Elevate Sustainability: Build and operate for highest energy efficiency and net zero goals

Discover the future of sustainable building and management with the blend of pioneering digital twin services, simulations with immersive visualization, predictive analytics, and AI-driven tools.
Energy efficiency, Net-zero and De-carbonization  Pre-Construction | Construction | Building Operations

Turning sustainability challenges into greener opportunities

Turning sustainability challenges into greener opportunities

The AEC industry faces significant sustainability challenges, including the need to deliver high-performing, net-zero, and resilient buildings at scale. With 33% of buildings anticipated to reach the end of their life by 2040, and construction activities generating 100 billion tons of waste annually, the pressure to reduce total carbon emissions and material usage is immense. Furthermore, cities account for 70% of global carbon emissions, underscoring the urgent need for sustainable solutions in architecture, engineering, and construction.

As organizations navigate the pivotal era of sustainability, there are growing pressures to reduce costs when building (CapEx) and running (OpEx) buildings, while striving to achieve energy efficiency, decarbonization, and sustainability goals.

Introducing Civit Operate

Whether you’re embarking on a new project or seeking to enhance the performance of existing assets, Civit Operate empowers you with the tools, insights and roadmap needed to achieve energy efficiency goals, reduce carbon footprint  with significant savings.

Digital Twin outcomes we deliver with BIM

From the inception of new building assets to the optimization of existing structures, we provide action-ready insights for informed decision-making.

Energy consumption predictions & savings opportunities
Reduction in capital expenditure of new buildings
Data- driven decision making on choice of materials, systems
Decreased carbon footprint
Sustainable designs with virtual what-if modeling
Integration of renewable energy sources
Compliance to green building standards and regulations
Building operations cost savings

Our capabilities for your sustainable tomorrow

Say goodbye to lengthy and manual approach and falling short on sustainability goals. From energy conservation to system optimization, equipment management, and beyond, we enable you to make informed decisions that optimize efficiency, and minimize environmental impact.

BIM Consulting
BIM Consulting
BIM + GIS
BIM + GIS
Energy Modeling
Energy Modeling
Life-cycle analysis
Life-cycle analysis
AI_ML Modeling
AI/ML Modeling
Predictive analysis
Predictive analysis
Sustainability dashboards
Sustainability dashboards
ESG Roadmap
ESG Roadmap
Green building  & feasibility
Green building  & feasibility
Net-zero & De-carbonization
Net-zero & De-carbonization
Energy consumption simulation
Energy consumption simulation
Micro-grid analysis
Micro-grid analysis

Digital Twin for new building

Softtech’s Digital Twin solution for new buildings revolutionizes project management, offering real-time visualization and predictive analytics to optimize design, construction, and ongoing operations. By seamlessly integrating BIM with advanced digital twin technology, Softtech empowers clients to achieve unparalleled efficiency, cost savings, and sustainability throughout the entire building lifecycle.

Digital Twin for new building

Pre-construction

Softtech’s Digital Twin solution for pre-construction empowers stakeholders to design energy-efficient buildings, select optimal building materials, and integrate the most efficient systems and equipment for net-zero designs. Through advanced analytics and simulations, we assist clients in crafting designs that maximize energy efficiency, minimize environmental impact, and achieve sustainability goals from the outset.

Questions we help you answer

What will the building’s appearance and functionality be like?
What should be the design for maximum energy efficiency and sustainability?
What are the best materials for eco-friendly and durable construction?
How to enhance occupant comfort and while maintaining energy efficiency?
How do we achieve net-zero energy use with our building systems?
What will be predicted energy consumption and how can we optimize?

What we do

Design simulations with risk scenarios

Detection of system clashes with design

Energy consumption 
requirements forecasting

Systems and equipment’s energy efficiency analysis

Energy efficiency based material usage guidelines

Project feasibility analysis with risk mitigation
overall carbon emission
emission

During construction

We seamlessly translate design into a construction roadmap and guidelines, facilitating efficient project execution, ensuring alignment with energy efficiency and sustainability goals established during pre-construction. Through real-time monitoring, stakeholders can track progress and monitor deviations, enabling proactive decision-making to maintain project alignment with design specifications and regulatory requirements.

