Real-Time Turbulence Alerts, Maps, and Data Analysis Apps for Pilots and Dispatch Demo Webinar [SkyPathX Pilot, Dispatch, and Cabin Crew Walkthrough Demos; ADS-B derived Turbulence, Nowcasting AI/ML Powered 12H Predictions; Voice & Text Alerts; PIREPs]

Register to attend this Webinar and join SkyPath as they demo the latest version of their innovative and unique real-time turbulence analysis, alerting, and reporting Apps, as used by airlines worldwide such as United, American Airlines, Emirates, Singapore Airlines, Japan Airlines, and more; with 100,000 pilots using the app, 9B turbulence reports, and more than 16 million Turbulence Alerts annually. As you will see, SkyPath is a software only solution and does not require any aircraft integration. It is available as stand-alone Apps for pilots, dispatch, and management, or as an integrated layer in all leading EFB Apps, providing real-time en-route, graphically visualized turbulence reports, and vocal and text alerts warning of Turbulence ahead, alongside PIREPs. During the Webinar, SkyPath experts will take you on demos of the solution, firstly from a pilot’s perspective for a typical flight using the flight deck App, followed by the new CabinConnect app, showing how pilots alert cabin crew regarding upcoming turbulence, and lastly the renewed Web App as used by dispatch to monitor each flight. The demos will also showcase the newest features in SkyPath (version X). Firstly, a novel new industry-leading turbulence data source based on ADS-B Vertical Rate. Next, Nowcasting, a predictive AI / ML powered model utilizing real-time turbulence observations and meteorological parameters to predict short-term turbulence, for up to 12 hours, with a detection rate of more than 90%, and much more. With increasing frequency of Turbulence from global warming, you will see how SkyPath offers vital insights to both Pilots and Dispatchers, providing real-time Turbulence data and Turbulence predictions, enabling immediate action.

The Webinar begins with a look at the challenges of increasing frequency of Turbulence before giving an overview of the solution. You will see how SkyPath utilizes crowdsourcing technology to share Turbulence information in the aviation community. You will get an explanation on each of the unique and groundbreaking new Turbulence data sources that SkyPath has developed to improve pilots’ situational awareness in regard to Turbulence. The solution normalizes the Turbulence data, taking the airplane’s type into consideration (weight, wing length, etc.), that is servedto the pilot in the most accessible way. As you will see, via case studies, SkyPath analyzed and found that 79% of Turbulence related injurie events occurred in known Turbulence locations, and drives a 40-50% decrease in the number of injuries among SkyPath users.

The Webinar is divided into three key sections:

Overview of SkyPath; Industry Turbulence Problems; Latest Developments
First, the SkyPath team will outline the challenge of increasing frequency of Turbulence, which is forecast to further increase in the next few years and become more severe. You will learn about the technology SkyPath is based on, using patented algorithms, AI and Machine Learning (ML) models to give pilots the best Situational Awareness in regard to Turbulence and PIREPs. You will get a look at the solution ecosystem, as stand-alone Apps for pilots, dispatch, and management, or as an integrated layer in the leading EFB Apps. You will then see the latest developments and new features in Version X, with new and novel Turbulence data sources. You will also see how pilots can report official PIREPs through the App. Lastly, the SkyPath team will provide a sneak peak of new capabilities they are working on.
SkyPath Demo 1: Pilot App for Typical Flight and new Cabin Crew app
Next, you will see a SkyPath demo from a pilot’s perspective following a typical flight. You will see how Pilot’s use the App to upload a flight plan, get an overview of the flight ahead – through a ‘ride quality’ feature and a vertical view of the entire flight path. You will see how a pilot receives both vocal and text notification of Turbulence ahead (even when the app is in the background), and you will see the different weather layers available through SkyPath and how to see the relevant weather information at different altitudes. The SkyPath team will demonstrate how to submit an official PIREP through the App. You will then see the CabinConnect app, the new app that allows for direct communications between pilot and cabin. Pilots can decide to inform cabin crew on upcoming turbulence through the app.
SkyPath Demo 2: Web App for Dispatch
Finally you will see a demo of the SkyPath Web App which provides tools for dispatch teams displaying the same powerful turbulence data. The demo will show how a dispatcher, using the SkyPath Web App, manages their own desk showing the flights they are responsible for. You will see the value of the information SkyPath provides in route planning and flight monitoring and how a dispatcher receives notifications for upcoming Turbulence in their flights’ routes.

About the Aircraft IT Webinar Series:

Every 2 weeks the Aircraft IT website hosts a different live Webinar, each Webinar hosted by a different IT Vendor. These sessions represent the perfect opportunity to learn about a software solution in a more informal manner and to quickly gain an in-depth knowledge of all the major systems on the market, all from the comfort of your own office or home with no sales pressure.

The IT vendor provides a live software demonstration/masterclass of their solution and explains how it can benefit airlines, MROs, Operators, OEMs, Leasing Companies. Once logged on, online delegates can ask questions via the interactive sections of the Webinar or simply sit back and watch and listen to the demonstration. There are two sessions during the day, each differently times to accommodate all time zones.

Each Webinar session is recorded, and an On-Demand version is then posted back to the Aircraft IT website a few days after the live session to allow you to view the content again with your colleagues. The library of On-Demand Webinar recordings provides an invaluable reference source of Flight Operations software demonstrations from the World’s leading Flight Operations IT Vendors.

For a full list of upcoming Webinars Click Here
For a full list of On-Demand Webinar sessions Click Here

Advanced Digital Aviation Manuals and Smart All-In-One Document Management Solution Demo Webinar [Yonder Demo; XML Powered; Mobile App for Pilots, Cabin Crew, Engineers; Auto OEM Revisions; Compliance Reporting; Smart Workflows; Electronic Forms]

Register to view this On-Demand Webinar (recorded 13th March 2025) to explore the latest advancements in digital aviation manuals, company-wide content management, and compliance monitoring through a demo of Yonder, the innovative XML-powered, all-in-one smart content management platform, as used worldwide by airlines, operators, OEMs, and MROs such as Malaysia Airlines, TUI Group, Cargolux, Freebird, Jekta, and more. During the Webinar, using demos of the solution, Yonder experts will guide you through the advanced capabilities following workflows tailored for document managers and end users (pilots, cabin crew, engineers). You will discover how Yonder empowers airlines, operators, OEMs, and other organizations with unparalleled control over their documentation, and see how the solution seamlessly imports operational documentation and manuals in various formats (PDF, MS Word, XML), transforming them into smart content with integrated editing, distribution, automated compliance tracking, and regulation monitoring. During the session, you will gain insights into managing revisions efficiently, including automated OEM manual updates (FCOM, MEL, FCTM, QRH), and see how frontline employees (pilots, cabin crew, engineers) can access up-to-date, role-specific content via the powerful Yonder App– accessible both online and offline. Additionally, you will be introduced to new features such as advanced XML authoring, revision comparison tools, electronic forms with customizable workflows, and advanced end-user compliance reporting.

