PACE OS

Innovation overview and development

PACE OS is Teknobuilt’s groundbreaking AI and ML-driven digital platform designed to revolutionize the Energy, Infrastructure, and Construction sectors by accelerating project delivery with proactive insights and advanced automation. The platform seamlessly integrates people, processes, and data, employing AI-driven predictive mitigation to minimize cost overruns, eliminate delays, and enhance productivity, safety, and sustainability.

PACE OS leverages GIS and machine-learning-enabled digital blocks to aggregate and process real-time data from existing systems and offline sources, creating a unified and efficient workflow that reduces errors and enhances decision-making capabilities. Renowned by industry leaders such as NREL and adopted by Fortune 50 companies like ExxonMobil and major EPCs including Saipem and Daewoo, PACE OS has demonstrated measurable impact, achieving an 18.6% boost in construction productivity and delivering superior project outcomes.

Through its innovative approach to project management, PACE OS is not just a digital tool but a transformative solution for modern construction challenges, ensuring scalability, efficiency, and compliance across all project stages.

Provide details on how the digital innovation was developed, including effective collaboration, knowledge transfer and partnership along the project team
PACE OS was developed through a strategic blend of technical expertise, cross-disciplinary collaboration, and stakeholder engagement, driven by a shared vision to transform the construction industry.

Led by Teknobuilt’s founder and CEO, Yogesh Srivastava, a globally recognized expert in advanced construction methods, the project began with a deep dive into the core challenges faced in digital construction execution. Yogesh’s profound knowledge of cutting-edge techniques helped establish the foundational framework for PACE OS, focusing on addressing inefficiencies, enhancing collaboration, and accelerating project delivery through innovative methodologies.

Our President and co-founder Abhishek Srivastava brought critical expertise in machine learning and data analysis, honed over years of leading ML teams in capital markets. His ability to manage and interpret complex datasets enabled the integration of predictive analytics into PACE OS, effectively addressing execution delays and improving forecasting accuracy. This collaboration bridged the gap between construction domain knowledge and advanced AI capabilities, creating a powerful synergy for innovation.

Additionally, the development team included specialists in cybersecurity, digital transformation, and workflow integration. Their contributions ensured that PACE OS is not only scalable and interoperable but also adheres to stringent data security protocols. Their efforts allowed seamless integration into existing infrastructure while protecting sensitive project data, fostering trust among users.

To ensure practical usability, the development process involved continuous collaboration with industry stakeholders and end-users. Regular feedback loops with Fortune 50 companies and leading EPC firms provided critical insights into the needs and pain points of project teams. This iterative approach enabled the refinement of features such as digital blocks, real-time monitoring, and predictive mitigation, aligning PACE OS with the operational realities of construction projects.

The knowledge transfer was a key focus, with the team prioritizing simplicity and user adaptability in the solution. Comprehensive training, support, and documentation ensured end-users could quickly adopt PACE OS into their workflows, maximizing its impact.

Through collaborative expertise and effective partnerships, Teknobuilt achieved its vision of delivering an AI-driven platform that fosters smarter, safer, and more sustainable construction, redefining how the industry approaches project execution. This dedication to innovation, practicality, and teamwork underpins the success of PACE OS.

Give details on the measurable commercial results

Teknobuilt’s PACE OS has consistently delivered exceptional commercial outcomes, demonstrated through measurable metrics and proven project data:

1. 18.6% Increase in Productivity
o Verified improvement in workforce and operational efficiency by streamlining processes and minimizing delays.
o Based on data from over 2,500 multi-discipline installation work packages, showcasing the scalability and impact across complex projects.

2. >90% On-Schedule Execution
o Enhanced project schedule adherence through predictive analytics, proactive risk management, and seamless integration of tasks and workflows.
o Minimizes delays and accelerates delivery timelines, ensuring milestones are met consistently.

3. >8% Reduction in Overall Project Costs (Pre-Contingency)
o Realized cost savings through optimized resource utilization, effective supply chain coordination, and reduced rework or wastage.
o Ensures cost predictability, helping clients maximize their investment.

4. 100% Contingency Cost Protection
o Safeguards up to the entire contingency cost, which typically averages 20% of the total project cost.
o Proactive issue resolution and real-time monitoring significantly reduce the need to dip into contingency funds, preserving budgetary flexibility.

These results highlight the transformative potential of PACE OS in driving efficiency, mitigating risks, and achieving financial and operational excellence across industries.

How does this innovation improve processes

1. Integrated Workflow Automation:
PACE OS streamlines project workflows by breaking down complex processes into manageable digital construction blocks. These blocks integrate data, people, and processes across all stages of a project, ensuring seamless transitions between planning, procurement, execution, and commissioning phases.

2. Proactive Risk Management:
By leveraging AI and machine learning, PACE OS identifies potential risks early in the project lifecycle. Predictive analytics enable proactive mitigation strategies, minimizing delays and cost overruns while ensuring on-schedule delivery.

3. Real-Time Decision-Making:
The system’s Digital Control Tower provides a centralized, real-time view of project progress, resources, and constraints. This empowers project teams to make informed decisions quickly, reducing bottlenecks and enhancing overall efficiency.

4. Data-Driven Insights:
PACE OS integrates data from multiple sources, including BIM, GIS, and IoT devices, to provide actionable insights. This ensures precision in resource allocation, scheduling, and budgeting, resulting in improved project outcomes.

5. Enhanced Collaboration and Transparency:
The platform fosters collaboration by providing a unified interface for all stakeholders. Features like document management, annotations, and shared dashboards improve communication and ensure alignment across teams.

