Categories
Innovator's Vista

Pulsed Wi-Fi Technology to Mitigate Air Pollution.

Categories
Innovator's Vista

Pulsed Wi-Fi Technology to Mitigate Air Pollution.

Air pollution and climate change are issues that transcend national boundaries. Exposure to high levels of air pollution adversely effects Millions of people around the world. Both short and long term exposure to air pollutants can cause a variety of health issues like respiratory infections, heart disease and lung cancer. It has forced people to take keener interest in the level of pollution in their localities.

Developments in technology are being used for improving air quality.  Devices like catalytic converters are being used that catalyzes a redox reaction that transforms dangerous air pollutants into less-harmful pollutants. Scrubbers are another pollution control device that remove air pollutants like sulfur dioxide, chlorine, hydrogen sulfide, and hydrogen chloride from industrial exhaust. 

A Bengaluru based startup, Devic Earth, has come up with an air pollution control system that uses pulsed Wi-Fi technology to tackle airborne gaseous and particle pollutants in industrial complexes, homes and cities.

The air pollution control system, Pure Skies, is a plug-and-play system that, as claimed by the company, improves air quality by 33-90% over large areas. It just requires pushing a button that removes 40-50 % of nano-sized particles at <20µm, including PM2.5 and PM10 from the air.

The system consists of custom-made omnidirectional antenna, an IoT hardware system and Power Source. The technology is backed by 10 years of research and uses pulsed wi-fi which is very similar to wi-fi at home. It creates a temporary charge on the particles present in the air causing them to collide, become heavier and sink to the ground. This way it accelerates the clearance of pollutants by six to seven times the natural speed of the dry deposition process i.e. the process whereby particles are removed from the atmosphere over time due to gravity.

Pulsed radio wave technology was earlier used in 90’s to mitigate certain pollutants in wastewater and sewage but was discontinued due to economic unviability. Devic Earth is utilising the same technique pf pulsed RF energy for mitigating air pollution.

Pulsed radio wave technology creates a weak electric field that affects particle pollutants of very small size up resulting in the formation of temporary dipoles. Clearance of pollutants occurs due to clustering and settling of these particles.

The company claims that this technology well-controls Particulate Matter, PM10, PM2.5, and PM1. In fact, PM1 and PM2.5 are reduced more than PM10 due to their smaller size but there is little effect on particles larger than 20microns in diameter.

Pure Skies is also has no adverse effect on health and is safe as units work in the ISM frequency band similar to the Wi-Fi spectrum (2.4-2.5 GHz) and power levels are maintained under standard regulations. At present, the device is being used in factories, offices, cities and at events. Pure Skies is available on subscription based business model very similar to DTH plans.

Categories
Innovator's Vista

Autonomous Mobile Robots improving Healthcare

Categories
Innovator's Vista

Autonomous Mobile Robots improving Healthcare

Robots are no longer automated stationary machines executing specific tasks but have evolved into sophisticated, mobile platforms solving various automation needs. An Autonomous Mobile Robot (AMR) is one such example that can independently move through any environment understanding and performing various tasks.

It is an innovative automation solution performing assigned tasks in varied environments like construction sites, warehouses, healthcare centres etc. Often compared with Automated Guided Vehicles (AGV) but unlike them AMRs do not operate on predefined paths or require operator sight. With more advanced software and hardware, AMRs are a step above and beyond AGVs.

AMRs have higher level of autonomy and capacity of moving around in shared environment. They rely on cameras, a set of sensors, artificial intelligence, machine learning, machine vision and navigation technique like collision avoidance for functioning like identifying, picking, moving objects from one location to another while avoiding obstacles.

They are finding application in warehouses for tasks like pick-and-place items, in e-commerce applications for moving carts and in automated construction. Another use of AMRs is in healthcare sector for automating distribution of medicine to the correct patients in hospitals.

Jetbrain Robotics, a Gurugram based startup, is working on providing end-to-end solutions for hospitals to provide enhanced patient care, using autonomous mobile robots (AMRs). The company envisions AMRs that would assist with nursing and managing internal logistics, enhancing the productivity of hospital staff.

The company has designed an AMR to carry hospital utilities to different destinations as required. Named AMRO, the robot has a compact body and protective outer layer. It can charge itself and work all day with inbuilt power capacity, claims the company.

