Cloud Computing

CIT is facilitating its customer as per requirement in using with secure private or public cloud network. We are also providing different level of encryption for cloud enabled product of our clients to make it more secure in public cloud to make it part of the digital transformation.

Simplified Enterprise Resource Planning (ERP)

Simplified ERP is an enterprise platform specially designed to Empower Micro and Small Businesses offering a one-stop solution to manage and gain control over their day to day operations. The objective of Simplified ERP is to empower the Micro and Small Businesses by Digitizing, Standardizing and Organizing Business Operations. The ultimate aim is to connect them with the mainstream supply chain. Simplified ERP enables the businesses to transform quicker by streamlining key procedures, unfold deep insights into business and drive productivity.

Simplified ERP App can enable the enterprises to systematically manage their business operations and gain control over their strengths as never before. It will further enable them to gain instant visibility of finances and manage cash flows. Business houses can automate and optimise stock operations by managing stock levels and stock movements across all storage locations.

Using Simplified ERP the purchase and sales processes can be streamlined end-to-end document flow of quotations, purchase orders, sales invoices, delivery notes and payment requests while saving time, reducing costs, improving margins and boosting profits. It offers solutions to manage Production Orders while optimising the usage of resources. Active Usage Simplified ERP application shall ensure the enterprises to unleash their true potential and enrich their competitive advantage.

Simplified ERP is a smart product that brings seamless integration between vendors and buyers from the exchange of quotations to the closure of the transaction. The App offers the complete billing solution, from generating invoices to collecting payments instantly @ a click of the button.

Multi-container tracing infrastructure using Istio

It enables reporting of trace spans for workload-to-workload communications within a mesh. However, in order for various trace spans to be stitched together for a complete view of the traffic flow, applications must propagate the trace context between incoming and outgoing requests.

The continued adoption of microservices architectures and the move toward complex distributed applications composed of decoupled components that communicate via APIs introduces various new challenges for developers. While these types of applications help us to encapsulate, reuse, and efficiently scale discrete components of business logic, they also require a lot more network traffic between services, which makes the need for reliable, secure, and observable channels of communication all the more important.

Compute workflow automation platform for Machine Learning.

“Adaptive model aware learning system” a Kubernetes integrated platform dynamically transforms your AI infrastructure in cloud, on-premise & edge, fungible to your AI model needs.

It transparently analyzes AI model graphs, GPU utilization needs, business workflows and dynamically allocates precise fraction of GPU out of virtual GPU pool cluster. Delivering acceleration, maximum utilization at unprecedented scale and economics.

It pools virtual pool of GPUs/accelerators and dynamically allocates the resources based on the AI model graphs, parameters profile patterns. You can set policies based on the business workflows and team requirements as well.

Remote Streaming

Use of WebRTC perceived as Device-to-Person are related to surveillance cameras, baby monitors, and video doorbells. WebRTC allows users to see or hear what’s happening on the other side.

Device-to-Cloud covers cases of automation. For example, the combination of WebRTC and IoT is suitable for any sphere where drones identify malfunctions and provide comprehensive control. Just imagine a power generation company that could use drones to check the condition of electricity towers and poles, and send video streams to the cloud. Here WebRTC ensures the flow of the process in real time.

Main areas that are natural fits for WebRTC in IoT include

  1. Surveillance
  2. Shared AR
  3. Smart transportation
  4. Smart environment
  5. Production processes

Use of WebRTC can get really diverse, but we would overview the most promising spheres–smart home, healthcare, wearable devices, and the industrial Internet of Things.