6. Improved Safety and Compliance:
PACE OS includes advanced safety modules that automate permit-to-work processes, monitor hazards, and track compliance with industry standards. This leads to safer work environments and adherence to regulatory requirements.

7. Efficiency in Supply Chain and Material Management:
The platform optimizes supply chain workflows by tracking materials from procurement to installation. Real-time updates and alignment with construction priorities reduce delays and material wastage, enhancing overall productivity.

8. Cost and Resource Optimization:
Through accurate forecasting, resource leveling, and performance monitoring, PACE OS reduces man-hour inefficiencies, prevents rework, and minimizes idle resources, translating to significant cost savings.

9. Scalable and Customizable Solutions:
With its modular design, PACE OS can adapt to projects of any size or complexity. This scalability makes it suitable for diverse industries, from infrastructure to energy, ensuring long-term value.

How might this innovation influence the specification
PACE OS significantly enhances the way project specifications are defined, managed, and adhered to by integrating advanced digital tools and data-driven insights into the project lifecycle. The platform’s capabilities influence specifications in the following ways:

1. Data-Driven Precision:
PACE OS integrates real-time data from multiple sources, including BIM models, IoT devices, and GIS tools, ensuring that specifications are based on accurate, actionable insights. This eliminates ambiguities and enhances the precision of project requirements.

2. Dynamic Specification Updates:
With its ability to track progress, identify risks, and adapt to changes, PACE OS ensures that specifications remain aligned with evolving project needs. Any updates to specifications—due to design changes or regulatory updates—are seamlessly incorporated, minimizing disruptions.

3. Compliance and Standardization:
The platform embeds regulatory and environmental standards within workflows, ensuring that specifications meet global and local compliance requirements. Automated checks and balances prevent deviations from agreed standards.

4. Streamlined Collaboration:
PACE OS facilitates collaboration among stakeholders, enabling centralized access to specifications. This shared access ensures all parties, from designers to contractors, work from a single source of truth, reducing errors and miscommunication.

5. Improved Traceability and Audits:
PACE OS maintains a digital trail of all specification changes, providing transparency and accountability throughout the project. This feature is especially critical for audits and ensuring adherence to high standards of quality.

6. Efficiency Gains:
By integrating specification management into its broader project controls, PACE OS reduces time spent on manual updates, rework, and misaligned deliverables. This leads to cost savings and a more efficient construction process.

Through these features, PACE OS transforms specification management into a streamlined, adaptive, and collaborative process, ensuring projects are delivered efficiently, sustainably, and to the highest quality standards.

Creation of novel internal systems to produce eco-innovation
At Teknobuilt, we have designed iPlanet as a key system for advancing eco-innovation in infrastructure and energy projects. iPlanet, integrated into our PACE OS portfolio, empowers organizations to seamlessly embed sustainability into project management, creating a transformative impact on both environmental and operational efficiency.

Novel Internal System Development
iPlanet represents a groundbreaking approach to sustainability management. Built to address the environmental challenges of complex projects, it combines real-time data analytics, advanced modeling, and compliance tools to provide end-to-end carbon management. iPlanet supports organizations in transitioning toward greener operations while meeting strict environmental standards.

How iPlanet Drives Eco-Innovation
• Comprehensive Emissions Tracking Across All Scopes (1, 2, 3): iPlanet consolidates data from IoT sensors, supplier inputs, and client surveys to deliver a detailed and actionable view of emissions. This comprehensive system ensures no emissions are overlooked, creating transparency and accountability at every level of the project.

• Predictive Analytics for Sustainability Optimization: iPlanet uses AI-driven analytics to forecast emissions and resource needs, helping project teams optimize construction processes and reduce waste. This predictive capability allows for preemptive action, saving resources and reducing environmental impact.

• Block-by-Block Emission Management: Through its innovative block-based modeling, iPlanet offers a granular analysis of emissions at each project phase, enabling targeted interventions to minimize carbon outputs.

• Regulatory Compliance and Transparent Reporting: By integrating global frameworks like GHG Protocol and ISO 14064, iPlanet simplifies compliance. It ensures that data is stored securely and transparently using blockchain, facilitating auditable and tamper-proof reporting for stakeholders.
iPlanet as Part of PACE OS: A Unified Digital Portfolio
iPlanet is not a standalone tool—it is seamlessly integrated into PACE OS, our comprehensive project management suite. This integration offers:

• A unified dashboard: Combines operational data with sustainability metrics for real-time decision-making.
• Streamlined workflows: Embeds emissions tracking and management into project planning, execution, and completion.
• Accessible insights: Provides stakeholders with clear, actionable sustainability data across all project stages.

How iPlanet Helps Projects
• Sustainability by Design: iPlanet enables organizations to plan projects with sustainability at the core, from the earliest stages.
• Data-Driven Decisions: By offering actionable insights, iPlanet empowers project teams to reduce environmental impact while maintaining efficiency and profitability.
• Regulatory Leadership: Its automated compliance tools ensure that projects meet or exceed regulatory standards, positioning organizations as leaders in sustainability.
• Global Scalability: Whether for a single project or an international portfolio, iPlanet scales to meet the needs of diverse teams and geographies, ensuring consistent and impactful results.

Transforming Infrastructure with iPlanet
iPlanet is a critical step in enabling eco-innovation. By fostering sustainable practices and aligning them with operational efficiency, it helps projects reduce their carbon footprint while maintaining high standards of execution. As part of the PACE OS ecosystem, iPlanet ensures sustainability is not just a goal but a standard for the future of construction and infrastructure development.
This innovative approach positions Teknobuilt as a frontrunner in eco-innovation, offering a system that transforms the way projects are managed and executed in the era of sustainability.