Revolutionizing business using computer vision
Computer Vision is a field of Artificial Intelligence which enables computers to interpret and analyze the visual world with better efficacy. It has gained immense popularity in the past few years in dynamic industries such as retail, insurance and manufacturing. These industries are leveraging machine vision to enhance their customer experience, reduce time and efforts and achieve better quality assurance.
It is well acknowledged that the retail industry is at the forefront of leveraging computer vision. This would help improve customer experience and provide relevant data and insights to retailers. With the increasing popularity of eCommerce, businesses are evolving to offer customer delight by leveraging computer vision for the personalized and streamlined in-store shopping experience. Computer vision allows retailers to speed up business operations like shelf management, payments and data collection.
Let’s talk about some integral computer vision solutions that Zensar has built for our retail customers.
Facial Recognition System
Every retail store has cameras for security reasons. These cameras can be used to recognize faces and identify frequent customers and new customers. This identification can help retailers to give discounts to increase brand loyalty and to attract new customers. The simplest way of attracting new customers is by providing the basis of the most suitable recommendations for their purchase history. To put this to use,
Reverse Image Search
Customers often come across something that they want to buy, but somehow; do not have relevant information about it. Object recognition technology can be used to recognize such products and provide contextual information about it. It can also direct the user to the same/similar product. ‘Try an image search’ option has got wide acceptance by customers in many popular e-commerce sites. Zensar has advanced expertise in ‘reverse image search’ feature for clothes recognition that can be used by e-retailers and can be extended to cover other object types as well.
Claim Processing in Insurance is a time-consuming process and relies a lot on human intervention. After a claim has been filed, a human adjuster visits the workshop (in case of asset damage) or the place where the damage occurred (in case of a home insurance) to inspect the damage, validate claim and coverage, evaluate the claim amount and approve payment followed by the finance department initiating payment.
Computer vision can play a vital role in eliminating the roadblocks in faster processing of claims by doing automatic damage detection and assessment.
Car Damage Assessment
This in-house solution fastens the claim processing for car damage by doing auto-detection of damaged parts and auto-assessment of the severity of damage to estimate the claim amount. The user can log in using his/her credentials on the app. The details of the user such as name, policy number and vehicle number get populated from the guidewire. The user can then use the photo claim option to take pictures of damaged cars. The AI engine analyzes those images, identifies the damaged parts of the car and assesses the severity of the damage. Based on this assessment, the claim amount is evaluated. If the user is satisfied with the estimates, he/she can submit the claim for processing to the guidewire.
Roof Damage Assessment
This solution is a part of the home insurance claim processing and identifies the part of the roof which is damaged due to hailstorms or any other natural calamity. The pictures are taken using drones and assessed using computer vision algorithms. Watch this video to learn more.
Quality assurance is the most expensive activity in production and manual inspections are carried out for the same. Computer vision makes it possible to spot minor defects that are not visible to the human eye. According to Forbes, AI can improve manufacturing defect detection rate by 90%. Surface Imperfection Detection is a quality assurance task which is mandatory to guarantee the quality of a manufactured item.
Steel Defect Identification
Defect Identification on steel sheets is one such step in reducing the manual efforts in quality check. Surface defects on steel sheets are not identifiable by human eyes and require the use of high-frequency cameras to detect the same. We have built a solution to localize and classify those defects in four categories using computer vision algorithms.
Artificial Intelligence is disrupting business and society in a pivotal way. Computer vision is enabling a multitude of industries like retail, insurance, manufacturing, etc. to achieve enhanced customer delight and satisfaction. Our ‘Living AI’ philosophy, compels us to empower businesses to provide better services to their customers.