top of page

How Streamlining Data Sparks Groundbreaking Innovation

By C. Perera, JadeTimes News

 
How Streamlining Data Sparks Groundbreaking Innovation
Image Source : Nicho Elnino

AI technology is set to revolutionize the digital world. The combination of evolving consumer demands and rapid technological advancements creates a need and opportunity for unprecedented innovation.


Organizations, however, may be tempted to adopt AI hastily simply because it is new and popular, or to use it in the same manner as other businesses. This "AI hammer" approach, where every business issue looks like a nail, is not optimal. To truly harness AI's potential, businesses need a data driven strategy that aligns the right AI tools with appropriate business functions. This requires data to be high quality, accessible, and easy to comprehend. Simplifying data within an organization can enable AI tools to produce significant outcomes, driving business growth.


Adopting a Data Driven Approach


Radical data simplification starts with companies valuing and understanding their data. For data to be actionable, it must be aggregated, processed, and easily digestible. High quality data is essential for meaningful AI output. However, many companies struggle with data sourced from diverse and seemingly incompatible systems.


Globally, businesses are adopting DataOps for effective data management. According to Gartner, DataOps is a collaborative practice aimed at improving communication, integration, and automation of data flows between data managers and consumers. A State of DataOps survey revealed that 49% of IT decision makers plan to significantly increase their DataOps spending, recognizing that good data management drives innovation. Companies investing in DataOps are more likely to succeed and outpace their competitors. The survey also showed that 84% of organizations saw an increase in end users accessing data last year.


The evolving consumer landscape underscores the need for robust DataOps practices to simplify data and foster AI driven innovation. Consumers demand faster, more relevant data. Data enables AI to generate customer related content on business websites and personalize marketing efforts based on customer behavior. Internally, data can highlight the cost effectiveness of a company’s tech stack. These examples illustrate the importance of a data driven strategy not just for IT but across the entire business.


Implementing Radical Simplification for Innovation


How can businesses leverage radical data simplification to enhance their AI tools? The foundation lies in integration solutions that connect, streamline, and maintain valuable data. This allows IT staff and software engineers to focus on product innovation that drives business growth. Using solutions that preserve data makes it easier to access and understand.


Ensure your integration solution connects to essential platforms like CRM systems, cloud storage, and productivity apps, facilitating data sharing across the organization. With this data insight, innovation can occur at all levels, from developers to sales to executives. These integrations also enable AI tools to automate processes, solving specific business problems.


Accessing data from legacy systems is crucial for turning simplified data into innovation. Often, valuable data resides in forgotten or unused systems, leading to wasted infrastructure and knowledge. The right integration solution can access this data, providing historical context for future decisions and enhancing the ROI of legacy systems.


The Current Imperative for Radical Simplification


Complex systems and data management have long hindered innovation. Additionally, consumers constantly seek the next big thing, compelling companies to accelerate innovation. The goal should not be to follow AI trends blindly but to innovate at the right pace and scale. By radically simplifying data through proper storage and sharing with the right integration solutions, companies can effectively utilize AI tools to drive innovation

More News

bottom of page