Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
136～150 item / All 171 items
High-precision LLM system
It is a multimodal AI product capable of ingesting large volumes of complex unstructured documents, including tables and figures, and generating highly accurate responses using large language models (LLMs).
NVIDIA Jetson AGX Xavier equipped AI NVR intelligent video analysis system
- Powered by NVIDIA Jetson AGX Xavier SOM with JetPack 4.4 - 4 ports compliant with IEEE 802.3at, Gigabit PoE+ standard - 2 hot-swappable 2.5-inch HDD trays - NVMe SSD compatible M.2 2280 M key connection - Compact PCIe connection for WiFi/4G communication module - Isolated CAN bus, RS232 flow control - GPS PPS signal input, 3-channel isolated digital input, 4-channel isolated digital output - Wide power voltage range of 8V – 35V DC input with built-in IG power supply
Real-time work analysis from video using an AI action analysis system. Aims to improve work processes, efficiency, quality, and safety in production sites.
VP-Motion is an AI behavior analysis system that learns arbitrary actions in advance and can analyze in real-time what actions a target person is performing based on information obtained from their skeleton and images. The subjects for behavior analysis can be freely specified by the customer, and it can be utilized for detecting detailed manual tasks and machine handling in factories, as well as for detecting accidents or falls during work and integrating with external systems. It is also possible to sell it as a set with a PC, making the implementation smooth. 【System Features】 - Can distinguish between objects and tools other than the human body - Wide range of applications including monitoring work processes and detecting accidents or falls - Actions to be analyzed can be freely set - Comes with a simple-to-use application - High-speed and highly accurate real-time analysis - Simultaneous monitoring of up to 8 cameras *After purchase, customers can perform all operations and management themselves. If there are any concerns during operation, we also offer various contracting services. Please feel free to consult us.
Creating a VR space that simulates an actual production line! Analyzing work load and examining flow efficiency.
"VR-Ergono" is an AI×VR system that allows for work simulation in a virtual space of factory buildings created with 3DCG, enabling visualization of loads and data acquisition. It allows for the verification of designs that minimize the workload on workers without incurring costs during the design phase before the actual factory is built. ■ Features - Creation of a VR space that simulates the actual production line (planned layout, etc.) - Wearing a headset to experience a simulated actual work environment in the VR space - Analysis of work load and consideration of flow efficiency using the same movements as in actual work *For more details, please download the PDF or feel free to contact us.
Quickly identify harmful postures and high-load movements during work through visualization of the load!
"VP-Ergono" is an ergonomic evaluation system that analyzes and assesses the load on the body based on skeletal information of individuals. The automatic analysis using AI calculates quantitative data, and the only necessary equipment is a PC and a web camera. The results obtained output two types of analysis: the "OWAS method evaluation" for the production and manufacturing industry, and the "moment evaluation" which measures load values by body part. ■ The OWAS method evaluation calculates the work posture using AC values and displays the transition of AC values in a graph. It analyzes and displays the degree of harm of the work posture based on the improvement requirement level (AC value) of the "OWAS method" in a four-level evaluation, supporting the improvement of the work environment. It detects harmful postures from momentary tasks that impose very high loads and from the often-overlooked postures of regular operations. ■ The moment evaluation quantifies the load values of each body part and displays them in a graph. Since measurements can be taken by body part, it allows for the confirmation of burdens on one knee due to body tilting, among other things, through a graph that quantifies the loads on ten parts of the body. Detailed numerical data can be utilized for various posture analyses, from manufacturing and construction to sports analysis and rehabilitation exercises, enabling the visualization of movements to be analyzed over time.
What is "Poketenashi" that protects safety? AI recognizes unsafe behaviors and prevents accidents with 'VP-Motion' - improving productivity and working environments.
Do you know the slogan "Poketenashi"? It is a coined term derived from the initials of five behavioral guidelines aimed at ensuring safety in manufacturing environments. By thoroughly implementing these guidelines, it is possible to improve work efficiency while preventing accidents. 【Po】Do not walk with your hands in your pockets. 【Ke】Do not operate your mobile phone while walking. 【Te】Use handrails when going up and down stairs. 【Na】Do not cross the aisle diagonally. 【Shi】Confirm by pointing (pointing and calling). The AI behavior analysis system "VP-Motion" can detect unsafe behaviors and ensure safety checks in real-time by training the AI on the desired actions. By setting the detection criteria to "Poketenashi" and linking it with alarm systems and PLCs, it enables rapid supervision without oversight, covering various issues in the manufacturing environment. ■ Establishing a safe workplace environment ■ Preventing loss of personnel due to accidents ■ Creating an environment where elderly individuals and those needing physical support can work safely VP-Motion can build a monitoring system that enhances work efficiency and safety! Please feel free to contact us.
