The #1 web based Hospital Management System Software for Hospitals, Clinics and Specialists. Automate core hospital processes, Saves time, resources, and improves the quality of patient care.
Trusted by top hospitals & clinics in more than 120 countries worldwide
Our HMS speaks your language. Available in 70+ languages
Manage OPD & IPD effectively, reduces your workload and makes it easier to care for your patients.
Read moreHMS helps you deliver the perfect e-prescription in a readable, fast and safe way for your patient. live2d osawarijk
Read moreSimple, Easy and Fast telemedicine module allows you to chat with the patient by video call. For Live2D riggers (the technical artists who make
Read moreOnline appointment booking makes it quick and easy for patients to get an appointment online with the click of a button. Crucially, they map out specific (bounding boxes)
Read moreEffectively manage the billing of your growing healthcare business. HMS provides you with a perfect way to collect payments online.
Read moreEasily Organize the records of each patient to ensure that your staff has all relevant information at a glance when dealing with patients.
Read moreOur HMIS Software integrates all the fully functional modules with which you can manage the different areas of your health unit. whether it is OPD, IPD, appoitments, pharmacy, laboratory, bed management, portals for doctors, patients and staff, electronic medical billing, accounting, HR and Payroll..
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Manage your hospital from anywhere in the world and control your staff in real time. Doctors can work with our HMS from any device wherever they are.
With our hospital management software you will be able to take total control of your hospital operations, generate the clinical records of your patients digitally and access any information, prescriptions, appointments and bills from any device any where any time.
It is an easy-to-use practice management software and needs no special training to get started with the hospital software. It helps users save time and focus on what matters most: taking care of their patients and growing their healthcare business.
If you are concerned about the security of your hospital records, then our HMS software will be the best option. In addition to state-of-the-art security measures, we will install the software on your own web server so you will have complete control over the data and software.
Manage all the modules, billing, reports, create new user roles & accounts and much more
Manage patient treatment, prescriptions, scheduling appointments, tasks and much more
Book appointment, make payment, view clinical information and much more
Portal for each staff role - Receptionist, Pharmacist, Pathologist, Radiologist, Accountant
We have integrated business intelligence reports for you to keep track of your hospital's performance. You no longer need to hire a specialist to help you create or understand your statistics. Everything you need is in HMIS!
Read moreFor Live2D riggers (the technical artists who make models move), an Osawari model is a resume builder. It proves they can handle complex logic, physics, and seamless animation loops, not just basic face tracking.
The animator imports the layers into the Live2D Cubism Editor to establish parameters for movement. Crucially, they map out specific (bounding boxes). These boxes tell the engine exactly where a user is clicking on the canvas. 3. Physics and Deformers
Unlike standard animations that follow a set path, models in these types of games are rigged with complex "deformers" and physics. This means that when a user interacts with the character—whether through a mouse click or a touchscreen swipe—the character responds with fluid, realistic movement, varying expressions, and sometimes even localized physics reactions. Key Features of the Interactive Experience
Because the models are driven by parameters, they can be programmed to respond to external inputs, such as mouse movements, face-tracking software, or user clicks. The Mechanics of Interactive Models
The term "OsawariJK" combines the Japanese word osawari (meaning "touching") with JK (short for joshi kōsei , or high school girl). At its core, is an interactive simulation that utilizes the Live2D Cubism SDK to create a character model that reacts dynamically to user input.
: It allows for "breathing" sprites that blink and sway, making story-heavy games feel more alive. Today, the technology has evolved into Live2D Cubism 5.0+
The central mechanic is almost universally a point-and-click or drag-based interaction. A serves as a virtual hand. The player moves the cursor over the character, and a visual indicator (like a glowing hand or circle) often appears over "interactable" body parts. Upon clicking, tapping, or dragging the mouse, the Live2D model will animate in response.
When applied to touch-interactive concepts like "osawarijk," the framework allows a static illustration to dynamically respond to user inputs—such as taps, drags, and swipes—giving the illusion of depth, skeletal physics, and lifelike responsiveness without the heavy computational overhead of full 3D models. Key Technical Components of an Interactive Rig
Apps focused on interacting with a virtual character.
Use Photoshop or CSP to separate the character into layers. Ensure the PSD is in RGB color mode .
