Water stress is escalating
Scarcity, salinization, and agricultural volatility are accelerating across continents. Intermittent satellite passes and short drone sorties miss crucial changes, leaving operators blind to rapidly evolving conditions.
Persistent aerial intelligence
Eyes in the sky that stay for days, not minutes.
Horus Engineering builds the Gas-filled Compact Flying Apparatus — a long-endurance airship platform that collects multispectral insight where satellites and drones fall short, so governments and enterprises can monitor water, infrastructure, and climate risk in real time.
- of continuous area coverage
- Days
- cc/m²·24h helium permeability
- <20
- gsm envelope weight
- <100
01
The gap in the sky
Water stress, climate volatility, and infrastructure demands require persistent aerial data that current platforms cannot sustain.
Demand is compounding
Global aerial imaging spend is on track to triple by 2032 across infrastructure, agriculture, energy, and environmental sectors — worldwide demand for coverage that simply stays up.
02
The GCFA platform
A modern helium airship that bridges the gap between satellites, planes, and drones — long-endurance flight paired with high-fidelity sensing and autonomous control.
Persistent coverage
The Gas-filled Compact Flying Apparatus (GCFA) floats for days at mid-altitude — continuous imaging that satellites, manned flights, and battery drones cannot sustain.
Advanced envelope
A proprietary composite film holds helium permeability under 20 cc/m²·24h·1atm at less than 100 gsm — far beyond consumer films and aluminized mylar.
Autonomous operations
A hybrid AI control stack fuses multiple sensors for robust path following and navigation — even in degraded GNSS/GPS environments.
03
Engineered for endurance
Two core advantages compound: an envelope that keeps helium in, and a flight stack that keeps the mission on course.
SPEC / ENVELOPE
Composite film envelope
Our proprietary envelope material dramatically outperforms consumer-grade films, translating directly into longer missions and lower operating cost per flight hour.
- He permeability
- <20 cc/m²·24h·1atm
- Areal weight
- <100 gsm
- Construction
- Proprietary composite film
- Result
- Multi-day mission endurance
SPEC / FLIGHT STACK
Hybrid autonomous control
A hybrid AI controller fuses sensor inputs to hold course through challenging wind profiles, with redundant navigation that keeps the GCFA mission-ready when GNSS fades.
- Control
- Hybrid AI + classical
- Navigation
- GNSS-independent, redundant
- Sensing
- Multi-sensor fusion
- Operation
- Fully autonomous
04
HorusView: from capture to decision
Raw multispectral imagery only matters once it becomes an answer. HorusView, our analysis platform, turns captures into spectral views, tracked issues, and analyst-ready digests. Drag the divider to see the same Doha coastline through the Ulyssys water-quality model.
Horus-View // analysis previewDoha coastal strip · Sentinel-2 L2A
Ulyssys water qualityTrue color
- Spectral views
- NDVI, NDMI, NDWI, NBR, and custom RGB composites rendered on demand.
- Issue tracking
- AI-flagged zones with severity, review states, and one-click export.
- Analyst digest
- Automated change summaries between captures, ready for reporting.
05
Go-to-market roadmap
A two-stage commercialization strategy balances early recurring revenue with scalable hardware delivery.
2026–2027
Prototype & validation
Develop the composite envelope, train flight models, and complete prototype manufacturing and testing with strategic pilot partners.
2027
Stage 1 — GCFA as a service
Subscription aerial coverage, data analytics, and precision reporting for government and enterprise clients.
2029
Stage 2 — Scale
Direct apparatus sales, maintenance programs, and regional franchise agreements to expand the global footprint.
06
Research & development
Dedicated teams across research, science, engineering, and software drive a 12–24 month roadmap of tightly integrated milestones.
- Composite envelope engineering and gas permeability testing
- Flight model training with deep learning and hybrid controllers
- Connectivity research and resilient telemetry
- Integrated flight stack development
- Prototype build, testing, and iteration
07
Leadership
Interdisciplinary experts combining deep learning, material science, avionics, and long-term R&D leadership.
Jan Akhremchik
Founder · CEO
BSc/MSc Applied Math & Control Processes, 8 years building AI systems.
LinkedIn ↗
Valeriy Akhremchik
CTO · Hardware Engineer
Physics MSc, specializes in structural analysis, hardware and material analysis.
Sergei Salishev
Software & Research Advisor
PhD Mathematics & Mechanics, 25 years in software research and academia; senior lecturer at SPSU.
LinkedIn ↗Contact
Let’s put persistent eyes on what matters.
We’re engaging with government agencies, utilities, and corporations seeking continuous monitoring of water, infrastructure, and climate risk.
contact@horusengineering.net