EFB Management: What Airlines Need to Know
Electronic Flight Bag (EFB) management is the structured governance of the hardware, software applications, operational data, procedures, responsibilities, and supporting processes used to operate an EFB within an airline. It ensures that EFB functions remain suitable for their intended operational purpose, that information is controlled and current, and that the organisation can demonstrate how the EFB is managed throughout its operational lifecycle. Effective EFB management is therefore not primarily an IT task. It is an operational governance function connecting flight operations, safety, compliance, information management, IT, and flight crew requirements.
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Why Does Your Airline Benefit from an EFB?
An Electronic Flight Bag is relevant to airlines and other commercial operators that use electronic systems to provide operational information or perform functions supporting flight operations. Its relevance has grown as operators replace paper-based information and fragmented digital processes with controlled electronic workflows.
For management, the important question is not simply whether an EFB can replace paper. The broader question is how the organisation controls the information, applications, devices, procedures, and responsibilities that form the EFB environment.
Regulatory expectations are one factor. Under the EASA Air Operations framework, operators using EFBs must ensure that the EFB does not adversely affect aircraft systems or the flight crew member’s ability to operate the aircraft. EASA also distinguishes between EFB application types and establishes specific considerations for hardware and software.
Operational complexity is another factor. An airline may have multiple aircraft types, fleets, operating bases, crews, navigation data sources, manuals, performance applications, and operational workflows. Without defined ownership and change-control processes, maintaining consistency across these elements becomes increasingly difficult.
The same principle applies to regulatory oversight and internal assurance. An EFB environment must be understandable to the people operating it and to those responsible for assessing its compliance. Documentation, responsibilities, risk assessments, procedures, training, and evidence of control therefore form an important part of EFB management.
The business relevance also extends beyond the cockpit. Flight Operations, OCC and Dispatch, Safety, IT, Maintenance, and other operational functions may contribute information to or depend on EFB workflows. Managing these interfaces systematically can reduce duplication and help establish a consistent operational information flow.
What Does an Electronic Flight Bag Solution Provide at Its Core for an Airline and Its Employees?
The core purpose of an Electronic Flight Bag solution is to provide controlled electronic access to information and applications that support flight operations. In practice, an EFB environment can contain or provide access to different functions, including operational documentation, aeronautical charts, aircraft performance calculations, mass and balance calculations, weather information, operational flight information, and other applications supporting the crew.
EASA’s current Air Operations rules identify typical Type A and Type B EFB applications. Type A examples include electronic access to required certificates and certain operational documents. Type B applications can include operational manuals, aircraft flight manuals, operational flight plans, meteorological information, NOTAM and AIS briefing information, electronic aeronautical charts, airport moving maps, aircraft performance calculations, mass and balance applications, and in-flight weather information. The classification and applicable assessment depend on the function and characteristics of the application.
This distinction is important because an EFB is not simply defined by the physical device on which software runs. The operational environment consists of hardware, applications, data, interfaces, procedures, and the organisational controls surrounding them.
The regulatory framework also deliberately leaves room for different technical implementations. Operators are not required to use one specific hardware configuration or software architecture. Instead, they need to demonstrate that the selected solution and its operational use meet the applicable requirements.
For EASA operators, the current framework is contained in Regulation (EU) No 965/2012 and the associated AMC and GM. The current EASA Easy Access Rules for Air Operations are Revision 24, published in March 2026. For operators under FAA jurisdiction, AC 120-76E, Authorization for Use of Electronic Flight Bags, is currently active. It provides guidance for the operational use of EFBs and describes an acceptable means, but not the only means, of obtaining FAA authorization where applicable.
The practical implication is that EFB management should begin with the operator’s operational and regulatory requirements rather than with a particular device or application.
Why Airlines Need to Address EFB Management
EFB management becomes necessary when an organisation moves from using isolated electronic documents or applications to operating a controlled EFB environment. Several external factors contribute to this development:
Regulatory oversight requires operators to demonstrate that operational systems are appropriately controlled. EFB use also interacts with areas such as operational risk management, information security, documentation control, and aircraft system considerations. EASA’s current framework explicitly connects EFB use with the operator’s management of associated safety hazards and risks.
Operational requirements are also changing. Airlines increasingly depend on multiple digital sources for navigation, weather, flight planning, operational documentation, aircraft performance, and other flight-related information. The more information sources are involved, the more important it becomes to define which source is authoritative, how information is distributed, and how changes are controlled.
Internal factors are equally relevant.
Fleet growth can increase the number of aircraft configurations, device types, and application environments that need to be maintained. Changes to manuals, procedures, navigation data, aircraft configuration, or software can create dependencies across several operational processes.
Crew standardisation is another consideration. Pilots need predictable procedures for accessing and using operational information. Differences between fleets, aircraft configurations, or application versions should therefore be identified and managed rather than emerging informally through daily operations.
Finally, EFB management provides a framework for lifecycle control. An EFB is not implemented once and then left unchanged. Applications, data, devices, operating systems, procedures, and regulatory requirements can all change over time.
The Structure of an Electronic Flight Bag Solution in Practice
A practical EFB environment normally consists of several interconnected elements.
