Today's modern baggage handling systems provide detailed system visibility and control inside the terminal. However, that connected journey often stops once bags reach the make-up area. When bags move from make-up and onto the ramp, airports can lose consistent baggage tracking, along with the transparency and overall orchestration across handling activities.
There are a number of reasons for this, and a significant one is the multiple manual processes that occur within the different teams on the apron. Many ramp processes still depend on phone calls, radio communication, paper documentation, spreadsheets and disconnected software tools. These methods can support individual tasks, but they do not create a shared and up-to-date view of the wider operation.
The result is two distinct gaps: one in baggage tracking between the baggage system and the aircraft, and the other in transparency and the overall orchestration of handling activities.
One of the reasons that there has been limited development on the apron is due to the number of stakeholders involved. Activities on the apron sit at the intersection of the airport operators, airlines, ground handling companies, ramp and baggage teams, and baggage handling system suppliers. Alongside this, there is often a number of different tools used by these teams in order to communicate activity and allocate tasks, meaning that all the tasks within an operation are happening on disconnected tools. Each team is working with different budgets, KPIs and priorities whilst sharing a common space. As a result, the ground handling part of baggage handling remains an underdeveloped area with huge potential for optimisation.
There is a lack of coherence around processes that involve multiple teams, which can lead to difficulties that impact activities on the apron. For example, when there are delayed arrivals, unavailable baggage trolleys or ULDs, or late transfer bags, several teams are required to adjust at once. When information has to pass through separate channels for the same issue, every handover can introduce delays, misunderstandings or inefficient use of people and equipment. Improving one isolated activity is therefore not enough; the wider operation needs a common picture.
The tools currently in use on the apron are mostly analogue, with pen and paper and clipboards still relied on for tracking. These static setups mean that there is rarely an efficient response to unexpected activities. For example, if a transfer flight is delayed and bags arrive late, there is no way for teams to reprioritise tasks to move these bags or ULDs in good time.
As a result of the situation on the apron, the efficiency that is gained from modern baggage handling systems rarely translates into the next stage of the process, limiting the overall efficiency and ability to work dynamically.
Currently, Heathrow Airport, BEUMER Group and other stakeholders are investigating how a shared digital baggage operations platform could support coordination across ground handling activities. The purpose is not to reproduce existing processes in software, it is to examine whether stakeholders can share relevant operational information, coordinate work more effectively, and respond faster when priorities change.
The live test of the platform will provide an opportunity to assess three potential areas of operational value:
· Improved operational visibility: creating a common view of activities, priorities and available resources.
· Faster response to disruption: identifying changing conditions and coordinating the stakeholder response more quickly.
· Better use of available resources: supporting the deployment of personnel and equipment where they are most needed.
The new platform intends to provide these benefits through being accessible for all the teams working with baggage on the apron and offering a digital way to manage manual processes and tackle common challenges. This includes dynamic task prioritisation, for example allocating tasks to drivers driven by real-time data in the platform, synchronised decisions, for example automatic task creation pushed to dedicated operators, and an API to connect with whatever is handling transport in the airport.
There are numerous benefits from this synchronised platform, with one of the most important relating to better tracking of bags. The platform will enable data points that have previously been missing from the process to be tracked, including knowledge of where bags are after they have left the BHS, through data like time stamps and which ULDs they are placed in. Greater transparency into the data also allows better optimisation in the future, using the data as the basis for decision-making.
Optimisation and transparency that come from this data will allow the relevant parties to find common ground in improving processes, as the factual data will reveal valuable insights that can help their work. This means, for example, there is transparent data about when a bag has gone missing and the relevant teams can make changes to prevent this. Similarly, when flights are delayed or have other issues, the platform reflects this in real-time.
There are also a number of orchestration benefits relevant to the specific tasks that must occur on the apron, such as ULD management. Using the platform can provide a better way to track the orchestration required here, including finding the correct empty ULDs and ensuring they are in the correct position at the correct time, making both processes and space more efficient.
Overall, the data from the platform can provide vital insights for a more orchestrated, transparent, and optimised future. Crucially, it can provide one common area for everyone working with manual tasks on the apron to keep track of live statuses through digital means, regardless of the team they are connected to.
Looking into the future, there are expected to be a number of innovations related to autonomous development on the apron. However, autonomy depends on more than the vehicle. Before equipment can act autonomously, the operation around it must be digitally understood and coordinated.
An autonomous vehicle needs digital instructions, clear task priorities, reliable information about resources and a controlled way to interact with the wider operation. Paper-based or verbally communicated processes cannot provide that interface. A shared baggage operation platform can help establish the task visibility, resource allocation, process control and operational transparency that future autonomous equipment will require.
Digital ground handling support could help airports extend transparency, orchestration and optimisation across the full baggage journey. By reducing friction between stakeholders and creating a shared operational picture, airports will be able to use resources more effectively and connect baggage processes inside the terminal more closely with activities on the apron.
The value is not simply more software. It is a more connected operation that extends beyond the baggage handling system and creates a practical foundation for the next generation of ramp technologies. By bringing those working in ground handling into digital task management, they are being prepared for a future with more digital and autonomous solutions, and ensuring that they can work effectively within it.
If you would like more information about the digital developments on the apron, the benefits of digital platforms in this area, and increasing the efficiency of processes around a baggage handling system, sign up now to receive updates relating to our upcoming e-book on the topic.
