📊 Daily pulse · Tue, 30 Jun 2026

Global Commerce · Pulse

Global commerce is the broad vertical under which trade, B2B operations, services-export, and cross-border digital commerce all sit. It is what AJG's parent platform AllfrontierGlobal exists to instrument — the WTO's 2024 World Trade Report counted USD 33 trillion of global merchandise plus services trade, growing roughly 3-4% per year in real terms, with services export crossing USD 7.5 trillion and now growing faster than goods trade. India's position in this map is structurally interesting: the country exported USD 778 billion in goods+services in 2023-24, a 3.6% global services-export share that punches well above its 2.7% goods-export share, with software/IT services alone contributing USD 200 billion. The merchandise-services gap is the single most important fact for understanding why trade-policy commentary often misses what is actually happening.\n\nThe multilateral architecture is denser than headlines suggest. The WTO's 164 member states operate under the GATT 1994 + GATS + TRIPS frameworks; the 273 FTAs notified to the WTO at last count cover roughly 60% of global trade by value; the 28 major trade blocs (EU, ASEAN, USMCA, MERCOSUR, AfCFTA, RCEP, CPTPP, SACU, GCC, EAEU, EAC, ECOWAS, SADC, CARICOM, EFTA, APTA, BIMSTEC, IORA, OECS, COMESA, ALADI, CIS, ECCAS, PIF, SAARC, NAFTA-replaced, ANCOM, AC) overlap and stack in non-trivial ways. India is a member of zero major trade blocs as a full participant — SAARC is moribund, BIMSTEC operates at preferential not free-trade depth, RCEP was declined in 2019. India's bilateral FTA portfolio (Sri Lanka 1998, Singapore CECA 2005, Korea CEPA 2009, Japan CEPA 2011, ASEAN 2010, UAE CEPA 2022, Australia ECTA 2022, EFTA TEPA 2024, UK FTA in advanced stages 2024-25) is the substitute strategy.\n\nB2B commerce within the global frame is dominated by intermediated trade — about 70% of world trade flows through global value chains where intermediate goods cross borders multiple times before final assembly. The OECD's TiVA database tracks this; the WIOD tables let you measure forward and backward linkages; Acemoglu-Carvalho-Ozdaglar-Tahbaz-Salehi production-network theory explains why shocks propagate through these networks asymmetrically. Practically, this means Indian exporters of intermediate goods (auto components, pharmaceutical APIs, textile yarns, specialty chemicals) face a different competitive landscape than Indian exporters of final products (consumer pharma, branded textiles, finished IT services). AJG's 37 trade corridors are the operational unit we use to model these flows — corridor by corridor, with multilateral context preserved.\n\nServices export deserves its own treatment because the cross-border substitution patterns are genuinely different from goods. The four GATS modes — cross-border supply (Mode 1: software written in Bangalore, used in Boston), consumption abroad (Mode 2: medical tourism), commercial presence (Mode 3: subsidiary establishment), movement of natural persons (Mode 4: H-1B-type temporary workers) — each have distinct policy regimes and political sensitivities. Mode 1 is mostly liberalised; Mode 4 is the most contested in every bilateral negotiation. India's services-export advantage runs through Mode 1 and Mode 2; the structural risks are concentrated in Mode 4 access.\n\nDigital commerce is the new layer that the multilateral system is still figuring out how to tax and govern. The OECD's Pillar 1/Pillar 2 negotiations on minimum global corporate tax (15%) and reallocation of profits to market jurisdictions are partially implemented as of 2024; India's Equalisation Levy (2% on digital services from 2020-2023, repealed in 2024 as part of the broader OECD framework) was a unilateral precursor; the EU Digital Markets Act and Digital Services Act establish gatekeeper rules; cross-border data flow restrictions (China's PIPL, India's DPDP Act 2023, the EU's GDPR-Schrems II constraint) shape what services can even exist where. AJG treats global commerce not as merchandise alone but as the full stack: physical, services, digital, with every layer tracked corridor-by-corridor.