AMRO carries hospital utilities to different destinations as required

Another product by Jetbrain is a UV disinfection robot with an Ultraviolet (UV) lamp emitter able to clear and disinfect environments from bacteria and viruses. Lytbot emits powerful broad-spectrum UV light, targeting high-touch surfaces while disinfecting the whole room. ‘Core 0’ is another such offering by the company that takes care of internal logistics and carrying items like surgical instruments, glucose packets, blood samples and medical necessities to required destinations.

Founder of Jetbrain Robotics, Ajay Vishnu, was present in the Open Innovator Meet recently held at NASSCOM CoE, Gurugram. He at the meet briefed about the vision of the company and plans for the near future.


Categories
Innovator's Vista

Drones for Last Mile Delivery

Categories
Innovator's Vista

Drones for Last Mile Delivery

Last mile delivery refers to the last step of the delivery process when a parcel starting from the shelf of a warehouse reaches its final destination through a transportation hub. It is a crucial step that determines the holistic perception of brands by the consumers. It is also the most expensive step as it costs 53% of the overall delivery.

These reasons have led the companies to invest significantly on improving the customer experience and work on last mile delivery strategies. A range of technologies like telematics, hybrid fleet systems, delivery robots etc. are being used for the purpose. Drones are also being considered as an important part of modern logistics operations.

Drones or Unmanned Arial Vehicles are increasingly being used to transport medicines, parcels, groceries, food, and other products. They are accurate, environment-friendly, have shorter delivery time, and operate on lower costs than traditional delivery channels. The GPS technology based advanced navigation systems, and ability to operate autonomously make them better suited for delivery in rural and remote areas.

Drones rely on Motors, Propellers, GPS and other onboard sensors like Accelerometer, Gyroscope, Magnetometer, Barometer, Distance Sensor etc for functioning. A Drone can be fixed wing type that has one rigid wing and works like an airplane. These drones cannot stay in one place and glide on a path set. Another type is VTOL i.e. vertical take-off and landing, these drones, as the name suggests, can take off, hover, and land vertically. Drones are also categorised on basis of rotors used as multi-rotor and fixed-rotor drones.

A Gurugram-based startup, TechEagle, started in 2015 at IIT Kanpur, has developed e-VTOL, an electric vertical take-off and landing (e-VTOL) drone. The drone has a range of 100 km, a payload capacity of 3 kgs and can achieve maximum speed of 120 km/hr. Named Vertiplane X3, the company claims it to be the fastest Made-In-India hybrid drone.

Anshu Abhishek, Cofounder, Tech Eagle at Open Innovator Meet

TechEagle was one of the participants at OPEN INNOVATOR MEET where COO & Co-founder, Anshu Abhishek, informed about the accomplishments and plans of his company. The Startup has conducted trials with food delivery companies like Zomato and Swiggy. It has also worked with State Governments of Telangana, Meghalaya and Himachal on delivering medicines and vaccines. The company, recently, has also carried out parcel delivery with India Post in Kutch.

The company also plans creating a network of on-demand drone delivery for healthcare. Drones are being used in various applications like video/photography, inspection, monitoring, and surveying, but in healthcare drones can play very significant role by rapid and targeted delivery of vaccines, medications and supplies. Drones by delivering medical supplies right at the home of the patient can reduce footfall at the hospitals and clinics and hence improve the productivity of medical professionals and emergency responders.

India is witnessing a significant rise in the number of drone start-ups. According to IBEF, since August 2021 drone start-ups in the country has surged by 34.4% to around 350 startups.


Categories
Innovator's Vista

Open Innovators Meet at NASSCOM CoE, Gurugram centre

Categories
Innovator's Vista

Open Innovators Meet at NASSCOM CoE, Gurugram centre

Open Innovator Meet was held at Gurugram center of NASSCOM Center of Excellence.

The meeting was attended by Innovators, Investors, and Industry partners from IoT, AI, ML, Robotics and other deep tech domains. This was third such meet of its kind, earlier two editions took place at the NASSCOM CoE’s Bangalore centre.

The event that was aimed at networking and socialising, started with an address by Investors/Partners who communicated their requirements and expectations. This was followed by elevator’s pitch by the startups. There was also discussion on innovation and technology by Industry experts.