Hardware
This includes the portable or installed electronic devices used by flight crew and, where applicable, associated mounting, power, connectivity, and accessories. EASA guidance requires operators to consider factors such as device characteristics, positioning, power supply, electromagnetic interference, and viewable stowage for portable EFBs.
Software Applications
Applications perform specific operational functions. Depending on the operator’s configuration, these may include document viewing, navigation charts, airport moving maps, performance, mass and balance, electronic flight folders, weather, or other operational applications.
Operational Data
Charts, manuals, aircraft data, performance data, airport information, weather information, and other datasets must be sourced, distributed, updated, and controlled according to their operational purpose.
Procedures and Policies
The organisation needs documented procedures describing how the EFB is used, maintained, updated, supported, and monitored. These procedures should correspond to the operator’s actual technical and operational environment.
Roles and Responsibilities
EFB management normally involves more than one department. Depending on the organisation, responsibilities can involve an EFB administrator, Flight Operations, pilots, Safety, Compliance Monitoring, IT, Dispatch/OCC, Maintenance, and other subject-matter experts.
Evidence and Records
An auditable EFB environment requires appropriate evidence that defined processes have been followed. Depending on the organisation and regulatory framework, this can include approvals, assessments, configuration records, training records, change records, risk assessments, technical documentation, and operational procedures.
The exact structure varies between operators. The regulatory framework establishes requirements and acceptable means of compliance, while the operator determines how those requirements are implemented within its own management system and operational environment.
10 Steps to Implement Effective EFB Management
Define the Scope of the EFB Environment
Start by documenting what the airline considers part of its EFB environment. This should include devices, applications, operational data, connectivity, interfaces, and relevant supporting processes. The scope should also identify which functions are operationally significant and which systems provide their underlying data. A clearly defined scope provides the foundation for subsequent assessments and responsibilities.
Identify Applicable Regulatory Requirements
Determine which regulatory framework applies to the operation and identify the relevant EFB provisions, AMC, GM, guidance material, and approval requirements. For EASA operators, this includes the applicable provisions of the Air Operations framework and associated EFB material. For operators under other authorities, the relevant national requirements must be considered. The regulatory baseline should be documented and kept current.
Classify and Assess EFB Applications
Each application should have a defined operational purpose and an appropriate classification or approval basis. The assessment should consider what the application does, how it is used, what data it processes, and what could happen if it becomes unavailable or produces incorrect information. EASA provides specific criteria for Type A and Type B EFB applications, while novel functions may require additional assessment.
Assign Clear Ownership and Responsibilities
Define who is responsible for the EFB programme and which departments own individual components. Responsibilities can cover application management, data management, device configuration, operational procedures, risk assessment, training, technical support, and compliance monitoring. Responsibilities should be documented rather than assumed. Clear ownership is particularly important when several suppliers and internal departments contribute to one EFB environment.
Establish Data and Document Control
Identify authoritative sources for each operational dataset and define how information is received, validated, distributed, updated, and withdrawn. Version control should make it possible to determine which information was available at a particular point in time. Where multiple systems exchange information, interfaces and responsibilities should also be documented. This creates a controlled information chain rather than a collection of independent files.
Define Risk Assessment and Mitigation Processes
Assess risks associated with EFB hardware, applications, data, interfaces, and operational procedures. Consider both normal operations and foreseeable failures, including loss of connectivity, unavailable applications, outdated information, device failure, incorrect configuration, or human interaction issues. EASA guidance explicitly addresses hazard identification and risk management in connection with PED and EFB use. Mitigations should be documented and periodically reviewed.
Establish Change Management
Define how changes to applications, operating systems, devices, databases, manuals, procedures, and interfaces are evaluated before deployment. Changes should have an identified owner, defined impact assessment, and appropriate testing or validation. Where a change affects operational use, the relevant procedures, training, and supporting documentation should be updated. A controlled change process prevents technically small changes from creating unmanaged operational consequences.
Define Operational Procedures and Contingency Arrangements
Flight crew and operational staff need clear instructions for normal EFB use and for foreseeable failures. Procedures should address matters such as device failure, application unavailability, loss of data, loss of connectivity, or access to required information through an alternative means. Contingency arrangements should be practical and compatible with the actual operation. They should also be included in relevant training and operational documentation.
Implement Training and Competency Requirements
Training should reflect the actual EFB environment rather than focusing solely on device operation. Crew members need to understand relevant applications, procedures, limitations, data currency, responsibilities, and contingency processes. Training should also address changes introduced during the EFB lifecycle. The objective is consistent operational use across different crews, fleets, and operating environments.
Monitor, Audit, and Continuously Review the EFB Programme
EFB management does not end after implementation. Operators should monitor system performance, data currency, incidents, user feedback, changes, compliance status, and relevant operational indicators. Internal audits and management-system processes can provide evidence that defined controls remain effective. Findings should be tracked through to corrective action and closure, with the EFB programme reviewed when operational, technical, or regulatory conditions change.
What Are the Benefits of an Electronic Flight Bag Solution for Airlines?
A well-managed Electronic Flight Bag environment can provide operational benefits beyond the replacement of paper.
