Concept Feasibility Tree
We evaluate raw concepts for their implementation feasibility by breaking down into various system-level components, required technologies, hardware / software / lab resources and IP free solution. We also come up with potential road-blocks / risks involved and estimated figures on costs incurred. Based on the future trends in the industry and market readiness, we suggest which markets to invest in. We consult industry and academic thought leaders to substantiate the certainty and success of the concept.
Realization
An idea without proper motivation, objective and solution proposal is equivalent to a wish-list. And most of our ideas are indeed such. Thus a raw idea must grow into a mature concept based on the market need, ease of implementation and mainly projected sales volumes. Often times a raw idea gets packaged into a completely different product when launched into the market. We nurture your ideas from nascent stage to a market ready product using current market and future technology trends, opinions from thought leaders in the domain. We also package your ideas into current and future market needs. We assist yourou in obtaining an IP-free solution and legal grounds to productionize and sell in a market.
Proof-of-concept as a service
For the organizations that have mature concepts, but, don’t have enough time or resource to pull off the deployment, we pitch in as PoC deployer. While you are busy ensuring your day to day business profits, we ensure your concept is deployed and tested. Further, we transfer the complete knowledge that was gained during deployment (in terms of documents like user manuals and even the team of people who worked with us as interns to deploy the project).
Timber Program
KrutiBimb team grow their own TIMBER by inculcating “Systems Thinking” into engineering students as early as in their second year, continuing until the completion of their bachelors degree. This enables engineers to broaden their perspectives and perceive real-life challenges as a complete ecosystem. Students are inducted into TIMBER program through an evaluation process based on Systems Scenarios taken from existing industry challenges. Industry is in dire need of problem solvers, they are always on a lookout for few such sparks among many graduating engineers. We are looking for those “sparkles” who can identify potential problems and address them. TIMBER curriculum is designed to prepare engineering graduates on these lines..
IOT in Energey Sector
Power outages due to faults developed in high power transmission lines in remote areas often need quick rectification to restore and provide uninterrupted power supply to consumers. A technician locates the fault site, diagnoses the problem and rectifies it. Our IoT solution offers remote monitoring, fault diagnosis and subsequent intimation to the technician on the nature of the fault and its location. Based on the automated diagnosis, technician may travel to the site and physically rectify the known fault, or, remotely reset the registered fault in case of a false trigger. Indication on loads on each of the transmission lines provides useful insights on the power consumption statistics.