CARGOCONNECT-APRIL2026 - Flipbook - Page 37
FMCG SUPPLY CHAIN : SPECIAL FEATURE
companies to increase the number of storage nodes
closer to consumption clusters rather than relying on
fewer, larger distribution centres. In this environment,
route optimisation is becoming a critical component
of speed-led ful昀椀lment execution.”
Complementing this execution shift, Manivannan
highlights, “Picking route optimisation is helping us
improve productivity by nearly 25–30%, alongside
intelligent slotting and re-slotting initiatives that are
improving space utilisation and supporting higher
throughput across ful昀椀lment environments designed
for rapid dispatch readiness.”
Beyond physical proximity, ful昀椀lment transformation
is also being shaped by intelligent execution pathways.
Raj explains that organisations are increasingly leveraging omnichannel capabilities to “selectively bypass
traditional distribution layers, enabling more direct
fulfilment to retailers or consumers where it adds
value.” This shift, he says, is enabling supply chains to
dynamically determine the most e昀昀ective ful昀椀lment
path in real-time, balancing speed, cost, and service
reliability simultaneously.
The operational backbone supporting this transformation is also becoming increasingly automation-led.
Paramane points out that modern MFCs are evolving
into “High-Density Robotic Cells” supported by Goodsto-Person technologies and cube-based storage systems
capable of storing signi昀椀cantly higher inventory volumes
within constrained urban footprints. By reducing clickto-ship times to under three minutes, he outlines, these
systems are allowing delivery networks to operate with
greater predictability while supporting the operational
feasibility of 15-minute ful昀椀lment commitments.
Advocating on these automation-led transitions
further, Manivannan informs, “Organisations like
ProConnect are increasingly deploying bin accuracy
improvement models to reduce errors, AI-based manpower planning targeting nearly 95% forecasting
accuracy, and MHE and resource optimisation to
enhance throughput, thereby enabling micro-ful昀椀lment
environments to operate with significantly higher
consistency and execution predictability.
As consumption corridors expand beyond metros,
distributed ful昀椀lment strategies are becoming central to
sustaining service reliability across wider geographies.
Gupta highlights the same, as he states, “Growing
smartphone penetration, digital payment adoption, and
rising disposable incomes are accelerating demand for
faster deliveries across tier II and III markets, prompting
logistics providers to strengthen localised distribution
networks aligned with emerging consumption patterns.”
Expanding on this expansion strategy, Manivannan
notes, “We are increasingly building decentralised stock
points closer to demand while focussing on high velocity
and throughput operations and enabling seamless lastmile readiness, strengthening execution responsiveness
across expanding consumption corridors.”
The increasing relevance of these distributed
ful昀椀lment nodes is also visible in how companies are
rebalancing inventory positioning strategies. Agarwal
explains that tier II and III expansion is not simply a
growth trend but “the force rede昀椀ning q-com in FMCG,”
Micro-Ful昀椀lment & Quick
Commerce
— Delivery
Benchmarks: Q-com
has set 10–30-minute
delivery windows as
the new benchmark in
urban markets.
— Modular Dark Stores:
Plug-and-play dark stores
can be deployed within 48
hours to scale presence
rapidly.
— Picking Productivity:
Picking route
optimisation is
improving warehouse
productivity by nearly
25–30% in high-velocity
centres.
— Click-to-Ship Speed:
High-density robotic cells
are reducing click-to-ship
times to under three
minutes for ef昀椀ciency.
— Transit Reduction:
Micro-Ful昀椀lment
Centres (MFCs) are
reducing last-mile
transit times by more
than 50% for retailers.
— Forecasting Accuracy:
AI-based manpower
planning in warehouses
is targeting nearly 95%
accuracy to enhance
throughput.
— Hyper-local Ful昀椀lment: Brands are shifting from
spreadsheets to AI-driven proactive forecasting to
support hyper-local delivery models.
adding that speed consistency and reliability are becoming more
important adoption drivers than discount-led acquisition strategies.
“With inventory now being pre-positioned closer to consumption
clusters using pin-code-level forecasting tools, last-mile transit
times are being reduced while dispatch responsiveness improves
signi昀椀cantly,” points Agarwal.
Equally important is the role of MFCS in preserving service
responsiveness without compromising pricing discipline across
distribution networks. Kumar notes that such ful昀椀lment centres
are emerging as “a counter weight initiative and that too a strategic
one in the current industry dynamics pertaining to various
distribution channels for many FMCG players.” By reducing
last-mile transit time by more than 50%, Kumar informs, these
centres are strengthening responsiveness while supporting margin
stability in increasingly competitive ful昀椀lment environments.
From a planning perspective, distributed inventory positioning is also enabling tighter replenishment cycles and improved
store-level execution consistency. Nair explains that MFCs
are enabling organisations to “reduce lead times and improve
store-level execution,” while supporting more frequent and
smaller replenishment cycles aligned with evolving consumption
behaviour across expanding geographies.
Technology integration is further strengthening the e昀昀ectiveness
of these decentralised ful昀椀lment architectures. Bhoj notes that
“MFCS located closer to consumption clusters are reducing last-mile
delivery times,” while real-time tracking and route optimisation
tools are enabling logistics operators to dynamically respond to
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