Key Sections of the Webinar:

Yonder Introduction: Smart Documentation and Today’s Challenges
Marc Rauch, Founder & CBO of Yonder, introduces why Yonder is a groundbreaking solution that moves beyond static PDFs and linear content flows. He outlines flaws in current approaches to documentation management which still largely mirror traditional paper-based processes and explains how Yonder’s modular approach breaks these limitations and redefines the standards for managing aviation manuals.

Yonder App Demo: End User Workflow (Pilot, Cabin Crew, Engineers)
Next you will explore the Yonder App available for Apple, Windows, and Android devices. The demo showcases key features that make it a user-friendly solution for frontline employees:

Offline Reader: Access documents offline on all platforms.
Notifications: Role-specific updates on information changes or new revisions.
Electronic Forms: Customizable forms with offline functionality.
Highlights & Notes: Personal annotations that transfer between revisions.
Personalization: Favorites and tailored document views for individual roles.
Tasks: Manage compliance with “read” or “read-and-acknowledge” tasks.
Filters & Search: Simplify complex documents to show only relevant information.

Yonder Demo: Compliance Reporting and Revision Comparisons
Next, from a document manager’s perspective, you will see how to initiate changes, approve updates, track end-user compliance status, and compare document revisions side-by-side to save time while ensuring regulatory compliance.

Features you will see include:

Compliance Reporting: Generate reports on compliance status by role or individual user.
Revision Comparisons: Identify changes across revisions for streamlined updates.

Yonder Demo: Smart Document Manager Workflows
Next you will see how Yonder enhances efficiency for document managers by automating workflows for content updates or customization of manufacturer manuals.

Key features include:

Integrated Workflows: Streamline approvals and distribution processes.
Reused Content: Update multiple documents simultaneously when content changes.
Regulation Links: Automatically track regulatory changes affecting documentation.
Audit Trails: Maintain a clear record of approvals and acknowledgments.

Yonder Demo: Automatic OEM Revisions, Third-Party Integration, and XML Authoring
Finally, you will discover how Yonder automates manual updates from OEMs like Airbus, Boeing or Embraer, integrates seamlessly with third-party systems such as ASQS’s IQSMS for quality management, and enables advanced XML authoring capabilities.

Highlighted features include:

Automatic OEM Revisions: Import customized OEM manuals and manage updates in a largely automated process – Yonder identifies changes in new revisions and reconciles them with any customizations, ensuring compliance and efficiency.
IQSMS Integration: Effortlessly sync regulatory documents between Yonder and ASQS’s IQSMS, enabling seamless compliance tracking across systems.
Author OEM Documents in XML: Leverage Yonder’s powerful XML editor to author or customize OEM documents directly in XML format. This ensures precision and compatibility with industry standards.
Export in XML Source Format: Export documents authored or customized in Yonder back into the original XML source format, facilitating integration with external systems or other operational platforms.

About the Aircraft IT Webinar Series:

For a full list of upcoming Webinars Click Here
For a full list of On-Demand Webinar sessions Click Here

Real-Time Flight Level Optimization, Automated Winds & Temperature FMC Uplink, Speed Optimization, and Advanced Hazardous Weather Alerts Demo Webinar

*This Webinar is open to airlines and aircraft operators only

Register to attend this webinar to see how AVTECH empowers airlines to reduce fuel consumption, cut emissions, enhance flight safety, and improve cost efficiency—all without the need for investments in additional onboard hardware.

Traditional flight planning and Flight Management Computer (FMC) systems often struggle to provide the most fuel-efficient and optimal flight profiles. Outdated weather forecasts, estimated takeoff weights, and simplified performance models can lead to inefficient routing, increased fuel burn, and unnecessary emissions. On top of that, pilots must manually adjust for winds and temperature while also managing unpredictable hazards like turbulence and extreme weather.

In this webinar, we’ll explore how AVTECH’s cutting-edge solutions—Flight Level Optimization, Winds & Temperature FMC Uplink, Speed Optimization, and Hazardous Weather Alerts—solve these challenges. By integrating real-time weather data, high-performance computing, and automation, AVTECH reduces pilot workload while improving operational efficiency.

Join us for a simulated flight demonstration showcasing how AVTECH delivers:

Real-time flight level optimization for the most fuel-efficient routes
Automated winds & temperature uplinks to reduce manual pilot workload
Speed optimization that dynamically adapts to weather and performance conditions
Advanced hazardous weather alerts to help pilots proactively avoid turbulence and extreme conditions

Additionally, we’ll provide an exclusive look at our upcoming features and updates, designed to help you maximize savings. With SAS Scandinavian Airlines among our newest customers, we’ll share their case study, key results, and cost-saving achievements.

Don’t miss this opportunity to see how AVTECH increases airline profitability from day one.

About the Aircraft IT Webinar Series:

For a full list of upcoming Webinars Click Here
For a full list of On-Demand Webinar sessions Click Here

Dispatcher’s All-in-One App for Managing Flight Tracking, Flight Monitoring, Weather, and Pilot Comms and Collaboration Demo Webinar [SITA Mission Watch: Platform Demo; New Features: Predictive Data, FAA TMI, Future Proof Flight Path Optimization]

*This Webinar is open to airlines and aircraft operators only

Register to view this On-Demand Webinar (recorded 27th February 2025) and see how more than 2,400 dispatchers worldwide are managing their flight watch tasks with ease of mind, via a demo of SITA Mission Watch, the market leading all-in-one flight tracking, flight monitoring, weather awareness, and dispatch to pilot communication and collaboration application trusted by 80+ airlines around the world. During the Webinar SITA experts will walk you through a demo of the key flight tracking capabilities, from ICAO GADSS compliance to the 4D route visualization coupled with more than 50 real-time weather products (to track severe weather events such as Clear Air Turbulence (CAT) en-route), plus customizable and automated alerts to any potential problems. The demo will also show the in App ACARs / CPDLC real-time messaging capabilities so dispatchers and pilots can easily resolve issues en-route such as an airport runway closure or upcoming weather hazard; plus manage by exception designs, so dispatchers are alerted to and can quickly identify any flights that require immediate attention. You will also see some new functionality including predictive data which utilizes advanced ML to provide more accurate landing and taxi-in times than an airline’s FMS prediction; high-resolution weather data down to 1km grid resolution with hourly updates; the availability of global traffic and FAA TMI advisories; and the new mobile App for access from anywhere. Lastly, you will see how the App is shaping the future of flight path optimization (FPO) incorporating pilot-dispatcher real-time collaboration functionalities, from visualizing the route, to discussing and approving the route all in the App, everything is synchronized between pilots and dispatch.

