About
Skyfish is a full-stack, drone-enabled photogrammetry and inspection platform purpose-built for America's critical infrastructure and defense sectors. Unlike software-only solutions, Skyfish designs, manufactures, and supports every layer of its technology stack—from UAV hardware to cloud-based photogrammetry software—giving enterprise clients a tightly integrated, customizable system. The platform offers two drone configurations: the Osprey, a lightweight quadcopter optimized for photogrammetry using the 61-MP Sony ILX-LR1 full-frame camera, and the M6, a six-rotor heavy-lift drone built for demanding payloads. Supported sensors include the Sony LR1, the NextVision Raptor EO-IR with up to 80× zoom and day/night/thermal capability, and GeoCue LiDAR units for high-resolution geospatial mapping. On the software side, Skyfish provides start-to-finish flight planning and mission control, AI-powered anomaly detection, and automated generation of sub-centimeter-accurate 3D models and digital twins—typically within hours of data collection. This enables precise down-tilt and azimuth calculations for cell towers, detailed inspection of electrical lines and solar arrays, crack and deterioration detection in roads, bridges, and runways, and intelligence/surveillance/reconnaissance (ISR) capabilities for defense missions. Skyfish is designed for enterprises and government agencies that require precision, reliability, and scalability across large-scale infrastructure portfolios. Its end-to-end ownership of hardware and software ensures consistent performance and the ability to support custom integrations at scale.
Key Features
- Sub-Centimeter Photogrammetry: Generates highly accurate 3D models and digital twins of infrastructure sites within hours of drone data collection, achieving sub-centimeter spatial accuracy.
- AI-Powered Anomaly Detection: Automatically identifies risks, defects, and anomalies in collected imagery and point-cloud data, reducing manual review time and improving inspection reliability.
- Advanced Multi-Sensor Payload Support: Compatible with the 61-MP Sony ILX-LR1 camera, NextVision Raptor EO-IR sensor (up to 80× zoom, day/night/thermal), and GeoCue LiDAR units for diverse mission requirements.
- End-to-End Flight Planning & Mission Control: Provides start-to-finish mission planning tools that guide operators from pre-flight configuration through autonomous data collection and post-flight processing.
- Full-Stack Proprietary Technology: Skyfish designs and manufactures its own drones (Osprey and M6) and software, enabling deep custom integrations, specialized support, and scalable enterprise deployments.
Use Cases
- Cell tower inspection: automated measurement of down-tilt, azimuth, and structural elements to support telecommunications network optimization.
- Power infrastructure inspection: detailed survey of electrical transmission lines, distribution networks, and solar grid installations to identify damage or maintenance needs.
- Transportation infrastructure assessment: detection of cracks, spalling, and deterioration in roads, bridges, dams, and airport runways using high-resolution photogrammetry.
- Defense ISR missions: intelligence, surveillance, target acquisition, and reconnaissance using EO-IR sensors with up to 80× zoom and night-vision capabilities.
- Digital twin creation: generation of accurate, up-to-date 3D site models for engineering analysis, asset management, and long-term infrastructure monitoring.
Pros
- Vertically Integrated Stack: Owning hardware and software eliminates vendor fragmentation, allowing tighter performance optimization, consistent support, and custom enterprise integrations.
- High Precision Output: Sub-centimeter model accuracy and AI-driven anomaly detection provide inspection-grade data quality that manual methods or lower-end UAV platforms cannot match.
- Multi-Industry Applicability: A single platform addresses cell tower, power grid, transportation, and defense ISR use cases, reducing the need for multiple point solutions.
- Rapid Turnaround: 3D models and digital twins are typically delivered within hours of data collection, accelerating decision-making for field teams.
Cons
- Enterprise-Only Pricing: There is no self-serve or SMB pricing tier; access requires booking a sales call, making it inaccessible to smaller operators or budget-constrained teams.
- Specialized Use Case: The platform is purpose-built for infrastructure inspection and defense ISR; it is not a general-purpose drone or photogrammetry solution for commercial mapping or creative applications.
- Hardware Dependency: Optimal results require Skyfish's own drone hardware and supported payloads, limiting organizations that already have existing UAV fleets.
Frequently Asked Questions
What industries does Skyfish serve?
Skyfish primarily serves cell tower operators, electric utilities and solar providers, transportation agencies (roads, bridges, runways), and government/defense organizations requiring ISR capabilities.
What level of accuracy can Skyfish models achieve?
The Skyfish platform achieves sub-centimeter accuracy in its 3D photogrammetric models, enabling precise measurements such as cell tower down-tilt calculations and structural defect identification.
Which drone models does Skyfish offer?
Skyfish offers the Osprey, a lightweight quadcopter optimized for photogrammetry missions, and the M6, a six-rotor drone designed to carry heavier, more specialized payloads.
What sensors and payloads are supported?
The platform supports the 61-MP Sony ILX-LR1 camera, the NextVision Raptor EO-IR sensor (up to 80× zoom with day/night/thermal modes), and GeoCue LiDAR units for geospatial mapping.
How quickly are 3D models available after a flight?
Skyfish's data services are designed to deliver exceptional 3D models and digital twins within hours of data collection, enabling rapid inspection turnaround for field teams.
