No Initial Fee, Cloud-Based Service Incorporates into Smartphone Apps, Websites, and Access Management Systems
Panasonic Corporation announced that starting November 25, 2019, the company will begin offering an application programming interface (API) for its facial recognition technology to the market in Japan.
@Panasonic begins offering #API for #FacialRecognition utilizing #DeepLearning technology to the market in Japan.
Panasonic first began R&D into facial recognition in the early 1990s, and has continued to perfect these capabilities in various ways by incorporating the technology into consumer products and by applying it to camera-based security solutions. The company has gone on to provide reliable, safe and efficient facial recognition solutions such as for passport control at airports and ticketless entry at amusement parks. Now, Panasonic aims to help customers solve a variety of challenges by offering an API for this same technology.
The API enables deep-learning powered facial recognition technology via a cloud-based service.
Strengths of Panasonic’s facial recognition technology:
- Feature quantity generation method of recognizing the whole face and certain parts of the face through the integration of multiple deep learning technologies.
- Proprietary Panasonic algorithm that performs a degree of similarity calculation method for matching faces and controlling errors caused by photographic conditions.
Due to these, Panasonic’s facial recognition technology is able to accurately identify faces even under difficult conditions which previously presented challenges to facial recognition, such as when the face is seen from an angle, in difficult lighting conditions, or when the face is partially covered by sunglasses or a surgical mask.
Advancements in ICT and other technologies mean that identity verification and entry/exit management are becoming more efficient. Meanwhile, there are a range of issues related to these that require solutions such as individuals working in logistics fields needing to be able to pass security points even with both hands full, and that employees often work from varying offices all requiring unified access and timecard management. There are also other more serious problems, such as online identity theft.
Panasonic’s deep learning-based facial recognition technology can now be used simply by opening this API, making it possible to incorporate the technology into customers’ smartphone applications, websites, and building access management systems. This will enable entry/exit management at multiple business sites, streamline movement within offices or work sites, and prevent identity theft. The facial recognition API is a micro service within Panasonic’s μSockets B2B IoT service which is currently available in Japan (see details below).
By adding an API to its facial recognition service lineup, Panasonic has the advantage of being able to offer both on-premises and cloud-based solutions to match its customers’ business requirements. Making Panasonic’s proven facial recognition technology available to customers and partners through an API will enable it to be used in a wider range of industries, including for marketing analysis, accounting, and entry/exit management. This will enable further quality improvements and the creation of new collaborative business models with its customers and partners through open innovation. Through this, Panasonic will strive to further accelerate growth and expand its customer base.
Main Features of the Facial Recognition API
1. Provides world-class advanced facial recognition technology as a cloud service
Panasonic’s world-class facial recognition technology is capable of recognizing faces even when seen from an angle, faces that have aged from the registered photo, and faces that are partially covered. The technology also makes use of the backlight correction and noise reduction technology the company has developed as a camera manufacturer.
2. Usage-based pricing model, with no initial costs
Monthly costs are based on the number of faces registered and the number of facial recognitions performed. Customers pay the total of the two.
Monthly service charge (excl. tax) = number of faces registered + number of facial recognitions
Face registration charge: 5 yen/person
Facial recognition charge: 1 yen/time
Example of monthly charge:
200 faces are registered, and facial recognition is performed a total of 16,000 times per month (4 times/person/day, 200 people, 20 business days)
(5 yen/person x 200 people) + (1 yen/time x 4 times/person/day x 200 people x 20 business days) = 17,000 yen/month
How to start using the facial recognition API
- Contact / application
Contact a Panasonic salesperson in Japan or inquire through the website to request a subscription or apply to use the facial recognition API.
Launch of an e-commerce site that allows users to complete the necessary application process on their own is scheduled for FY2019.
- Provision of API key, tenant ID, and documents
After creating a subscription, Panasonic will issue an API key and tenant ID for using the facial recognition API, and contact customer regarding API service specifications.
- Service use commencement
Facial recognition service can be used as soon as the API key and tenant ID have been issued.
μSockets is an IoT service currently available in Japan that utilizes the advanced core technologies and B2B systems provision expertise that Panasonic has accumulated over the years. In addition to the facial recognition API, μSockets can provide links to various other API services such as out-of-stock detection, demographic (age and sex) estimation, dwell time detection, package sorting assistance, certification issuance, and cyberattack detection. This makes it possible to create new value for customers through various solutions.
Panasonic Facial Recognition Service Lineup
- System solutions
Panasonic can provide the optimal solution to meet customers’ needs by combining options #2-4 below.
- Module packages
Easy to use, general purpose integrated software/hardware packages for facial recognition
– FacePRO: server-based software; available since August 2018
– KPAS: Building access security system; available since April 2019
Provision of options such as software development kits for partners
- Cloud-based service
API which allows for easy implementation of facial recognition. Management functions to be further expanded.