The 60-minute webinar will bring you the below key insights:

How dispatchers´ critical minutes are no longer wasted in switching apps and monitors. Benefit from the all-in-one app, combining flight tracking, flight monitoring, weather data, and dispatcher-pilot communication.
The power of situational awareness design – how complex data is easily visualized, rationalized, prioritized, and addressed in the fastest ways. See how dispatchers are managing more, with less stress.
Availability of global traffic and FAA TMI and advisories.
Introducing the latest feature novelties, including predictive data, advanced weather products, web & mobility version, and much more.
How the App prepares for tomorrow’s flight tracking products – the new reality of pilot-dispatcher collaboration. See how the solution is streamlining flight trajectory optimization (FTO), not only presented as a visualization in the flight tracking app but also equipping dispatchers to actively collaborate with the pilot.

The Webinar is divided into 4 key sections:

SITA Mission Watch Overview and Industry Challenges:
First you will see a quick overview of SITA Mission Watch and how it addresses key challenges facing dispatchers by combining flight tracking, flight monitoring, weather data, and dispatcher-pilot communication in the all-in-one App solution. Dispatchers´ critical minutes are no longer wasted in switching apps and monitors, enhancing situational and weather awareness, compliance, and decision-making capabilities should any problems arise at any time, with any flights, thus promoting safer and more efficient flight operations.
SITA Mission Watch Demo 1: Core Functionalities – Flight Tracking, Alerts, Pilot Comms, more:
Next you will see an overall demo of the solution showing the core functionalities, from flight tracking and flight monitoring, to weather data, real-time dispatcher-pilot communication, and advanced situational awareness design. Key functionality you will see includes how dispatchers and pilots communicate in real-time over ACARS messaging to resolve issues such as, an airport runway closure or a particular weather hazard ahead and how to re-route. For CDPLC, you will see how dispatchers can follow the pilot’s communication with ATC via uplink – downlink to increase awareness.

You will also see the power of the situational awareness design, and how complex data is easily visualized, rationalized, and prioritized in one App, so dispatchers are managing more, with less stress. You will see how dispatchers can quickly identify the set of flights that require immediate attention, via the alert visualization and alert panels, and how dispatchers can easily filter information to a customized view for optimum efficiency, for example a dashboard showing pre-departure flights or those flights en-route, filtered by alert type and severity, and more.

As you will see, instead of monitoring all flights manually, dispatchers only receive alerts for deviations that require intervention. For example, if a flight deviates from its optimal fuel consumption plan, the system alerts the dispatcher, who can then suggest adjustments (altitude change, speed modification, etc.). Or if there is a significant weather event detected ahead on the flight’s route, the dispatcher will receive an alert and can suggest a deviation.
SITA Mission Watch Demo 2: New Functionalities – FAA TMI, Predictive Data, Mobile App, more:
Next the SITA team will showcase some new features including global traffic displays, FAA TMI, predictive data, high-resolution weather, and web and mobile versions. You will see how the App now provides global traffic and FAA TMI advisories, thus allowing all airlines flying in and out of FAA airspace to best comply with FAA regulations. With this data integrated, dispatchers are able to react quickly on replanning flights to align with different FAA airspace restrictions.

You will see how the solution leverages advanced ML to provide more accurate predictions regarding landing times and taxi-in times; and new advances to the high-resolution weather data down to 1km grid resolution with hourly updates. Finally, you will see the new web and mobile versions which provide simpler installations and allow access from anywhere. These also unlock the possibility of integrating FPO solutions to be synched with the pilot’s App.
SITA Mission Watch Demo 3: The Future of Flight Path Optimization (FPO) – Pilot-Dispatch Collaboration:
Lastly you will see how SITA Mission Watch is shaping the future of Flight Path Optimization. Airlines are increasingly demanding streamlined solutions allowing the dispatch tool to collaborate with the pilot tool, to optimize the flight path during cruising stage. Dispatchers should be able to visualize the flight optimization recommendations, and also collaborate with the pilot via backend workflow integration. As you will see the App allows for real-time collaboration between dispatchers and pilots, in one system, for flight trajectory adjustments, which can also include dynamic routing and fuel efficiency collaboration.

About the Aircraft IT Webinar Series:

For a full list of upcoming Webinars Click Here
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Advanced Aeronautical Data for FMS In-Flight, Avionics Systems, and Software Solutions Webinar [NAVBLUE Navigation+ Data – FAA and EASA Approved: Enroute – Waypoints, Airways, Navaids, etc.: Airports – Runways, Gates; NOTAMs; ARINC 424 records; more]

Register to view this On-Demand Webinar (recorded 24th October 2024) to see how airlines around the world, covering 3,000 tails, are utilizing the most accurate aeronautical navigational data to optimize efficiency and safety In-Flight via the FMS and using ARINC 424 records to optimize ground-based software solutions (Flight Planning, Flight Tracking, etc.), TAWS, weather services, avionics systems, simulators, and more, via an overview of the Navigation+ solution from NAVBLUE. As you will see Navigation+ is a core database of constantly updated relevant data (FAA and EASA certified) collected, collated, and analyzed by NAVBLUE teams of experts, and then delivered to airlines, OEMs, and other users via a secure delivery portal on a 28-day AIRAC Cycle basis. You will also see how Navigation+ can be tailored for each customer’s specific data such as routes, procedures and more, and contains over 5 million ARINC 424 records provided by each of the 195 state authorities. Navigation+ ensures users have the most relevant and accurate aeronautical navigation data available including: Enroute – waypoints, airways, airspaces, communications, navaids…; Airports, including runway characteristics – Runways, Gates, Localizer and Glide Slopes…; Procedures – SID, STAR, Approach Holding patterns; Tailored records; and GridMORA. You will also see how the data is used by NAVBLUE to power its own EFB, and integrated OCC solutions.

