Applied Innovation

How Supply Chain Automation is Leading to Efficient and Agile Logistics

Applied Innovation

How Supply Chain Automation is Leading to Efficient and Agile Logistics

In today’s fast-paced business world, companies are continuously looking for methods to simplify processes, save costs, and increase competitiveness. Supply chain automation has emerged as a game changer, utilising cutting-edge technology to optimise operations and increase efficiency throughout the supply chain. Automation is transforming the way products and services are provided to customers, enabling unprecedented levels of productivity, visibility, and agility.

The Rise of Supply Chain Automation

Supply chain automation is the use of technology and software solutions to automate and optimise supply chain operations, therefore reducing the need for considerable human participation. This technique has gained popularity as firms seek to increase efficiency, minimise mistakes, and improve decision-making capabilities in their supply chain processes.

Key Benefits of Supply Chain Automation

1. Improved Efficiency and Productivity: By automating repetitive and time-consuming procedures, businesses may simplify processes, reduce redundancies, and free up valuable human resources for more strategic and value-added activities.

2. Cost Savings: Automated solutions eliminate the need for manual labour, decrease mistakes, and optimise resource utilisation, resulting in considerable cost savings over time.

3. Increased supply chain visibility: Real-time tracking and comprehensive analytics offered by automation provide unparalleled visibility into supply chain processes, allowing for proactive decision-making and quick response to interruptions or changes in demand.

4. Improved Predictive Analytics and Demand Forecasting: Using machine learning and artificial intelligence, automated systems can analyse historical data and market patterns to provide precise demand estimates, allowing for improved inventory management and resource allocation.

5. Regulatory Compliance: Automated procedures assure constant adherence to regulatory regulations, lowering the risk of noncompliance and the resulting fines.

Automation in Action: Key Applications

Supply chain automation comprises a diverse set of procedures and technology that allow organisations to simplify operations at various levels of the supply chain.

1. Back-Office Automation: Tasks like as invoicing, bookkeeping, and data entry may be automated with robotic process automation (RPA) and intelligent automation solutions, lowering the risk of mistakes and increasing productivity.

2. Transportation Planning and Route Optimisation: Advanced algorithms and machine learning approaches can optimise transportation routes by considering traffic patterns, weather conditions, and fuel prices, resulting in lower transportation costs and faster delivery times.

3. Warehouse Operations: Robotics, automated guided vehicles (AGVs), and intelligent warehouse management systems may automate tasks like as picking, packaging, and inventory management, increasing accuracy and efficiency while reducing human error.

4. Demand Forecasting and Procurement: Predictive analytics and machine learning models may use historical data, market trends, and real-time consumer demand to create accurate demand projections, allowing for proactive procurement and inventory management techniques.

5. Last-Mile Delivery: The combination of drones, autonomous vehicles, and powerful routing algorithms has the potential to transform last-mile delivery, lowering costs and improving delivery times for clients.

The Role of Emerging Technologies

Several cutting-edge technologies are propelling supply chain automation forward, allowing organisations to achieve previously unattainable levels of efficiency and flexibility.

1. Artificial intelligence (AI): AI is critical in supply chain automation because it enables technologies such as digital workforce, warehouse robots, autonomous vehicles, and robotic process automation (RPA) to automate repetitive and error-prone operations. AI enables back-office automation, logistics automation, warehouse automation, automated quality checks, inventory management, and supply chain predictive analytics/forecasting.

2. Internet of Things (IoT): IoT devices help provide real-time data and connection across the supply chain, allowing for better tracking, monitoring, and decision-making. IoT sensors in warehouses, cars, and goods collect data on location, temperature, humidity, and other factors to improve operations and visibility.

3. Generative AI (GenAI): Generative AI is a subclass of AI that focuses on developing new content, designs, or solutions from current data. GenAI may be used in supply chain automation to improve decision-making and efficiency through tasks such as demand forecasting, product design optimisation, and scenario planning.

