Start small IoT Development
The IoT Development of i-enter is to respond from the PoC (proof of concept) process, such as "I want to verify the feasibility with minimal functions and cost", and the effect of introducing IoT, You can proceed with development while assessing profitability.
We support IoT Development starting small by providing lab-type development that can scale the scale of the development team according to customer needs and IoT platforms equipped with a mechanism for visualizing environmental information as standard.
Features
Lab-type development with a dedicated team
By using i-enter's Labo (i-Labo), you can create your own development team.
Labo can scale your team to meet your needs on a monthly basis, making it a good fit for customers who want to reduce their initial investment and control development scale and cost accordingly.
In addition, since it can flexibly respond to specification changes, it is possible to proceed with development while verifying the effects of introducing IoT.
Patented high technology
We have established a dedicated research team in the technical fields of IoT, AI, XR (VR, AR, MR) and other technologies, and are promoting the development of advanced technologies in cooperation with universities.
We have obtained patents for the "Fish Body Size Calculator (Patent No. 6694039)" that combines AI technology and stereo camera surveying technology, and the "Posture Estimation Learning System, Posture Estimation Learning Method, and Data Creation Program for Machine Learning (Patent No. 6868875)" that generates a learning model for posture estimation using virtual space.
Achievements in a wide range of fields
We have a proven track record in a wide range of fields such as manufacturing, transportation, medicine, service, fisheries, and sports.
We have a track record of developing systems that remotely monitor the amount of things loaded in containers with a monitor and alert notifications when a predetermined amount is reached, and systems that enable even inexperienced workers to work at the level of mature workers by displaying the necessary information in real time on the wearer's display using smart glasses and AI.
IoT Device Development
It supports various wireless communication technologies such as BLE, Wi-Fi, LPWA, and cellular communication (3G/4G/LTE).
In addition, it is possible to link with various environmental sensors and to support appropriate power supply (outlet power supply, solar panel, etc.) according to the place of use. We provide total support from IoT device development to web systems that visualize measurement data and application development.
Collaboration with AI
We specialize in developing a combination of image analysis technology (AI) and IoT using deep learning.
For example, sensors and image analysis AI technology can be used to detect unauthorized intrusions and abnormalities in production lines. In addition, it is possible to accumulate data acquired by sensors and analyze and predict it with AI.
By utilizing IoT and AI, various things such as anomaly detection, quality control, safety management, and visualization of work status and equipment status can be realized.
Web visualization and analysis
We specialize in developing a series of systems that accumulate and analyze measurement data acquired from IoT devices on the cloud and visualize it on the Web.
In addition, based on the know-how gained from our extensive software development experience, we can also configure the optimal architecture in consideration of various aspects such as real-time performance, security, and analysis processing for big data.
On-site research
In IoT Development, we visit the site where IoT devices are installed before development and research the on-site environment.
In order to operate IoT devices for a long time in the on-site environment, we check various points such as temperature, humidity, radio wave conditions, power supply, and installation location, and consider measures such as waterproofing measures in the case of outdoors. In addition, we will listen to the work contents of the person in charge at the site and consider IoT devices and web management screens with UX/UI according to the on-site use.
Sensor cover production
From 3D-CAD design to 3D printers and CNC milling machines, it is possible to manufacture dedicated sensor covers.
It can flexibly respond to design changes according to the usage environment. In addition, we are good at waterproof casing technology based on our experience in developing "IoT water quality sensors" for use in aquaculture cages under our own brand "i-ocean".
Provision of IoT platform
As an IoT that starts small, it visualizes any environment IoT Platform "i-Measure" It offers: i-Measure has a mechanism as a platform that stores and stores data acquired from sensors in the cloud and displays it on in-store monitors, PCs, tablets, smartphones, etc. Since the sensor can be customized according to the installation environment, it can be used in various situations such as visualization of the three-density situation, monitoring of room temperature changes, and quantification of salinity.
Learn more
DX starting with LINE
You can develop apps that link LINE and smart devices.
