Custom Software Engineering
Purpose-built applications, enterprise platforms, API integrations, workflow automation, and data processing systems designed around how your teams actually operate.
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Technology Solutions
Software Development & Intelligent Systems.
Widescale Integrated Services LC builds custom software, applied artificial intelligence, and geospatial intelligence systems for federal agencies, defense organizations, and commercial customers.
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Core Services
Software engineering built around the mission
Software development is a core Widescale service area. We scope the work to the requirement and to the environment it has to run in, from purpose-built applications to intelligent data systems.
Artificial Intelligence & Machine Learning
Specialized AI models, predictive analytics, computer vision, intelligent automation, and decision-support systems built against measurable performance targets.
Geospatial & Mapping Technology
Software for terrain modeling, spatial analysis, 2D/3D mapping, environmental monitoring, and geographic data interpretation.
Autonomous & Uncrewed Systems Software
Intelligent software for aerial and ground-based platforms, including environmental perception, terrain awareness, navigation support, and mapping data processing.
Computer Vision & Sensor Intelligence
AI-driven interpretation of imagery, video, LiDAR, GPS/GNSS, and other sensor data to improve situational awareness.
Research & Experimental Development
Prototyping, feasibility testing, algorithm development, and emerging technology research that turns open technical questions into tested direction.
How to read this section: “Service area” reflects work Widescale Integrated Services LC scopes and delivers. “Development focus” and “Research” describe where we are directing technical effort; they do not describe completed or fielded systems.
Development & Research Focus
Intelligent Terrain & Environmental Awareness
Widescale is interested in software that helps aerial and ground-based systems better understand their surroundings. This is a development and research direction: the software and intelligence layer, not a finished product.
- AI-enhanced terrain recognition and classificationIdentifying surface types and terrain features from imagery and elevation data.
- High-resolution geospatial reconstructionBuilding detailed models of terrain and structures from captured data.
- Obstacle and changing-condition identificationFlagging hazards and shifts in the environment as conditions change.
- Predictive terrain analysis and path-planning assistanceSupporting route decisions with forecasts of how terrain and conditions may behave.
- Sensor fusionCombining imagery, LiDAR, positioning data, and other environmental inputs into one picture.
- Terrain visualization and spatial decision supportPresenting spatial information so people can act on it quickly.
- Mapping confidence assessmentIdentifying incomplete or unreliable geographic data instead of presenting every map as equally certain.
- Higher confidence
- Reduced confidence
- Incomplete or unreliable data
- Detected obstacle
- Candidate path
Potential applications
These technologies have potential applications in infrastructure inspection, disaster response, environmental assessment, surveying, logistics, and government field operations.
Platform-agnostic by design
We develop software and intelligence systems that can support different types of vehicles and equipment. Widescale is a software and systems company; the focus is the intelligence layer, not a particular vehicle.
Research status
The concepts on this page describe a development and research direction. Nothing described here should be read as completed, deployed, or tested.
AI-Driven Development
AI-assisted engineering, under human technical control
Widescale incorporates modern AI-assisted engineering into the development lifecycle to accelerate prototyping, explore algorithms, support testing, and build specialized solutions. Speed only matters if the result can be trusted, so every AI-assisted step stays under human technical oversight.
Where AI accelerates the work
- Rapid prototyping of new approaches
- Algorithm exploration and comparison
- Test generation and validation support
- Development of specialized, purpose-built solutions
Human technical oversight
Engineers review, direct, and remain accountable for design decisions and code, regardless of how a draft was produced.
Validation
Outputs are checked against requirements, test data, and expected behavior before anything is relied on.
Measurable performance
Objectives are defined as metrics up front, so progress and quality can be shown rather than asserted.
Continuous refinement
Models, code, and assumptions are revisited as data, requirements, and results evolve.
Applications
Federal and commercial applications
Areas where custom software, AI, and geospatial intelligence can support mission and business operations. These are areas of potential application, not a list of completed or active engagements.
Department of Defense & federal agencies
Decision-support, data-processing, and workflow software for mission and program needs.
Government infrastructure & asset management
Spatial data, inspection support, and asset-condition analysis.
Emergency management & disaster response
Situational awareness and rapid environmental assessment tools.
Transportation & logistics
Route, terrain, and operational planning support.
Utilities & environmental services
Environmental monitoring and corridor or site assessment software.
Aerospace & uncrewed systems
Perception, mapping, and data-processing software for aerial and ground platforms.
Private-sector enterprise operations
Custom platforms, integrations, and automation for commercial teams.
Don’t see your area?
Describe the challenge and we will tell you honestly whether it is a fit.
Tell us about itOur Development Approach
A clear process, tailored to each requirement
Five stages, each tied to measurable objectives, so a project is defined, built, and judged against the same yardstick.
- 01
Discovery & Requirements
Define the problem, users, data, constraints, and the measurable objectives that will decide success.
- 02
Technical Architecture
Design the system, data flows, interfaces, and security approach before building.
- 03
Prototype Development
Build working prototypes early so assumptions are tested against real behavior.
- 04
Testing & Validation
Measure performance against the agreed objectives and document the results.
- 05
Deployment & Optimization
Release into the target environment, then monitor and refine against the same measures.
Let's Build Technology That Solves Real-World Challenges.
From specialized AI applications to intelligent mapping and autonomous systems software, Widescale works to transform complex operational challenges into practical technology solutions.