risks, and recommends conflict free schedules. Predictive models for no-show probability, aircraft turn-time, and operational constraints execute “what-if” reflows in seconds, surfacing conflict-free schedules for planner review.

Results

Our AI-assisted mission planning accelerates decision cycles without removing humans from control, delivering faster, more informed scheduling decisions that strengthen USAF readiness. Our solution improves sortie predictability, reduces rework, and increases aircraft and instructor utilization.

Accelerating Space Command & Control Modernization

U.S. Space Command requires integrated systems, advanced training, and resilient mission sustainment to maintain operational dominance in a rapidly evolving and contested space domain. Integration processes and fragmented command architectures limit speed, interoperability, and decision advantage as adversaries develop counter-space capabilities.

Solution

We deliver end-to-end systems integration, acquisition, and mission sustainment for Space Force command and control (C2) operations. Our agile software integration, configuration management, and operational testing advance C2 modernization across applications including space domain awareness, automated warning systems, deconfliction tools, and launch tracking applications. We also deliver comprehensive training and implement scenario-based exercises that prepare space operators to execute complex missions alongside joint and allied partners.

Results

Our Space Force client now deploys new C2 capabilities across U.S. and coalition operations faster through agile integration and continuous testing. Credence’s focused execution in integration, sustainment, and training enables Space Command to preserve space superiority, accelerate decision-making, and ensure mission continuity against emerging threats.

AI Powered Translation for Multi-INT Exploitation

Intelligence analysts face growing volumes of multilingual open-source and operational data. Manual translation creates a critical bottleneck – processing foreign-language documents takes hours per analyst, delaying intelligence delivery and limiting the volume of sources they could exploit.

Solution

Deployed with USAF intelligence operations, our AI translation platform processes over 50,000 words per minute – 100× faster than manual translation. The platform combines natural language processing (NLP), optical character recognition (OCR), and custom dictionaries to digitize, translate, and analyze non-English text (including handwritten and dialect variations) in real time. Built for NIPR-accessible environments, we integrate sentiment analysis and AI-driven web scraping to automatically identify, translate, and contextualize new data sources.

Results

Analysts now process and exploit foreign-language intelligence in seconds instead of hours. The AI-driven translation capability has expanded the USAF’s reach, increased analyst efficiency by ~2x, and improved situational awareness across operational theaters.

Transforming Mission Readiness with Virtual Reality

Aircrews need high-repetition training on complex aircraft systems and tactical procedures, but operational aircraft availability is constrained. Live training incurs airframe wear, fuel costs, and scheduling bottlenecks, limiting how often crews can rehearse critical scenarios before deployment.

Solution

Deployed with USAF special operations units, our immersive virtual reality (VR) training modules replicate cockpit procedures, systems operations, and mission scenarios with high-fidelity simulation. Using IoT sensors, spatial mapping, and game-engine rendering, these simulations deliver repeatable training for special operations airframes and mission systems, allowing aircrews to train safely and repeatedly in a controlled environment.

Results

Aircrews now train anytime, anywhere, without burning flight hours or airframe life. The VR-based curriculum delivers repeatable, high-fidelity training that enhances readiness, reduces airframe wear, and strengthens operational confidence across USAF missions.

Strengthening Nuclear Command, Control, and Communications (NC3)

Nuclear command and control requires sustained modernization of legacy NC3 systems to ensure resilient, cyber-secure communication links across the nuclear enterprise. Maintaining continuous readiness across these complex, interconnected networks demands proactive engineering, architecture, and cybersecurity oversight.

Solution

We provide systems engineering and cybersecurity expertise to sustain, modernize, and secure NC3 weapon system communications. Our engineers model and test emerging technologies for NC3 configurations across air, space, and ground networks, develop and maintain architectural baselines, and integrate cybersecurity and risk management frameworks throughout the engineering lifecycle to ensure mission assurance for critical command-and-control functions.

Results

Our support has strengthened the reliability, resilience, and cybersecurity posture of NC3 systems and delivered validated, mission-ready communication capabilities that ensure uninterrupted nuclear command and control.

Integrated Threat Dissemination for Multi-Domain Operations

Combatant commands require a reliable, real-time threat warning system capable of fusing multi-sensor intelligence from global sources. Legacy dissemination tools introduce latency and limited interoperability, reducing the effectiveness of time-critical threat alerts.

Solution

Credence supports the USAF’s critical intelligence broadcasting system by providing systems engineering and satellite communication expertise to enhance the delivery of integrated threat data across joint and coalition networks. Our team evaluates broadcast architectures, modernizes data distribution paths, and automates data filtering and routing, improving reliability and resiliency in denied or degraded environments.

Results

The broadcasting system’s upgraded architecture now delivers faster, synchronized threat reporting to commanders and coalition partners. Our engineering support has strengthened global threat dissemination, improved interoperability through resilient networks that maintain connectivity under attack, and ensured mission continuity for tactical and strategic users worldwide.

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