OLINTEK Cargo Load Planning

SkyLoad iQ, a key component, empowers cargo load planning personnel with intuitive 3D graphics. This visualization clearly displays ULD loading positions, shipment density, and weight distribution within the aircraft cargo hold. It also shows available loading capacity, enabling quick assessment of sales quotations for these spaces. This facilitates the formulation of accurate Cost-Benefit Analysis (CBA) loading plans and necessary adjustments, ultimately maximizing the utilization of both cargo hold space and weight limits, and optimizing ULD loading space.

SkyCube iQ assists Ground Handling Agents (GHA), General Sales Agents (GSA), and air cargo agents in enhancing operational efficiency and cargo loading quality. It rapidly generates charter loading plans and quotes, sets booking conditions for freight forwarders, accurately forecasts cargo volume, automatically optimizes loading space calculations, and quickly estimates required ULD types and quantities to maximize ULD utilization.

The SkyOptimizer Smart Optimization Engine is the robust core, automatically assessing total cargo weight and volume while maximizing cargo hold space utilization. It offers data interfaces with external systems, allowing flexible utilization of its API functionalities for integration with internal enterprise management systems or incorporation into existing systems. This ensures seamless data flow and adaptable development for various system data interface requirements.

OLINTEK differentiates itself through a combination of experienced professionals and a powerful optimization engine. The company understands the challenges of applying technological innovation in air logistics and is committed to merging aviation logistics best practices with information technology to create business value for clients. The user interface is designed for the best experience, ensuring a straightforward and intuitive interaction with the smart optimization engine and strong computing capabilities, keeping users in control of their decision-making.

The system addresses two major challenges in air cargo handling: reliability and safety. It handles the variability of exports and trans-shipments, time performance, weight restrictions, and complex stacking rules. For safety, it integrates all relevant loading factors, including legislation, aircraft technical parameters, and cargo/flight status, ensuring compliance with IATA and airline standards for optimal center of gravity and operational stability. Exceptional computational power is a cornerstone, ensuring swift, accurate, and powerful calculations for aircraft loading and ULD build-up.