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  • slidebg3
    Mobility Apps
    m2m
    Mobility Devices
    Location Intelligence
    Mobility Apps

    Building Internet of Things framework
    for a Smarter World

    Creating Geocloud frameworks
    for precise farming
  • slidebg2
    Mobility Apps
    Mobility Devices
    Mobility Devices
    Location Intelligence
    Mobility Apps

    Building Internet of Things framework
    for a Smarter World

    Implementing Intelligent
    Transportation Systems
  • slidebg3
    Mobility Apps
    m2m
    Mobility Devices
    Location Intelligence
    Mobility Apps

    Building Internet of Things framework
    for a Smarter World

    Creating Smart Utility
    Systems and Frameworks
  • slidebg3
    Mobility Apps
    m2m
    Mobility Devices
    Location Intelligence
    Mobility Apps

    Building Internet of Things framework
    for a Smarter World

    Extending the Internet of Things
    to create Smart Cities

About Stesalit


Stesalit is in the field of M2M framework and solutions, Enterprise Mobility devices, embedded electronics product design and manufacturing, and Internet of Things practices in the areas of Agriculture, Transportation, Utilities, Defense and Smart Cities.

Spatial data infrastructure solutions, Geospatial Application and implementation, and major IT implementation services across core infrastructure and different industry verticals has been a focus of Stesalit.

Stesalit IT Services Group is a key driver in implementing large scale IT consultancy and projects in government sector encompassing GIS, ERP, embedded system integration and also providing urban planning consultancy services.

The group is An SEI-CMM-Level 3 company, and certified as an ISO 9001-2008 and ISO 27001 : 2005 organization for development of software applications.


Research & Development


The setup of the R&D unit of Stesalit follows the standard product life-cycle steps in developing a product to convert a concept into a product. A product life-cycle begins first with the conception phase when the techno-commercial feasibility of the product is thoroughly studied after which the prototype development is taken up. The working team is formed during this phase for the job and a development schedule is undertaken to complete the design within a targeted time frame. The developed sample is then put into thorough testing in the lab and also in the field to identify the defects, non-conformities and weaknesses in the design. Occasionally this involves redesign of the prototypes depending on the requirement.

After successful testing and field trial of the prototype, it is offered to the customer for evaluation. This again involves elaborate lab testing and field evaluation with close monitoring of performance of the equipment. Third party Safety Validation, if required for a product, is taken up at this stage. This comprises the second phase of development.

Based on the successful outcome of the customer evaluation, the system then undergoes a product engineering cycle to take care of all its weaknesses which gets identified during customer evaluation and optimize its manufacturing cost. This comprises the third phase of development. Often, the second and third phase gets overlapped to cut down the development time. Test jigs and test software’s, as applicable, are also developed during this phase to ensure quality production. Occasionally it takes two to three passes to convert a prototype into a true manufacturing item. One important aspect of development is documentation, which is taken up in parallel at every phase of development.