The key factors which have impact on the life science or pharma industry are : Economic volatility • Focus on key mature markets and growth markets • 7.6%-9.4% of global population aged 65+ • Obesity epidemic • Social media • Specialist-medicine business model • Treatments for rare/acute diseases • Products marketed to healthcare payers • Value-based purchasing (using outcomes). Technology in Lifesciences and pharma industry has been around automation and controls. The whole world has been discussing vaccination research, production, storage, and all the complex factors that go into creating and distributing life-saving pharmaceutical products. Pharma has long been among the most regulated industries in the world, controlled by a series of federal and international regulations. In what is already a complex industry, these layers of regulatory requirements and associated reporting add a significant set of crucial tasks to manage. That is why every building in the pharmaceutical industry needs to be always in peak operating condition. In the era of automation, this requires deployment of an analytics-driven building management system for the pharmaceutical industry. Having a data analytics capability integrated with a building’s management system is rapidly becoming a must-have. Identifying the right system, and the right partner to install and operate it, is a critical component of achieving the potential gains made available by modern, advanced building management technology. No matter where you are in the pharmaceutical supply chain, you need an analytics-ready BMS to ensure the highest level of infrastructure efficiency and regulatory compliance for a challenging and fast-paced environment. The CGMP (Current Good Manufacturing Practices) covers all phases of the pharmaceutical process, controlling for safety and quality. These include standard issues, like cross-contamination and general safety, but many pertain directly to the functioning of the building itself. The need is to control temperature, humidity, air pressure, and other atmospheric conditions carefully and precisely.

Even the slightest fluctuations or errors can be enormously costly. From both a business and a regulatory perspective, this means the building must be reliably networked and all systems need to be integrated into an easy-to-operate management front-end. Otherwise, there is simply too much data in too many isolated systems for any human or team to reasonably operate. But to deliver high performing building systems 100% of the time, there are many variables to account for and manage. Lifesciences & pharma is an industry where downtime is unacceptable. The pressure from shareholders, from the medical industry, and from competitors, is immense. If systems overheat, if air pressure isn’t tightly controlled, if equipment fails, there needs to be a shutdown. If regulations aren’t met, the shutdown can come from the outside. While that is bad for business, the real issue comes from consumers. They are depending on life-changing or even lifesaving medicine. Delays in shipments, problems with supply, and lack of access can be more than irritating—they can be catastrophic. Helping improve lives is the mission of every pharmaceutical company, and downtime compromises that mission. Lifesciences and pharma facilities use enormous amounts of energy. Disconnected controls for multiple separate systems can be incredibly inefficient, raising costs across the board. And automaton on its own cannot handle everything. Adding advanced analytics to building management systems for the pharmaceutical industry is invaluable for addressing these unique challenges. When temperature, air pressure, air quality, and other requirements aren’t perfectly met, batches of valuable product may have to be thrown away, or research started over. That can be a costly and frustrating waste, hampering you in the market. Even worse is a recall: it is costly, attracts audits, and hurts your reputation. Recalled batches also mean medicine not getting in the hands of the public. This can-do material harm to the people you are working to help. Making sure that your products are tightly controlled for quality saves lives. If pharmaceutical products are compromised or a shutdown.

