#cloudehr

Cloud-based EHR software.

Cloud-based EHR software stores and manages patient records on accessible via the internet. Instead of keeping data on local servers, the information is stored in a secure place known as the cloud.

Benefits of Cloud-based EHR Software

Cost-Effective: Cloud-based EHR saves cost by reducing on-premises systems, it offers scalability, and it is easy to customize.

Accessibility: It provides easy access to providers from any secure location, anytime. This helps ease the workflow. 

Collaboration: Cloud-based EHR software allows collaboration and seamless data sharing between healthcare providers.

Reduces IT burden: Cloud-based software reduces administrative tasks, on-site servers, maintenance teams for servers, and the IT staff burden.

Data Analysis: Data mining and data analysis allow us to identify the current trends and notify healthcare providers about them.

Improved Workflow: Cloud-based EHR software improves workflows by ensuring cost efficiency, data sharing, and enhanced security.

Trends in Cloud-based EHR Software

AI & Machine Learning Integration - Cloud EHR software predicts analytics of early diagnosis and reduces the risks. Natural Language Processing is used for faster clinical documentation.

Clinical Decision Support (CDS) - AI-driven alerts provide suggestions during clinical workflows. It helps prevent medical errors and enhances diagnostic accuracy.

HIR & API-First Design - EHR supports third-party app integration tools.

Mobile-First EHRs - Full-featured mobile apps for clinicians for easy use. It converts voice-to-text, camera for documentation, and pushes notifications.

Vozo is a cloud-based EHR software that has various features like billing & payments, an advanced dashboard, scheduling, telehealth, security, clinical note-taking, reports, and analysis. VOZO has a collection of forms and templates which is customizable according to individual needs.

How to select the best cardiology EHR for your healthcare practice? Here we have characterized the key abilities to consider while picking the best EHR for your cardiology practice.

OmniXChange provides secure application to application messaging for healthcare industry (Clinics, Hospital, EMR/EHR, Labs, Payers, etc):

Standards based messaging (HL7, EDI)

Secure data exchange ( SSL, FTPS / VPN)

Data validation on fly

Tracking of data (Audit trail)

Easy to use and maintain web based system

Dashboard

Robust, reliable and cost effective.

Secure Connectivity

OmniXChange provides secure connectivity (SSL based), based on FTPS, SFTP, FTP over VPN, TCPIP over VPN etc to outer systems like Clinic, Labs, Hospitals, Payers, Billing houses, EMR and PMS. OmniXChange is user and role based system to provide high level of security to information.

Hub and Spoke Model

OmniXchange uses the hub and spoke model – a system which makes transportation much more efficient by greatly simplifying a network of routes.

Robustness and Transparency

OmniXChange is built using robust development methodology and provides complete transparency to the user. We have used Intersystem Ensemble and Cache DB to achieve robustness and have customized the Ensemble Adapter in such a way that it can be managed easily and fulfill the entire requirement to get the transparency of the system.

HL7 Standard

Hospitals and other healthcare provider organizations typically have many different computer systems used for everything from billing records to patient tracking. All of these systems should communicate with each other (or “interface”) when they receive new information but not all do so. HL7 specifies a number of flexible standards, guidelines, and methodologies by which various healthcare systems can communicate with each other. Such guidelines or data standards are a set of rules that allow information to be shared and processed in a uniform and consistent manner. These data standards are meant to allow healthcare organizations to easily share clinical information. Theoretically, this ability to exchange information should help to minimize the tendency for medical care to be geographically isolated and highly variable.

OmniXChange supports HL7 messages from HL7 message version 2.1 to 2.6. OmniXChange is developed in such a way that it can validate partial, unknown message format, etc. OmniXChange supports HL7 Messages like ADT, SIU, DFT, ORM, ORU, VXU, VXQ etc., as well as CCD and CCR. OmniXChange provides complete tracking of all HL7 messages.

User / Role based system

In OmniXChange security, role-based access control is an approach to restricting system access to authorized users. This can be referred to as role-based security. Currently OmniXChange supports 3 user roles: 1) Administrator 2) Support 3) Clinical user / end client.

Technology

OmniXChange uses Intersystem Ensemble, Cache DB, Microsoft ASP.Net, IIS 7 and SSL for the security.

Lab Interface With

QuestEmpireMillenium

LabCorpSunriseEnzo

LencoShielSpectrum

CPLSinaiBostwick

Bio-ReferenceDoshiElab

DynacareLawrenceMedics