Questions we help you answer

How can we ensure sustainability-centric designs are actually implemented?
How can we optimize resource allocation and minimize waste during construction?
How can we identify deviations from the design in real-time?
What construction methods should be used for energy-efficient construction?
How can we maximize productivity and efficiency while minimizing disruptions on-site?

What we do

BIM modeling &
CFD simulations

Real-time monitoring through intuitive dashboards
Progress and deviations tracking against designs

Identification of system conflicts & resolution

Cross-team communication &
collaboration

My projects
dashboard

Building operations

Civit Operate revolutionizes the management of building operations aligned with your energy cost and netzero sustainability goals. We help you achieve this through real-time monitoring, predictive analytics, and advanced simulations of lighting, water, heating and cooling systems. Our solution puts insights at your fingertips to optimize building operations, reduce energy consumption, and enhance occupant comfort. Civit Operate not only helps you meet net-zero and decarbonization goals but also identify opportunities for ongoing energy efficiency improvements.

Questions we help you answer

How do we optimize building operations while reducing energy consumption?
What strategies can we implement to reduce energy costs?
How can we ensure occupant comfort while saving energy?
How can we integrate renewable energy sources?
What energy-saving measures can we implement?
What maintenance strategies should we employ?
How can we predict cyclical energy needs?

What we do

Energy & operational data collection & management

Real-time energy consumption data visualization dashboards

Tracking against energy efficiency benchmarks

Maintenance schedules Across system lifecycle

Building operation
Building operation

Discover path to your sustainable tomorrow and  huge savings

See how Civit Operate’s blend of expertise, Digital Twin technology eco-system help you minimize energy costs, build with net zero goals and efficient building operations.

operate page_cta

Digital Twin for existing buildings

With a unique blend of our sustainability expertise with BIM modeling, Digital Twin, AI-powered simulations, we help you achieve substantial energy savings and make your building operations super efficient. From optimizing your existing building design, systems,to smartly integrating renewable sources, and AI-driven maintenance, we help you meet sustainability and netzero goals in a fastest time.
Digital Twin for existing buildings

Sustainability and energy savings for building operations

Discover Civit Operate’s cutting-edge solution for sustainability and energy savings for your existing buildings. Harnessing the blend of tools, proven methods and real-time data collection and monitoring, we empower you to optimize energy usage, reduce environmental impact, and achieve significant cost savings while maintaining peak operational efficiency.

Questions we help you answer

What are current energy consumption needs and wastage areas?
How can we save energy using existing systems?
Our building is old, how can we meet netzero goals?
How do we choose systems and equipment when upgrading?
What measures can we implement to reduce energy consumption effectively?

Harness the power of Civit Operate’s simulations and what-if analysis, fueled by thousands of AI-ML models. Gain invaluable insights into potential energy savings scenarios, optimize decision-making, and unlock unprecedented efficiency across your building operations.

What we do

360-degree real-time building operations monitoring

Energy consumption pattern analysis

Simulations & what-if analysis For energy savings measures

Building performance optimization analysis and strategies

Predictive analytics to anticipate Energy & maintenance needs

Proactive maintenance strategies to minimize downtime & prolong lifespan

Energy-saving opportunities & efficiency measures identification

Compliance monitoring & adherence to regulatory standards

Sustainability and energy savings for building operations
Sustainability and energy savings for building operations

Case study

AutoDCR Application Case Study— Kolhapur Municipal Corporation

See more success stories 

Case study civit-operate

Blend of tools and expertise delivering your sustainability goals

Experience the synergy of advanced tools and expert knowledge, seamlessly working together, driving you towards your sustainability goals for a greener tomorrow.