Since there is no screening like a smartphone app, we can quickly respond to prototype development ~ product development. In addition, by implementing it serverless, running costs can be reduced. By linking LINE Beacon with the reception system, we will develop smartphone apps that utilize LINE that are familiar to users, such as apps that allow users to complete reception simply by approaching the Beacon terminal and apps that allow users to easily unlock keys with LINE without touching the door.
Scope of development
From IoT device development to system development to visualize measurement data Consistently responsive.
i-enter can handle all development processes such as IoT device development, infrastructure construction, cloud development, AI Development, web systems and applications that visualize data.
Total support from business arrangement before introduction of IoT to operation after introduction
Before introduction
- ・Clarification of objectives
・Business arrangement
・Issue extractionintroduction
- ・On-site environmental research
・Development
・Introduction of IoTAfter introduction
- ・Education for the person in charge
・Operation and maintenance
・Support
Works
Greenhouse IoT System
- IT in agriculture
- Automation & Remote
- Reducing the burden on workers
With the cooperation of Agritech Japan Co., Ltd., which is based in Vietnam and cultivates various agricultural crops including melons, we conducted a demonstration experiment to remotely control the curtain opening and closing of a vinyl house from a smartphone, and a demonstration experiment to automatically control the curtain opening and closing according to the weather using a rain sensor.
We are verifying the effectiveness of IoT introduction by installing IoT devices developed by i-enter in one greenhouse in the farm and automating and remotely opening and closing curtains via smartphones (web systems).
Entry and exit management with face recognition system
- Enhanced security
- Entry and exit management
- Business efficiency
We have developed a face recognition system for children's learning classrooms.
Tablets are installed in front of classrooms so that children can use the face recognition system on their own when entering and leaving the room, and after face recognition is completed, LINE notifications are automatically sent to parents notifying parents of their child's entry and exit.
In this system, in addition to identity verification by face recognition, entry / exit management,
LINE linkage provides consultation chats and class day reminders,
Equipped with functions such as notification of entry and exit to parents and class information management through Salesforce integration, it streamlines a series of classroom management operations.
Support for the improvement of the technical skills of curling players
- Stone with built-in infrared LED
- Stone trajectory visualization
We have developed a technology to detect the position of curling stones from camera images and visualize the trajectory of stones through joint research with Kitami Institute of Technology and Future Hakodate University.
Curling, also known as chess on ice, is a sport that requires a sophisticated and precise strategy at all times, but technical analysis is based on the individual sensations of each player.
Most of it relies on rules of thumb. In this system, with the aim of digitizing the prediction of the behavior of the stone, which is one of the curling team tactics, it visualizes the "stopping position of the stone" and the "trajectory of the stone".
Visualization of the 3 Cs situation in the room
- Countermeasures against the new coronavirus
- 3C-level visualization and alerting
In order to prevent mass infection of the new coronavirus, we have developed a system "i-Measure for 3Cs" that quantifies and visualizes the level of the three Cs (sealed/crowded/close) in a room.
Based on indoor environmental information acquired from various sensors and cameras, this system uses technologies such as AI image recognition to analyze humidity, temperature, noise level, carbon dioxide concentration, and population density, and display them on monitors and smartphones. In addition, depending on the alert line set on the web management screen, colors are displayed in three stages: warning, caution, and good.
Automation of abalone land-based aquaculture
- IT in land-based aquaculture
- Automation & Remote
- Water Quality Monitoring
As part of the Marine Tech business, which uses the latest technology to solve problems in land-based and marine aquaculture and to support the revitalization of industry, we have built an environment (closed circulation type land-based aquaculture) in which 450 abalone are raised by circulating and filtering artificial seawater at our research facility "Yokohama Lab". While monitoring water quality with IoT water quality sensors, we have realized remote feeding and water supply control using our proprietary automatic feeder and water volume controller. When an abnormality in water quality is detected by the IoT water quality sensor, it is notified in real time, and it is possible to remotely check the status of the aquarium through the live camera.
We provide solutions according to your situation and vision
- I want to start at a low cost
- I want to leave everything to one company
- I would like to consult
with you from the time of
consideration of introduction - I also want to introduce UX