Group Shot: Innovators

Some of the Startups that attended the meet were Tech Eagle, JetBrain Robotics, Doorastha, Ziptrax CleanTech, Createra Mobility, AquaSynthesis, Easiofy, Resonant, Peer Robotics, Synq.fit etc.

Investors and Corporates were present from companies like PE Global Limited, YourNest Venture Capital, JBM Group, HSBC Commercial Banking, Kohler, Hero Electronix, Ankur Capital and Jubilant Ingrevia.

Some of the prominent names that were present in the meet are Himanshu Sikka, Monika Pande, Bhaskar Maddala, Vinay Pal Singh Chandel, Garima Saklecha, Vikas Bakshi, Nitin Dua, Sawan Gilda, Praveen Kumar Singh, Gaurav Kushwaha, Achin Biyani, Rajat Singh, Shahan Sud, Vipul Gupta, Dhuman Kumar, C.B Bharadwaj, and Anand Laxshmivarahan.

There are also plans to organize Open Innovator Meet every month in a different city so as to sync the innovative nature of the startup community with the experience of corporate players and create innovative applications.


Open Innovator is a platform and service to discover the usecases and best-suited tech solutions in any enterprise or domain and engage with innovators and founders. Connect with us and Follow us for more updates on evolving use cases in various domains.

Categories
Innovator's Vista

Connected Care empowering hospitals, clinics and other healthcare services to provide care remotely

Categories
Innovator's Vista

Connected Care empowering hospitals, clinics and other healthcare services to provide care remotely

Connected Healthcare or Technology Enabled Care or Internet of Medical Things (IoMT) is an umbrella term used for services like telehealth, telemedicine, digital health, telecoaching, self-care, eHealth etc. It comprises of extensive use of connected health technology and mobile telecommunications converge.

IoMT offers several advantages and it is playing an important role in improving access to care, providing an alternate option to costly healthcare services. For example by making available huge amount of data for the Doctors it is helping in data-driven decision making and hence reducing the errors and risk involved in making tough calls and improving success rates.

Connected healthcare also enables remote monitoring of patients reducing visits to the hospital which improves the productivity of medical professionals and reduces the cost associated with hospitalisation and traveling for patients. By constant monitoring of the status of vitals of the patient it can predict any disease and take proactive measures.

Technology Enabled Care is thus empowering hospitals, clinics and other healthcare services to provide care remotely and it is set to revolutionise the way the healthcare sector functions.

MedTel, a Bangalore-based startup, working on this technology has developed a connected care ecosystem, using IoT enabled devices, an integrated SaaS web platform and a smartphone app. The company is providing telehealth solutions including connected IoMT devices such as digital blood pressure machine, body composition analyser, glucometer, pulse oximeter, portable ECG, and others.

The company at present is working on a concept of ‘Teleclinic’ which focuses of meeting healthcare requirements of people living in in rural areas in India which is estimated to around 900 Million. These ares suffer with the problem of non-availability of doctors and the company claims that its ‘tele-clinic’ can help on this front.

These Tele-clinics are equipped with tele-diagnostics and advanced multi-channel telemedicine platforms. Through this, hospitals & clinics in urban cities are enabled to provide services in remote locations through tell clinics. It uses an agnostic smart platform, iLab, that aggregates cloud integrated point of care devices, and provides access to all devices in one app, where any care provider can have tests like Blood Pressure, Blood Sugar, Routine Urine Analysis, Lipid profile etc.

The company is also working on providing prenatal care in rural areas, for this they are collaborating with the Govt. of Odisha, NITI Aayog (GOI), and an NGO. Under this, they provide Auxiliary Nurse Midwives (ANMs) with a set of connected care devices to monitor high-risk pregnancies. The data — crucial indicators of the mother and baby’s health and development– is captured and analyzed by the app and patient-specific insights is generated that enables quick decision making.

MedTel Healthcare is also working on many other use cases and has products for Covid 19, Diabetes, Hypertension, etc.

Categories
Innovator's Vista

Terahertz Technology Finding Usage in Biomedical, Security, Pharma, Food, and Automotive Industry

Categories
Innovator's Vista

Terahertz Technology Finding Usage in Biomedical, Security, Pharma, Food, and Automotive Industry

Terahertz (THz) radiation is a form of electromagnetic radiation, whose frequency lies between Infrared light and microwaves i.e. in the range of ~0.3-10THz. The range is generally referred as THz gap as there was very minimal work was done on these radiations due to absence of suitable sources and detectors. The things have changed now with the advances in photonics –science of light that deals with the generation, detection and manipulation of light– which created various powerful solutions both for generation and detection of terahertz waves.