The Webinar begins with a short overview of Navigation+ and the two other core products that make up NAVBLUE’s Aerodata portfolio: Airport Mapping Database (AMDB) and Airport Obstacle Database (AODB). You will then learn how NAVBLUE’s teams of experts maintain accuracy and data quality daily; before seeing how airlines are optimizing efficiency and safety utilizing the data with FMS use cases, plus how, with ARINC 424 datasets, users can optimize Terrain Awareness and Warning Systems (TAWS); ground-based software such as Flight Planning, Flight Tracking, Flight Data Analysis; plus Simulators, airspace modeling, weather services, and more. Finally, the NAVBLUE team will discuss recent enhancements around new safety data on Airbus aircraft such as TOS2 (Take-Off Surveillance 2), plus how they are future proofing the database for increased data demands.

The Webinar is divided into the following 4 key sections:

An Overview of NAVBLUE’s Supply Aerodata Portfolio:
Firstly the NAVBLUE team will walk you through a brief overview of the three products that make up its Aerodata portfolio:

– Navigation+
As you will see Navigation+ is a collection of relevant aeronautical navigation information including Enroute (Waypoints, Airways, Airspaces, Communications, Navaids etc.), Airports (Airports, Runways, Runway Characteristics, Gates, Communications, Localizer and Glide Slopes, Terminal Navaids etc.), Procedures (SID, STAR, Approach, Holding Pattern etc.), Tailored records (Company Routes, Tailored Procedures) and GridMORA. The solution can be used by airlines, OEMs and any Service providers that may need to use the Navigation Database for different types of usages such as FMS, which is compatible with Honeywell, GE, Thales, Universal and CMC. With the ARINC 424 format the database can also support the TAWS, simulators, ground-based software, airspace modeling, weather services, drones, video games and any other types. Navigation+ also acts as a data source of software which are part of the NAVBLUE Flight Ops Ecosystem, such as N-Flight Planning (N-FP) or our EFB
charting module part of the Mission+ suite, Mission+ MAPS.
– Airport Mapping Database (AMDB)
The Airport Mapping Database (AMDB) is a Geographic Information System (GIS) database providing the entire layout of an airport (runways, taxiways, parking slots and buildings). As for aircraft compatibility, only Airbus aircraft are supported for now. The AMDB also supports other types of usages like simulators, ground software and the departure management (DMAN). The coverage includes 600+ airports worldwide and is constantly increasing as it is a key enabler for the Airport Moving Map function on EFB or avionics and for the Airbus runway safety functions such as BTV, SURF-A, TOS 2, ROPS, ARA and more.
– Airport Obstacle Database (AODB)
The NAVBLUE Airport Obstacle Database (AODB) empowers airlines with airport and obstacle data ensuring optimized take-off and landing operations at over 3,000 airports. It is ready-to-use data to develop optimized take-off and landing procedures as well as emergency procedures in the event of engine failure at V1 speed to comply with both regulatory and company requirements, and available for all aircraft types. The data is coming from: Aeronautical Information Publication (AIP), and AIP
amendment or supplement (airport, runway); Published obstacles or, NAVBLUE EASA-certified obstacles; NOTAMs; Terrain model (WorldEM90 / SRTM).
Navigation+ Overview: How NAVBLUE ensure the Consistent and High-Quality Database
Next the Webinar moves onto specifically Navigation+, beginning with how NAVBLUE experts maintain the consistent and high-quality database. As you will see Navigation+ is EASA and FAA certified, as such NAVBLUE has implemented a production process ensuring the highest data quality, as per the industry applicable standards (DO-200). The team of experts is analyzing daily all the relevant aeronautical information publications (AIP, AIP supplements, NOTAMs) to encompass all changes to the NAVBLUE master database in a timely manner. The data is delivered to the customer every AIRAC cycle through the NAVBLUE secure delivery portal in a package format.
Navigation+ Overview: FMS Compatibility and ARINC 424 Data Use Cases
Next you will see use cases on how customers utilize the data with FMS and ARINC 424 use cases. You will see how FMS compatibility is available for Honeywell, GE, Thales, Universal and CMC (so the database is compatible with Boeing, Airbus, ATR, Embraer and De Havilland – Dash-8 aircraft, as well as helicopters). With the ARINC 424 format the data can also support several use cases, such as TAWS, simulators, ground-based software (e.g. Flight Planning, Aircraft Situational Display, Flight Data Analysis etc.), airspace modeling, weather services, drones, video games etc.
Navigation+ Overview: Recent Developments and Future-Proofing Data Demands
As you will see NAVBLUE are closely working with Airbus Design Office on the new safety functions that can be activated on Airbus aircraft through Navigation+, such as TOS2 (Take-off Surveillance 2). As states are publishing more and more data / procedures (e.g. RNAV, RNP),you will see how NAVBLUE are striving to keep up with this trend and ensure that all new elements are available to customers. As of today, the NAVBLUE database encompasses more than 20 million data elements.

About the Aircraft IT Webinar Series:

For a full list of upcoming Webinars Click Here
For a full list of On-Demand Webinar sessions Click Here

New Real-Time Cockpit Runway Incursions and Traffic Awareness Alerting Solution Demo Webinar [Honeywell SURF-A: Automated Audio and Visual Alerts on EGPWS Display; Advanced Algorithms and ADS-B to Alert Pilots of Incursion within 30 Seconds; more]

Register to view this On-Demand Webinar (recorded 19th September 2024) to see the latest advances in real-time runway safety solutions, with a first look at the new Surface Alert System (SURF-A), due to be released in 2025 from industry leaders Honeywell. As you will see SURF-A is a runway safety software solution specifically designed for cockpits and which seamlessly integrates with cockpit displays. Using video demos of the solution, the Honeywell team will show you how the software establishes the current location and movement of all ADS-B equipped traffic within the runway engagement zone, during taxi, takeoff, final approach, landing, and rollout. You will also see how it uses advanced algorithms to identify anything that could cause an incursion within the next 30 seconds. The pilots are then alerted in real-time with both audio and visual alerts (on the EGPWS display: Traffic on Final, Traffic Behind, Traffic on Runway, Traffic Intersecting Runway), allowing them crucial time to avoid any accidents. As you will see SURF-A has been compared to adding an ‘extra set of eyes’ in the cockpit, which is particularly important as air traffic expands, airports become more congested, and the number of runway safety incidents increases; industry estimates show that every day an incursion happens somewhere in the world.

