India's mastery of steel production centuries ago offers a compelling historical parallel to Prime Minister Narendra Modi's recent call for strategic control over critical minerals, according to an analysis published by India Today on August 21, 2026. The article traces India's ancient metallurgical excellence through multiple historical periods, beginning with evidence of ironworking in the Middle Ganga Valley dating to the second millennium BCE. By the first millennium BCE, iron had become integral to everyday life across the Indian subcontinent, used in agricultural implements, weapons, and tools.
The most significant advancement came in southern India with the development of wootz steel, known locally as ukku. This crucible steel, produced by sealing iron and carbon-rich material inside a crucible and heating until carbon entered the metal, created a high-carbon steel superior to ordinary wrought iron. Production flourished across what is now Telangana, Karnataka and Tamil Nadu, with archaeological evidence including 60 crucible-steel ingots discovered at Konasamudram in present-day Telangana, indicating this was a substantial industry rather than isolated village craft.
Indian steel gained such international prominence that it became associated with quality itself. Roman historian Quintus Curtius Rufus recorded Indian envoys presenting Alexander the Great with 100 talents of bright iron along with other gifts. Pliny the Elder's Natural History explicitly praised Indian iron, noting that among different kinds of iron, Indian production ranked highest after the Seres.
The Periplus of the Erythraean Sea, a first-century CE account of Indian Ocean commerce, documented Indian steel moving through trade routes linking India with the Red Sea and West Asia. This reputation became so established that Indian swords entered Arabic literary tradition as symbols of superior quality. Pre-Islamic Arabian poets including Zuhayr ibn Abi Sulma and Tarafa ibn al-Abd referenced the Saif Hindi or Muhannad, the Indian sword, as the gold standard of weaponry.
Most significantly, Prophet Muhammad himself reportedly carried a sword made from Indian steel, and 7th century poet Ka'b bin Zuhair famously praised the Prophet using an Indian sword as metaphor, comparing Muhammad to a Muhannad drawn from the swords of God. Indian steel became so celebrated in Arab culture that later tradition identified certain swords as Indian-made. Islamic accounts claim that Zulfikar, the sword traditionally associated with Prophet Muhammad and later his cousin Ali, was of Indian workmanship despite some traditions attributing it to Arabian smith Marzuq.
The 12th-century geographer Muhammad al-Idrisi explicitly praised Indian iron and sword-making craftsmanship in his Nuzhat al-Mushtaq, stating there were no sharper and better-slashing iron than that of India. Beyond weapons, Indian metallurgical expertise manifested in monumental works. The iron pillar in Delhi, over 1,600 years old and made of forge-welded wrought iron, has survived monsoons, heat and centuries of exposure with minimal corrosion.
Scientists have studied its unusual resistance for decades, recognizing that Indian ironworkers of the Gupta age had mastered production and forging of enormous iron quantities with remarkable control. When European scientists and metallurgists began examining Indian wootz in the eighteenth century, they encountered a technological mystery. Indian craftsmen, possessing no instruments to measure furnace temperatures and no written understanding of carbon percentages or cementite, had perfected high-carbon steel through generations of observation and inherited knowledge.
Modern metallography would eventually reveal the secret: networks of cementite within the steel created the characteristic patterns. The analysis draws a parallel between India's historical control over superior metallurgical technology and Modi's Independence Day call for strategic control over critical minerals. The article argues that just as Indian steel shaped the fortunes of civilizations through its superior quality and the knowledge required to produce it, contemporary control over lithium, cobalt, rare earths and other critical minerals will determine geopolitical advantage in the technology age.
According to the article, the underlying principle remains constant across centuries: a mineral buried in the ground is merely a resource until knowledge transforms it into technology, technology into advantage, and advantage at scale into power. Indian craftsmen understood this equation instinctively, transforming ore into material sought by kings, merchants and warriors across continents without military conquest. The historical lesson, the analysis suggests, applies to India's contemporary strategy regarding critical minerals and technological sovereignty.
Source: India Today, August 21, 2026, authored by Aabhas Maldahiyar
Source: indiatoday.in