92% Pekerja RI Kenal AI, Cuma 15% yang Pakai Secara Produktif

This stark reality was brought to the fore by Edwin Hidayat Abdullah, Director General of the Digital Ecosystem at the Ministry of Communication and Digital (Komdigi), during his keynote address at the Bali Annual Telkom International Conference (BATIC) 2026 in Bali on Thursday, August 27, 2026. His insights paint a nuanced picture of Indonesia’s journey into the AI age, underscoring the critical need for an accelerated shift from mere familiarity to impactful utilization.

The Paradox of AI Adoption: High Awareness, Low Productivity

Main Facts & Key Findings

Abdullah revealed compelling statistics: approximately 92% of Indonesian workers are now familiar with AI. This figure underscores a near-universal recognition of the technology’s existence and potential. However, the enthusiasm wanes dramatically when it comes to practical application. Only about 15% of these workers are leveraging AI in ways that demonstrably enhance productivity, create economic value, or drive innovation.

"A striking 92% of our workforce is familiar with AI. The core issue, however, is that only 15% are utilizing it productively. A substantial majority still relegate AI primarily to browsing and information retrieval," Abdullah stated, highlighting the prevailing trend. This observation points to a foundational engagement with AI – one that, while crucial for initial adoption, falls short of unlocking the technology’s transformative power.

The discrepancy between awareness and productive engagement is not merely an anecdotal observation; it represents a significant gap that has profound implications for Indonesia’s economic aspirations and its ambition to become a leading digital economy. The ease of access to AI through readily available chatbots, advanced search engines, and various productivity applications has certainly democratized its presence. Yet, this accessibility has, paradoxically, also led to a superficial interaction for many users, who perceive AI more as a sophisticated search tool rather than a potent partner in work processes.

Chronology of AI Integration and Government Response

The journey towards AI integration in Indonesia has been steadily progressing, marked by increasing public exposure and a growing government focus. Over the past few years, the proliferation of user-friendly AI tools, from large language models (LLMs) like ChatGPT to AI-powered image generators and personal assistants, has dramatically lowered the barrier to entry. This organic adoption has driven the 92% awareness figure.

However, the government, through Komdigi and other related ministries, has been keenly observing this trend. The BATIC 2026 conference itself serves as a platform to address these emerging digital realities, bringing together stakeholders to strategize on moving beyond mere recognition to active, value-creating engagement. Abdullah’s address at such a prominent international conference underscores the urgency and importance of this issue on the national agenda, signaling a pivotal moment where policy and educational efforts are being recalibrated to bridge the identified productivity gap. The ongoing discourse aims to shift the narrative from "AI is here" to "AI is being effectively used."

Supporting Data: Understanding the Productive Gap

The "browsing" phenomenon described by Abdullah is critical to understanding the current state. While general information retrieval is a legitimate use case for AI, it often represents the tip of the iceberg of AI’s capabilities. Productive use, in contrast, encompasses a spectrum of advanced applications such as:

• Automating repetitive tasks: Using AI tools to draft emails, generate reports, or schedule meetings, freeing up human workers for more complex problem-solving.
• Data analysis and insights: Employing AI to process vast datasets, identify trends, predict outcomes, and inform strategic decisions in various sectors from finance to healthcare.
• Content creation and generation: Leveraging AI for drafting marketing copy, generating creative ideas, or even developing initial code structures, significantly accelerating creative and technical workflows.
• Personalized learning and development: Utilizing AI-powered platforms to tailor educational content and skill development programs to individual needs, enhancing human capital.
• Customer service enhancement: Deploying AI chatbots for instant support, improving customer satisfaction and operational efficiency.

The limited engagement beyond basic search suggests a lack of deeper understanding, access to appropriate training, or perhaps even a cultural hesitancy to fully integrate AI into core work processes. This implies that while many workers might have experimented with AI, they haven’t yet mastered how to embed it effectively into their daily professional routines to achieve tangible benefits.

Indonesia’s Digital Ambition: A Demand for Over 9 Million Digital Talents

To effectively narrow this significant gap between AI awareness and productive utilization, the Indonesian government has identified a clear and ambitious strategy: a substantial uplift in digital competencies across the workforce. This is not merely about familiarizing individuals with AI but equipping them with the practical skills to harness its power.

Official Responses and Strategic Imperatives

Abdullah emphasized that improving digital competency stands as a cornerstone of the government’s broader digital strategy. The scale of this endeavor is immense: "We require more than 9 million individuals equipped with robust digital competencies," Abdullah articulated. This staggering figure underscores the profound structural changes anticipated in the Indonesian economy and labor market due to technological evolution.

Recognizing the monumental nature of this task, the government acknowledges that it cannot shoulder this responsibility alone. "We are investing significantly in education. Because the scale is so vast, we are collaborating not only within government agencies but also with technology companies and civil society organizations," Abdullah explained. This multi-stakeholder approach is crucial, pooling resources, expertise, and reach from various sectors to cultivate a digitally proficient populace.

Elaborating on the Competency Gap

The demand for over 9 million digital talents is not confined to a single domain. It spans a wide array of specialized skills essential for a thriving digital economy, including:

• AI and Machine Learning Specialists: Professionals capable of developing, deploying, and managing AI models and applications.
• Data Scientists and Analysts: Experts in extracting insights from large datasets, crucial for data-driven decision-making.
• Cloud Computing Architects: Skilled individuals to design and manage cloud infrastructure, the backbone of modern digital services and AI deployment.
• Cybersecurity Experts: Professionals vital for protecting digital assets and ensuring secure online environments.
• Digital Marketing and E-commerce Specialists: Individuals who can leverage digital platforms for business growth and market expansion.
• Software Developers and Engineers: The foundational talent for building and maintaining digital platforms and applications.
• Digital Literacy Trainers: Educators capable of disseminating fundamental digital skills to a broad audience, including those in remote areas.

