Mapping the hidden systems shaping India’s next industrial decade.
Independent, long-form research on industrial infrastructure, semiconductors and AI infrastructure — plus living intelligence surfaces: national corridor maps, import-dependency atlases and a monthly strategic brief. Built for people who need to understand systems, not headlines.
Seven surfaces, one intelligence stack
Long-form research, living maps, dispatches and commissioned work — everything the lab produces, in one place.
Long-form research + executive summaries, one strategic question at a time.
Open →National corridors, node dossiers, satellite GIS maps and opportunity surfaces.
Open →A free interactive map of India’s industrial ecosystems, players and import layers.
Open →Import-dependency layers — what India still imports, ecosystem by ecosystem.
Open →Compact, information-dense dispatches on structural change as it happens.
Open →The monthly strategic-intelligence brief, distilled from the signal engine.
Open →Commissioned research, investment-grade DPRs, briefings and licensing.
Open →The current edition
Our flagship long-form analysis — the systems, dependencies and beneficiaries behind a single strategic question.
India AI Compute Corridor Economics, 2026–2035
Hyderabad vs NCR — Investment Viability, Power-Evacuation, Water Stress, Geography of Sovereign Compute
Where should India site 500 MW to 1 GW of AI compute? This report ranks eight Indian corridors on the Techadyant AI Compute Viability Index (T-ACVI) — a nine-dimension framework weighted by infrastructure bindingness: power, water, transmission, land, connectivity, expansion, policy and AI ecosystem. Hyderabad (81.5), Gujarat (77.2), Andhra Pradesh (71.6) and Chennai (71.1) clear the investment-grade threshold, while NCR (63.7) — despite unmatched enterprise demand — suffers a 1.42× water-stress adjustment and a 640-basis-point IRR penalty versus Hyderabad on an identical 100 MW campus (22.8% vs 16.4% base-case IRR). India's AI compute demand reaches 1,960 MW by 2035 (28% CAGR), driving a USD 199 billion industrial TAM across compute, power, construction, cooling, connectivity and water. 101 pages, four analytical figures, three proprietary models and a live-formula data pack.
India’s industrial corridors, mapped to the node
What changed on the ground
The most recent node-level developments across the 11 national corridors, pulled straight from the corridor tracker’s timelines.
- Jun 2026In master planning; EPC tender not yet floated— Hisar IMC · AKIC
- Jun 2026CCEA approves Rameshwar–Paradeep coastal highway (160.18 km, ₹8,300.79 cr)— PKDS Zone (Paradip–Kendrapada–Dhamra–Subarnarekha) · OEC
- Jun 2026MMLP tender reaffirmed — design, build, commission + 5-yr O&M— Dharwad node · BMIC
- May 2026APIIC initiates private-developer selection for Kosalanagaram— Chittoor node (Srikalahasti–Yerpedu / Naidupeta) · VCIC
Node-level developments tracked from DPIIT/NICDC status reports and PIB releases · corridor tracker updated Jun 2026.
Intelligence dispatches
India is in advanced cost negotiations to supply Armenia with more than 50 Pralay tactical ballistic missiles - a deal that, if signed, would be India's first export of a ballistic-strike system.
India and Japan signed a maritime-security Memorandum of Arrangement on 20 August 2026 and agreed to assess joint naval shipbuilding, with the shipborne UNICORN mast confirmed as their flagship defence technology transfer.
MeitY Secretary S Krishnan announced on 18 August that three semiconductor facilities — Micron, Kaynes and CG Semi, all at Sanand in Gujarat — have entered commercial production under ISM 1.0, with five to six projects expected to be live by end-2026. The Union Cabinet has approved ISM 2.0 with an outlay of Rs 1,27,500 crore, and PM Modi will inaugurate SEMICON India 2026 on 17 September.
India has signed a roughly Rs 1,943 crore (about US$203 million) contract with General Atomics to lease two MQ-9B SeaGuardian HALE RPAS for the Indian Navy for 30 months - immediate maritime domain awareness over the Indian Ocean Region, ahead of the larger 31-drone purchase.
Government agencies have ordered the Indrajaal Ranger - India's only ARDTC-approved mobile anti-drone patrol vehicle - in orders totalling about Rs 155 crore, from a consortium of Indrajaal Autonomous Defense Systems and Sigma Advanced Systems. Unlike fixed counter-UAS defences, the Ranger detects, tracks and neutralises drones - including hijacking them mid-flight - while on the move.
Kawa UAV Pvt. Ltd. (HoverIt), headquartered in the Uttar Pradesh Defence Industrial Corridor, conducted the maiden flight of Divyastra Mk3 on 11 August 2026 — the first flight of a 100% indigenously designed, developed and manufactured jet-powered loitering munition in India.
The layers India still imports
For each ecosystem the Atlas tracks, how many value-chain layers are import-dependent. The bars are live data from the rollup — the longer the bar, the thinner India’s ownership.
India’s industrial systems, mapped
A living, free reference — the players in each ecosystem, what they make, and the value-chain layers India still imports.
Semiconductors
Fabs, packaging, materials and the equipment India cannot yet build.
Critical Minerals
Rare earths, lithium and the refining layer China still controls.
AI Infrastructure
Compute, power and the silicon every Indian data centre imports.
Defence
Indigenous platforms riding on foreign engines and electronics.
Enterprise Software
The software stack running Indian industry — and who owns each layer.
AI MedTech
India writes the medical AI; the imaging hardware that feeds it is imported.
Unmanned Systems
India flies and assembles more drones than it builds — the components still come from abroad.
Counter-UAS
India’s counter-drone shield — who detects, tracks and defeats the drone threat.
Military Aerospace
India assembles transport aircraft it does not design — the engines, avionics and actuators still come from abroad.
Executive-ready analysis
The lab, commissioned
Market & ecosystem mapping, supply-chain dependency analysis, policy and beneficiary assessment — aimed at your decision.
Commission research →Investment- and approval-grade DPRs for technology, industrial and strategic projects — sourced, structured for lenders and government counterparts.
Commission a DPR →Executive strategic briefings on demand, plus licensing of the Atlas, corridor datasets and report content.
Engage the lab →The strategic-intelligence brief
Issue 04 · August 2026 · 10-min readPricing the GapThree service roadmaps, one composite index, 312 import surfaces - August was the month India put a number on what it does not make. July priced the opportunity; August priced the gap. The question now is whether the numbers build anything.Read the issue →One issue a month. The few signals that move the board — semiconductors, AI infrastructure, critical minerals, defence.
An independent research lab
Techadyant Labs is an independent strategic intelligence platform focused on India’s industrial transformation, infrastructure systems and emerging strategic technologies.
We study industrial systems the way analysts study capital markets — as interdependent structures with hidden constraints, asymmetric beneficiaries and second-order effects. Our work begins where the press release ends.
The publication is reader-oriented and independent. We carry no sponsored coverage and take no position in the companies and projects we analyse.
- IndependentNo sponsored coverage, no undisclosed interests.
- Systems-levelWe map dependencies, not just events.
- India-firstBuilt around India’s industrial and strategic context.
- Long-formDepth over frequency; analysis over aggregation.