AI driven, smart solutions for the UAV ecosystem : Making technology accesible

Advanced AI models to cater to various sectors, available for the UAV ecosystem globally, for efficient usage is what we aspire for.

SKYBER® Smart Solutions

Making the usage of UAVs more effective by making AI based software solutions more accessible.

Advanced AI models
Collaboration with Microsoft
Solutions built for key sectors
Secured data center
Encrypted communication
Scalable for global needs
Built to global standards

Smart solutions designed for the UAV ecosystem

SKYBER®'s cutting-edge AI-powered software solutions revolutionize the UAV ecosystem by boosting productivity and efficiency, all while ensuring robust data security through Microsoft Azure's scalable global platform. Tailored to meet the diverse needs of multiple industries, SKYBER® empowers businesses with seamless, future-ready technology.

AI SOLUTIONS

Making advanced AI models available to the UAV ecosystem, supported by Microsoft

Oil and Gas

Smart AI models analyzes drone-captured images and videos, enabling the Oil and Gas sector to optimize inspections, detect anomalies, monitor assets, ensure safety, and improve operational efficiency.

Mining

AI-driven smart solutions analyzes drone-captured visuals, helping the mining sector optimize exploration, monitor site conditions, ensure safety, manage resources efficiently, and detect operational risks.

Construction and Infra

Advanced visual analytics enables the construction and infrastructure sector to monitor progress, detect issues, enhance safety, improve planning, optimize resources, and ensure project efficiency.

Renewable Energy

AI powered advanced visual analytics empowers the renewable energy sector to monitor assets, detect faults, optimize maintenance, enhance efficiency, ensure safety, and maximize energy output.

Agriculture

Enabling agriculture to monitor crop health, optimize yields, identify pests, guide targeted spraying, conserve resources, and improve overall farming efficiency with actionable insights.

Defense

AI-driven visual analytics enhance defense by enabling real-time threat detection, autonomous surveillance, target tracking, terrain mapping, and rapid decision-making for improved situational awareness and security.

Smart drones for the present and future : Simplifying complex challenges

Simple solutions for complex challenges is what we aspire for. We build the product around the problem statement to make it extremely effective in real life scenarios.

SKYBER® Smart Drones

Solving difficult problems by building cutting-edge products can be achieved with ease.

Understanding the problem statement
Designing the most optimum solution
Collaboration with domain experts
In-house manufacturing and assembling unit
Built to global standards
Safe and Secured

Smart drones, effortlessly tackling complexity

Complex challenges are now met through aerial means, employing intelligent drones. SKYBER® Smart drones are meticulously crafted and conceptualized by top minds in aerospace alongside domain experts for optimal utilization. These smart drones are engineered with profound simplicity across all operational facets, from flight to maintenance and support.

SMART DRONES

Addressing challenging issues with the ease of sophisticated drones

Disaster management

Equipping the rescue team with quick surveillance data supported by critical logistical movement using drones remotely is a game changer in disaster management rescue operations.

Ammunition drop

Either kamikaze or ammunition-drop drones have proven to be winners in recent battles while reducing human losses. These can effectively infiltrate enemy borders in stealth mode.

Agricultural

AI-driven targeted spraying of pesticides has not only reduced the time needed to spray an agricultural field but has also reduced the cost involved and kept the produce healthy.

Payload

Difficult terrains, time complexity, or even cost benefits outline the use of drones to move payloads, which can vary from a few grams to more than 100 kg of payload delivered with zero carbon footprint.

Fire Fighting

Fire rescue missions are time-critical, and to have a drone either tethered to a water line or with fire extinguishers scaling heights in no time gives an edge to fire fighters.

Surveillance

From simple boundary surveillance to complex mining surveillance, from slow personal surveillance to high-speed ISR missions in enemy territory, these can give an edge to conventional surveillance.

Crowd management

Smart drones attached to various tools like surveillance cameras, beacons, one-way communication systems, and, at times, tear gas shells make these lethal drones very effective.

Videography

From casual hobbyist videos to cinematic endeavors, drones, ranging from simple to sophisticated, have ushered in a new era of aerial perspectives, gradually eclipsing helicopters in these productions.

Attack Drones

Loitering munitions, swarm drones, kamikaze UAVs, autonomous strike drones, anti-radar drones, and high-speed interceptors for precision targeting, suppression, and battlefield dominance.

Advanced aerial payload carrying vehicles is the future of logistics

Advanced critical time-bound logistical movement while using green energy and reducing carbon footprints to zero during flights is the future, and we are ready. Heavy-payload drones are HERE.

SKYBER® Payload Drones

300 gms to 110 kgs payload; we are building convenience for the logistics industry

110 kg payload
50 km/hr
12,000 ft service operability
Reduced carbon foot print
Autonomous
Safe

Critical Logistical movement Simplified

Difficult terrains and time-bound movements have always been a critical problem for logistical movement. Expensive solutions deploying helicopter movements are now replaced with advanced drones executing similar tasks utilizing green energy. SKYBER®'s Payload Drones are an efficient solution to this modern-day problem of heavy payload movement.

Use Cases

Reducing carbon footprint one flight at a time while revolutionizing aerial logistical movements

Complex terrain movement

Complex terrains like high altitudes, deep seas, and dense forests all come with their own challenges to the movement of heavy payloads. Heavy-payload-carrying drones are an answer to such problems.

Time critical movement

Medical supply movements in urban environments can be life-threatening if faced with vehicular traffic. Payload drones provide a convenient and safe solution for such situations.

Hostile movement

Transporting essential supplies during wartime often poses risks to human lives. Autonomous drones streamline these operations, mitigating the risk of human casualties.

Reliable and advanced components for the ecosystem : Making UAVs smarter

UAVs are highly sophisticated machines, processing thousands of calculations every second to ensure stable flight while flawlessly executing their missions. Powered by AI, SKYBER®’s smart components elevate efficiency, reliability, and performance to unprecedented levels.

Smart components

Advanced AI powered components for better efficiency and reliability

AI powered chipsets
Smart flight controller
Intuitive GCS
Reduced power consumption
Effective heat channeling
Secured communication

Making UAVs smarter

UAVs rely on advanced software to handle complex computations during flight operations, from the flight controller and AI-driven chipsets to the ground control system and mission planner. SKYBER® redefines these systems with cutting-edge AI-powered modules, maximizing safety, efficiency, and reliability like never before.

Smarter UAVs

Making UAVs smarter, one flight at a time, learning through the power of AI

Flight Controller

The brain of UAVs, processing thousands of computations per second to ensure flawless stability and control. SKYBER® enhances it with AI-driven learning capabilities, making every flight smarter.

AI powered chipsets

Lightning-fast computation, minimal power consumption, and reduced heat generation are the core design principles driving the development of our next-generation AI-powered chipsets.

Mission Planner and GCS

An intuitive Ground Control System, seamlessly paired with autonomous flight capabilities and a robust AI-powered Mission Planner, optimizes flight paths for unparalleled efficiency redefining the UAV flying experience.