iPLANET

Innovation overview and development

An overview of the sustainable innovation
iPlanet is a cutting-edge carbon management platform developed by Teknobuilt to revolutionize sustainability practices in the construction and infrastructure industries. Designed as a central hub for tracking, forecasting, and optimizing emissions, iPlanet integrates seamlessly into the PACE OS portfolio, empowering organizations to embed sustainability into every phase of their operations.

This innovative platform leverages technologies like AI, IoT, and Blockchain to provide a comprehensive solution for managing emissions across Scope 1, Scope 2, and Scope 3, helping organizations meet global sustainability standards while achieving operational efficiency.

Key Features of iPlanet:
1. Real-Time Emissions Monitoring: Tracks emissions across all phases of a project using IoT devices, providing actionable insights for immediate impact.

2. Predictive Analytics & AI: Uses advanced algorithms to forecast emissions and resource needs, enabling proactive decision-making.

3. Block-Based Emissions Forecasting: Offers granular, phase-specific emissions data to help teams target carbon hotspots effectively.

4. Blockchain Transparency: Ensures secure, tamper-proof data for compliance reporting and stakeholder trust.

5. Comprehensive Scope Coverage: Tracks direct, indirect, and supply chain emissions to provide a holistic carbon footprint analysis.

Sustainability Impact:
iPlanet drives eco-innovation by simplifying complex carbon management processes, ensuring compliance with international frameworks such as the GHG Protocol, and supporting clients in achieving ambitious net-zero goals. It fosters a circular economy approach by identifying and optimizing carbon reduction opportunities, paving the way for a greener, more sustainable future.

How the innovation was developed, including effective collaboration, knowledge transfer and partnership along the project team
The development of iPlanet was a collaborative and iterative effort aimed at addressing some of the most pressing sustainability challenges in industries like construction, infrastructure, and renewable energy. Recognizing the increasing urgency for actionable carbon management solutions, Teknobuilt brought together a multidisciplinary team of experts in sustainability, data science, and digital transformation.

Addressing Sustainability Problems Through Innovation
1. Challenge: Limited Visibility Across Emission Scopes
Many organizations struggle with accurately tracking emissions across Scope 1 (direct emissions), Scope 2 (indirect energy emissions), and Scope 3 (supply chain and lifecycle emissions). This lack of visibility hinders informed decision-making.
o Solution: iPlanet was developed to provide comprehensive emissions tracking, integrating IoT sensors, manual data inputs, and third-party databases for a 360-degree view of emissions.

2. Challenge: Fragmented Data and Inefficient Collaboration
Traditional sustainability management relies on disconnected systems, making it difficult to synthesize data from different stages of a project.
o Solution: The development team designed iPlanet to integrate seamlessly with existing enterprise systems (e.g., ERP, CRM), ensuring smooth data flow and fostering cross-functional collaboration.

3. Challenge: Inconsistent Compliance and Reporting Standards
Organizations face challenges adhering to evolving global regulations like the GHG Protocol and ISO 14064, leading to risks of penalties and inefficiencies.
o Solution: iPlanet includes automated compliance tools, developed with input from regulatory experts and client feedback, to keep pace with international and regional standards.

Collaboration and Knowledge Transfer
1. Effective Collaboration Across Teams:
o The project brought together sustainability experts, software engineers, and construction managers, ensuring that the platform addressed both technical and operational needs.

2. Knowledge Transfer:
o Environmental organizations and global databases like Ecoinvent provided access to lifecycle emissions data, which was embedded into iPlanet’s analytics.
o Workshops with clients during early pilots allowed the development team to understand real-world challenges, resulting in tailored solutions like block-based forecasting and intuitive dashboards.

3. Strategic Partnerships:
o Industry partnerships with sustainability advisors helped align iPlanet’s methodologies with the latest environmental reporting frameworks, ensuring accuracy and credibility.
Outcome of Collaboration

The result is a platform that transforms sustainability challenges into actionable insights, enabling organizations to:
• Track and reduce emissions in real-time.

• Forecast future sustainability impacts.

• Comply with international standards with ease.

iPlanet stands as a testament to effective collaboration and knowledge-sharing, driving innovative solutions that address the root causes of carbon mismanagement in a practical and scalable manner.

