In the world of business process automation and workflow management, performance is paramount. Users demand systems that can handle complex processes with speed and efficiency. FlowWright, a leading name in the BPM (Business Process Management) space, recently made significant strides in enhancing the performance of its engines. In this blog, we'll review the strategies and innovations that have propelled FlowWright to the forefront of BPM performance.

1. Optimized Codebase:

FlowWright's development team undertook a comprehensive review of its codebase. By identifying bottlenecks and redundant code segments, they were able to streamline operations. This not only made the engine faster but also reduced potential points of failure, ensuring more stable operations.  Microsoft has also increased the performance of .Net in their latest .Net Core framework.

2. Enhanced Caching Mechanisms:

Caching is a technique where frequently accessed data is stored in a 'cache' to prevent repeated and time-consuming data fetches. FlowWright introduced advanced caching mechanisms that intelligently determine which data to cache, leading to faster data retrieval and improved response times.  FlowWright uses various caching mechanisms at different layers of the platform.

3. Parallel Processing:

Modern computing environments often boast multi-core processors. FlowWright's engines now leverage parallel processing, allowing multiple tasks to be executed simultaneously. This is especially beneficial for large workflows with multiple independent tasks.  Engines also use modern algorithms to manage operating system resources better.

4. Improved Database Interactions:

FlowWright recognized that database interactions were a significant source of latency. By optimizing database queries and introducing batch processing for larger data sets, the engines now interact with databases more efficiently, reducing wait times and boosting overall performance.  FlowWright UI now provides a data access log, where you can view all data access related errors and information.

5. Adaptive Load Balancing:

To ensure that no single server or node is overwhelmed with requests, FlowWright introduced adaptive load balancing. This ensures that workloads are distributed evenly across available resources, preventing bottlenecks and ensuring smooth operations even during peak loads.

6. Enhanced Error Handling:

In any system, errors are inevitable. However, how a system responds to errors can significantly impact performance. FlowWright introduced more granular error handling, ensuring that minor errors don't bring down the entire system. This not only improves reliability but also ensures that workflows continue to operate at peak efficiency.

7. Continuous Feedback Loop:

We established a continuous feedback loop with its user community. By actively seeking feedback and monitoring system performance in real-world scenarios, and were able to identify areas for improvement and implement changes more rapidly.

8. Regular Performance Testing:

To ensure that all updates and changes lead to genuine performance improvements, FlowWright instituted regular performance testing. This proactive approach ensures that the engines are always operating at their best.

Our commitment to performance is evident in the steps we've taken to enhance the engines. By combining technological innovations with a user-centric approach, we have set a benchmark in the BPM space. For businesses looking for a reliable and efficient BPM solution, FlowWright's engines, with their enhanced performance, are a compelling choice.

With the right tools, you can add your own personal touch to your process automation. For that, try a demo of FlowWright’s customizable workflow automation system!