Heart rate variability analysis from a wearable electrocardiogram.
■ Easy measurement of ECG and blood pressure waveforms You can record ECG and blood pressure waveforms. Additionally, it is possible to check and record real-time ECG from a wearable ECG monitor, as well as import recorded ECG data offline. ■ Measurement while checking frequency analysis results By performing frequency analysis on the R-R intervals (RRI) calculated from the acquired ECG, you can derive the LF and HF, which are indicators of the autonomic nervous system, and display their trends in real-time. ■ Data utilization through text saving Measurement data of ECG and blood pressure, as well as trend data and analysis results, can be output as text data (CSV format) in chronological order, allowing you to read and utilize it in other spreadsheet software. ■ Multiple analyses possible It is possible to perform multiple analyses from the acquired ECG and blood pressure waveforms. * Time domain analysis, BRS analysis (sequence method), DFA analysis, HRT analysis
Remote control and unified operation of camera footage and various measuring instruments, including recording!
- The camera's footage is displayed collectively in live view. - The data from the camera and measuring instruments is controlled remotely. - The footage and data are synchronized and displayed using a dedicated viewer. *The software will be customized, including AI, according to its intended use.
Effectively utilize voice in various fields! A voice analysis system that analyzes and processes audio in real-time.
"AIME-SOUND" is a voice analysis system developed independently by AIMENEXT. It provides voice-to-text conversion tailored to various usage scenarios through automatic speech detection, speaker identification, and natural language processing for text formation. The system extracts features from audio waveforms and analyzes emotions in real-time from the voice. Additionally, it enables authentication by identifying individuals through a voiceprint recognition system. 【Features】 ■ Effective use of voice in various fields ■ Real-time analysis and processing of audio ■ Separation of speakers for audio analysis ■ Analysis of recorded files such as mp3 and wav ■ Speaker registration that is not dependent on the location of use *For more details, please refer to the PDF document or feel free to contact us.
Read the region name, classification, hiragana, and number from the license plate, and extract the information!
"AIME-PARKING" is a visual analysis system that visualizes the usage status of parking lots. Cameras installed at the entrance and exit of the parking lot read the license plates of vehicles entering and exiting. It visualizes the parking lot usage status that could not be captured by parking tickets, helping with operation and management. 【Features】 ■ Visualizes parking lot usage status ■ Useful for operation and management ■ Determines vehicle type from license plates ■ Can distinguish between regular cars, light vehicles, and commercial vehicles ■ License plate information can be managed, viewed, and exported as CSV via the web or smartphone *For more details, please refer to the PDF document or feel free to contact us.
Attach it to your microscope and measure the movement of iPS cardiac cells!
The IonOptix CytoMotion system attaches a dedicated camera to the C-Mount of your microscope, captures the measurement range with original software, detects pixel displacement, and measures cell movement. By adding it to the MyoCyte system, Ca measurement also becomes possible.
We present a simple mix-and-read workflow! Here are examples of analyses such as apoptosis and live cell immunostaining.
This document introduces examples of application analysis using the advanced solution "CELLCYTE X" to maximize insights from cell culture experiments. The section "Simple Workflow of CELLCYTE X" covers STEP 1 to STEP 5, providing clear explanations with photos and diagrams. We invite you to read it. [Contents] ■ Cell toxicity assay using C.LIVE Tox reagents ■ Simple workflow of CELLCYTE X ■ Real-time simultaneous analysis of Live/Dead Cell Assay with two fluorescence channels *For more details, please refer to the PDF document or feel free to contact us.
Implementing the necessary functions for effective utilization of manufacturing data! Seamlessly achieving data analysis to anomaly monitoring.
The "@FieldEye Manager" is an analysis and anomaly management system that seamlessly realizes data analysis and anomaly monitoring through centralized data management and modeling. It implements necessary functions for effective utilization of manufacturing data, including "high-speed processing of large volumes of data and external integration," "high-precision analysis," "anomaly detection," and "modeling." In response to the challenge that "most quality anomalies are discovered in later processes, leading to reactive measures and increased losses," there are cases where we have checked 500 equipment parameters in real-time at 10,000 files per day to prevent the outflow of quality anomaly lots in advance. 【Features】 ■ Big Data Support: High-speed search using NoSQL DB ■ Usability: Trimming, overlaying time series, and statistical value display ■ Modeling and Anomaly Detection: Automatic judgment through modeling of normal waveforms *For more details, please refer to the PDF materials or feel free to contact us.