Once a model is rigged and animated, it must be integrated into an application. This is typically done using the . According to the official Live2D website, the SDK is a software development kit that enables creators to render models and animations created in the Editor on various platforms. In the Unity engine, developers often create a new model manager that listens for user inputs like mouse clicks. Upon a click, the SDK casts a ray into the 3D scene to determine if the model was hit. The reaction can then trigger a specific motion file (like a "shy" or "surprised" reaction).
On the consumer side, be aware that some "osawari" apps collect touch heatmap data. Read privacy policies—especially for mobile apps.
For Live2D riggers (the technical artists who make models move), an Osawari model is a resume builder. It proves they can handle complex logic, physics, and seamless animation loops, not just basic face tracking.
The animator imports the layers into the Live2D Cubism Editor to establish parameters for movement. Crucially, they map out specific (bounding boxes). These boxes tell the engine exactly where a user is clicking on the canvas. 3. Physics and Deformers
Unlike standard animations that follow a set path, models in these types of games are rigged with complex "deformers" and physics. This means that when a user interacts with the character—whether through a mouse click or a touchscreen swipe—the character responds with fluid, realistic movement, varying expressions, and sometimes even localized physics reactions. Key Features of the Interactive Experience
Because the models are driven by parameters, they can be programmed to respond to external inputs, such as mouse movements, face-tracking software, or user clicks. The Mechanics of Interactive Models
The term "OsawariJK" combines the Japanese word osawari (meaning "touching") with JK (short for joshi kōsei , or high school girl). At its core, is an interactive simulation that utilizes the Live2D Cubism SDK to create a character model that reacts dynamically to user input.
: It allows for "breathing" sprites that blink and sway, making story-heavy games feel more alive. Today, the technology has evolved into Live2D Cubism 5.0+
The central mechanic is almost universally a point-and-click or drag-based interaction. A serves as a virtual hand. The player moves the cursor over the character, and a visual indicator (like a glowing hand or circle) often appears over "interactable" body parts. Upon clicking, tapping, or dragging the mouse, the Live2D model will animate in response.
When applied to touch-interactive concepts like "osawarijk," the framework allows a static illustration to dynamically respond to user inputs—such as taps, drags, and swipes—giving the illusion of depth, skeletal physics, and lifelike responsiveness without the heavy computational overhead of full 3D models. Key Technical Components of an Interactive Rig
Apps focused on interacting with a virtual character.
Use Photoshop or CSP to separate the character into layers. Ensure the PSD is in RGB color mode .
Once a model is rigged and animated, it must be integrated into an application. This is typically done using the . According to the official Live2D website, the SDK is a software development kit that enables creators to render models and animations created in the Editor on various platforms. In the Unity engine, developers often create a new model manager that listens for user inputs like mouse clicks. Upon a click, the SDK casts a ray into the 3D scene to determine if the model was hit. The reaction can then trigger a specific motion file (like a "shy" or "surprised" reaction).
On the consumer side, be aware that some "osawari" apps collect touch heatmap data. Read privacy policies—especially for mobile apps.
One of the biggest problems that the Software solves right away. It is a problem of doctors and support staff having to fill out paper forms with patient demographic information again and again. During the patient visit. With the System, this time-consuming and repetitive task is now a thing of the past. Doctors and nurses have achieved a 30-40% increase in direct patient treatment time due to not having to fill out paper forms.
DR. GEORGE LEVY MD, FACS Plastic Surgeon
I started working with this hospital software many years ago. It is a practical and useful tool for health managers. It brings significant time savings for managers and allows quick rectification of schedules. In correlation with the HR department and its payroll software. It makes it possible to transpose all the data while avoiding calculation and retranscription errors. At present, this tool fully meets our needs, and a technical team is in place to respond effectively to our requests.
DR. SANDRA SMITH MD, FACS, PC Orthopedic Surgeon
For our 98-bed nursing home, we previously used a spreadsheet to manage the work that was no longer suitable. So we looked for Hospital Management software to meet our operating needs. When they presented its software to us. We were pleasantly surprised by its user-friendliness, which reminded us of our current system. We quickly understood that it could bring us much more. This Software is well constructed and is also provided by professional help. Thank you.
DR. MARK RICHMAN MD, PHD Neurologist