The problem
The general e-commerce stack is built around goods that tolerate a few days of transit. Time-sensitive verticals — food, perishables, pharmacy, time-critical industrial parts — break that assumption. They need cold chain, sub-hour fulfillment, dynamic routing under demand spikes, and coordination between operations agents and physical infrastructure that the standard SKU-based architecture wasn't designed for.
These verticals are also where margin compresses fastest. Food delivery in particular has spent a decade burning capital on three-sided unit economics no one has cracked at scale. The lesson is not that the vertical is bad — the lesson is that the underlying infrastructure was wrong.
Our angle
The autonomous chain we're building for general commerce — agentic operations + autonomous logistics — has structural advantages in time-sensitive verticals once both layers mature. An operations agent that already coordinates payments, inventory, and dispatch in real time is closer to running a food order than a generic Shopify store is. The substrate is the same; the constraints sharpen.
We're not announcing a food delivery product. We're saying that when the chain is autonomous end-to-end, time-sensitive verticals become the surface where the chain's economics actually beat the focused incumbent — because the infrastructure is amortized across all of commerce, not paid for by the vertical alone.
What we're exploring
The right entry point. Cold chain constraints in Türkiye. Whether food is the right first vertical or whether something less margin-stressed (specialty spirits, time-critical industrial supply, regulated pharmacy) gives a cleaner test. Pricing models that don't drag the platform into the same three-sided economics that broke the focused players.
Status
Future vertical. Long-horizon. Watching the agentic and logistics layers mature first.
An invitation
Operators or researchers who've been deep in the unit economics of food delivery, q-commerce, or perishable supply chains: we'd like your read on which entry point is right and which is a trap. research@fastart.tech.