These advances have brought terahertz technology to the centre stage. Along with this some properties of Terahertz radiation like it can well penetrate many materials such as paper, plastics, textiles and foams, it is non-ionizing, absorbed by water and high chemical sensitivity have led it to be used in many applications. Areas such as Biomedical, Security, Pharma, Food, and Automotive Industry are now adopting this technology. Some of these are discussed below.

Biomedical

Terahertz radiation is non-ionizing so it does not damage DNA and is safe for use in tissues so this radiation has significant potential in medical diagnosis. Particularly in cancer imaging they can be ideal in measuring the superficial soft tissues in which most cancers occur. It is possible to distinguish normal tissue from cancer tissues via spectroscopic imaging through this radiation.

TeraLumen Solutions, a startup is using this technology with advanced machine learning algorithms for cancer detection. The startup has developed intraoperative Terahertz device — usable during the course of a surgical operation — for rapid cancer margin detection in Breast cancer, Oral cancer and Head and Neck cancer. The company also claims it to be extentable to other prominent cancers.

Security

With an increasing variety of threats like chemical, biological and radiological elements, Terahertz imaging can be used to detect hidden objects in clothing and common packing materials and envelopes without opening the container or disturbing its integrity. As it is non ionising unlike X-ray machine and is completely harmless for humans, it has the potential to be used in security screening and counterterrorism.

Pharma

X-ray technology emits ionizing radiation that can have detrimental impact on human and animal health. In this context, Terahertz rays are unique and safe alternatives to X-rays as they are harmless. Terahertz rays and THz-imaging can also help in nondestructive testing (NDT) technique during the production of drugs, medical products etc for inspection of plastic containers with pills in quality control.

Food Inspection:

X-rays’s ionizing radiation can also have its detrimental effect on biological agents. So TeraHertz rays can be used by food manufacturers and packagers to inspect the food in packaging. THz imaging systems can easily detect a presence of fungus, insects or any other foreign agent present through inspecting several polyethylene bags. THz technology being non invasive doesn’t require the food to be checked manually.

Automotive:

TeraHertz technology can be used in automotive technology for detection of corrosion in coated metal parts and presence of disrupted steel and other foreign inclusions in rubber parts. Even in painted parts as THz signals get clearly reflected in noncorroded metal parts while corroded parts reflect the signal poorly so the corroded metal can be detected easily. They also used to detect automobile paints thickness measurements and quality evaluation in real time.

Market

The TeraHertz technology market is witnessing various technological advancements, with researchers across the globe developing new ways to utilize terahertz energy in developing advanced devices/systems. According to a Report , the Global Terahertz Technologies Market is highly competitive and consists of several major players. These companies are leveraging on strategic collaborative initiatives and are also acquiring start-ups working on terahertz technologies to strengthen their product capabilities.





Categories
Innovator's Vista

QR Code-Based Solution for Beat Patrolling

Categories
Innovator's Vista

QR Code-Based Solution for Beat Patrolling

Beat patrolling is done by Police to ensure the safety of residents during the night hours. In the conventional logbook system, beat police manually record their movements in beat books kept at particular points. The beat cops visit the points and mention the time of visit. There is also scope for manipulation as keeping track of every beat is not possible for senior officers.

Rezler system Private Limited, a company developing innovative smart-secure technology has launched  QR code-based Subahu e-beat system. The system requires police to scan QR codes placed along their routes with their mobile phones. The app uses face recognition and allows police officers to download photos and write remarks. The system can also be monitored on a real-time basis from the control room. The officer in-charge will not only get a confirmation, as soon as the beat policeman scans the code. With this the movement of Police can also be monitored through through GPS. 