The Webinar begins with a look at the challenges facing airlines and pilots with runway incursions. Pilots are the last line of defense to prevent collisions and avoid close calls on busy runways, yet current solutions alert the control tower to potential problems but don’t alert pilots directly, which can delay response time. As you will see SURF-A enhances situational awareness and gives flight crew the right information, at the right time and in the right place to enhance runway safety. Next the Honeywell presenters showcase the technology behind SURF-A including GPS data, ADS-B, and advanced analytics to pinpoint the exact location of traffic hazards on or near the runway. You’ll also learn how SURF-A fits into Honeywell’s other popular expanding portfolio of runway safety products, such as SmartRunway for wrong surface alerts and enhanced situation awareness, and SmartLanding to prevent hard or long landings. Finally, using real-world examples of runway incursions at airports such as JFK, along with video demos from the cockpit, you will see how SURF-A takes runway safety to new heights.

The Webinar is divided into 4 key sections:

The Growing Challenges facing Airlines / Pilots with Runway Incursions
Flying is recognized as one of the safest travel methods but, despite enhanced safety, there has been a significant increase in runway safety incidents and accidents since 2022. Pilots are the last line of defense to In avoiding near misses and prevent collisions on busy runways, pilots are the last line of defense yet, while current solutions alert the control tower to potential problems, they don’t alert pilots directly, and that can delay response time. You will see how SURF-A enhances situational awareness by giving flight crew the right information, at the right time and in the right place to enhance runway safety.
Honeywell SURF-A Technology and Latest Testing Results
Next you will learn how the solution works, utilizing GPS data, ADS-B to pinpoint the exact location of traffic hazards on or near the runway during taxi, takeoff, final approach, landing, and rollout, and how it uses advanced algorithms to identify anything that could cause an incursion within the next 30 seconds. The pilots are will then be alerted in real-time with both audio and visual alerts (on EGPWS display: Traffic on Final, Traffic Behind, Traffic on Runway, Traffic Intersecting Runway), allowing critical time for them to avoid any threats. The Honeywell team will also provide updates regarding the latest solution testing, and when SURF-A will be available on the market.
Honeywell SURF-A Video Demos and Real-World Runway Incursions
Next, using videos of demos from the cockpit, you will see SURF-A in action, showing both audio and visual alerts on the EGPWS display: Traffic on Final, Traffic Behind, Traffic on Runway, Traffic Intersecting Runway. You will see how the alerts only occur if the solution’s advanced algorithms identify anything that could cause an incursion within the next 30 seconds in order that the pilots can take appropriate action to avoid an accident. If everything is going well, the pilots won’t see or hear the system. The Honeywell team will also look at recent runway incursions at airports such as AUS (Austin), and JFK, and how SURF-A would have intervened in these scenarios.
Honeywell’s Portfolio of Runway Safety Products: SmartRunway & SmartLanding
Finally you will see an overview of Honeywell’s popular and growing portfolio of runway safety products and how SURF-A fits into that portfolio. These solutions include SmartRunway and SmartLanding, which are currently installed on about 5,000 commercial aircraft – around 20% of the world’s fleet. The presenters will show you how these solutions integrate seamlessly with the EGPWS cockpit displays to assist Pilots in avoiding runway incursions, over-runs and wrong-surface landings, and take-offs. You will also see how SmartRunway and SmartLanding use aircraft position data and an accurate runway database to determine whether an aircraft is in the correct energy state and position for landing. On takeoff, it also checks that the runway surface is long enough for the type of aircraft. As you will see SURF-A takes those capabilities up a notch by accessing data directly from the ADS-B equipment installed on aircraft and ground vehicles.

About the Aircraft IT Webinar Series:

For a full list of upcoming Webinars Click Here
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Future-Proof Connected Aircraft with Plug-In 5G WQAR / AID for Real-Time Flight Deck and Ground Ops Data Webinar [FLYHT AFIRS Edge+; Upgrade from 2G/3G/4G Wireless AIDs and QARs in 5 Mins – Future-Proof Aircraft for 20+ years]

Register to view this On-Demand Webinar (recorded 23rd May 2024) to see how the new innovative multifunction avionics platform AFIRS (Automated Flight Information Reporting System) Edge+ from FLYHT, provides airlines and operators worldwide, operating any fleet or aircraft, with the on-board tools and the connectivity required to future-proof any aircraft for the next 20 years, and take complete control over the on-board data (QAR, DAR, and more). During the Webinar the FLYHT team will showcase how AFIRS Edge+ is a plug-in upgrade 5G Wireless QAR that can be installed in 5 minutes for both new and existing aircraft, replacing old 2G/3G/4G Wireless AIDs and QARs, and preparing fleets for the future with 4G sunset on the horizon. As you will see, the solution seamlessly flows operational data during all phases of flight to the flight deck or to ground applications. The data can then be used to enhance any operational analytics needs; from safety to fuel saving, from real-time aircraft tracking and alerting to predictive maintenance, to EFB applications onboard. Airlines have the option to interface the data with existing third-party apps and software, or with FLYHT’s own suite of AI powered real-time operational tools and Apps.

Through focusing on the many challenges airlines face with utilizing outdated and traditional QAR / WQAR solutions, you will see how AFIRS Edge+ technology redefines aircraft operational data strategies both onboard and offboard, moving beyond traditional wireless QARs and disrupting the current reliance on ACARS / Telex messaging for connecting aircraft with ground systems.

The Webinar is divided into the following key sections:

Does your airline face the following issues using ACARS and legacy Wireless AID or QAR solutions? If so, you can’t afford to miss this Webinar:
First, the FLYHT team will talk through some coming problems facing airlines and operators today:

Wireless AID / QAR systems
– Wasted line maintenance effort on manual routine tasks such as FADEC downloads, QAR data collection, and FDR downloads following incidents.
– Slow and unreliable data harvesting impacting on the integrity of your FOQA/FDM programs.
– Insufficient flight data affecting predictive maintenance analytics.
– The need to upgrade or replace existing WQARs or AIDs hardware due to 3G sunset and anticipated 4G sunset.

ACARS systems
– Issues with VHF coverage, interference, and jamming.
– Engine warranty risks from data losses due to ACARS problems.
– The growing use of ACARS messaging that is forecast to reach a breaking point.
– Concerns over operational disruptions from CPDLC / ATC communication breakdown.
– Future ACARS upgrade mandates for enhanced Air Traffic Control communications.

