Industries we are currently involved in

AHPLS has identified multiple sectors to expand and invest in which are
  • Mining and Ore processing (2017 - 2028)

    AHPLS has already acquired controlling stocks in Sundance Mining LLC (SMLLC), USA through its subsidiary ArunaRBaa Corporate Enterprises LLC (ACELLC), Wyoming, USA. The company SMLLC has acquired mining lease rights for 420 Acres (21 claims) from Bureau of Land Management in Arizona. The placer ore contains viable quantities of Gold, Silver, Platinum, Palladium, Rhodium magnetite, etc.

    The processing and production is to commence in 2028. AHPLS has further plans to expand the precious metal ore mining and processing business in Arizona by acquiring additional 13,000 acres (650 claims) by 2028.

    At a later stage AHPLS plans to set up a Facility for refining precious metals.

  • (2025-2030) Information Technology

    AHPLS also seeks to invest further in Robotics, Artificial Intelligence, Algorithm, Internet of things and Blockchain, etc. with suitatable JV & SPV partner

Business Vision 2032

AHPLS has identified the following sectors to invest in and expand for its business vision 2032:

  • Healthcare and Healthcare solutions (2025 - 2032)

    AHPLS is desirous of setting up a chain of High-End Healthcare facilities across India. These minimum 300 bed facilities will be equipped with best healthcare equipment and would be affordable to general public.

  • Renewable energy (2025 - 2032)

    AHPLS will invest in Solar Power generation through Solar Farms, Roof Top Solar plants, Captive Power Solar plants for Industries in India, Africa and other countries. The plans by AHPLS also include setting up of Waste to Energy Plants in smart cities in India and Africa.

  • Smart Electric Batteries(2025 - 2032)

    Development of smart battery or a smart battery pack is the next sector in which AHPLS is keen to invest. It is a rechargeable battery pack with a built in Battery Management System (BMS). A smart battery can measure voltage and current, and reduce charge level and SoH (State of Health) parameters, indicating the state of the cells. A smart battery can demand that the charging be stopped, request charging, or demand that the smart energy user stop using power from this battery etc.