Sangeet Kumar sees the embodied intelligence race accelerating faster than most industry observers predicted. The CEO of Addverb Technologies, an Indian robotics firm that built its reputation automating warehouses for clients like Reliance and Flipkart, told BusinessLine that physical AI development has moved from laboratory curiosity to industrial imperative. Kumar's assessment comes as Addverb pivots its engineering resources toward humanoid platforms, betting that the same supply chain advantages and engineering talent that made India a software powerhouse can replicate in robotics hardware. The shift represents a calculated gamble: Addverb is moving upstream from proven warehouse automation revenue into a humanoid market where commercial viability remains unproven, but where Kumar believes first-mover advantage in Asian manufacturing will prove decisive.
Addverb's trajectory mirrors the broader industrial robotics sector's evolution from single-purpose automation to general-purpose embodied systems. Founded in 2016 as an internal automation division for Reliance Industries before spinning out independently, the company deployed thousands of autonomous mobile robots, sortation systems, and pick-and-place units across Indian logistics networks. That installed base gave Addverb real-world data on deployment costs, maintenance cycles, and integration challenges that pure-play humanoid startups lack. Kumar argues this operational foundation matters more than raw capital as the industry transitions toward bipedal platforms designed for existing human workspaces. Where California-based competitors like Figure AI and Agility Robotics raised massive venture rounds to fund hardware iteration, Addverb claims profitability from existing warehouse automation contracts funds its humanoid R&D without dilutive financing. The company has not disclosed specific investment figures for its humanoid program or timeline for commercial deployment beyond 2026.
The workforce displacement question shadows every industrial robotics conversation, and Kumar's response reflects careful positioning for a company eyeing government contracts and public sector partnerships. He acknowledged that repetitive and physically demanding roles will face automation pressure but framed the transition as productivity-led job creation rather than net employment loss. The argument holds more weight in India's context than in mature economies: the country's manufacturing sector employs roughly 27 million workers, yet accounts for only 17 percent of GDP, suggesting significant room for productivity gains before automation displaces more workers than expanding production can absorb. Kumar's calculus assumes that lower per-unit production costs enabled by robotics will make Indian manufacturers more competitive globally, driving export growth that creates higher-skill jobs in robot maintenance, programming, and system integration. Whether that optimistic scenario materializes depends on factors beyond Addverb's control, including trade policy, infrastructure investment, and the pace at which competitors in China and Southeast Asia deploy similar automation.
Addverb's humanoid ambitions face formidable technical and commercial obstacles. Bipedal robots remain expensive to manufacture, prone to mechanical failure, and limited in dexterity compared to human workers or even purpose-built industrial robots. Tesla's Optimus program, backed by virtually unlimited capital and vertical integration across batteries, motors, and AI training infrastructure, has yet to demonstrate commercial viability outside controlled demonstrations. Boston Dynamics spent two decades perfecting Atlas before pivoting toward the simpler, wheeled Stretch platform for actual warehouse deployment. Kumar's confidence rests partly on the assumption that India's engineering talent and lower labor costs will compress development cycles and reduce per-unit manufacturing costs enough to reach viable price points for domestic and export markets. The company has not disclosed hardware specifications, performance benchmarks, or target pricing for its humanoid platform. Without those specifics, the timeline from prototype to commercial deployment remains speculative, though Kumar's public statements suggest the company expects to demonstrate working systems suitable for industrial pilot programs before the end of 2026.
What to Watch: Addverb's next technical milestone will be revealing actual humanoid hardware specifications and deployment timelines at industry conferences through late 2026. Watch for partnerships with Indian manufacturing conglomerates, particularly in automotive and electronics assembly where humanoids could handle final assembly tasks. Monitor whether Addverb pursues international certification for its humanoid platforms in export markets, particularly the Middle East and Southeast Asia where Indian robotics firms have established logistics automation footholds. Finally, track whether the Indian government includes humanoid robotics in its Production Linked Incentive schemes, which would significantly accelerate domestic development and manufacturing scale.