The use of new technologies, processes products or techniques or novel uses of existing ones
iPlanet is a groundbreaking platform that harnesses a blend of new technologies and innovative processes to address sustainability challenges, transforming them into commercially viable solutions for industries such as construction, infrastructure, and renewable energy.

Innovative Technologies and Their Applications:
1. AI and Predictive Analytics:
iPlanet employs cutting-edge AI models and machine learning algorithms to forecast emissions and resource needs across project phases.
o Novel Application: By analyzing historical and real-time data, iPlanet provides actionable insights to reduce emissions and improve operational efficiency, a capability previously unavailable in conventional sustainability tools.

2. IoT for Real-Time Tracking:
Through integration with IoT devices, iPlanet collects real-time emissions data directly from equipment and project sites.
o Novel Use: Instead of relying solely on manual data inputs, this approach creates a dynamic system where emissions are monitored and adjusted instantly, driving operational and environmental efficiencies.

3. Blockchain for Data Integrity:
iPlanet incorporates blockchain technology to create a tamper-proof record of emissions data and compliance reports.
o Novel Use: By leveraging blockchain, iPlanet transforms data transparency and stakeholder trust, turning compliance and reporting into strategic advantages.

4. Lifecycle Assessment Tools:
Integration with global databases like Ecoinvent and MaterialScan allows iPlanet to provide detailed lifecycle emissions assessments.
o Commercial Success: This capability helps organizations align with ESG goals and regulatory requirements, enhancing their market competitiveness.

Processes and Techniques Driving Innovation:
1. Block-Based Emissions Forecasting:
iPlanet introduced block-based modeling, a unique technique that divides a project into manageable segments for detailed emissions tracking.
o Novel Use: This granular approach allows project teams to identify carbon hotspots and take targeted actions, ensuring compliance and reducing costs.

2. Automated Compliance and Reporting:
iPlanet automates the preparation of compliance reports aligned with GHG Protocol and ISO standards.
o Commercial Success: This reduces the administrative burden on organizations, enabling faster decision-making and resource allocation.

Turning Innovation into Commercial Success:
By combining these advanced technologies and processes, iPlanet has created a commercially viable solution that:
• Enhances Market Appeal: Organizations adopting iPlanet improve their ESG scores and sustainability credentials, becoming more attractive to investors and clients.

• Drives Cost Savings: Proactive resource management and real-time adjustments reduce operational waste and associated costs.

• Creates Scalable Value: iPlanet’s modular design enables scalability, making it suitable for both small-scale projects and global portfolios.

iPlanet exemplifies how novel uses of existing technologies can drive sustainability innovation while delivering measurable business outcomes, positioning organizations as leaders in the global transition to a greener economy.

How does the innovation provide a more environmentally friendly approach for the industry
iPlanet revolutionizes the industry’s approach to environmental management by embedding resource efficiency, energy optimization, and carbon reduction strategies directly into the project lifecycle. It leverages cutting-edge technologies and data-driven methodologies to ensure a more sustainable path for industries such as construction, infrastructure, and renewable energy.

1. Resource Efficiency
• Comprehensive Emissions Tracking Across All Scopes (1, 2, and 3):
iPlanet enables real-time monitoring of emissions from equipment, materials, and supply chain activities, ensuring no resources are wasted.
o Impact: By identifying high-emission areas, organizations can optimize material use, reduce over-ordering, and eliminate inefficiencies in resource allocation.
• Lifecycle Assessment (LCA):
iPlanet integrates lifecycle data from databases like Ecoinvent to evaluate the full environmental impact of materials and processes, ensuring optimal resource utilization across all project stages.
o Impact: Projects can shift towards low-carbon materials and techniques, reducing embodied carbon significantly.

2. Reduction in Energy Demand
• AI-Powered Predictive Analytics:
iPlanet uses AI to forecast energy requirements and resource needs, enabling project teams to align schedules and operations for peak efficiency.
o Impact: This minimizes idle energy consumption by ensuring resources are deployed only when needed.
• IoT Integration for Energy Monitoring:
By leveraging IoT sensors, iPlanet provides real-time insights into energy usage across construction sites, allowing for immediate corrective actions to reduce unnecessary energy expenditure.
o Example: Highlighting equipment operating inefficiently, enabling teams to switch to energy-efficient alternatives or adjust usage patterns.