ACMS & Aircraft Based Observations (ABO) reporting
– Costly changes to ACMS and ACARS system databases; maintenance burdens and delays.
– Challenges in participating in the IATA Turbulence Aware program and providing crucial AMDAR data for improved weather forecasting.

Data Loading systems
– Compliance and cybersecurity concerns with onboard and portable data loaders.
– Delays in updating navigation databases and other critical software, impacting aircraft readiness.

Legacy Avionics Cyber Security
– Concerns over the security of ACARS data and legacy Wireless QARs, AID systems.
– Challenges in implementing PKI within new and existing aircraft avionics systems.

Ground Operations aircraft data
– Lack of accessible flight data to optimize turn monitoring and management.
– Issues with meeting aircraft turnaround times and managing fuel efficiency due to poor APU management.
Key Benefits of FLYHT’s 5G AFIRS Edge System:
Next, you will see how AFIRS Edge technology solves all these challenges, providing airlines and operators with the on-board tools and connectivity required to:

– Modernize operational connectivity that lasts the lifetime of your newest aircraft.
– Enhance flight safety and operational efficiency with a comprehensive data harvesting solution.
– Upgrade your QAR/DAR data transmission security with robust Public Key Infrastructure.
– Reduce reliance on ACARS, enhancing data messaging security and reliability.
– Ensure compliance with new regulations, securing avionics software and data loading processes.

The FLYHT team will showcase specifically how the solution assists the following areas:

(i) For Flight Operations — Improved Reliability, Efficiency, Safety and Compliance:

– Future-proof Dual QAR/DAR for Flight Safety Analysis (FOQA/FDM).
– Secure Data Harvesting for operations and fuel efficiency initiatives.
– Comprehensive aircraft tracking and real-time in-flight data streaming.

(ii) For the Flight Deck — Reduced Pilot Workload and Data Costs:

– Designed for all your chosen EFB applications.
– Flight deck Wi-Fi and enhanced Aircraft Interface Device (eAID) in a single unit.
– Reliable EFB IP connection gate-to-gate, including taxi-in and taxi-out.
– 1 TB A679 Network Attached Storage (NAS), remotely managed storage for EFB and Maintenance applications.
– ACMS & ACARS over IP – increased data capacity at lower cost with 100% global coverage.
– EFB charging supporting Ethernet, Lightning, and USB-C devices.

(iii) For Maintenance & Engineering — Reduced AOGs & Operational Disruptions:

– Massive sensor data harvesting for aircraft predictive maintenance.
– Engine (FADEC) & FDR download on demand or every landing.
– ARINC 645-1 compliant Onboard Data Loading including Wireless Distribution & Storage.
– Comprehensive telematics and real-time aircraft health management.
– Onboard aircraft data access and Wi-Fi connectivity for line maintenance.
– On demand real-time data streaming for remote aircraft troubleshooting.

(iv) For Innovation — Enabling Airline Digital Transformation:

– 5G/4G/3G airport connectivity global roaming service for similar cost to domestic data.
– Global Satcom connectivity with Iridium Certus service.
– Remote Over-The-Air (OTA) managed.
– Onboard App Hosting.
– Next generation Edge Logic Application (ELA) ACMS featuring on-wing Machine Learning Inference.
– Internet of Things (IoT) Data Gateway.
– Cloud Native featuring AWS IoT Greengrass technology.
– Supports private 4G and 5G airport network deployments.
– Touchless fleet-wide Edge updates, application, and configuration management.
FLYHT’s Avionics Data and Connectivity Technology Advantage; Plus Data Integrations and Software Demos.
Finally, the FLYHT team will show how the AFIRS Edge system is at the forefront of ensuring cleaner, safer, and more efficient airline operations over the next two decades, addressing crucial technological, environmental, and operational challenges.

You will also see how airlines can use the integrated real-time data, and can supercharge existing Apps and solutions, such as EFBs, Fuel Optimization systems, or Predictive Maintenance Solutions. To show the value of the data, the FLYHT team will demo two of their own, including FuelSense to reduce fuel consumption in all phases of flight, and ClearPoint to monitor APU usage and improve turnaround processes.

Register now to learn how FLYHT’s next generation 5G AFIRS Edge technology can elevate your airline’s operations. Experience firsthand how easy it is, with FLYHT’s 5G AFIRS Edge system, to drive significant operational improvements across your fleet. Secure your spot today!

About the Aircraft IT Webinar Series:

For a full list of upcoming Webinars Click Here
For a full list of On-Demand Webinar sessions Click Here

Real-Time Flight Path Optimizer with Turbulence and Contrail Avoidance, plus Optimized Speeds Demo Webinar [ClearPath Demo for Pilot Data for In-Flight Efficiency; 5% Fuel/C02 Savings; Norwegian, Volaris Case Studies; Fuel Efficiency Dashboard]

*This Webinar is for airlines and aircraft operators only

Register to view this On-Demand Webinar (recorded 2nd May 2024) to see the latest advances in real-time cockpit flight efficiency, with a demo and overview of ClearPath, the real-time flight path optimizer and turbulence avoidance tool from AVTECH, as trusted by airlines worldwide to empower their flight crews and drive sustainability. As you will see, ClearPath, delivered as a service, is easy to deploy on any fleet, requiring no additional investments by using existing aircraft datalink technology (ACARS, FMC, Cockpit Printer, EFB, etc.), and can reduce fuel consumption, lower CO2 emissions, and improve overall flight efficiency by up to 5% for each flight from day one. During the Webinar, the AVTECH team will walk you through the tool using a typical flight, showing how the real-time flight profile data is delivered to the flight deck via an EFB device, or simply via the cockpit computer, providing pilots with the information they need to optimize in-flight step climb/descent for the greatest efficiency gains, based on the airline’s selected cost index, actual performance data, and the current weather and atmospheric conditions. You will also see the next-gen turbulence avoidance feature that informs pilots about hazardous turbulence along the flight path and suggests the most cost-effective way to avoid it, ensuring a safe and smoothjourney for aircraft and passengers. The Webinar will also showcase three new ClearPath features; a speed optimizer that saves additional fuel and time by flying a more optimal speed profile; a new dashboard monitoring tool that enables fuel efficiency managers to monitor and validate results; and a contrail modelling and avoidance feature (utilizing a high-resolution humidity forecast) through changing flight levels.