The end to end eco system with lot of Patrolling related have below mentioned features:

  • QR Scan Patrolling: The QR-code tags are placed at each beat point When Beat Police scans the QR-code the information is sent to the Admin and Web Applications.
  • Vehicle Patrolling: Beat vehicle having the Subhahu installed smartphone moves through the added fence, locations will be updated automatically in the server.
  • Live Incident: Beat police can send text message or take a photo of the suspicious person/object or incident and update it to the higher officers.
  • Customer specific Feature: Along with Beat points it has an option to integrate CCTNS information as History List, MOB, Rowdy sheeters and Gun licenses information to respective information to respective beat number.
  • Beat Tracking: This features allows the higher Police officers to do real time tracking of beat police.
  • Advanced Reporting: Each level officer is given the separate admin ID, they can check all the information about patrolling on daily basis, monthly basis or whenever beat police wants
  • Face Recognition Using AI & ML: Face recognition for beat punching and attendance of the Beat Officers and for searching from Bad Characters.
  • Live Tracking: Realtime tracking of the beat points punching and Beat Officers.

Law Enforcement Softwares by automating standard examination procedures and reducing work process automation efforts help officers do their jobs faster and more effectively.  Combining emerging technologies to policing give forces faster access to right pieces of information and hence achieve better awareness. An increasing number of start-ups are coming up in this space in developing countries.

Categories
Innovator's Vista

Warehouse Automation for Quick Commerce

Categories
Innovator's Vista

Warehouse Automation for Quick Commerce

Automation, use of technology to perform tasks with reduced human assistance, is becoming more and more prevalent in the industries such as manufacturing, robotics, and automotives. It offers many benefits like increase in productivity, reduction in risk related to labor.

Warehouse automation i.e. blending of stores and warehouses and the use of warehouse robotics, conveyors and automation technologies in e-commerce, is also seen as having a lot of potential. These systems can eliminate labor-intensive and time-consuming duties hence free workers up to focus on more value-added tasks, like quality control.

Quick commerce, a unique business model where the delivery of goods and services is done within 10-30 minutes of ordering, has expedited need for automation. The complexity of the Indian warehouses given their density, smaller size, and abundantly available cost-effective labor, present another challenge.

Goods to Person (G2P) warehouse automation holds the potential satisfy the needs of their demanding consumers. G2P robotics are Goods to Person robots such as Autonomous Mobile Robots (AMRs), Automatic Storage and Retrieval Systems (ASRS) and Automated Guided Vehicles (AGVs).

Autonomous Mobile Robots – use on-board sensors and processors to autonomously move materials within a warehouse, without the need for wires, markers, or strips. AMRs can learn their environment and plan the route considering it, other AMRs, blocked pathways, and humans.

Automated Guided Vehicles – driverless, mobile vehicles guided by wires, magnetic strips, or sensors and restricted to following fixed routes. They can detect other robots, humans, or objects in front of them but must wait until the obstacle has cleared before they can continue.

Automated storage and retrieval systems: AS/RS, are made of a variation of computer-controlled systems that automatically place and retrieve loads from set storage locations in a facility with precision, accuracy and speed. Some of the systems that are used are: Vertical carousels, horizontal carousels, and Vertical Lift Modules (VLMs), Stacker Cranes, Pallet shuttles, Miniload systems, Cube based storage and Collaborative robots.

Automated Warehouses claim to allow deployment that is on average 10x faster with negligible installation capex and generate 3x higher ROI vs. competition. It also increases productivity by 3X, throughput by up to 50 percent, and space optimisation by up to 30 percent along with ensuring timely delivery of consumer orders.

A startup ecosystem is developing around this use case across the world. Warehouse Automation is one of the interesting new themes which are gaining popularity.

Categories
Innovator's Vista

Computer Vision for Quality Inspection

Categories
Innovator's Vista

Computer Vision for Quality Inspection

In manufacturing sector whether it is clothing and textiles, petroleum, chemicals and plastics, electronics, computers and transportation, food production, metal manufacturing etc, poor production quality has a significant impact on efficiency. It results in additional operational and financial costs in form of lost time, wasted resources, scraps and decreased efficiency. Therefore, maintaining quality standards is of utmost importance in the field of manufacturing.

Typically product is visually inspected for defects which is a highly manual process. It is time consuming, prone to errors and dependent on operator’s experience and requires consistency which is not always possible.  Rule-based visual inspection machines which are programmed, are not flexible, and cannot adapt to product changes and can only detect a handful of defects at a time.

