Rohan mehta

Industrial manufacturers are increasingly investing in technologies that boost energy efficiencies and boost their presence in emerging technologies like semiconductors, AI and advanced automation. The growing market for data centres, renewable energy, smart manufacturing, and electrification is driving engineering firms to expand beyond their core business of manufacturing traditional equipment to develop skills in developing new technologies.

In industrial plants, AI is increasingly transforming from an analytics tool to an operational tool. Rather than providing data on dashboards, the latest generation of AI solutions is supposed to keep an eye on equipment, understand plant conditions, detect abnormalities and suggest corrective actions to the operators’ workflows. The changeover is getting utilities and process industries to be more efficient at their plants, and cutting down the work of overworked plant staff.

Warehouse automation is transforming India's logistics industry by improving inventory accuracy, faster order fulfilment, and operational efficiency. Modern warehouses increasingly rely on autonomous mobile robots (AMRs), automated guided vehicles (AGVs), warehouse management systems (WMS), RFID, AI-powered analytics, conveyors, and intelligent material handling systems to streamline operations. These technologies help manufacturers, e-commerce companies, automotive suppliers, and logistics providers reduce errors, optimise storage, improve workplace safety, and lower logistics costs. Businesses exploring warehouse automation solutions in India, smart warehouse technologies, or logistics automation systems should compare solution providers based on robotics capabilities, software integration, scalability, cybersecurity, after-sales support, and compatibility with existing warehouse infrastructure before investing in intelligent logistics and Industry 4.0 solutions.

Directory profile image for Flowserve Corporation, a global flow control leader (established 1790) manufacturing industrial pumps, control valves, and mechanical seals, operating in India through Flowserve India Controls Pvt Ltd in Bengaluru.

 Flowserve Corporation, with roots tracing back to 1790 and headquartered in Irving, Texas, has established itself as a global leader in flow control systems. The company manufactures industrial pumps, control valves, mechanical seals, actuators, and energy recovery devices for industries such as oil and gas, chemicals, power generation, and water management. Holding ISO 9001 and ISO 14001 certifications, Flowserve operates in more than 50 countries, including its Indian subsidiary, Flowserve India Controls Pvt Ltd, based in Bengaluru. The company's 3D strategy — Diversification, Decarbonization, and Digitization — reflects its commitment to sustainable industrial growth. Businesses seeking flow control solutions can explore Flowserve's full profile on India Automation Hub.

Directory profile image for Fortive Corporation, a US industrial technology conglomerate (est. 2016) offering sensors, electrical test equipment, asset management software, and industrial robots through its Mumbai, India operations.

 Fortive Corporation, spun off from Danaher and established in 2016, has quickly grown into a major industrial technology conglomerate headquartered in Everett, Washington. The company focuses on connected workflow solutions spanning sensors, electrical test equipment, asset management software, sterilization systems, and industrial robots, organized across its Intelligent Operating, Precision Technologies, and Advanced Healthcare segments. With ISO 9001 and ISO 13485 certifications, Fortive operates in 60 countries and employs more than 18,000 people, reporting $6.23 billion in revenue for FY 2024. Its Indian operations are based in Mumbai, serving automotive, healthcare, and manufacturing sectors. Businesses can review Fortive Corp's full listing on India Automation Hub.

GE India — Jet Engines, Avionics & Aerospace Propulsion Systems

General Electric Co., established in 1892 and headquartered in Evendale, Ohio, now operates as GE Aerospace with a sharp focus on aerospace propulsion and systems. The company manufactures jet engines, turboprop engines, and avionics that power roughly 75% of global commercial flights and 66% of U.S. military combat jets, making it one of the most influential names in aviation technology. Its Indian entity, GE India Industrial Pvt Ltd, operates from Bengaluru and Gurugram, supporting a global workforce of about 52,000 employees across more than 170 countries. Holding ISO 9001:2015 certification and pursuing collaborations such as its hybrid electric engine work with NASA, GE continues to push aerospace innovation forward. Businesses can explore GE's complete company profile on India Automation Hub.

Halma plc India — Safety, Fire Detection & Environmental Technology

 Halma plc, established in 1894 and headquartered in Amersham, Buckinghamshire, UK, is a global group of life-saving technology companies operating across safety, environmental, and healthcare sectors. In India, [the group] operates through subsidiaries like HWM Global India Pvt Ltd in Bengaluru, delivering products such as fire detectors, elevator safety sensors, gas detection instruments, medical diagnostic devices, and water analysis systems to utilities, healthcare, and industrial clients. Holding ISO 9001:2015 and ISO 27001 certifications, Halma operates in more than 20 countries, employs around 8,000 people, and completed eight acquisitions in 2023/24 alone, reflecting its steady growth strategy. Businesses seeking safety and environmental technology partners can explore Halma plc's complete profile on India Automation Hub.

HARTING India — Industrial Connectors & E-Mobility Charging Solutions

 HARTING Technology Group has been a global leader in industrial connectivity since 1945, when founder Wilhelm Harting established the company in Espelkamp, Germany. Today, HARTING manufactures industrial connectors such as the Han® series and har-modular®, alongside Ethernet solutions like Single Pair Ethernet and preLink®, e-mobility charging cables, 3D-MID components, retail checkout systems, and electromagnetic actuators. Serving automation, transportation, renewable energy, and e-mobility industries, the company operates 15 production sites and 44 sales companies across more than 40 countries. HARTING's Indian operations run from Chennai, supported by a new Technology Centre in Bangalore opened in 2025. Businesses looking for connectivity infrastructure partners can review the full profile on India Automation Hub.

Capacity expansion in India’s industrial automation industry is continuing as the demand for industrial infrastructure projects, process automation and digital control systems keeps growing. Companies in critical industries such as oil and gas companies, petrochemicals and energy are bolstering their manufacturing bases to handle larger, more complex projects. In line with this, Advanced Sys-Tek has submitted to the Securities and Exchange Board of India (SEBI) draft papers for an initial public offering (IPO) of ₹98 crore for its next phase of growth.

Battery energy storage systems (BESS) are playing an extremely important role in India’s renewable energy transition and are crucial for providing dependable and stable electricity. While the contribution of solar and wind energy is increasing, the importance of energy storage combined with load shifting is likewise increasing. Such transformation spurs the investment in digital controls that regulate sophisticated energy infrastructures.

Artificial intelligence is gradually making its way into product development, as engineering software vendors include AI in the products designers use daily. The new generation of AI capabilities is designed to be part of the mainstay computer-aided design (CAD) and product lifecycle management (PLM) tools, which essentially helps with mundane engineering work and drive product development.

In the past, automotive companies used to take the time required to produce physical prototypes and small production runs to get ready for new car releases. Now, that process is moving more and more towards the virtual world, with digital twins assisting manufacturers in figuring out production problems early in the development process before the first car comes off the production line.