Organisations may achieve better levels of automation, efficiency, and agility in their supply chain operations by utilising AI, IoT, and GenAI capabilities, resulting in increased productivity, cost savings, and improved decision-making skills.

Limitations and Considerations

While supply chain automation has many advantages, it is critical to understand its limitations and carefully consider its adoption. Currently, automation is confined to certain activities like order processing, inventory management, and transportation planning, while many procedures still require human intervention and supervision. Furthermore, the financial investment necessary for advanced automation technology may be prohibitive for smaller enterprises with limited resources.

Furthermore, the possibility of job displacement owing to the automation of manual work is a worry that must be addressed through retraining and upskilling programmes. Organisations must find a balance between automating processes and relying on human skills to make crucial decisions and handle exceptions.

The Future of Supply Chain Automation.

As technology advances, the opportunities for supply chain automation will grow even more. Organisations that embrace automation and strategically use the appropriate technology will be well-positioned to outperform the competition.

However, a balance must be struck between automation and human skill. While automation can help with many operations, human decision-making and monitoring are still required for handling outliers, unanticipated interruptions, and strategic planning within the supply chain.By combining the power of automation with human innovation, organisations may achieve new levels of efficiency, agility, and customer happiness, guaranteeing a sustainable and competitive supply chain in the future.

Contact us at to schedule a consultation and explore the transformative potential of this innovative technology

Applied Innovation

Temperature Measurement Using Ultrasonic Sensors: Principles, Challenges, and Applications

Applied Innovation

Temperature Measurement Using Ultrasonic Sensors: Principles, Challenges, and Applications

Introduction: The functionality of many gadgets and systems in today’s tech-driven society depends critically on one’s capacity to see and engage with the environment. One of the essential technologies for giving robots a precise sense of their surroundings is the development of ultrasonic sensors.

The way we see and interact with their environment has been completely transformed by ultrasonic sensors. They have become useful in a variety of sectors thanks to their capacity to deliver precise distance measurements and object recognition in different settings. As technology develops, we may anticipate that these sensors will become increasingly more crucial in determining the direction of automation, robotics, and other fields as well, ultimately making our planet smarter and safer.

Ultrasonic sensors measure distances using sound waves that are too high for us to hear. They use a transmitter to emit high-frequency sound waves, which are detected by a receiver after they reflect off of things. These sensors use the equation Distance = (Speed of Sound Time of Flight)/2, where the division by 2 accounts for the sound waves’ round-trip time, to compute distance by timing the time it takes for sound to reach an object and return.


Ultrasonic sensors are widely used in a variety of sectors and are highly valued for their dependability and non-contact nature. They facilitate obstacle recognition and navigation in robotics, improving robot safety and maneuverability. These sensors are used in the automobile industry to ease operations like parallel parking and improve road safety by facilitating parking assistance and accident avoidance. Their accuracy in object recognition and distance measuring helps industrial automation by optimizing conveyor systems and manufacturing processes. Ultrasonic sensors are also used in the medical industry, smart home systems, agriculture, and the aerospace industry.

A groundbreaking development:

A revolutionary advancement has been made in the fields of temperature sensors and ultrasonic technology. The extraordinary ultrasonic temperature sensor is pushing the limits of temperature measurement in challenging situations, such as gas turbines and nuclear reactors, and it can monitor temperatures as high as 1000°C, where conventional sensors struggle to retain accuracy.

The sensor works in three steps as follows:

  1. An ultrasonic wave’s mechanical energy is first transformed into electrical signals using a piezoelectric transducer.
  2. Second, this transducer cleverly connects to a metallic waveguide that has a detecting tip to act as an ultrasonic wave conduit.
  3. Last but not least, the sensor monitors the waveguide’s resonant frequency shift, which fluctuates with temperature as a result of variations in the elastic elasticity of the metal, and provides accurate temperature measurements up to 1000°C in difficult settings.

