HyperNym

Imagine you’re running a small to medium-sized business (SMB), managing multiple assets, equipment, and resources. As the business grows, so do the complexities and challenges required to smoothly operate it. An integrated tool is required that will provide a better line of sight of business operations for ergonomic planning and resource allocation. Without an integrated tool, companies tend to operate in a siloed approach, with each department operating its own disconnected system. So what is an ERP? ERP, or enterprise resource planning, is a method used by companies to manage, integrate, and analyze the various aspects of their business. ERP software applications help businesses implement resource planning by integrating all the processes they need to run their businesses with a single system. ERP software can also help you coordinate purchasing, inventory, sales, marketing, financial, human resource, and more tasks. When it comes to ERP software, it has become quite a typical trend

  There was a time when logistics was about local delivery from local producers or means for sending a package from point A to point B with low planning. Today, the logistics industry is valued at over 8.6 Trillion USD, with over 126 Million packages delivered in the USA alone. (Source - Statista)   Keeping up with the huge volumes, logistics companies face complex challenges in the smooth running and operations. Logistics management is the part of supply chain management that plans, implements, and controls the efficient flow and storage of goods, services, and related information between the point of origin and point of consumption to meet customers' requirements   Turning complexities into advantages Nearly all industries, including the Logistics sector, are undergoing a major transformation due to the Internet of Things. Logistics managers can take advantage of real-time monitoring to simplify industrial functions as well as supply chain operations and keep track of every aspec

Buildings are among the most complicated environments because they must support hundreds, if not thousands, of people and assets, all of whom rely on a variety of subsystems to keep them happy, safe, and productive. What happens, however, when these structures fail to fulfill the basic purpose for which they were built: to provide sustenance? Building management in the past was haphazard ,  with little visibility and essentially no horizontal or vertical integration. All of the subsystems worked in isolation, with only a few device integrations. Traditional building management systems face significant hurdles that hinder them from becoming effective such as: Lack of integrated system: The conventional system contains disparate subsystems installed with their individual IT infrastructure, and could only be accessed and viewed by limited management/facility staff. All the disparate subsystems in a building, such as HVAC and lighting remain disconnected and were managed separately by manu