Skygge is a brand that offers field force automation solutions to help organizations improve productivity and efficiency. Their industry-agnostic approach makes them the ideal choice for any organization with a mobile team that requires higher productivity. Skygge's digital document execution solution, powered by NeSL, automates contract execution processes and ensures efficiency.

Skygge caters to various industries, including FMCG, BFSI, pharmaceuticals, agriculture, and manufacturing. They understand the specific challenges faced by each industry and provide appropriate technological upgrades to address those challenges. For FMCG, Skygge focuses on growing awareness, easier access, and changing lifestyles.

In the BFSI sector, they offer a well-thought-out FinTech solution to transform financial services. With Skygge's extensive range of features, such as field force assistance, team management, channel management, digitalization, productivity enhancement, human resource integration, and seamless integration with ERP/CRM systems, organizations can streamline their processes and achieve higher ROI. The brand is dedicated to delivering customer satisfaction by understanding pain points and providing efficient solutions.

Skygge has a team of experts with diverse backgrounds who excel in out-of-the-box thinking to provide simple solutions to complex problems. They constantly listen to customer feedback and implement creative features to enhance their field force automation app. By choosing Skygge, organizations can automate mundane tasks, increase transparency, and improve productivity, leading to higher profitability and reduced turnaround time.

The brand ensures data security as per RBI guidelines and takes necessary measures to protect data even in the case of device theft or loss. Skygge has been recognized as one of India's top tech startups and has received funding from empoWer and support from the Indian Clearing Corporation Limited. With their commitment to innovation and customer satisfaction, Skygge continues to pave the way for efficient field force automation