Reduction of Weight and Paper Workload
Replacing selected paper-based information with controlled electronic information can reduce the amount of physical documentation carried and maintained by flight crew. The effect is not limited to physical weight. Digital distribution can also reduce manual document handling, printing, physical revision processes, and associated administrative workload.
Real-Time Access to Up-to-Date, Integrated Information
Electronic information can be distributed and updated through controlled digital processes. Where systems are integrated appropriately, flight crews and operational teams can work with information from multiple sources within a defined workflow. This can be particularly relevant for operational information that changes frequently. However, real-time availability should not be confused with uncontrolled data updates. Operational data still requires appropriate source control, validation, distribution logic, and procedures. An EFB management system should therefore address both information availability and information integrity.
Improved Efficiency and Operational Safety
A structured EFB can reduce unnecessary manual steps and make relevant information easier to access. This can support more consistent workflows and reduce opportunities for avoidable manual errors. Safety benefits depend on the specific implementation. An EFB does not automatically make an operation safer simply because information is digital. Safety depends on appropriate application design, data quality, procedures, human factors, training, risk management, and effective governance.
How Talora Supports EFB Management
An EFB management framework can be supported by a platform that brings relevant applications, operational information, and administrative processes into a controlled environment. Talora describes its EFB as an integrated platform combining functions such as navigation charts, Electronic Flight Folder, E-Documentation, E-Checklist, Performance, and Mass & Balance. The platform is designed for use across different operational roles, including flight crew and OCC/Dispatch.
From an EFB management perspective, the relevant principle is not simply the number of available functions. The important consideration is how these functions fit into the operator’s existing governance model.
A platform can provide structured mechanisms for distributing operational information, managing application environments, supporting workflows, and maintaining records. It can also reduce the number of disconnected processes that an organisation needs to administer.
This does not remove the operator’s responsibilities. Regulatory compliance, risk assessment, operational approval, procedures, training, data-source control, and oversight remain responsibilities of the operator and its management system.
The limitation of purely manual approaches is that control becomes increasingly dependent on individual processes. Separate document repositories, spreadsheets, manual distribution, independent applications, and disconnected update processes can make it harder to establish a consistent view of the operational environment.
An integrated platform can address some of these structural issues by providing a common environment for relevant information and workflows. The suitability of such an approach still needs to be assessed against the operator’s fleet, regulatory environment, operational processes, IT architecture, and EFB programme.
EFB management is therefore not synonymous with selecting an EFB software product. The platform is one component of a broader governance system.
Frequently Asked Questions
EFB management is the organisational process of controlling and governing the hardware, software, data, procedures, responsibilities, and lifecycle activities associated with an Electronic Flight Bag. It combines operational, technical, safety, compliance, and information-management responsibilities.
Responsibility depends on the airline’s organisational structure. An EFB manager or administrator may coordinate the programme, but effective governance normally involves Flight Operations, Safety, Compliance Monitoring, IT, Dispatch/OCC, and other relevant functions. Individual responsibilities should be explicitly defined.
Type A and Type B are regulatory classifications used for EFB applications. Under EASA guidance, Type A applications include functions such as access to certain required documents, while Type B applications can include operational manuals, electronic charts, airport moving maps, performance, mass and balance, and certain weather and operational information functions. The applicable classification depends on the function and its characteristics.
The operator should have documented contingency procedures for foreseeable EFB failures. Depending on the affected function, this can involve a second EFB, an alternative application or information source, or another approved means of accessing required information. The contingency process should be defined before the failure occurs and incorporated into relevant operational procedures and training.
The exact scope depends on the operator and applicable authority, but an audit may examine EFB responsibilities, regulatory compliance, application assessments, risk assessments, procedures, data and document control, change management, training, contingency arrangements, technical configuration, and evidence that defined processes are being followed.
An Electronic Flight Bag is not universally mandatory. However, when an operator chooses to use an EFB operationally, its use must comply with the applicable regulatory framework. Under EASA rules, operators using EFBs must ensure that they do not adversely affect aircraft systems or the ability of the flight crew to operate the aircraft.
An EFB management programme can include hardware management, application classification, data and document control, risk assessment, change management, operational procedures, training, contingency arrangements, technical support, monitoring, and audit evidence.
There is no single update interval that applies to every EFB dataset. The required update process depends on the type, source, operational purpose, and applicable requirements of the information. Navigation data, operational documents, performance data, and other datasets can follow different update cycles. The operator should define and control the applicable currency requirements.
No. Pilots are the primary operational users of many EFB functions, but EFB management can involve multiple organisational areas. Flight Operations, OCC and Dispatch, Safety, Compliance Monitoring, IT, Maintenance, document management, and other operational functions may contribute to or depend on the EFB environment.
EFB software administration normally focuses on the technical and administrative operation of applications and devices. EFB management is broader. It includes the operational, regulatory, safety, governance, data, training, change-management, and lifecycle aspects required to operate the EFB environment as part of the airline’s overall management system.
written by Nico Müller-Lankow
Product Marketing Manager Aviation | LinkedIn
Published on: September 28, 2026
