Input
Medical image input and
acquisition integration
We review image formats and acquisition conditions to design an input pipeline that handles continuous image streams.
X-ray and FPD / Image dataSRH SOLUTIONS
For your business.
Software development.
Built for your environment.
SRH Solutions is a B2B development partner for businesses.
We develop medical software, robot control and SaaS,
connecting them to your products and workflows.
Medical software
Medical software developmentX-ray and FPD image processing,
image display and equipment integration.
Robot control
Robotics & controlControl software that works with
sensor inputs and equipment status.
SaaS
SaaS developmentCustomer portals and enterprise systems,
web services that connect your workflows.
B2B development services for your business.
From medical imaging and equipment control to business operations,
we build the software your products and services need.
Medical softwareMedical software development
Medical software development.
From image acquisition to processing.
We develop medical imaging software for X-ray and FPD systems.
Image input, real-time processing and display interfaces are designed around your equipment and your users’ workflows.
Medical image input and
Processing
Real-time
medical image processing
We design and implement processing functions around the real-time image stream and the characteristics of your images.
Real-time streams / Purpose-specific processingInteraction
Image display and
user interfaces
We build interfaces for viewing processed images and operating the functions users need, with attention to their workflow and experience.
Image display / User interfacesImage processing simulation
Compare processing settings.
Refine them for your application.
Our optimization system uses image processing simulation to compare and adjust processing settings independently of the live image stream. It helps identify a processing configuration suited to your application.
Set parameters→Simulate→Compare and adjust
Explore image processing and integration scope
Processing objectivesWe identify the image characteristics to address, such as noise, edges and motion. Motion is considered across consecutive frames, and functions are tailored to the image type and intended use.
System integrationWe review DICOM/PACS integration and image access and transfer requirements in the context of your project.
Robot controlRobotics & control
Robot control
software development.
Aware of context and state.
Camera and sensor inputs. Equipment status. Operating conditions.
We develop software that brings this information together
with articulated robot control.
We look beyond the equipment itself
to the environment and tasks it operates in.
Environment
Camera and sensor inputs
Information from the working environment
Equipment
Joint and equipment status
State information for control
Control softwareControl design informed by
Control design informed by
environment and state
We define how inputs relate to commands
and build a control structure around the task.
Equipment behavior suited to the task
Adapted to equipment interfaces and operating conditions
Articulated robot control
We develop control software around the joint structure and characteristics of your equipment.
Inputs and state
We design how camera inputs, sensor data and equipment status inform control.
Task-specific implementation
We define the functions and connections needed for your operating environment and tasks.
SaaSSaaS development
SaaS development.
Services that connect your workflows.
We build customer portals, enterprise administration interfaces and web services for business operations.
We design service interfaces and data structures around organizational roles, access permissions, requests, approvals and information access.
User experience
Customer portals and admin interfaces
We organize how information is entered, viewed and processed,
creating interfaces that make each user’s next step clear.
Service logic
Request and approval workflows
We process requests initiated in the interface
and connect functions so work moves naturally from one step to the next.
Data architecture
Organizational data and permissions
We define the data you need and who can access it,
then design a structure that makes that information useful in your service.
Integration with your existing systems.
When your workflows require it, we design connections to medical software, robots, sensors and existing systems. Scope is based on the service’s purpose and the data to be connected.
Projects & solutionsSelected work
From technology to working software.
Measurement & analysis · Medical imaging
HRM Analyzer
HRM data loading and statistical analysis software
View details
Medical imaging
Medical Imaging Workstation
Clinical imaging workstation software with detector integration, real-time image processing, and DICOM connectivity
View details
SRH solution
Engineering tools · Medical imaging
Image Processing Pipeline Builder
SIP Builder — a development tool for assembling image-processing filters as nodes and observing pipeline behavior in real time
View details
Measurement & analysis · SaaS
Environmental Sensor Hub & Cloud OTA
An integrated system connecting low-power sensor firmware, data collection and monitoring, and wireless firmware updates through a shared interface contract
View detailsOur processFrom requirements to implementation
From requirements to implementation,
guided by real operating conditions.
Across medical software, robot control and SaaS,
we review who will use the software and how it needs to connect,
then define the functions and development scope together.
01. Review requirements and integration needs
We examine image and data formats, equipment interfaces and existing systems to define the technical inputs and boundaries.
02. Design functions and system architecture
We design processing, control and service functions around users’ goals and the order in which they work.
03. Implement and review the application scope
We implement processing, control and service functions, then review their application against system connections and real operating conditions.
Frequently asked questionsDevelopment FAQ
Questions about software development.
Learn about our development services, system integration,
and what to prepare before an initial discussion.
What medical software development services can we discuss?
We can discuss X-ray and FPD image input, real-time medical image processing, image display and user interface development. The scope of image processing simulation and DICOM/PACS integration is determined for each project after reviewing equipment interfaces, image formats and intended use.
What workflows can SaaS support?
They can support customer portals, enterprise administration interfaces, request and approval workflows, and data access—wherever multiple users exchange information. We design interfaces, service logic and data structures around organizational roles, access permissions and business rules.
Can you integrate with existing medical equipment or internal systems?
We first review the target system’s APIs, equipment interfaces, data formats and access conditions. We then discuss the implementation scope after examining the functions and technical constraints involved in connecting medical imaging systems, robots, sensors and existing business systems.
What should I prepare for a custom software development inquiry?
Email contact@srhsol.com with your goals, intended users, required functions, equipment or systems to connect, and preferred timeline. If your requirements are not yet defined, start with the problem you want to solve in your current workflow. We will discuss scope and scheduling after reviewing the requirements and integration conditions.
Discuss your software project
Custom development for your business.
Start with the functions you need.
Tell us your goals, users and the equipment or systems you need to connect.
Together, we will review the development scope and approach for your medical software, robot control or enterprise SaaS project.