Inderpreet Singh
VP, Solution Sales — India & SAAR, Addverb Technologies
“The real story is the intelligence that allows robotic fleets to optimise trajectories in real-time based on live variables like congestion or order priority. We are moving from machines that follow lines to systems that navigate the unstructured reality of a high-volume supply chain.”
— Inderpreet Singh
Addverb operates across high-velocity fulfilment environments including JioMart and new energy gigafactories.
The Reliance Industries partnership serves as a continuous stress test for intelligence systems at extreme pressure.
From Noida-coded brains to global exports to the US and Europe.
Deterministic logic is an industrial relic. For decades, warehouse systems were constrained by rigid logic—fixed paths that paralysed the moment a pallet moved two inches out of place.
That era of “if-then” loops is being dismantled. The shift is toward an Intelligent Orchestration Layer, moving the sector away from machine repetition and toward adaptive decision-making.
Stress-Test Multiplier
Scale is the only deployment multiplier that matters. Through the Reliance Industries partnership, Addverb operates in environments of operational complexity rarely available to most startups.
From the high-velocity requirements of JioMart fulfilment to the precision of new energy gigafactories, this partnership serves as a continuous stress test environment for intelligence systems. It allows for the refinement of the orchestration layer under extreme pressure before exporting that reliability to the US and Europe.
Brownfield Advantage
Western “Lights Out” factories remain a fantasy for most of the world’s legacy clusters. India is a brownfield nation—full of existing infrastructure, legacy workflows, and mixed-age equipment.
The solution is not a total facility rebuild; it is the CoBot Hybrid. This is the tactical alignment of labour surplus with robotic precision. Using imitation learning, robots are trained to adapt to human environments. On this shop floor, the human worker commands the machine. The robot absorbs the dull, dirty, and dangerous tasks, while the human manages the strategy.
This reveals India’s true industrial edge: India is not building perfect systems. It is building systems that survive imperfection. Global manufacturing needs precision. More so, adaptability at scale.
Component Reality
The execution bottleneck remains: India’s structural dependency on global sensors and chips. Even with Noida-coded brains, the hardware continues to breathe through international supply chains.
The response is a pivot toward deeper localisation, including integration with semiconductor equipment and precision tooling. By building the machines that handle the precision requirements of high-tech assembly, the focus shifts from “assembled in India” to “architected in India”. While specialised components remain a global dependency, the shift toward silicon tools marks a transition to true manufacturing autonomy.
Ultimately, sovereign control will not come from emulating Western precision but from mastering the ability to engineer systems that thrive in chaos.
Solutions Spotlight
The Orchestration OS
An adaptive layer capable of real-time negotiation between massive, decentralised robotic fleets.
Brownfield Humanoids
Wheeled mobility designed to function within legacy infrastructure via imitation learning.
Virtual Pre-Deployment
High-fidelity simulation environments that validate capital investments before a single machine hits the floor.
The Capability Doctrine
Ownership Over Scale
Entering a global supply chain generates employment. Upgrading inside it generates power.
Density Dictates Speed
Factories operate inside grids. If the grid is slow, the factory bleeds.
Capital Comes With a Clock
The tension is permanent. Industry wants protection; the state demands exports. Competitiveness relies on ruthless firm-level efficiency.
Manufacturing is Sovereignty
The transition from assembly to capability is the physical mechanism of Viksit Bharat.