Altaeros builds autonomous tethered aerostats that use its proprietary Aerostat Autopilot™ to launch, land, and manage flight without human intervention. The high‑endurance platforms carry communications, surveillance, and sensor payloads for extended, stable coverage in remote or hazardous areas, supporting border security, disaster response, telecom network resilience, and industrial IoT applications.
Funding
$34.8M 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
Traditional aerial surveillance and communications solutions rely on manned aircraft, tethered drones, or non‑autonomous aerostats that require constant human oversight, limiting endurance, safety, and operational availability, especially in remote or hazardous environments.
Solution
Altaeros provides autonomous tethered aerostats equipped with its proprietary Aerostat Autopilot™ system, which automates launch, landing, flight control, and mission management. By combining proven aerostat hardware with advanced autonomy, the platforms can remain aloft for extended periods with minimal human intervention, delivering continuous, stable coverage for surveillance, communications, and sensor payloads. The high‑availability design enables rapid deployment and persistent operation in locations where conventional aircraft or manually operated aerostats are impractical, supporting missions such as border security, disaster response, telecom network resilience, and industrial IoT monitoring.
Target Audience
Primary customers include government agencies responsible for border and critical infrastructure security, telecom operators needing rapid network deployment, and enterprises requiring resilient aerial platforms for disaster response, industrial IoT, and remote sensing.
Features
- Fully autonomous flight operations including automated launch, landing, and tether management
- Long‑endurance, high‑capacity platform capable of carrying diverse sensor and communications payloads
- Continuous, stable positioning with real‑time autopilot adjustments for wind and weather conditions
- Integrated safety systems that keep personnel out of the launch and recovery zones
- Scalable architecture compatible with existing tethered aerostat infrastructure
- Remote monitoring and control interface for mission planning and data access