STER-IOT

Using IOT we are only limited by our imagination in the ways we can introduce IOT within a building. Potential areas of implementation include:- Climate control including temperature/humidity/vibration .., CO monitoring, Electrical usage, Fire detection, Heating/ventilation and air conditioning systems (HVAC), Lighting control, Occupancy, Predictive maintenance, Security and access control, Structural health and Water monitoring.

For logistics 4.0, digital supply chain, digital logistics – as with other industries leveraging the Internet of Things (IoT) – digitization and connectivity drive improved efficiencies and productivity. Connected vehicles, equipment and devices enable near real-time visualization and management of critical goods in retail and manufacturing supply chains. Prevalent IoT use cases in logistics include: Cargo and vehicle tracking, Location management systems, Inventory tracking and warehousing, Supply chain monitoring and Storage conditions monitoring of raw materials and products.

Utilities were earliest adopters of the concept of smart metering helping providers optimize energy distribution and giving customers actionable insights to improve energy efficiency. Current installed base of these meters are over a billion expected to touch 1.34 billion by 2023. Prevalent use cases include: Automated metering , Electricity metering , Gas metering, Tank level monitoring, Tanker Level monitoring, Transformer monitoring, Utility metering/monitoring and management, Water metering, Water flow and leakage monitoring.

70 percent of the world’s population is expected to live in cities by 2050. Many municipalities are integrating IOT technologies to digitally transform their citywide infrastructures to make smarter decisions about services needed to effectively meet this urban influx. Some of the use cases are as below :- Energy consumption and sustainability, Parking management, Public transportation, Waste collection management, Water management and protection, Wireless gas monitoring.

Monitoring, measurement, data collection, and analysis leading to actionable insights are among the core benefits of the Internet of Things (IoT), regardless of industry. Possibly in remote areas or difficult terrain, these sensor networks can drive significant impact to combat climate change and create a more sustainable environment, such as: Improved conservation of energy/water and resources, Deforestation prevention, Ecosystem preservation, Endangered species protection and poaching prevention, Environmental information about water/air or other pollution that impact health, Preservation of biodiversity.

Internet of Things (IoT) connectivity is revolutionizing healthcare, connecting patients and healthcare providers in innovative ways. IoT-connected devices like wearables, skin sensors, home monitoring tools and more, enable richer medical insights into symptoms and health trends, new levels of remote care, and greater control to patients over their care and treatment.

One of the first areas of implementation of Internet of Things (IoT) was in smart homes. With the advent of Wifi and other wireless technologies and connected devices everthing from gates, doors, air conditioning, audio, visual, lighting, electricity, water, gas, security systems and home appliances can be monitored and controlled from the tip of your finger.

Industrial Internet of Things (IIoT) is transforming operations for industrial companies. Beyond traditional manufacturing settings, industrial operations such as construction, oil and gas, transportation, utilities, and many others can all benefit from IoT-connected monitoring, access and control of physical infrastructures. IIoT sensor networks providing real-time data and analytics offer benefits such as: Automated machine maintenance and operations, Improved traceability/visibility and utilization of field-deployed assets and equipment, Risk mitigation/faster identification of performance issues, Improved worker safety, Movement from preventative to predictive maintenance, Reduced carbon footprint through operational efficiencies, More efficient inventory planning and optimization.