Benefits, Obstacles, and Future Prospects

The ultrasonic temperature sensor has a variety of features, including:

  1. Robustness: The sensor is a sturdy option for demanding applications since it can endure harsh conditions in gas turbines and nuclear reactors.
  2. Simplicity: Despite utilizing cutting-edge technology, the sensor is still easy to use and understand.
  3. Precision and Stability: Even in the roughest settings, it excels in precision and retains stability.
  4. Reliability: The sensor regularly produces accurate readings, which is essential for industrial processes.
  5. Multiplexing Capabilities: Future research may investigate the use of many sensors concurrently, creating new avenues for data gathering and processing.

In summary, this unique advancement is a huge step in temperature measurement technology. For businesses that depend on accurate temperature monitoring, the ultrasonic temperature sensor’s ability to function in harsh environments while retaining high precision and dependability holds enormous potential. A new age of high-temperature measuring capabilities may begin as this technology develops and matures, potentially enhancing not just industrial processes but also the safety and effectiveness of crucial systems like gas turbines and nuclear reactors.

Are you intrigued by the limitless possibilities that modern technologies offer?  Do you see the potential to revolutionize your business through innovative solutions?  If so, we invite you to join us on a journey of exploration and transformation!

Let’s collaborate on transformation. Reach out to us at now!

Innovator's Vista

Innovators’ Meet held at GAVS Campus in Chennai

Innovator's Vista

Innovators’ Meet held at GAVS Campus in Chennai

This week, the third edition of Innovators’ Meet was held at GAVS Campus in Chennai.

The meet had presence of investors, industry partners, business professionals and innovators from IoT, AI, ML, Robotics and other deep tech domains. 

The theme of the foregathering was “Meet the Innovators and the Innovation,” and the motive was to bring the three I’s of the ecosystem. i.e. the Industry leaders, investors, and innovators together to stimulate technology-driven innovation (Artificial intelligence (AI) and the Internet of things (IoT) and unleash cocreation & entrepreneurial creativity.

The Startups, Humors, Vyli, Reprosci, Nautilus,, Aikenist, RHEMOS, Arficus, Dnome, Medtel, Neodocs, TeraLumen, MedloTek Health, eVitalz, Mocero Health, Vulhunt, Inaluz, zMed, Luecine Rich Bio, Frinks, Tagbox, Neurostellar, Punar, Padmaseetha, pwens, and Nura, pitched their products before the investors. Most of the 25 startups that participated were from Healthtech industry, few startups were from Robotics and Cybersecurity.

Innovators’ Meet held at GAVS Campus in Chennai

The Meet hosted speakers such Mr. Chandra Mouleshwaran S from GAVS, Prof. Nandan; Robert Bosch Centre for Data Science and Artificial Intelligence, Mr. Chandramouli; Ex-CIO of Sankar Nethralaya, Mr. Balaji Upili;  CEO of GS Lab and GAVS, Mrs. Kushboo Goel; Senior Consultant Healthcare  and  Navaratan Kataria; Director, Startup Engagement Innovation & International partnerships, NASSCOM COE.

Attendees from startups included Ankur Jaiswal, Pooja H S,  T Udaya Raga Kiran, Apurva Sule, Ashwin Amrapuram, Aamod Wagh, Sandeep Singh, Divya Sriram, Dr Lalit Ranjan, Pratik Lodha, Dr Jyoti Dash, Sharmila Devadoss, Nanda Kumar, Palaniappan N, Akash, Deepak Gupta, Jayakanth, Kumar Aditya Agarwal, Adarsh Kumar, Dhanushya, Charmi, Gowri, Joseph Jegan, and Dr Tausif. 

Some of the notable attendees include Muthu Singaram; CEO, IIT Madras HTIC Incubator,  Akhilesh Agarwal from Pi Ventures, Adarsh B N from Derbi Foundation, Sanjay Selvan; speciale Invest and Himanshu Sikka from IPE Global.

There are plans to organise Innovators’ Meet every month at a different city so as to bring entrepreneurs and investors together in promoting emerging innovation and technologies that are transforming our future.