Many portfolios face challenges with fragmented and inconsistent data across assets, asset classes, and monitoring systems, limiting the ability to build a coherent and actionable view of risk. OWLplaces addresses this by deploying intelligent agents that ingest both static inputs (property documents, utility bills) and real-time data streams (including weather signals, climate risks, and asset performance) to construct and continuously update a dynamic digital passport for each asset. Rather than a static report, the passport becomes a living representation of the asset, where agents actively refine risk profiles, detect changes, and generate context-aware insights.

As external conditions evolve and additional data is integrated, these agents continuously improve the accuracy and depth of both asset-level and portfolio-level understanding, enabling forward-looking assessments rather than retrospective analysis. The digital passport becomes a real-time planning and decision engine, enabling faster underwriting, reducing operational costs, and ultimately increasing asset and portfolio value through digitalisation, continuous optimisation and risk-aware decision-making.

While the digital passport serves as the interoperable layer for accessing asset insights, in the backend OWLplaces maintains a digital twin, acting as a cybersecure and explainable data backbone that continuously integrates and structures all relevant information. Using thousands of data points from satellite Earth observation, meteorological stations, and building and infrastructure systems, OWLplaces aggregates real-time and historical data to simulate forward-looking climate scenarios and evolving risk trends.

These "what-if" simulations are fundamental for decision-making, enabling clients to assess the potential impact of climate events, operational changes, and investment strategies across short-, medium-, and long-term horizons before committing capital. By modelling how assets and portfolios respond under different scenarios, the system supports early warnings, proactive risk mitigation, and resilience planning. At the same time, the structured and auditable nature of the digital twin ensures full traceability of data, assumptions, and outcomes, providing explainability tools that allow clients to justify decisions, meet regulatory requirements, and support transparent sustainability and risk reporting.

Navigating the growing landscape of climate and sustainability standards is complex, and many existing solutions fail to integrate both physical and transition risks in a unified way. OWLplaces’ EUTM Good2live and Good2work address this by automatically generating transition pathways and audit-ready reports covering both climate risks and sustainability performance. This enables every real estate portfolio to ve verified according to CSRD, IFRS S2, ESRS, SFDR, and broader ESG requirements. By structuring the right data points and embedding whole life cycle assessment, energy reduction, and decarbonisation strategies, the platform also allows assets to be benchmarked against leading global standards, including CRREM, LEVEL(s), DGNB, LEED, China 3-Star, BREEAM, and WELL.

OWLplaces offers flexible deployment options to match different client needs. For organizations seeking full control, our solutions can be integrated via API and deployed within their own cloud infrastructure. Alternatively, clients can rely on OWLplaces to manage the entire data infrastructure, ensuring scalability, security, and ease of use. We work with a range of trusted cloud providers across regions, including Hetzner in Europe, AWS and GCP in the United States, and UCloud and Alibaba Cloud in Asia, ensuring reliable and compliant data hosting worldwide.

The Task Force on Climate-related Financial Disclosures (TCFD) is an international framework established to improve and standardise the reporting of climate-related financial risks and opportunities. Transition risks, as defined by the TCFD, arise from the shift to a low-carbon economy, including policy changes, market dynamics, technological advancements, and evolving stakeholder expectations. These risks can directly impact asset values, operating costs, and long-term viability. Decarbonising portfolios helps mitigate these exposures while aligning with regulatory and investor demands, while building physical climate resilience ensures assets remain robust under future conditions and extreme events.