Transforming City Operations with Smart Technologies

Talisen’s Smart City solution provides real economic and societal benefits to greatly improve the life of the citizens and inhabitants.

Smart City Platform

Talisen’s Smart City Platform allows city or district or campus administrators to take control of the numerous applications, platforms, networking and other technologies from a central seamless platform.

The various stakeholders can use this platform to perform their daily routine tasks more efficiently with the support of a contextual based information allowing them to save both time and money.

Platform Layers

The ESP works as a digital enabler to create digital twins of the city assets. The business logic layer of the platform provides meaningful context and purpose to the data generated for all the edge devices and sensors. These devices will capture and produce real-time data from various utilities such as water, waste management, energy, mobility, the built environment, education, healthcare, and safety.

The four layers that combine to deliver the expected results in the platform are:

  1. Command and Control Layer
  2. Buisiness Logic Layer
  3. Data Integration and Analytics Layer
  4. Data Acquisition Layer


High Availability

Service-Oriented Architecture

IoT Device Management


Artificial Intelligence and ML

Predictive Analytics

Big Data Analytics


Interactive Maps and GIS

Trending and Forecasting

Mobile Interface

Iconography and Wire Framing


Facial Recognition


Single Sign-On

The Process

Talisen’s platform combines the expertise and know-how of the best technologies and smart solutions to create a unique value proposition that delivers on the expectations of the Smart City projects.

The platform adopts proven process and methodologies to build the integration with all the sub-system, secure the data communication end to end and deploy the various use cases.

The Deliverables

Designing and implementing a Smart City solutions including the platforms and the smart system requires a systematic approach that takes into account the end objectives, overall viability of the project, selecting appropriate technologies and the interoperability between the systems to deliver a future-proofed city.