Building management software solutions recognize that an organization is made up of several small components like employees, equipment, infrastructure, etc., and all of these need an equal amount of maintenance to function properly. Every company has many skilled operators responsible for regulating the physical infrastructure of offices like water supply, electricity supply, ventilation, lighting, and more.

Building management software solutions give way to easy integration of data and provide critical information on business outcomes that can be difficult to achieve manually. Such software solutions are IoT-enabled and use edge controlling processes and cloud by deploying intelligent methods and tools such as machine learning (ML), artificial intelligence (AI), and data analytics to enable smart building performance.

In this article, we have collated four differentiators’ that building operators and owners should consider while assessing modern building platform solutions:

  • Innovation Ecosystem and Open Architecture

Buildings are a product of multi-layered and complex ecosystems with several divisions and sub-systems. Building software provides an open architecture to enable integration with multiple sub-systems, software, and hardware while operating with a wider set of ecosystems. In addition, it is also imperative that software provides its users with an organized structure to extract all the value from the collected data. For example, many leading service providers in the electrical sector carry solutions to integrate numerous systems’ management and real-time control across buildings to ensure that the office is running efficiently.

  • Resilience and Cybersecurity

The introduction of building management software solutions has raised the bar for operational resilience. Therefore, business owners have begun to invest in building software that delivers continuous remote monitoring, predictable asset performance, and ensures high standards for cybersecurity across the infrastructure of the building.

  • IP Network

Usage of an IP network to manage and control integral building systems such as ventilation, blinds, power supply, lighting, and more. Today several buildings have industrial automation and IT infrastructure — the addition of an IP network smooths out operation, remote management, enables IoT features like enhanced cybersecurity, personalized control, etc. Therefore, now, it is imperative for the building industry to adopt advanced IP-based features and controls to unlock the optimum potential of the Internet of Things in buildings. Discover electrical service providers who provide a diversified range of IP building controls for intelligent and smart buildings.

  • Building Analytics Services

Smart buildings produce a lot of data, which is collected from several systems and sensors installed in multiple places. In addition, analytics and big data are introducing novel dimensions and opportunities like planning the utilization of space, predicting equipment failure, detecting faults in machinery, optimizing energy efficiency, etc. If you try to research the current electrical sector, you will discover that several competent service providers now understand the importance of sustainability. Hence, today you can find several BMS solutions in the market that are intelligent and energy-efficient.

In order to develop the economic sector of any country, we must start with the development of organizations. Therefore, incorporating a building management system can be a major contributor in escalating the productivity of industries and organizations as it is calculatedly developed with a mind of its own. This advanced set of technology is designed to automatically take care of all the crucial external factors of the infrastructure with minimum human assistance, saving a lot of time and energy. However, before you invest in a building management system, it is essential to get in touch with a highly competent service provider who brings on board a skilled group of expert professionals to carry out all your installation processes.

Graham Shear