3. Reduction in Embodied and Whole-Life Carbon
• Block-Based Emissions Forecasting:
iPlanet breaks down emissions by project phases and materials, allowing teams to target reductions in embodied carbon through informed material choices and efficient construction techniques.
o Impact: Encourages the use of recycled or low-carbon materials, significantly reducing the embodied carbon of projects.
• Carbon Budgeting and Tracking:
iPlanet sets and tracks carbon budgets for projects, forecasting and visualizing emissions across the project lifecycle.
o Impact: Helps projects stay within carbon limits and align with net-zero goals by proactively addressing high-emission activities.
• Integration with Renewable Energy Projects:
iPlanet supports planning for renewable energy usage during operations, aligning with energy transition goals and reducing reliance on fossil fuels.

4. Circular Economy Approach
• Waste Reduction through Supply Chain Transparency:
iPlanet tracks emissions and waste outputs across supply chains, enabling a circular approach to resource use by identifying opportunities for recycling and reuse.
o Impact: Reduces landfill waste and the carbon impact of material production.

5. Real-World Sustainability Outcomes
• Enhanced Compliance and ESG Alignment:
Automated reporting ensures projects meet sustainability standards like GHG Protocol and ISO 14064, enabling alignment with global climate targets.
• Proactive Carbon Management:
By offering insights and tools for real-time emissions reductions, iPlanet empowers industries to adopt a forward-thinking approach to environmental responsibility.

By combining advanced technologies like AI, IoT, and blockchain with practical sustainability strategies, iPlanet provides a comprehensive solution that reduces carbon footprints, minimizes resource wastage, and optimizes energy efficiency. It ensures industries can not only meet but exceed environmental standards, paving the way for a greener and more sustainable future.

How does the innovation provide an improvement in social value
iPlanet enhances social value by fostering sustainable practices that benefit local communities, empower workforces, and promote ethical sourcing. Its data-driven approach enables organizations to align project execution with social responsibility goals, ensuring a positive impact on society and the environment.

1. Promoting Local Supply Chains
• Scope 3 Emissions Tracking:
iPlanet tracks emissions across supply chains, encouraging organizations to source materials and services locally to reduce transportation emissions.
o Impact: Supports local businesses and reduces carbon footprints associated with long-haul logistics.
• Data-Driven Vendor Selection:
By integrating with supplier databases, iPlanet highlights vendors with low-carbon operations and sustainability certifications.
o Impact: Prioritizes partnerships with ethical suppliers, fostering a sustainable and equitable local economy.

2. Supporting Workforce Development
• Skill Development Opportunities:
iPlanet facilitates the adoption of digital tools and advanced sustainability practices, creating opportunities for training and upskilling project teams.
o Impact: Equips apprentices and employees with future-ready skills, enhancing employability and career growth in sustainable industries.
• Job Creation through Green Projects:
The platform’s focus on sustainability increases demand for roles in environmental monitoring, data analysis, and renewable energy projects.
o Impact: Drives employment in emerging green sectors, fostering long-term economic growth.

3. Encouraging the Use of Responsibly Sourced Materials
• Lifecycle Assessment Integration:
iPlanet evaluates the environmental impact of materials across their lifecycle, promoting the use of recycled or responsibly sourced materials.
o Impact: Reduces reliance on environmentally harmful practices and encourages the adoption of ethical sourcing standards.
• Certification and Compliance Tracking:
The platform integrates compliance checks for materials against certifications like FSC (Forest Stewardship Council) and ISO standards.
o Impact: Ensures projects meet ethical sourcing criteria, building trust with communities and stakeholders.

4. Enhancing Community Well-Being
• Transparency and Stakeholder Engagement:
iPlanet’s reporting tools provide clear and accessible information on project sustainability efforts, fostering trust and collaboration with local communities.
o Impact: Demonstrates accountability and builds a positive reputation for organizations committed to responsible practices.
• Reduced Environmental Impact in Communities:
By actively reducing emissions, resource wastage, and pollution, iPlanet minimizes the environmental burden on surrounding communities.
o Impact: Improves the quality of life for residents near project sites, creating healthier and more sustainable living conditions.

