AISPECO provides modular, multi‑sensor payload platforms that can be quickly mounted on helicopters, airplanes, and ground vehicles without structural modifications. Their HELIUX CORE control unit and integrated AI processing enable real‑time data validation, edge analytics, and flexible configuration of up to nine interchangeable sensors such as LiDAR, hyperspectral, thermal, and high‑resolution cameras. This reduces integration time and operational costs for surveying, mapping, and inspection teams across utilities, forestry, mining, civil engineering, and defense.
Funding
$2.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Collecting high‑resolution geospatial data often requires bulky, custom‑engineered sensor suites and extensive aircraft modifications, leading to long integration times, high costs, and limited flexibility for different missions.
Solution
AISPECO offers modular, multi‑sensor payload platforms that can be quickly installed on helicopters, airplanes, and ground vehicles without structural changes. Their HELIUX CORE control system consolidates compute, power management, and sensor coordination into a single unit, supporting scalable CPU expansion, high‑speed 10 G+ Ethernet, and optional UPS for uninterrupted operation. The platforms accommodate up to nine interchangeable sensors—including LiDAR, hyperspectral, thermal, and high‑resolution cameras—from leading manufacturers, allowing users to tailor configurations to specific survey tasks. Integrated AI processing and real‑time quality assurance enable on‑board data validation and edge analytics, while the AISPECO Flight Management Software provides web‑based mission planning, sensor triggering, and live monitoring. This combination reduces aircraft downtime, lowers operational costs, and accelerates data acquisition for a wide range of geospatial applications.
Target Audience
Primary customers are surveying, mapping, and inspection teams in utilities, forestry, mining, civil engineering, and defense that operate helicopters, fixed‑wing aircraft, or mobile platforms and need flexible, high‑performance geospatial data collection solutions.
Features
- Modular payload architecture with plug‑and‑play sensor bays supporting up to nine LiDAR, optical, thermal, and hyperspectral units
- HELIUX CORE control unit with scalable GeoBrick CPU modules, 10 G+ Ethernet, PCIe storage, and optional embedded AC/DC power or UPS
- Fully wireless cabin integration eliminating the need for aircraft wiring and enabling rapid installation on any certified airframe
- AI‑enabled edge processing (GPU/NVIDIA Jetson) for real‑time data analysis, quality control, and automatic sensor triggering
- Flight Management Software (Robincop) offering web UI, real‑time QA, mission synchronization to cloud, and multi‑sensor preview on pilot and operator screens
- STC‑approved mounting options for a broad range of helicopters and light aircraft, requiring no structural modifications
- Optional protective features such as retractable sensor guards, heated enclosures, and sealed payloads for harsh‑environment operations