During the Webinar you will also learn about AVTECH’s innovative Aventus service, which delivers precise wind and temperature data to the aircraft flight computer for enhanced performance during climb, cruise, and descent. You will also see how all of AVTECH’s services are based on truly unique 10k global weather forecasts provided by the UK Met Office. The high-resolution weather data used in each computation is tailored for the individual flight, both in time and space; you will see how AVTECH retrieves this data in real-time to ensure that the most up-to-date weather information is always used for precise flight optimizations. Finally, the AVTECH team will showcase some case study success stories from customers such as Norwegian, Volotea, and Volaris, outlining the efficiency gains per flight.

The Webinar is divided into 5 key sections:

ClearPath Demo and Overview: Real-Time Flight Path Optimization & Turbulence Avoidance
First, you will see a full demo and overview of ClearPath. You will see how the solution combines real-time flight data (weight, used cost index, flight plan, active FMS route, etc.) with a sophisticated ground-based service that uses next-gen algorithms, linked directly to the industry’s leading high-resolution global weather model, to provide pilots with an easy-to-read report (via their EFB, or printer or display) providing decision support for selecting the most optimal flight level in all stages of flight to save fuel, CO2 emissions and time. You will also see how ClearPath notifies the pilots about weather hazards along the route, such as significant turbulence and temperature exceedances, and proposes the cost-optimal flight path to avoid them.
ClearPath – Latest Innovations: Optimized Speeds, Fuel Efficiency Dashboard; Contrail Avoidance
Next, you will learn about the latest ClearPath developments. Firstly, the speed optimizer that finds the most cost-optimal speed profile for any given flight, based on the set mission target cost-index. As you will see ClearPath uses high-resolution data sources with a high-resolution aircraft performance model, to find the optimal speed in each flight segment that will provide a total cost-optimal speed profile. Secondly, the new dashboard monitoring tool that enables fuel efficiency managers to monitor and validate results for each flight. Lastly, a contrail modelling and avoidance feature (utilizing a high-resolution humidity forecast) through changing flight levels. You will see results from a 737 operator which shows significant contrail reductions.
ClearPath Airline Case Studies: Norwegian, Volotea, and Volaris
Next, with case studies from Volotea and Norwegian, AVTECH experts will share analyses, data, and experiences from implementations of ClearPath on both Airbus and Boeing aircraft. You will see how the airlines are optimizing each flight and generating up to 5% of fuel and CO2 savings. The data and analyses show where the most savings can be realized at particular sectors in each flight. Examples you will see include a 787 trans-Atlantic flight showing how ClearPath was able to direct the pilots to change altitude to take maximum advantage of beneficial jet stream winds over Europe and save 1.7% of cruise fuel during that sector; as well as how Volaris saved 3,150 tons of fuel over the past year.
Aventus Overview and Benefits: Real-Time Automated Optimized Wind and Temperature Data Uplink
Next, you will see a demo and overview of Aventus which up-links precise wind and temperature data to the aircraft to improve FMC calculations during climb, cruise, and descent. As you will see, Aventus calculates the optimal wind levels to be inserted to best represent the current climb, cruise and descent wind profile for each flight, for optimum efficiency and significant fuel saving. The up-links can be sent directly to the FMC or as a text message to the cockpit. Aventus utilizes the most accurate high-resolution weather forecasts from the UK Met Office, combined with AVTECH’s patented algorithms, to calculate optimum wind levels.
UK Met-Office Global High-Resolution Weather Data
Finally, you will see how all AVTECH’s services use global high-resolution weather provided by UK Met Office, and how the weather data used in each computation is unique and tailored for each flight. You will see how AVTECH retrieves this data in real-time to guarantee that the latest and most up to date weather is always used in-flight, ensuring the best flight optimizations. As you will see, the weather data derived from the Met Office’s High-Resolution model has unmatched accuracy and reduces the error between actual and forecast winds to a minimum.

About the Aircraft IT Webinar Series:

For a full list of upcoming Webinars Click Here
For a full list of On-Demand Webinar sessions Click Here

EFB Software Suite with Digital Flight Processes, Pilot Apps Workflow and Administration Interface for Typical Flight Demo Webinar

Register to attend this Webinar to see a full overview and system demo of Logipad 2^nd Generation – an Electronic Flight Bag (EFB) App and digital flight process automation and optimization solution designed to make flight management simple, fast and smart for pilots, flight crew, dispatch / Flight Ops, and maintenance crews alike. During the Webinar, DextraData EFB experts will walk you through Logipad’s key features and workflow for a typical flight (as used by airlines and operators of all sizes worldwide, including Virgin Atlantic, Jet Aviation, AeroLogic, Ethiopian Airlines, SilkwayWest and more), including how Flight Ops / dispatch seamlessly maintains and updates briefing packages, key documents, manuals, data charts and Apps on all EFB devices (iOS, Android and Windows) for each specific flight; you will also see new developments such as Flight Manager, and how that feature supports dispatchers in planning flights, assigning briefing packages and viewing status information for each flight.

During the demo you will also learn about Logipads key features and functions such as the device-to-device Communication which allows briefing data to be seamlessly exchanged in real-time between pilots’ devices before and during flight (even without internet and if the devices use different operating systems such as iOS and Windows) plus how to create and customize online forms using the eForms Module and eFormGenerator. In addition, you will see how Logipad offers a comprehensive backend system and how it operates as a data interface between other systems and orchestrates the data flow. For example, how Logipad fully integrates with and shares data with other key third-party Apps such as Lido mPilot and Boeing OPT, how pilots quickly find docs and manuals, and how the solution works fully offline during flight, before synching with and sending saved data to the ground when connectivity is again available.

During the Webinar you will learn what makes Logipad a comprehensive EFB solution that goes beyond being an application running on a single device. You will see how the solution optimizes processes and thus the communication between crew and ground staff, plus learn how it enables airlines and operators to save time and money, while reducing the potential for mistakes.

The Webinar is divided into the following three key sections: Before, during and after the flight.

