Analysing Digital Twins

Debates over definitions and technical capabilities have dominated industry discussions, often providing little clarity to those responsible for operating and managing buildings. While the possibilities have energised technology specialists, many building owners and operators have struggled to understand the practical benefits. For some, digital twins have appeared complex and costly to implement, with ambiguous returns on investment. The sector has experienced a period where the potential of digital twins has been widely discussed but not always fully realised in practice.

One of the key barriers to adoption has been the lack of a consistent and meaningful definition of what constitutes a digital twin. The term has been applied to a wide range of technologies, from simple 3D models to highly complex data environments. This ambiguity has created confusion across the market and made it difficult for organisations to assess their true requirements.

In many cases, the industry became focused on creating sophisticated digital replicas of buildings without clearly defining how these models would support day-to-day decision-making. This technology-led approach often failed to consider the needs of the end user; those responsible for operating or maintaining over their lifecycle.

Throughout this period, BIM Technologies has contin-ued to work closely with clients to understand their operational needs and the outcomes they seek from their buildings. Rather than focusing on the technology itself, the emphasis has been on identifying where better information can deliver measurable impacts. Working alongside our sister company Twinview, BIM Technologies has supported early adopters in developing practical approaches to building information and performance management. After nearly five years of implementation and learning, the focus has shifted from digital twins as a concept to the tangible benefits they can deliver.

For property owners and operators, the value lies in better understanding their assets, how buildings perform, how they are maintained and how they can be optimised over time. Better visibility of asset information can support improved maintenance planning, enhanced regulatory compliance, reduced operational costs and more informed strategic decision-making. This shift from technology to outcomes has been central to successful adoption.

Experience has shown that many clients do not require a complex or highly technical 'digital twin' in the traditional sense. What they need is accessible, reliable information that supports decision-making and improves building performance. Twinview has therefore evolved beyond the language of digital twins to become an information and intelligence platform. It brings together data that is often fragmented across multiple systems, including design information, asset data, operational records, and performance metrics, into a single, accessible environment.

The platform presents information through simple, user-focused interfaces tailored to specific roles. Building managers or occupant see only the information relevant to their needs, enabling them to find it quickly, understand building performance and make informed decisions on compliance. By connecting previously dispersed information, the platform improves understanding of how buildings function in practice and supports more efficient building operation.

The success of any digital twin or information platform depends fundamentally on the quality of the underlying information. Without coordinated, reliable data, even the most advanced technology provides limited value. As information managers, BIM Technologies ensures that design data, coordinated models, and asset information are structured and complete from the earliest stages of design through the entire construction process. By coordinating BIM information and managing the collation of operation and maintenance data, the team enables a seamless transition from project delivery to operational use.

This approach supports the Golden Thread of information, ensuring that building owners inherit reliable, accessible data that can be trusted and used effectively throughout the building’s lifecycle. It also reduces the need for costly data reconstruction after project completion, a common consequence when information is not properly managed during delivery.

A well-implemented information platform also enables continuous performance improvement. By linking asset information with operational data, building owners can monitor performance against optimise building systems over time. This supports broader industry objectives around sustainability, energy performance and regulatory compliance. As expectations for building performance increase, the ability to access accurate, structured information will become essential to meeting these demands.

Fifteen years ago, BIM Technologies was primarily focused on model coordination and design risk management. Today, the role has evolved considerably. The business now sits at the centre of information management across the entire building lifecycle; from design and construction through to operation and performance optimisation.

Digital twins, when properly implemented, represent not a technological ambition but a practical outcome of better information management. They enable buildings to be safer, more compliant and more efficient by providing clarity, insight, and control over complex assets. Beyond the hype, the future of digital twins is therefore not about technology alone, but about delivering meaningful value through better information.