The healthcare industry is constantly striving to improve efficiency and enhance patient care. Hospital workflows play a crucial role in achieving these goals, but they often suffer from manual processes, disjointed systems, and data silos. To address these challenges, more and more hospitals are turning to low-code automation and integration software. Continue reading to explore the benefits and potential applications of such software in optimizing hospital workflows.
“KoboToolbox is a suite of tools for field data collection for use in challenging environments. Our software is free and open source. Most of our users are people working in humanitarian crises, as well as aid professionals and researchers working in developing countries. Our teams of developers and researchers are based in Cambridge, MA and many other places around the world.””
How KoboToolBox can be used with Corteza
One of the key features of KoboToolBox is the ability to create custom forms to suit your data collection needs. These forms can be accessed either Online or Offline allowing for their use in environments where internet connection is not possible.
Due to Corteza being a Web Based application an active internet connection is required to use Corteza. This allows Corteza to remain lightweight and usable on machines regardless of their processing power. This also means that Corteza may not be an adequate solution for use in the field.
This means that KoboToolBox and Corteza have synergistic properties where KoboToolBox can be used to collect the required data and once an internet connection is reestablished the data can easily be pushed to Corteza for effective processing and management.
Data federation is the process of using virtualization to have multiple databases function as a unified system to reduce costs and support agility.
One of the biggest technical challenges facing enterprises today is that they have to deal with a constantly growing multitude of applications and data sources. Further complicating matters is the fact that all of these sources have their own data models, constraints, dependencies, and other requirements.
This challenge has resulted in the increasing complexity of data integration workflows. As a result, many enterprises find themselves struggling to overcome operational siloes born of the fact that different departments use different systems that don’t work well together. In the end, sharing information becomes such a burden that each department operates in a bubble.
The rapid migration from on-premises legacy systems to cloud architectures has resulted in yet further complexity. With many businesses having adopted a multi-cloud approach to keep costs low and efficiency high, the sheer disparity of data sources has increased too. Evidently, it’s time to get things back under control.
Managing this complexity requires enterprise technology leaders to rethink the way they work with their data. To become data-driven, they need to consolidate and integrate their various data sources and govern their entire digital infrastructure as a single unit – even if their data remains physically isolated in different systems.
An API (Application Programming Interface) is defined as a software intermediary that can facilitate the integration of numerous organizational data sources to expedite and improve connectivity, communication and collaboration. An API acts as a messenger that sends a user’s request to a provider and then returns a relevant response from cloud-based data storage.
With exponential advancements in digital and mobile technology, API usage has significantly increased in recent years. As modern businesses are expected to collect, manage and analyze more data than ever before with rapidly evolving market trends and consumer expectations, API-centric enterprise applications are now more important than ever before. Recent studies have shown that approximately 90% of developers are using APIs in some way or another.
API-driven development refers to development that prioritizes API-centric enterprise applications and software to encourage and empower stronger connectivity and accessibility to valuable organizational data. Therefore, as APIs become more crucial for data-driven organizations, your business should understand and recognize the importance of enterprise application development platforms with strong API connectivity.
Low-code application development is becoming more prevalent in all areas of business. Low-code is defined as an approach to software development that requires little to no manual coding to create complex business processes and enterprise applications. Users with no expert knowledge of coding or software development can use intuitive low-code development platforms to develop powerful enterprise applications. Many companies around the world have incorporated low-code platforms into their development stacks, hence giving them a significant competitive advantage.
An integration hub is a tool that enables businesses to interact and connect with multiple enterprise applications regardless of their location, whether they are in different cloud environments or on-premise and without needing to write repetitive lines of manual code. Data integration can combine data from various external data sources and make it much more valuable to your business. Furthermore, it enables your employees to collaborate more effectively and provide more value to the customer.
A recent study conducted by Gartner forecasted that low-code application development will be responsible for more than 65% of all application development by the year 2024. Therefore, low-code presents a valuable opportunity for both enterprise application development as well as data integration.
How integration platform as a service (iPaaS) offers a comprehensive and standardized way to develop and integrate business-critical applications.
Every business technology system consists of multiple subsystems working together to form a cohesive environment that can handle mission-critical operations and workflows at the speed and agility demanded by today’s market. Running a business also demands the collaboration of people and systems from across a wide range of operations, such as sales, marketing, and customer support. Each of these departments uses different apps and systems, which all need to work together to achieve smooth operations. If they do not, each department will operate in a silo, to the detriment of customer and employee experience alike.
Among the most pervasive challenges facing today’s enterprises is the need to integrate new apps and functions into increasingly complex and disparate technology environments. Further adding to this overarching challenge is the fact that developing and integrating new software is often a lengthy process fraught with myriad difficulties of its own. These include addressing the demands of information governance, security, privacy, and availability, to name a few. This is why organizations need integration platforms to build more efficient and scalable technology systems that can easily adapt to ever-changing business needs.
As digital technology continues to evolve, more and more organizations are beginning to integrate technology into day-to-day business processes. However, as businesses increasingly adopt applications in their overall framework, it is important to consider cross-application communication.
When adopting different digital applications, it is extremely crucial to ensure that they are integrative and compatible with each other to ensure that data can be shared amongst different communication channels.
However, the use of an API can help organizations connect multiple systems so that they can interact with each other. Studies show that 96% of people think that the businesses they work with could improve communication and project management. Therefore, increasing data accessibility and integration with the use of an API can significantly improve overall organizational efficiency and productivity.
The global low-code application development platform market is expected to generate $187 billion by 2030, with a Compound Annual Growth Rate of 31.1%.
Traditional application development usually involves a skilled software developer manually writing long, complicated lines of code. However, with the power of low-code development platforms, citizen developers can create their enterprise applications faster than ever before.
Low-code development can be learned easily while using visual builders such as drag-and-drop editors and on-screen visual guidance. Therefore, as low-code technology continues to evolve, many citizen developers can take advantage of the various advantages of low-code to expedite the length of the application development cycle.
Workflows can significantly elevate a business’s operations and scalability. Workflow integration is defined as the integration of multiple different business processes and organizational systems. This allows an efficient transfer of data between various data platforms and enterprise applications.
Workflows have multiple potential benefits that single businesses can take advantage of, such as automating repetitive, routine business processes, collecting massive amounts of organizational data, and bridging communication apps.
Studies have shown that organizations can lose up to 30% of organizational revenue due to inefficient business processes. Therefore, workflow integration presents single businesses with a valuable opportunity to increase organizational efficiency and thus increase overall profitability.
Low-code application development can not only benefit citizen developers with little to no traditional coding experience but also developers looking to simplify and automate repetitive and time-consuming aspects of software development. Studies show that low-code application development platforms can reduce development time by up to 90%.
Therefore, the rise of low-code platforms presents a valuable opportunity for developers to reduce their workload and increase the efficiency of the overall application development cycle.