Logipad EFB Demo 1: Before the Flight – Flight Ops Admin and Pilot Apps:
First you will see the workflow of Logipad for pilots and ground staff before take-off, including the key functionalities and modules that Logipad combines in one app. You will see how Logipad integrates into existing EFB and Flight Ops infrastructures, seamlessly exchanges documents and data, and how pilots synchronize their EFB devices to ensure they have all the key info for each specific flight. You will also learn how Logipad supports pilots, crew and ground staff with briefing and documentation procedures. For example, you will see how the Logipad Flight Manager supports Flight Operations personnel in planning flights and publishing and modifying briefing packages..
Logipad EFB Demo 2: During the Flight – Pilots and Flight Crew Apps:
Next you will see Logipad for pilots and crew when they are up in the air. You will see the system functionality when no Wi-Fi is available, and a demo of how to report damaged inventory. Also, you will see Logipad’s eForms and eFormGenerator plus how, using the Logipad eFormGenerator, online forms can be intuitively created and adapted via drag and drop. You will also see what functionality and advantage the integration of the QR-Code Scanner brings. Additionally, you will see a demo of the seamless device-to-device communication and data exchange between pilots’ EFBs, even if no internet connection is available and the pilots are using different operating systems, such as Windows, Android, and iOS.
Logipad EFB Demo 3: After the Flight – Pilot Apps, Maintenance Crews, Flight Ops Admin
Finally you will see the functionality of Logipad for pilots, crew and ground staff when they are back on the ground. You will see how Logipad sends recorded flight information directly to Flight Ops and how it can be used by maintenance crew to record outside damages. Additionally, you will learn how the Flight Manager supports Flight Ops with checking the flight data.

Webinar Agenda:

Introduction: The Webinar starts with an introduction to the self-developed EFB solution Logipad by DextraData, then an outline of Logipad’s development and an introduction to the company behind the product as well as a presentation of Logipad’s way of working hand-in-hand with our customers.
Functions overview: Get to know more about Logipad and its functions in a live demo.
Before, during and after flight: Optimizing Processes: DextraData experts will give you an overview of how Logipad optimizes and digitizes processes and supports pilots, crew and ground staff to handle the paperwork required in briefing and documentation procedures.
Roadmap: Learn more about the future plans and upcoming features of Logipad such as the recycle bin function, a new Geo Module and chat functionality.
Q&A: The Webinar closes with a Q&A session.

About the Aircraft IT Webinar Series:

For a full list of upcoming Webinars Click Here
For a full list of On-Demand Webinar sessions Click Here

Real-Time Turbulence Alerts and Data Analysis Apps for Pilots and Dispatch Demo Webinar [SkyPath 5.0 Pilot and Dispatch Walkthrough Demos; Nowcasting AI/ML Powered Short-Term Turbulence Predictions; Voice & Text Alerts; PIREPs; Data Analysis & Reports]

Register to view this On-Demand Webinar (recorded 11th April 2024) and join SkyPath as they demo the latest version of their innovative and unique real-time turbulence analysis, alerting, and reporting Apps, as used by airlines worldwide such as United, American Airlines, Japan Airlines, and more; with 70,000 pilots using the app, and generating 752 million turbulence reports, and 4 million Turbulence Alerts annually. As you will see, SkyPath is a software only solution and does not require any aircraft integration. It is available in stand-alone Apps for pilots, dispatch, and management, or as an integrated layer in any EFB platform, providing real-time en-route, graphically visualized turbulence reports, as well as PIREPs, and vocal and text alerts warning of Turbulence ahead. During the Webinar, SkyPath experts will take you on demos of the solution, firstly from a pilot’s perspective for a typical flight using the flight deck App; followed by the Web App as used by dispatch to monitor each flight, and by management for incident analysis, and to draw up analytics and reports. The demos will also showcase the newest features in SkyPath (5.0). Firstly Nowcasting, a predictive AI / ML powered model utilizing real-time turbulence observations and meteorological parameters to predict short-term turbulence, for up to 6 hours, with a detection rate of more than 90%. Next how pilots can report official PIREPs through the App which are transmitted directly to NOAA’s systems. With rising Turbulence from global warming, as you will see, SkyPath offers vital insights to both Pilots and Dispatchers, providing real-time Turbulence data and Turbulence predictions, enabling immediate action.

The Webinar begins with a look at the challenges of rising turbulence before giving an overview of the solution. You will see how, by collecting turbulence data from every aircraft equipped with the app on the pilot’s iPad (using a patented algorithm utilizing the iPad’s accelerometer), SkyPath autonomously maps the sky. The information is then shared with the whole SkyPath community using crowdsourcing technology. The solution additionally normalizes the turbulence data taking the airplane’s type into consideration (weight, wing length, etc.). As you will see, via case studies, SkyPath predicts 75% of turbulence-related injury events, and drives a 40-50% decrease in the number of injuries per month among SkyPath users.

The Webinar is divided into three key sections:

Overview of SkyPath; Industry Turbulence Problems; Latest Developments
First, the SkyPath team will outline the challenge of rising turbulence, which is forecast to further increase in the next few years and become more severe. You will learn about the technology SkyPath is based on (using a patented algorithm utilizing the iPad’s accelerometer), before a look at the ecosystem of solutions, as stand-alone Apps for pilots, dispatch, and management, or as an integrated layer in any EFB platform. You will then see the latest developments and new features in Version 5.0, including Nowcasting, a predictive AI / ML powered model utilizing real-time turbulence observations and meteorological parameters to predict short-term turbulence. You will also see how pilots can report official PIREPs through the App. Lastly the SkyPath team will provide a sneak peak of new capabilities they are working on.
SkyPath Demo 1: Pilot App for Typical Flight
Next, you will see a SkyPath demo from a pilot’s perspective following a typical flight. You will see how Pilot’s use the App to upload a flight plan, get an overview of the flight ahead – through a ’ride quality’ feature and a vertical view of the entire flight path. You will see how a pilot receives both vocal and text notification of turbulence ahead (even when the app is in the background), and you will see the different weather layers available through SkyPath and how to see the relevant weather information at different altitudes. Finally, the SkyPath team will demonstrate how to submit an official PIREP through the App.
SkyPath Demo 2: Web App for Dispatch and Management
Finally you will see a demo of the SkyPath Web App which provides tools for dispatch and management teams displaying the same powerful turbulence data. The demo will show how a dispatcher, using the SkyPath Web App, manages their own desk showing the flights they are responsible for. You will see the value of the information SkyPath provides in route planning and flight monitoring and how a dispatcher receives notifications for upcoming turbulence in their flights’ routes. For management you will see how easy it is to perform an incident analysis, going back up to 90 days to analyse data. Finally, you will see the important analytics options available for management analysing key data, such as pilot alerts and how many were acted upon by pilots, as well as the most turbulent routes – including heat maps and more.

About the Aircraft IT Webinar Series:

For a full list of upcoming Webinars Click Here
For a full list of On-Demand Webinar sessions Click Here

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