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Marcel Amherd, Co-Founder and Co-Leader and Matthias Haefliger, Co-Founder and Co-LeaderFlight data monitoring has become an important part of modern aviation safety, yet many operators struggle to make effective use of the large volumes of data generated by their aircraft. Though this data helps identify risk exposure and investigate non-routine occurrences, turning it into meaningful insights requires specialized expertise, time and complex software. For small scheduled passenger airlines and business jet operators, those demands can be particularly challenging.
swiss49 developed smartFDM to address operators' need for a straightforward alternative to complex flight data monitoring systems. Made by pilots for pilots, it simplifies how flight information is processed, reviewed and shared.
Flight safety officers do not need to manually compile screenshots, charts or supporting material. The platform automatically prepares structured reports that can be forwarded directly to pilots for discussion and learning. This reduces the time required to analyze findings and complete the review process.
“We want to make the flight data analysis and the flight data surveillance process as simple as possible so that clients and pilots can derive meaningful conclusions with minimal work,” says Marcel Amherd, Co-Founder and Co-Leader.
Amherd and his business partner Matthias Haefliger cofounded swiss49 after years of working as pilots and flight data monitoring analysts at a large passenger airline. Having worked in both worlds, they understand what information pilots and operators need and designed smartFDM to present it in a simple, practical format.
Ready-to-Use, from Day One
New operators do not need to build event programs from scratch. They immediately gain access to swiss49’s predefined event programs and detection algorithms developed and refined over more than two decades. The detection algorithms automatically identify conditions such as hard landings, excessive bank angles, engine temperature exceedances, and can also measure fuel-usage efficiency, allowing safety teams to focus on reviewing events and determining appropriate follow-up actions. Its expertise in calibration and system configuration also prepare each aircraft for analysis.
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We want to make the flight data analysis and the flight data surveillance process as simple as possible so that clients and pilots can derive meaningful conclusions with minimal work.
These capabilities are offered through a competitively priced service. A basic smartFDM package serves operators that only need to meet regulatory requirements. Optional tailored services including flight event validation, identification of significant flight events, mitigation recommendations, individual pilot statistics, safety performance indicators, fuel-efficiency statistics and Engine Health Monitoring EHM can also be added when needed. Additional reports help airlines plan operations at airports with short or wet runways, to allow reduced pre-flight planning margins.
Expanding Safety Intelligence
smartFDM has evolved since its initial release. Beginning as a portal that let customers upload flight data and review detected events, smartFDM later expanded to include automated event reports, map and chart modules and recurring monthly, quarterly, and annual reports that help clients identify trends across aircraft, fleets and operations.
A business intelligence tool supports operators to conduct their own statistical analysis and data mining, helping uncover non-obvious conclusions and identify systematic error patterns across larger datasets. Interoperability enables exchange of information with safety management and flight planning systems, supporting more detailed analysis and individual pilot statistics.
Recent enhancements introduced flight replay sharing which allows safety officers to send pilots a secure link to an interactive 3D replay of a flight. Aircraft movements, cockpit displays, engine instruments, flight controls and detected events can be reviewed remotely with playback controls for detailed analysis.
The platform also calculates a Safety Risk Index to monitor long-term operational risk. For one long-standing customer, years of flight data insights guided safety investigations, pilot debriefings and incremental operational improvements. The index reflected the cumulative impact, showing a steady decline in overall risk.
In another case, historical flight data helped identify when unusual engine vibrations and elevated temperatures first began. The findings informed maintenance decisions and helped reduce costs.
Future development of smartFDM includes AI analysis to support cross-client comparisons and identify emerging trends. Focused on helping operators extract greater value from flight data, swiss49 continues to refine how safety insight is delivered across flight operations.
Flight Data Monitoring that Pilots Can Actually Use
Flight data monitoring initiatives often run into the same challenge. The data is available, regulators expect a structured monitoring program, but safety teams still have to convert raw exceedance records into meaningful insights without overwhelming a small staff with endless charts and manual analysis. For business jet operators and smaller scheduled carriers, the wrong solution can create more technical work instead of improving safety. The real question is not whether a system can collect more data, but whether it can turn that data into clear, reliable findings that safety officers can easily review and stand behind.
Aviation executives should pay close attention to what happens between event detection and pilot debriefing. Features such as event libraries, accurate calibration, aircraft configuration and proper data mapping are essential because poor system tuning can generate unnecessary alerts. Too many false positives reduce confidence in the program, while weak detection can overlook early warning signs that flight crews and safety managers need to address. A well-designed platform should detect exceedances, retain the context behind each event, generate review-ready reports and present clear evidence without requiring analysts to manually compile screenshots. The less time spent preparing reports, the more time safety teams can dedicate to working with crews and reducing operational risks.
Usability also has a direct impact on cost. Smaller fleets usually cannot justify large IT projects that require weeks of configuration or ongoing vendor support. Instead, they need a solution with browser-based access, secure data uploads, straightforward reporting and enough implementation support to get aircraft data flowing quickly without placing additional pressure on the safety team. Cost remains an important consideration, but only when evaluated alongside the value delivered. A lower-priced solution that still leaves validation, reporting, trend analysis and crew communication entirely to the operator may do little to reduce the workload that prompted the investment in the first place.
“The less time spent preparing reports, the more time safety teams can dedicate to working with crews and reducing operational risks.”
Beyond day-to-day monitoring, management also needs clear visibility into long-term risk trends. Flight data monitoring should help leaders understand whether safety performance is improving over time rather than simply reporting the events recorded during the previous week. Trend reports, safety risk scores, event histories and flight crew statistics make it easier to distinguish isolated incidents from recurring operational patterns. Fuel analysis and runway performance reporting provide additional insights when operating margins or short-field conditions influence everyday decisions. Historical flight data can also help maintenance teams identify engine performance changes or system deterioration early, making potential issues easier to investigate before they develop into costly disruptions.
Confidentiality is just as important as the technology itself. Flight data programs are most effective when pilots trust that debriefings are intended to support learning rather than assign blame. Providers with experience in cockpit operations and pilot engagement are often better equipped to deliver feedback that crews are willing to accept. This is not something software alone can provide. It comes from professionals who have worked directly with pilots, validated flight events and learned how to turn complex operational data into a few practical lessons that crews can apply.
swiss49 aligns well with these priorities through its Smart FDM service, which is designed to simplify flight data monitoring while delivering report-ready insights, pilot debriefing support and specialized aviation expertise. Its web-based platform includes automated flight event reporting, 3D flight animation, replay sharing, business intelligence tools, safety risk indexing, crew statistics, fuel efficiency monitoring and integration with safety and flight planning systems. The company also provides services for regulatory compliance, along with optional modules covering event validation, event identification, mitigation guidance and outsourced safety officer support. For operators looking for an effective flight data monitoring solution without adding significant IT complexity, swiss49 offers a practical and well-rounded option.
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Company :
swiss49
Management Marcel Amherd, Co-Founder and Co-Leader and Matthias Haefliger, Co-Founder and Co-Leader
Description
swiss49 provides flight data monitoring and analytics solutions for business jet operators and small scheduled passenger airlines. Through its smartFDM platform, the company helps operators transform recorded flight data into practical safety insights, supporting compliance, investigation, pilot learning, operational improvement and long term risk management.
