Systems | Development | Analytics | API | Testing

Pharmaceutical labeling is an ideal use case for AI because it’s a complex process that requires high levels of accuracy. Inaccurate labeling can result in: With recent breakthroughs in AI technology, pharmaceutical companies have rushed to explore its potential. But many have not seen the impact they expected. The problem isn’t the AI. It’s how pharma companies are using AI.

People are tired of talking about artificial intelligence (AI). They want action. Since the launch of ChatGPT, the financial services industry has been looking for ways to drive value with AI, but it's been a struggle to get real value out of AI experiments and pilot projects. The banking industry prefers to avoid potential risks, so how can financial sector leaders move from AI experimentation to AI value while being mindful of risk tolerance?

Artificial intelligence is now ever-present in many businesses. But where’s the ROI? Many deployments stall in pilot mode, failing to drive transformation. Over the past two years, businesses have rushed to deploy generative AI to try to boost operational efficiency, improve customer experiences, and achieve critical organizational objectives. But without a structured enterprise AI strategy, these efforts have failed to drive tangible business outcomes. The problem?

The era of AI experimentation is over. Organizations want to see ROI. And they will—as long as they understand that the competitive edge isn’t in AI itself. With AI evolving rapidly, businesses need a clear strategy that cuts through the noise and generates ROI. This key strategy is to embed AI into core business processes. This post will cover five enterprise AI trends for the new era of AI and why process is the key to ROI. The most talked-about trend today is agentic AI.

In today’s rapidly evolving digital environment, organisations face mounting pressure to make strategic technology investments that deliver immediate operational benefits and long-term competitive advantages. As businesses navigate this landscape, iPaaS has emerged as a transformative solution that addresses complex integration challenges while delivering substantial returns on investment.

Low-code testing tools simplify the testing process. All of the complexity of coding is taken care of by the features designed by the development team of the tool. Thanks to these low-code tools, a little bit of technical know-how is more than enough to start testing. It opens up QA to a broader audience. In this article, we review the top low-code testing tools in 2025.

Automation has helped countless businesses enjoy improved scalability, accuracy, and efficiency. However, traditional automation is known for its complexity. Setting up automation workflows often requires extensive coding knowledge, advanced technical skills, and a deep understanding of underlying systems. This makes it challenging for non-technical users to independently implement and maintain automation solutions.

In government agencies around the world, large enterprise legacy systems are what stand in the way of desperately needed modernization programs. Such legacy systems can be large enterprise resource planning (ERP) implementations or custom-built applications using complex codebases. Simply put, they are not supportable, upgradable, and do not provide the rich user experience customers have become accustomed to.

The market for artificial intelligence (AI) stood at $184 billion in 2024 and is expected to more than quadruple in the next six years. While these expectations are astonishing, AI experts think they’re conservative, to say the least, and the actual market value would be considerably bigger. Large language models (LLMs) like GPT 3 have ushered in the age of AI. They’re finding applications as varied as complex scientific research and writing lyrics for rap battles.