comes from the outside, there can be significant penalties, including fines. A state-of-the-art platform that can integrate with all open protocols to ensure networkconnected systems can securely share data to give operators a single place to go to manage, monitor and maintain all building and IOT equipment. A platform which offers flexibility of being wireless and form factor such that brings surface area requirements for install to 1/4th from traditional – Compact and simple with very less time for commissioning. Uses machine learning algorithms to continually learn how buildings function and help identify potential improvements and opportunities for automation. An analytics platform is how a building manager truly manages their diverse systems. All of this has enormous upside for any building. At its most basic, it can lead to greater efficiency. As historical data is built up and combined from sources across various areas, additional insights can be gained and leveraged for increased efficiency through automation. This can lower costs, increase production, and extend the operating lifetime for all equipment’s. Today’s businesses are grappling with disrupted supply chains, resource shortages, rising inflation, and the looming threat of another recession. But they cannot afford to let these concerns distract them from the challenges of implementing sustainable, transparent, and resilient business models, and creating a better world for future generations. Sustainability should not be seen as an ‘either/or’ option. Instead, it should be front of the corporate mind and the lens through which business strategies, plans, and behaviors are viewed. At this critical intersection, creating longer-term, sustainable growth and value has never been more important. We have tools. We have knowledge and awareness. We have responsibility. Let us commit. Know Your Building is a tool www.dcishrae.in by Shakti Leekha The key factors which have impact on the life science or pharma industry are : Economic volatility • Focus on key mature markets and growth markets • 7.6%-9.4% of global population aged 65+ • Obesity epidemic • Social media • Specialist-medicine business model • Treatments for rare/acute diseases • Products marketed to healthcare payers • Value-based purchasing (using outcomes). Technology in Lifesciences and pharma industry has been around automation and controls. The whole world has been discussing vaccination research, production, storage, and all the complex factors that go into creating and distributing life-saving pharmaceutical products. Pharma has long been among the most regulated industries in the world, controlled by a series of federal and international regulations. In what is already a complex industry, these layers of regulatory requirements and associated reporting add a significant set of crucial tasks to manage. That is why every building in the pharmaceutical industry needs to be always in peak operating condition. In the era of automation, this requires deployment of an analytics-driven building management system for the pharmaceutical industry. Having a data analytics capability integrated with a building’s management system is rapidly becoming a must-have. Identifying the right system, and the right partner to install and operate it, is a critical component of achieving the potential gains made available by modern, advanced building management technology. No matter where you are in the pharmaceutical supply chain, you need an analytics-ready BMS to ensure the highest level of infrastructure efficiency and regulatory compliance for a challenging and fast-paced environment. The CGMP (Current Good Manufacturing Practices) covers all phases of the pharmaceutical process, controlling for safety and quality. These include standard issues, like cross-contamination and general safety, but many pertain directly to the functioning of the building itself. The need is to control temperature, humidity, air pressure, and other atmospheric conditions carefully and precisely. Even the slightest fluctuations or errors can be enormously costly. From both a business and a regulatory perspective, this means the building must be reliably networked and all systems need to be integrated into an easy-to-operate management front-end. Otherwise, there is simply too much data in too many isolated systems for any human or team to reasonably operate. But to deliver high performing building systems 100% of the time, there are many variables to account for and manage. Lifesciences & pharma is an industry where downtime is unacceptable. The pressure from shareholders, from the medical industry, and from competitors, is immense. If systems overheat, if air pressure isn’t tightly controlled, if equipment fails, there needs to be a shutdown. If regulations aren’t met, the shutdown can come from the outside. While that is bad for business, the real issue comes from consumers. They are depending on life-changing or even lifesaving medicine. Delays in shipments, problems with supply, and lack of access can be more than irritating—they can be catastrophic. Helping improve lives is the mission of every pharmaceutical company, and downtime compromises that mission. Lifesciences and pharma facilities use enormous amounts of energy. Disconnected controls for multiple separate systems can be incredibly inefficient, raising costs across the board. And automaton on its own cannot handle everything. Adding advanced analytics to building management systems for the pharmaceutical industry is invaluable for addressing these unique challenges. When temperature, air pressure, air quality, and other requirements aren’t perfectly met, batches of valuable product may have to be thrown away, or research started over. That can be a costly and frustrating waste, hampering you in the market. Even worse is a recall: it is costly, attracts audits, and hurts your reputation. Recalled batches also mean medicine not getting in the hands of the public. This can-do material harm to the people you are working to help. Making sure that your products are tightly controlled for quality saves lives. If pharmaceutical products are compromised or a shutdown Lifesciences & Pharma Industry: Revolutionary Wireless BMS Pharma’s business model has altered almost beyond recognition. In the 1980s and 1990s, it made medicines for chronic diseases, marketed them to doctors and focused on turning them into blockbusters. These days, it’s concentrating on specialist medicines, which it markets to healthcare payers – who use different, and more rigorous medicines. which helps in managing the assets. Know Your Building is a solution offering with a full stack of IOT hardware & AI powered platform, which is flexible, modular, wireless, secure, access from anywhere solution with real time insights of the facilities and manufacturing infrastructure. Keeping sustainability & efficiency at forefront and creating value for customers by creating net zero energy and net positive energy buildings.

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