Physics-based Digital Twin
Digital city management system
Civil Infrastructure IT partner
Sister Company
Public sector enterprise solutions
Development partner including Forge
BIM based IBMS and Smart Infra solutions
R&D partner
Development partner
RIB-Schneider Group
Native cloud services
Growth partner
Ready for up to 70% energy savings and get closer to netzero goals?

Discover the power of Civit Operate today. Contact us to schedule a demo and discover how our advanced tools and expertise help you meet sustainability and decarbonization goals.

Frequently Asked Questions

What is Digital Twin?
Digital Twin technology is a powerful tool for sustainability in building management. It creates a virtual replica of a physical building, allowing real-time monitoring of energy consumption, temperature, occupancy, and more.

Civit Operate leverages Digital Twin technology to provide actionable insights, enabling stakeholders to identify inefficiencies, predict issues, and optimize performance for sustainable operations. Additionally, predictive analytics and simulations within the Digital Twin environment help forecast future scenarios, empowering stakeholders to make informed decisions that enhance efficiency, reduce costs, and drive sustainability initiatives effectively.

How does Civit Operate help organizations meet NetZero goals?

Civit Operate enables organizations to achieve NetZero goals by providing real-time monitoring of energy usage, conducting detailed energy audits, implementing energy-saving measures, and optimizing renewable energy integration. By leveraging advanced analytics and simulations, Civit Operate helps organizations minimize carbon emissions and achieve sustainable operations.

How does Civit Operate combine BIM modeling with Digital Twin technology?

Civit Operate integrates Building Information Modeling (BIM) data with Digital Twin technology to create a comprehensive digital representation of buildings. This integration enables stakeholders to visualize building designs, simulate construction scenarios, and optimize operations throughout the building lifecycle.

What type of simulations are created within Civit Operate, and what insights do they provide?

We utilize advanced simulations to model various scenarios and analyze their potential impact on building performance and sustainability. These simulations include energy usage predictions, occupancy patterns, HVAC system optimizations, and more.

By running these simulations, Civit Operate provides insights into potential energy savings, identifies opportunities for efficiency improvements, and evaluates the effectiveness of sustainability measures. Additionally, simulations enable stakeholders to make informed decisions about building design, operation strategies, and resource allocation, ultimately driving towards enhanced sustainability and performance goals.

What is Lifecycle Analysis conducted by Civit Operate?

Lifecycle Analysis conducted by Civit Operate encompasses a comprehensive evaluation of the environmental impact of a building throughout its entire lifecycle, spanning from construction to demolition. This analysis involves detailed assessments of various factors, including materials usage, energy consumption, and waste generation.

Civit Operate utilizes sophisticated methodologies to provide insights into minimizing environmental footprint and enhancing sustainability across all phases of the building’s lifecycle. Additionally, the analysis includes lifecycle assessments for building materials, systems, and equipment, enabling stakeholders to make informed decisions to optimize sustainability and performance outcomes.

What is Microgrid Analysis, and how does Civit Operate incorporate it into building management?

Microgrid Analysis involves assessing the integration of renewable energy sources and energy storage systems to optimize energy distribution and consumption within a building or facility. Civit Operate conducts Microgrid Analysis to identify opportunities for implementing microgrid solutions, reducing reliance on traditional energy sources and enhancing resilience.

What is Energy Modeling, and how does Civit Operate utilize it to achieve energy efficiency goals?

Energy Modeling involves simulating energy usage and performance of buildings to identify opportunities for improving efficiency and reducing consumption. Civit Operate utilizes Energy Modeling to analyze building systems, identify energy-saving measures, and optimize operations to meet energy efficiency and sustainability goals.

What kind of data is collected for energy monitoring, and how is it utilized?

We collect various data points related to energy consumption, including electricity usage, HVAC system performance, lighting usage, and renewable energy generation. This data is analyzed in real-time to identify inefficiencies, optimize energy usage, and track progress towards energy efficiency goals.