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VIATEC Awards 2018: Innovative Excellence (Hardware)
ByAdminInterviewee: Rajkumar Padmawar, President & CEO When – and how – was your company born?ASAsoft Consultants Co, a proprietary company, developed the innovative and disruptive Medium to High Voltage Lightweight Insulator technology and introduced it to South Asia, resulting in the creation of ASAsoft™ (Canada) Inc. ASAsoft™ was incorporated in 2013 as a privately held company…
VIATEC Awards 2019: Scale-Up of the Year Finalist
ByAdminAward Summary: ASAsoft™ Consultants Co (proprietary company) developed the innovative medium-to-high voltage 1.0 Lightweight Insulator technologies and introduced them to South Asia resulting in stunning success.
ASAsoft™ licensed Kortick of Hayward, California to bring its Lightweight Insulators to the United States of America.
ByAdminASAsoft™ licensed Kortick of Hayward, California to bring its Lightweight Insulators to the United States of America. On January 28, 2016, ASAsoft™ licensed Kortick of Hayward, California to bring its Lightweight Insulators to the United States of America. ASAsoft™ of Victoria, British Columbia, began as an insulator technology company and is currently a Lightweight Insulators…
BC Cleantech Award Finalist by Foresight: Rising Star
ByAdminAward Summary: It’s an exciting time for clean tech in the province, as 2020 is poised to be a breakout year for the industry! After carefully reviewing over 100 nominations, Foresight has the pleasure to announce this year’s BC Cleantech Awards nominees. For an external link, click here.
ASAsoft™ Story 1.0 to 2.0 Ligh+weight Insulator aka Polymer/Composite Insulator.
ByAdminASAsoft™ Story 1.0 to 2.0 Ligh+weight Insulator aka Composite/Polymer Insulator Electricity drives our civilization, which is why there are huge questions as to where it will come from in the future. What is not going to change in the near future is the way that we distribute power. And the nature of that distribution system…
An automated image analysis platform for the study of weakly – adhered cells
ByAdminAbstract Details of the design and implementation of an open-source platform for studying the adhesion of cells attached to solid substrata are provided. The hardware is based on a laser-cut flow channel connected to a programmable syringe pump. The software automates all aspects of the flow rate profile, data acquisition and image analysis. An example…


















