CARGOCONNECT-JUNE2026 - Flipbook - Page 51
COVER STORY
AIR CARGO ASCENDS
Future cargo leadership will depend on
intelligent, resilient, digitally connected, and
highly adaptive logistics ecosystems.
GMR is already
exploring the
deployment of
AGVs to stabilise
throughput and
improve handling
efficiency. Stationary
robotics, robotic-arm,
and conveyor-based
automated sorting
systems are also
being evaluated.
PRADEEP PANICKER
CEO, GMR HYDERABAD
INTERNATIONAL AIRPORT
a globally dominant cargo hub.
Expanding his thoughts around futureready infrastructure planning, Chandra
notes that capacity constraints continue
a昀昀ecting global air cargo markets, particularly across freighter availability and route
optimisation within major trade corridors.
However, he points out that BLR Airport
has been strategically positioning itself to
absorb these pressures through scalable
and technology-ready cargo infrastructure
development.
Chandra highlights that the airport’s
new domestic cargo terminal, regarded
among India’s largest Greenfield cargo
facilities, has been designed around modular
layouts, higher 昀氀oor-load capacities, and
recon昀椀gurable operational zones capable
of handling both conventional freight and
emerging high-growth cargo categories.
Simultaneously, the airport is integrating pharma-grade corridors, wider dock
interfaces, and automated material-handling
readiness to support next-generation cargo
flows that increasingly demand speed,
traceability, and environmental control.
Yet, infrastructure alone cannot
solve these challenges without parallel
technological transformation inside cargo
terminals themselves. Panicker believes
most Indian cargo facilities will require
targeted modernisation rather than complete
reconstruction to support the transition
towards highly automated and digitally
orchestrated cargo operations. Many terminals, he notes, were originally designed
around manual work昀氀ows and fragmented
operational processes. Supporting advanced
automation now requires investments into
IoT-enabled infrastructure, RFID integration,
real-time visibility platforms, structured
AGV movement corridors, computer-visionenabled scanning systems, private 5G or
high-reliability connectivity networks, and
cold chain-compatible automation systems
capable of handling sensitive pharmaceutical
and perishables cargo.
Importantly, Panicker emphasises that
automation cannot succeed without strong
digital foundations and operational standardisation. At GMR’s cargo facilities, the focus is
increasingly shifting towards “brown昀椀eld
automation” — embedding modular automation systems, sensor-enabled gates, smart
guideways, and digital orchestration layers
into existing facilities without disrupting
live operations. This phased approach, he
believes, allows airports to improve throughput e昀케ciency while minimising operational
risk and capital disruption.
At the same time, the transition towards
autonomous and AI-enabled cargo environments will require equally strong emphasis
on workforce transformation and stakeholder
con昀椀dence. Panicker notes that automation
is not merely a technology shift, but a people
transformation exercise involving large-scale
upskilling, operational retraining, and structured change management. In many ways,
cargo terminals o昀昀er an ideal controlled
environment for the gradual deployment
of autonomous technologies, particularly
across repetitive, safety-sensitive, and highprecision handling functions.
Even globally, however, structural
constraints continue shaping cargo growth
trajectories. Anna points out that restricted
airspace remains one of the industry’s
most significant long-term operational
bottlenecks, limiting routing flexibility,
increasing complexity, and reducing overall
network adaptability. For belly cargo carriers
in particular, cargo growth also remains
closely tied to passenger network recovery
and 昀氀eet deployment strategies, making
cargo expansion inherently dependent on
broader aviation market dynamics.
Meanwhile, Kirchner notes that growing regulatory complexity across markets
is steadily increasing the administrative
burden across airline operations. Diverging compliance frameworks, operational
approvals, and market-speci昀椀c regulations
are making network adjustments and new
solution deployment significantly more
complicated, reinforcing the importance
of resilience-oriented operating models
across the industry.
Collectively, the sentiments expressed
point to a larger reality confronting global
air cargo today. The industry’s next phase
of growth will not be driven solely by
rising demand or infrastructure expansion. Instead, it will depend on how intelligently ecosystems can eliminate friction,
synchronise multimodal connectivity,
minimise processing ine昀케ciencies, and
build operational architectures capable of
sustaining reliability within an increasingly
fragmented and time-sensitive global trade
environment.
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