Enhancing innovation in Pakistan’s IT sector

Artificial intelligence (AI) is no longer just a tool for automation. On the contrary, it is rapidly becoming the backbone of how companies learn, adapt and innovate. Across industries, companies are embedding AI into everyday processes and thus reshaping how knowledge is created, shared and transformed into real-world results. Nowhere is this shift more visible than in emerging digital economies, where the race to innovate is tightly linked to how effectively firms harness both human and machine intelligence.A growing body of research points to a concept known as an AI-driven learning culture (AIDLC). This reflects a workplace environment where AI actively supports learning, decision-making and collaboration. In such organizations, AI systems prove their versatility by:All this adds up to a firm that is more dynamic, responsive and innovation-focused.But how exactly does this transformation happen? Scholars purport that innovation is not driven by AI alone. Instead, it emerges through a chain reaction involving learning culture, knowledge orchestration (KO) and organizational intelligence (OI).First, an AIDLC encourages continuous learning and experimentation. Employees are supported by AI tools that provide real-time feedback, simulate scenarios and recommend solutions. This creates an environment where knowledge is constantly evolving rather than sitting idle.This knowledge must then be organized and shared effectively, which involves the process defined as KO. AI plays a crucial role here. It helps:Finally, this coordinated knowledge is transformed into OI. This reflects the ability of a firm to understand its environment, interpret information, anticipate trends and make strategic decisions. It is this intelligence that ultimately drives innovation by enabling ideas to morph into products, services and processes.In short, innovation does not happen in isolation. It is instead the outcome of a connected system where learning leads to coordination, and coordination facilitates intelligent action.Pakistan provides a particularly interesting setting for understanding this shift. The country’s IT sector has grown rapidly in recent years, employing around 600,000 people and generating billions in exports. A number of cities have become hubs for software development, AI startups and digital services.Despite this growth, firms are still in the early stages of integrating AI into their organizational culture. Evidence shows that many companies adopt AI tools for specific tasks. However, fewer have successfully embedded AI into their learning systems or knowledge management practices.This gap creates both a challenge and an opportunity. On one hand, businesses risk underutilizing AI by treating it as a standalone technology. But on the other, those that successfully build an AIDLC can leap ahead. Such astute operators deploy AI not just for efficiency but for innovation too.To further examine this connected system, Hussain et al. (2026) carried out a quantitative study of medium and large IT firms in the Pakistani cities of Karachi, Lahore and Islamabad. Structured questionnaires were distributed between March and October 2025 to employees involved in innovation, learning and project management roles. After screening the data, 348 valid responses were analyzed. Participants included software engineers, project managers, team leaders and HR professionals. Most respondents held undergraduate or postgraduate degrees in computer science, engineering or business-related disciplines.The study used established measurement scales to assess AIDLC, KO, OI and innovation performance (IP). Results demonstrated strong support for the model proposed by the authors. Firms with a learning culture strongly driven by AI reported higher innovation performance, both directly and indirectly through the two mediating factors.For a start, AI-supported learning environments were linked to greater creativity, experimentation and technological improvement. Companies using AI for feedback, learning support and knowledge discovery appeared better able to generate new ideas and improve products or services.Analysis likewise confirmed that KO functioned as a critical bridge between learning and innovation. Traditional knowledge management often focuses on storing documents or maintaining databases. By contrast, orchestration emphasizes movement, alignment and application of knowledge. Findings here imply that success in AI-enabled firms depends less on what information is stored and more on how quickly and intelligently it can be used.Finally, OI proved to be a major driver of sustained innovation. It signals that companies are better able to translate learning into commercial outcomes when they develop the capacity to:One of the study’s most important conclusions is that AI changes the traditional relationship between learning and performance. In many earlier management models, a positive learning culture alone was assumed to lead to better results. With AI-intensive environments, evidence here indicates that learning must be supported by systems that coordinate knowledge and build intelligence.Firms cannot therefore simply introduce AI tools and expect innovation to follow. Nor can they rely on training programs that operate separately from business strategy. Instead, integrated systems are needed to ensure that learning, data, collaboration and decision-making reinforce one another.For managers and decision-makers, the clear message is that adopting AI tools is not enough. What matters is how those tools are embedded into organizational culture. Hussain et al. (2026) thus recommend that they:The authors also note that AI can reduce knowledge gaps and help employees adapt to change. Rather than replacing workers, well-designed AI systems are able to complement human creativity, improve judgment and reduce repetitive tasks.In Pakistan’s IT sector, resources are often limited and competition is intense. Hence, such changes possess scope make a significant difference. Firms that successfully combine AI with learning and knowledge coordination can reduce inefficiencies, accelerate innovation cycles and improve overall performance.Results here also carry policy implications for other emerging economies. Governments seeking to accelerate digital competitiveness should support AI-based learning ecosystems, strengthen university-industry collaboration and expand digital literacy programs.Scholars can build on this research by comparing different industries and countries. Another possibility is to explore factors that might include leadership style, organizational climate and trust in AI. Analysis of long-term causal relationships could also prove insightful.This review is based on “AI-driven learning culture enhances innovation performance: a serial mediator of knowledge orchestration and organisational intelligence” by Zahid Hussain, Arman Khan, Abdelrehim Awad and Rohit Bansal, published in VINE Journal of Information and Knowledge Management Systems.