Aircraft Performance Group, LLC
Jeff Anderson is an accomplished Chief Technology Officer at Aircraft, responsible for transforming APG technology into a leading entity in business aviation since August 2004. Under Jeff Anderson's leadership, the company achieved significant milestones, including a 400% increase in new product releases and double-digit annual revenue growth. Jeff Anderson developed the widely-used iPreFlight app, leveraging a small agile team and innovative technologies. Prior to Aircraft, Jeff Anderson held key roles, such as Programming Manager at Optika, where management and consulting for Fortune 500 companies were primary responsibilities, and Sr Programmer Analyst at Jeppesen. Jeff Anderson's extensive experience spans over three decades in various programming and technology leadership positions.
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Aircraft Performance Group, LLC
Aircraft Performance Group, Inc (APG) is the leading global provider of flight operations software solutions to the Aerospace Industry. APG provides flight planning, runway analysis and weight and balance to the aviation industry. Our services include: APG Enterprise Solutions iPreFlight Enterprise provides greater efficiency, automation, and data management capabilities for those organizations with larger fleets. The iPreFlight Enterprise version integrates with your in-house systems via APG’s software portal to receive automatically generated Flight Books for each flight. This software is designed to take advantage of flight-related information already resident in your internal support applications and programs such as flight numbers, aircraft type, city pairs, crew assignments, planned passengers, and fuel loads. iPreFlight (Available on iPad) iPreFlight is the ultimate solution for operators who want to access the largest toolkit. Leveraging the computing power of the iPad, APG’s iPreFlight app allows operators to achieve accurate payload estimates without the need for Internet connectivity. Use the Maximum Payload Estimator (MPE) tool to determine maximum payloads given a combination of specific temperatures from the departure and arrival airports.