HardwareManufacturingTechnology

Foxconn to Double AirPods Production Capacity in India by Early 2026

Foxconn is reportedly scaling up AirPods production in India, with plans to double manufacturing capacity at its Hyderabad facility by early 2026. The expansion would increase monthly output to approximately 200,000 units while growing the workforce from 2,000 to 5,000 employees. This move represents Apple’s continued supply chain diversification beyond China.

Apple’s AirPods manufacturing footprint in India is set for significant expansion, with Foxconn reportedly planning to double production capacity at its Hyderabad facility within the coming months. According to sources familiar with the matter, this strategic move would mark a substantial escalation of Apple’s manufacturing diversification beyond China.

Manufacturing Scale-Up Underway

BusinessMarketsTechnology

Samsung Loses Ground in India’s Booming Smartphone Market as Chinese Rivals, Apple Gain Momentum

Samsung faces intensified competition in India’s smartphone market as Chinese manufacturers and Apple capture significant share. While the South Korean giant maintains strength in mid-premium segments, its entry-level offerings struggle against feature-rich competitors. The shifting landscape sees Vivo emerge as market leader with impressive shipment figures.

Market Share Shifts in India’s Smartphone Sector

Samsung’s smartphone sales have reportedly slowed in India despite the company achieving its highest profit in three years globally, according to market analysis. Sources indicate the South Korean tech giant’s market share dropped further in the third quarter of this year, allowing Chinese competitors to strengthen their position while Apple experienced what analysts describe as “explosive growth” in the region.

BiotechnologyEarth Sciences

Mirror-Image Nanopores Breakthrough Creates New Biomedical Applications

Scientists have successfully fabricated the first fully functional mirror-image nanopore using D-amino acids. This breakthrough enables selective cancer cell targeting and advanced biomolecule detection while offering superior stability compared to natural protein structures.

In a groundbreaking achievement that bridges nanoscience and biomedicine, researchers have successfully created the first fully functional mirror-image nanopore constructed entirely from D-amino acids. This molecular gateway represents a significant advancement in protein engineering and opens unprecedented opportunities for cancer therapy and single-molecule detection, according to recent analysis published in Nature Communications.

Mirror-Image Protein Engineering Breakthrough