FuelCloud is a fuel technology company building the future of Fuel Management Systems for monitoring and managing bulk fuel supplies. By combining four generations of fuel industry knowledge with the latest innovations in cloud computing and mobile technology, FuelCloud's Fuel Management Systems deliver cardlock-level control at backyard prices. The result is a powerful yet affordable Fuel Management System that protects fuel from loss and theft, streamlines reporting and management, and puts you in control of your fuel.
The heart of FuelCloud's system is the cloud-based web portal. From the web portal, managers can track transactions and tank volumes, control who can access fuel (and how much they can have), and automate creating and delivering reports The web portal also integrates your bulk fuel data with your other fleet and business management software, helping to create a complete data picture of your fleet operations from tank to tailpipe.
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Statseeker is a powerful network performance monitor solution. It's fast, scalable, and cost-effective.
Statseeker requires only one server or virtual machine to be up and running in minutes. It can also discover your entire network in under an hour without any significant impact on your bandwidth availability.
It can monitor networks of all sizes, polling upto one million interfaces every sixty second, and collecting network data like SNMP, ping, NetFlow (sFlow, and J-Flow), sylog and trap messages, SDN configuration, and health metrics.
Statseeker performance data are never averaged or rolled up. This eliminates the guesswork when it comes to identifying over- and underestimated infrastructure, root cause analysis, capacity planning, and other tasks.
Statseeker's complete data retention means the in-built analytic engine can accurately detect anomalies in performance and forecast network behaviour months in advance. This allows network admins to plan and perform cost-effective, preventative maintenance, instead of fire-fighting problems as they occur.
Statseeker's dashboards and out-of-the box reports allow you to troubleshoot and fix problems in your network before users are aware.
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Airsoft
An effective aircraft maintenance system includes essential components such as hardware (the server), an operating system, user licensing, and the necessary software. The integration of these elements can often be a challenging and frustrating process, which is why we offer a comprehensive A-Z solution where you simply log into your dedicated server and begin your work, while we handle the technical setup. Are you in search of a new aircraft maintenance, engineering, and material management solution that will quickly yield a return on your investment and fits within a limited budget? With Airsoft A-Z Aircraft Maintenance ASP, our clients can swiftly implement enterprise-level aircraft maintenance applications without the financial and logistical burdens of owning, managing, or supporting the software and its technical infrastructure. Additionally, the aircraft inventory, known as INVENT, is a compilation of events pertaining to an individual aircraft that aids in streamlining maintenance processes. This approach not only enhances operational efficiency but also ensures that your focus remains on your core business activities.
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CubeMaster
It determines the optimal way to load trucks, containers, pallets, rail cars, boxes, and ULDs with both uniform and mixed-size products. The system identifies the most effective combinations of various vehicle types to enhance space utilization while accommodating diverse cargo sizes and quantities. Ideal for generating multiple product load plans for pre-packing unit loads, it also computes arrangements for both single full pallets and mixed pallet loads. Various pallet types are assessed for these loads, which can subsequently be utilized for constructing container loads. The tool evaluates the best application of multiple air pallets and containers, including LD and ULD variants. Additionally, it calculates loading costs using a pivot factor while striving to optimize an aircraft’s space utilization. The software determines the ideal number of vehicles required to transport all orders of different sized cartons or pallets, and it takes into account the unitization of cargo prior to loading onto vehicles, ensuring a systematic approach to logistics management. This comprehensive analysis ultimately leads to improved efficiency in cargo handling and transportation logistics.
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