Pioneering sovereign low-altitude infrastructure, high-end commercial UAV manufacturing, and precision sensor systems optimized for Central Asia’s extreme climates and geographic challenges.
Engineered to deliver high operational availability under strict Central Asian environmental parameters, featuring advanced payloads, wind-resistant carbon dynamics, and localized radio telemetry.
As Uzbekistan continues to experience rapid economic diversification under its national development agendas, traditional sectors—specifically agriculture, mining, grid infrastructure, and urban utilities—are undergoing a digital renaissance. The integration of unmanned aerial vehicles (UAVs) is no longer a luxury but a structural necessity.
SKY NEXT, in tandem with manufacturing and technology alliances under the UUUFLY banner, represents the spearhead of localized UAV solutions in Central Asia. The regional geography, characterized by extreme continental climates, expansive agricultural valleys (such as the Fergana and Zarafshan basins), and massive high-voltage grid lines traversing mountainous terrain, requires highly specialized hardware and software paradigms. Standard consumer-grade UAV platforms fail to survive the severe thermal swings (-20°C to +45°C) and dust storms common in regions like Karakalpakstan. Our mission is to engineer local capability, build local factories, and establish compliant low-altitude architectures that yield high-value data insights for sovereign state enterprises and private contractors alike.
We turn drones from tools into sovereign infrastructure, enabling the global low‑altitude economy with engineering rigor and strict localized compliance.
UUUFLY builds repeatable, traceable, and compliant UAV systems through integrated innovation across hardware, flight control algorithms, and edge data operations. We close the operational loop of Discover → Decide → Execute → Trace for energy grids, industrial conglomerates, large-scale agriculture, and smart‑city projects.
Applying specialized aerospace engineering to the infrastructure nodes driving Central Asia’s economic transformation.
With millimeter‑level RTK positioning and encrypted video links, combined with dual‑spectrum thermal defect detection and AI target recognition, defect discovery efficiency improves by about 40%. Autonomous patrols and emergency response remain reliable in complex high-mountain regions. Our rapid-charging hardware is fully compatible with mainstream utility fleets, enabling 80% charge in 30 minutes, supported by carbon‑fiber propellers and IP67-rated motors.
Multispectral payloads and cloud-based AI analytics enable early diagnosis of crop pests and water-stress zones with 98% accuracy. By shifting from uniform application to target-based variable spraying, our drone fleets reduce pesticide volume by roughly 30%. Equipped with 50Ah smart batteries and chemical-resistant hardware, a single dynamic flight handles over 200+ mu (~16 hectares), lowering operating overheads by 20–30%.
Combining lightweight aerial LiDAR sensors with oblique photogrammetry payloads delivers high-fidelity 0.05-meter 3D mapping. This integrated capture pipeline accelerates model production by 5x while reducing structural surveying costs by 60%. Utilizing localized 5G bands for real-time cloud data rendering, the resultant meshes serve as the core of municipal digital twins and regional planning initiatives.
SKY NEXT provides customized software deployment matrices featuring automated waypoint planning, multiple fleet task scheduling, and real-time mission execution orchestration. Open REST APIs and message-broker infrastructures support seamless integration with pre-existing telemetry centers, ensuring absolute data security and complete sovereignty for sensitive governmental installations.
Sovereign operation demands validation. UUUFLY and SKY NEXT deploy industrial systems that strictly comply with international standards and Central Asian data security frameworks.
An intersection of aerospace engineering, computer vision, data governance, and localized program delivery.
Our industrial-grade hardware line includes long-endurance electric multirotors, automated docking bays, and eVTOL platforms designed for Central Asia's challenging terrain.
Aligning international R&D trends with the localized needs of Central Asia’s emerging low-altitude economy.
The global UAV landscape is shifting rapidly from operator-reliant platforms to fully autonomous drone networks. By integrating advanced artificial intelligence directly at the edge, modern UAVs can make real-time decisions without continuous operator control.
Additionally, the adoption of green energy alternatives—specifically hydrogen fuel cell propulsion—is reshaping flight performance, extending operational durations from 40 minutes to over 4 hours. In a country as geographically vast as Uzbekistan, long-endurance flight options are critical for pipeline security and surveying remote deserts like the Kyzylkum.
SKY NEXT is actively integrating these advancements into our localized product offerings. By combining high-density solid-state batteries with lightweight carbon structures, our hardware performs reliably in challenging environmental conditions, including thermal extremes and strong high-altitude winds.
Deploying field-ready hardware and custom software suites across key infrastructure sectors.
Whether you require customized UAV integration, localized flight telemetry consultation, or bulk commercial procurement strategies, our dedicated engineering team is here to support your operations.
Send Inquiry NowKey information regarding deployment, compliance, and operation of industrial UAVs in the Uzbekistan market.
Operation of UAVs in Uzbekistan requires registration and certification under the Civil Aviation Authority (State Aviation Supervision Commission of the Republic of Uzbekistan - Uzaviation). As a compliance-first manufacturer, SKY NEXT provides full hardware certification matrices, including system diagnostic records, telemetry specs, and radio frequency compliance tables. We assist operators in acquiring flight authorization, setting up compliant RF links, and configuring local GPS coordinate offsets.
Our aircraft are built with high-grade carbon-fiber frames, IP67 ingress protection, and thermal insulation systems. High-capacity battery modules feature smart pre-heating systems for sub-zero operation (down to -20°C in mountainous terrain) and integrated heat sinks to manage extreme heat (up to +45°C) during agricultural spraying cycles in the summer.
Yes. Our drones feature standard hardware connections (such as dual gimbal interfaces) and software APIs. We support various standard sensors, including PhaseOne mapping systems, MicaSense multispectral payloads, and specialized thermal cameras, allowing operators to easily adapt our hardware to their specific mapping, agricultural, or security requirements.
To support national security and data sovereignty policies, we offer on-premise cloud infrastructure options. Our telemetry channels use military-grade AES-256 encryption. We ensure that all mapping, video, and operational logs remain within your designated local network, preventing external server leaks and keeping your data fully under your control.
Through our regional partnerships and local support network, we provide hands-on operator training programs. Our instruction covers pre-flight planning, emergency safety protocols, sensor calibration, and data processing. We also offer maintenance services to keep your fleets operational with minimal downtime.
UUUFLY
