Smart cities. Oil & gas facilities. Warehouses. Industrial sites. Maritime ports.
NEST® is the autonomous aerial infrastructure designed for environments where continuous coverage is not optional, it is the only viable solution.
Urban districts, open areas and territorial boundaries demand continuous aerial monitoring: traffic flows, security incidents, emergency response coordination; every hour, across every perimeter.
The resultReactive deployments that arrive too late, coverage gaps across the most critical urban zones, and no system capable of providing continuous, legally compliant coverage where it is needed most.
Existing drone-in-a-box systems are ground-based: they require a dedicated footprint and civil works, making installation on existing urban structures difficult. Each node operates in isolation: without coordination between units, coverage ends at the edge of a single deployment zone. And without BVLOS clearance over populated areas, a regulatory barrier that exists in virtually every jurisdiction worldwide, autonomous operations cannot legally cover the urban districts where monitoring is most needed. Competing systems with drones of equivalent size lack thermal imaging capability, limiting detection to standard visual data when thermal intelligence is critical for security and monitoring applications.
NEST® addresses each of these constraints directly. Elevated installation on existing poles, towers and rooftops eliminates the need for civil works or dedicated ground space. Aerial Mesh coordination enables real hand-off between nodes: a drone launched from one NEST can land on another across the city, creating continuous coverage without gaps. NEST® paired with the K250X, the only multirotor with an EASA Design Verification Report for SORA M2 compliance, gives operators a significant regulatory advantage for complex BVLOS operations in populated and urban areas.
Oil & gas assets are distributed across hazardous environments where human and equipment presence is restricted by law. Continuous monitoring is operationally and regulatorily critical: leaks, fugitive emissions, gas releases, and perimeter anomalies can occur at any hour and carry significant safety, environmental, and financial consequences.
As oil & gas operators accelerate their energy-transition commitments, reducing methane and fugitive gas emissions has become a strategic priority, not only to improve safety, but also to reduce carbon footprint, demonstrate environmental accountability, and meet increasingly strict ESG and regulatory expectations.
The resultPeriodic manual inspections that leave blind spots between cycles, operational risk that cannot be eliminated, emissions that may remain undetected for hours or days, and regulatory exposure that grows with every unmanned hour.
Confined-space inspection drones address point-in-time inspection of tank and vessel interiors, not continuous outdoor monitoring across an active facility. Standard autonomous aerial platforms are not ATEX-certified and cannot legally operate in explosive atmospheres.
Ground-based robotic systems may address hazardous-zone requirements, but they remain constrained by the physical layout of industrial sites. Oil & gas facilities are complex, elevated, and congested environments: stairs, curbs, pipe racks, tanks, cable trays, equipment, uneven surfaces, and restricted passages can limit or interrupt ground robot mobility. Even when autonomous, these systems are path-dependent and cannot reliably reach every critical point of the facility.
A certified multirotor aerial node overcomes these limitations. It can access elevated structures, inspect from multiple angles, cover wide areas quickly, and reach zones that are difficult, slow, or impossible for ground robots to navigate. This makes it better suited for continuous monitoring of perimeters, internal zones, conduits, pipelines, tanks, and high-risk emission points.
No existing solution provides continuous, autonomous monitoring of an active oil & gas facility, across perimeter, internal zones, conduits, pipelines, and elevated assets, without a pilot on site and without interrupting operations.
NEST® addresses each of these constraints directly. Installed at elevation on existing industrial structures outside the ATEX footprint, it keeps ground infrastructure away from the hazardous zone. Only the certified aerial node operates within the explosive atmosphere.
The system runs continuously: autonomous takeoff, mission execution, landing, and recharge without a pilot on site. Real-time data, anomalies, fugitive gas leaks, emissions, perimeter status, and asset conditions, is processed and transmitted without interrupting ongoing operations.
For oil & gas operators, this means continuous oversight of hazardous areas, faster detection of fugitive emissions, reduced environmental impact, and a measurable contribution to carbon-footprint reduction and green-transition objectives.
Large-scale warehouses and distribution centers require continuous inventory monitoring across thousands of SKUs, in high-shelving environments that ground-based systems cannot reach. Manual cycle counts are slow, expensive, and error-prone.
The resultInventory discrepancies that go undetected for weeks, compliance gaps, and operational costs that grow with every square metre of the facility.
Autonomous inventory scanning systems operate within defined indoor zones. They address stock counting at scheduled intervals, not continuous coverage across an entire facility. Ground-level systems cannot access high-shelving inventory without dedicated infrastructure. Existing solutions operate in isolation: indoor or outdoor, never both. And without autonomous recharging infrastructure, any system requires human intervention between missions, creating operational gaps precisely when monitoring is most needed.
NEST® paired with the K500L is the only system that provides continuous autonomous coverage inside large-scale warehouse environments. Native mmWave 5G connectivity replaces GPS, enabling precise indoor navigation without external positioning infrastructure. The system auto-recharges and redeploys autonomously between missions — without personnel on site and without scheduling constraints.
Large-scale industrial facilities, manufacturing plants, production sites, logistics hubs, require continuous monitoring across complex outdoor perimeters and critical asset areas. Safety compliance, perimeter security, and asset condition monitoring cannot be managed through periodic manual inspection cycles.
The resultIncidents go undetected between inspection rounds, perimeter breaches are identified too late, and operational safety is managed reactively rather than proactively.
Fixed camera networks provide static coverage with no ability to respond dynamically to evolving incidents or reach every critical point across a complex site. Drone-in-a-box systems require dedicated ground infrastructure and civil works, making deployment on existing industrial structures impractical. Ground-based patrol systems are constrained by the physical layout of industrial sites and cannot reliably cover every critical zone without interrupting operations.
NEST® deployed at elevation on existing industrial structures, masts, towers, facility rooftops, provides continuous autonomous coverage across perimeters and critical asset zones. The K500I operates outdoors in all weather conditions, autonomously monitoring access points, asset clusters, and boundary areas between autonomous recharge cycles, without a pilot on site.
Ports require 24/7 monitoring across vast, complex perimeters: quays, terminals, fuel storage zones, vessel traffic. Environments are extreme: high winds, salt spray, full humidity, and ATEX zones in fuel areas. Manual patrol is neither practical nor cost-effective at scale. A gap in coverage is a security gap, and in ports, security gaps have operational and regulatory consequences.
The resultPorts rely on human patrol for perimeter coverage, a solution that is neither continuous nor scalable across the distances modern terminals demand.
Drone-in-a-box systems are designed for controlled environments: they fail rapidly in maritime conditions where high winds, salt spray, and constant humidity corrode components and compromise continuous operations. Being ground-based, they also lack the elevation needed to see across container stacks and terminal infrastructure. Fixed camera networks provide static coverage with no ability to respond dynamically to vessel traffic, perimeter breaches, or evolving incidents.
NEST® is designed to operate where conventional systems fail and to install where ground-based systems cannot reach. Elevated on existing port structures, cranes, towers, lighting poles, it provides continuous coverage across the entire terminal, with the vantage point needed to monitor beyond container stacks and vessel traffic. No civil works. No new ground infrastructure. Operational in days.
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