Industry Briefs

Stay ahead of the curve with concise summaries and trend highlights from across the data and AI ecosystem. Each brief distills complex developments into clear insights you can use to inform strategy, policy, and operational decisions.

The digital economy in Southeast Asia (SEA) is undergoing a pivotal shift from rapid user acquisition to sustainable, profit-driven growth. As of early 2026, the region’s digital economy is valued at approximately USD 300 billion in Gross Merchandise Value (GMV), driven by a surge in video commerce, artificial intelligence (AI) integration, and the expansion of digital financial services (Bain & Company, 2025). However, significant hurdles remain, including a persistent digital divide between urban and rural areas, a critical shortage of tech-specialized talent, and rising cybersecurity threats. To maintain momentum, industry stakeholders must prioritize "vertical" AI solutions, enhance cross-border data interoperability, and invest in hyper-local infrastructure.

Digital transformation is no longer a peripheral strategy for firms in developing Asia; it is the core driver of economic resilience and growth. However, a significant "productivity paradox" has emerged: while 89% of workforces in digital hubs like Singapore engage with AI tools, only 7% use them to fundamentally reshape business logic (Quintos, 2026). As of 2026, the region faces a projected shortage of nearly 9 million ICT professionals by 2030, a gap that threatens to stall $250 billion in potential GDP gains (PwC, 2025; ASEAN-BAC, 2025).

Despite digital transformation (DX) being a top strategic priority for 74% of organizations, the failure rate remains alarmingly high, with approximately 70% to 84% of initiatives failing to meet their initial business objectives (Cflow, 2026; Kissflow, 2026). In developing Asia, where the digital economy is projected to reach $1 trillion by 2030, the stakes are particularly high.

As Industry 4.0 matures, the integration of Cyber-Physical Systems (CPS), Artificial Intelligence (AI), and the Internet of Things (IoT) has outpaced the readiness of the global workforce. The primary challenge facing industries today is not merely technological adoption but the "human-in-the-loop" capability gap. A profound skills shortage—costing the global economy trillions in potential GDP—threatens to stall digital transformation efforts.

The persistent challenge of financial exclusion in emerging markets—where approximately 1.7 billion adults remain unbanked globally—is primarily due to a lack of traditional credit history or "thin files" (TrustDecision, 2025; Credolab, 2023). This information asymmetry prevents traditional financial institutions (FIs) from accurately assessing the creditworthiness of vast segments of the population, including small business owners, gig workers, and rural communities.

Urban traffic congestion is a primary economic and environmental bottleneck in developing Asia, costing economies billions annually in lost productivity and fuel. While traditional solutions focus on capital-intensive infrastructure expansion, predictive analytics offers a high-yield, lower-cost alternative by optimizing existing assets.

By leveraging historical data, real-time sensor inputs, and machine learning (ML), cities can forecast traffic patterns rather than merely reacting to them. This brief analyzes how predictive analytics is currently reducing congestion in cities like Bengaluru, Jakarta, and Bangkok. Key recommendations include prioritizing software-based signal optimization (e.g., Google's Project Green Light) over expensive hardware overhauls and fostering inter-agency data sharing to build unified mobility models.

In developing Asia, Non-Governmental Organizations (NGOs) are at a critical inflection point. As donor scrutiny increases and operational challenges grow more complex, the traditional "intuition-based" model of program design is rapidly becoming obsolete. This brief analyzes the shift toward data-driven decision-making, highlighting how NGOs are moving beyond basic monitoring and evaluation (M&E) to using predictive analytics and real-time data for program optimization.