5. Aligning with Social Responsibility Goals
• Support for ESG Targets:
iPlanet helps organizations achieve Environmental, Social, and Governance (ESG) objectives by embedding ethical practices into supply chains and operations.
o Impact: Strengthens the social value proposition for investors, clients, and communities.
• Cultural Shift Towards Sustainability:
By integrating sustainability into everyday operations, iPlanet encourages a cultural shift within organizations and the wider industry.
o Impact: Inspires long-term commitment to social and environmental responsibility.

Through its innovative features, iPlanet creates measurable social value by supporting local supply chains, promoting workforce development, ensuring responsibly sourced materials, and reducing environmental impact. It enables organizations to drive meaningful change, building a sustainable and inclusive future for communities and industries alike.

How does this innovation influence future specifications to improve sustainability
iPlanet is not just a tool for managing current sustainability challenges—it sets a foundation for transforming future project specifications to embed sustainability as a core design and operational principle. By leveraging advanced analytics, real-time tracking, and data-driven insights, iPlanet enables organizations to redefine how sustainability is integrated into planning, execution, and lifecycle management.

1. Data-Driven Decision-Making for Future Designs
• Comprehensive Carbon Footprint Insights:
iPlanet provides detailed data on emissions across all project stages and scopes, offering a clear understanding of high-impact areas.
o Impact on Future Specifications: This data helps stakeholders identify opportunities to design future projects with lower carbon footprints, such as using low-carbon materials or optimizing construction techniques.
• Lifecycle Impact Integration:
By incorporating lifecycle assessment (LCA) tools, iPlanet ensures that material and energy choices are evaluated for their long-term environmental impact.
o Influence on Specifications: Encourages the inclusion of sustainable materials and renewable energy solutions in future specifications, driving greener project outcomes.

2. Proactive Planning Through Predictive Analytics
• AI-Driven Forecasting:
iPlanet uses machine learning to predict emissions and resource needs for upcoming projects, allowing teams to preemptively address sustainability challenges.
o Impact on Future Specifications: Shifts focus from reactive to proactive planning, ensuring future designs prioritize energy efficiency, waste reduction, and compliance with evolving regulations.
• Scenario Modeling:
iPlanet enables “what-if” scenarios, simulating the impact of various materials, processes, and technologies on project emissions.
o Influence on Specifications: Provides evidence-based recommendations to include sustainable alternatives in future designs.

3. Embedding Renewable and Circular Economy Practices
• Promotion of Renewable Energy Usage:
iPlanet integrates tools to optimize the use of renewable energy sources during construction and operations.
o Impact on Future Specifications: Drives the inclusion of on-site renewable energy solutions such as solar panels or wind turbines in project plans.
• Support for Circular Economy:
Through waste tracking and supplier insights, iPlanet promotes material reuse and recycling.
o Influence on Specifications: Encourages future specifications to include modular construction methods and recyclable materials, reducing waste.

4. Enhancing Compliance and Industry Standards
• Real-Time Regulatory Updates:
iPlanet automates compliance tracking, ensuring projects adhere to global frameworks like the GHG Protocol and ISO 14064.
o Impact on Future Specifications: Establishes a benchmark for including sustainability compliance metrics in project specifications from the outset.
• Stakeholder Engagement and Transparency:
Blockchain-backed reporting builds trust among stakeholders by providing tamper-proof data on sustainability efforts.
o Influence on Specifications: Promotes the integration of transparent monitoring and reporting mechanisms into future project designs.

5. Setting New Industry Benchmarks
• Scalable Sustainability Solutions:
iPlanet’s modular features can be customized for projects of varying sizes and industries, allowing for widespread adoption of best practices.
o Impact on Future Specifications: Drives the industry toward standardizing sustainability metrics and practices, encouraging consistent adoption across projects.
• Encouraging Innovation in Materials and Processes:
By highlighting high-emission activities and recommending alternatives, iPlanet fosters innovation in material science and construction methodologies.
o Influence on Specifications: Inspires future specifications to prioritize innovation in sustainable materials, such as bio-based composites or low-carbon concrete.
iPlanet is a transformative platform that not only addresses current sustainability challenges but also lays the groundwork for a future where sustainability is central to every project specification. Its ability to provide actionable insights, promote proactive planning, and standardize best practices ensures that future projects are designed and executed with a focus on long-term environmental stewardship. By influencing specifications, iPlanet is shaping the future of sustainable development.