About
AirWorks is a full-service AI-powered field intelligence platform built for engineering teams in telecommunications, power utilities, architecture, engineering & construction (AEC), and government sectors. Using its patented GeoAI technology, AirWorks processes raw field data from sources like LiDAR, orthomosaics, satellite imagery, and drones to generate high-precision geospatial mapping deliverables—reducing turnaround from weeks to days. The platform supports the full project lifecycle: new builds, maintenance operations, and digital twin creation. With over 100 standardized data layers and support for custom requests, engineering teams gain the detailed field intelligence needed to plan, collaborate, and build with confidence. Deliverables are compatible with all major environments including GIS, CAD, pole loading tools, and PDF formats. AirWorks Automate™, the platform's online portal, provides end-to-end project management from scoping to final file delivery. The Data Marketplace helps teams identify, capture, and source the right data for each project. Use cases span telecom aerial and underground make-ready, OSP utility mapping, impervious surface mapping, smart city digital twins, and disaster management. AirWorks combines AI automation with human expert review to ensure accuracy at scale, making it the geospatial data partner of choice for infrastructure-heavy industries.
Key Features
- Patented GeoAI Engine: AirWorks' proprietary GeoAI automatically extracts structured geospatial data from LiDAR, orthomosaics, satellite, and drone imagery with high precision.
- AirWorks Automate™ Portal: An end-to-end online project management portal that handles everything from scoping and data ingestion to final file delivery and review.
- 100+ Standardized Mapping Layers: Delivers over 100 standardized geospatial data layers—plus custom layer support—compatible with GIS, CAD, pole loading tools, and PDF workflows.
- Multi-Source Data Compatibility: Ingests and processes data from LiDAR scanners, drones, orthomosaics, and satellite imagery, integrating seamlessly with existing tech stacks.
- Digital Twin & Maintenance Support: Enables teams to build and continuously update digital twins of infrastructure assets, catching field changes before they escalate into costly issues.
Use Cases
- Telecommunications companies accelerating aerial and underground make-ready studies and OSP utility mapping for new network deployments.
- Power utilities generating precise field maps for maintenance operations and digital twin creation to detect infrastructure changes proactively.
- Civil engineering and AEC firms conducting pre-survey site assessments and civil design support to streamline project planning and permitting.
- Government agencies building impervious surface maps, smart city digital twins, and disaster management geospatial datasets.
- Infrastructure owners creating and maintaining digital twins of physical assets to support long-term operational planning and compliance.
Pros
- Up to 7x Faster Deliverables: Dramatically reduces fieldwork turnaround from weeks to days, enabling faster planning, permitting, and deployment cycles for infrastructure projects.
- Broad Industry & Format Support: Serves telecom, power, AEC, and government sectors, with outputs tailored to GIS, CAD, pole loading, and PDF environments.
- Human-in-the-Loop Accuracy: Combines AI automation with human expert review to ensure mapping deliverables meet real-world engineering accuracy standards at scale.
- Comprehensive Data Marketplace: Helps teams identify what data they need, how to capture it, and where to source it—reducing guesswork in the field data acquisition process.
Cons
- Enterprise-Only Pricing: No self-service or transparent pricing tiers; access requires direct engagement with the sales team, making it less accessible for smaller firms.
- Industry-Specific Focus: Primarily designed for telecom, power, and civil infrastructure sectors—teams outside these verticals may find limited applicability.
- Requires Existing Field Data: The platform processes customer-supplied or sourced field data; teams without existing drone, LiDAR, or satellite data pipelines may face onboarding overhead.
Frequently Asked Questions
What types of field data does AirWorks support?
AirWorks supports LiDAR point clouds, orthomosaics, satellite imagery, drone captures, and more. It is designed to work with all major field data collection methods used in telecom, power, and civil infrastructure projects.
What formats are the mapping deliverables available in?
Deliverables can be exported in GIS formats, CAD-compatible files, pole loading tool formats, and PDFs—tailored to match your specific engineering software environment.
How fast can AirWorks deliver mapping outputs?
AirWorks can accelerate planning, permitting, and deployment workflows by up to 7x, turning what typically takes weeks of manual fieldwork into a process measurable in days.
Which industries does AirWorks serve?
AirWorks primarily serves telecommunications, electric power utilities, architecture/engineering/construction (AEC) firms, and government agencies for use cases like smart cities, disaster management, and impervious surface mapping.
What is AirWorks Automate™?
AirWorks Automate™ is the platform's online project management portal that lets teams manage the entire workflow—from initial scoping and data upload to AI processing, human review, and final file delivery—in one place.