By using computer vision in manufacturing quality inspection can be automated during the production process.  There are several advantages of using computer vision like reduced cognitive load for operators, no programming required, and it adapts to product changes. It also makes inspections faster, more accurate, and efficient. There are today several manufacturing firms that are shifting towards using deep learning and computer vision for quality control and inspection tasks. 

Computer Vision:

Computer vision seeks to replicate and automate tasks that the human visual system can do. It is an interdisciplinary scientific field that aims to give computers the ability to extract a high-level understanding of the visual world from digital images and videos. It uses Artificial Intelligence (AI) and deep learning models to enable machines accurately identify, interpret, understand, classify and react to objects in form of visual data like digital images from cameras and videos.

More sophisticated artificial intelligence (AI)–based vision systems can enable more powerful visual inspection solutions. These solutions can handle complex applications with less engineering time compared to traditional machine vision solutions.

These systems are faster and simpler process that can carry out repetitive and monotonous tasks at a faster rate, which simplifies the work for humans. Computer vision systems better trained through all kinds of data generally commit zero mistakes resulting in faster delivery of high-quality products and services. With no room for faulty products and services, companies do not have to spend money on fixing their flawed processes.

By using a laser coupled with a 2D camera, object edges can be more easily located and “pseudo 3D” images can be produced. These 3D machine vision systems creates a full 3D profile of the object by stitching together the individual lines of image data that makes inspection of complex assemblies and sub-assemblies as well as individual components easier.

Categories
Innovator's Vista

Drones for sectors like Agriculture, Industrial, Environmental, Public and Private agencies

Categories
Innovator's Vista

Drones for sectors like Agriculture, Industrial, Environmental, Public and Private agencies

Unmanned Aerial Vehicles is a class of aircrafts that can fly without the onboard presence of pilots. They can be handled remotely with a controller or tablet (Drones) or operate autonomously. They are equipped with different state of the art technology such as infrared cameras, GPS and laser with remote ground control systems (GSC).

Impact of commercial drone — drones made for specific types of jobs both corporate and consumer applications — on country’s GDP is increasing. It is among the fastest-growing market in the world and according to a Business Today Report India’s UAV market will be worth $1.81 billion (or Rs 13,575 crore) by FY26, while the Drone Federation of India estimates the industry to touch Rs 50,000 crore in the next five years. 

Due to limitations on economic front in surveillance, difficulty in operating in narrow and confined spaces, traveling long distances manually. Unmanned aerial vehicles are finding application in various sectors as payload delivery, traffic monitoring, surveillance and in sectors like Agriculture, Industrial, Environmental, Public and Private agencies.

Aerosys Aviation India, a startup is working on developing drones for various applications. The company is using Design Thinking, creativity, Innovation and Analytical Approach to solve complex problems.

Some of the solutions they provide are:

Land surveying: Survey drones generate high-resolution orthomosaic—large, map-quality image with high detail and resolution made by combining many smaller images— and detailed 3D models of areas where low-quality, outdated or even no data, are available.

Surveillance: UAVs equipped with an RGB camera allow them to provide imagery of different Areas. Drones can cover large areas with minimal time or period of non reachable areas with low risk and cost effectiveness. Surveillance is the observation of a person, crowded areas, infrastructure, behaviour, activities, building etc for the protecting and managing purpose.

Agriculture: Detection of issues like disease, water stress, pest infestation, nutrient deficiencies, and more. The specific filters on multispectral cameras highlight changes in chlorophyll content in plants, which is oftentimes an indicator of disease or stress.

Apart from this the company is also working on providing solutions for Border Security, Forest and Wildlife Monitoring, Infrastructure inspection in Railways, Mining, and Oil and Gas Industry.

One of their better known drones is “Vedansh UAV”, a Micro category class Quadcopter Drone, made exclusively for Surveying & Mapping purpose. It uses a dual battery pack technology for greater endurance during the flight. It is built of Carbon composite material keeping its weight factor in consideration. It has integrated in it for Superior mapping accuracy with indigenous dual-frequency RTK/PPK system (a GPS correction technology).

Overall it can be stated that Drones lead to reduction in field crews and decrease risk with highly detailed data. Increased revenue, investment through additional analysis of value-added products, made possible from high-resolution imagery. Key Customers include Governments, Companies working on Agriculture, Construction, Surveillance,Traffic Management etc.