The government’s focus extends beyond technical specialists to encompass a broader enhancement of human resources and digital literacy. This holistic approach aims to ensure that society at large can keep pace with technological advancements, including complex concepts like AI and Large Language Models (LLMs), which are rapidly reshaping industries and daily life.

The urgency of addressing this talent deficit is amplified by AI’s cross-sectoral influence. AI is no longer confined to the tech industry; it is rapidly permeating manufacturing, healthcare, agriculture, finance, education, and public services. This widespread adoption means that virtually every sector will require workers who can interact with, manage, or even develop AI-powered systems. As Abdullah eloquently put it, AI fundamentally intertwines "intelligence and labor," directly influencing the economic and social fabric of society.

AI as an Economic Engine: Powering Indonesia’s Growth Ambitions

Beyond merely enhancing individual productivity, the Indonesian government views AI as a pivotal technology capable of driving significant national economic growth. This strategic positioning is integral to the nation’s ambitious target of achieving an 8% economic growth rate by 2029.

Implications for National Development

Abdullah underscored the symbiotic relationship between AI adoption and national prosperity. "Inclusivity is the number one principle," he asserted, emphasizing that for the benefits of technology to be truly transformative, they must be accessible and applicable across all segments of society. He elaborated, "One of the recipes for achieving 8% growth in the era of cloud and AI is to build inclusive institutions that enable the widespread utilization of technology."

Defining Inclusive Institutions in the Digital Age

Inclusive institutions, in this context, transcend traditional definitions. They refer to:

• Equitable Access to Technology: Ensuring that individuals and businesses, regardless of their geographical location or socio-economic status, have access to reliable internet infrastructure, affordable digital devices, and relevant AI tools.
• Fair Regulatory Frameworks: Developing policies that foster innovation while ensuring ethical AI deployment, data privacy, and fair competition, preventing monopolies and promoting a level playing field.
• Support for Small and Medium Enterprises (SMEs): Providing resources, training, and incentives for SMEs to adopt AI, enabling them to enhance efficiency, reach new markets, and contribute significantly to the national GDP.
• Comprehensive Digital Education: Designing educational systems that are responsive to the demands of the digital economy, offering lifelong learning opportunities, and fostering digital literacy from an early age.
• Government as a Digital Enabler: Implementing e-governance initiatives that leverage AI for improved public services, transparency, and accountability, making government more efficient and citizen-centric.

The "cloud and AI era" represents a fundamental shift in how economies function. Cloud computing provides the scalable infrastructure necessary for AI deployment, while AI itself offers unprecedented capabilities for optimization, innovation, and value creation. For Indonesia to hit its 8% growth target, it must not only embrace these technologies but also ensure their benefits are widely distributed and deeply integrated into its economic structure.

The challenge ahead is therefore multifaceted. It is no longer sufficient to merely introduce AI to the populace. The more profound task is to elevate skills, foster innovation, and cultivate an environment where AI is not just recognized but actively utilized to boost productivity, spur creativity, and generate substantial economic value.

Holistic Strategy for Digital Ecosystem Development

The government’s commitment to developing Indonesia’s digital economy extends beyond talent and economic growth, encompassing a broader strategic framework that views human capital as a central pillar.

Supporting Data and Strategic Pillars

Abdullah outlined a comprehensive strategy, stating, "The government places investment in human resources as one of the key drivers for Indonesia’s digital economic development, alongside the establishment of inclusive institutions, supportive regulations, collaborative partnerships, and robust transparency and accountability mechanisms." This integrated approach signifies a mature understanding of the complex interplay required to nurture a thriving digital ecosystem.

Let’s delve deeper into these interconnected pillars:

1. Investment in Human Resources: This is the foundational element, as highlighted by the 9-million talent requirement. It involves comprehensive educational reforms, vocational training programs, re-skilling initiatives for existing workers, and public awareness campaigns to foster a culture of lifelong digital learning. This ensures a continuous supply of skilled labor capable of adapting to evolving technological landscapes.

   

2. Inclusive Institutions: As discussed, these are critical for democratizing access to and benefits from technology. They ensure that digital opportunities are not exclusive to urban centers or specific demographics but are available to all, fostering equitable growth and preventing a widening digital divide.

3. Supportive Regulations: A progressive and agile regulatory framework is essential. This includes policies that:

   • Encourage Innovation: Streamlining processes for tech startups, providing incentives for R&D, and fostering a dynamic entrepreneurial environment.
   • Ensure Data Governance and Privacy: Establishing robust laws to protect personal data, build trust in digital platforms, and enable secure data exchange.
   • Address AI Ethics: Developing guidelines and regulations for the responsible and ethical deployment of AI, considering issues like bias, transparency, and accountability.
   • Promote Digital Trade and Investment: Facilitating cross-border digital transactions and attracting foreign investment into the digital sector.

4. Collaborative Partnerships: The government recognizes its limitations and actively seeks collaboration. This involves:

   • Public-Private Partnerships (PPPs): Working with tech giants, local startups, and industry associations to develop infrastructure, provide training, and implement digital solutions.
   • Academic-Industry Linkages: Fostering cooperation between universities and businesses to ensure that educational curricula are aligned with industry needs and to promote applied research.
   • International Cooperation: Learning from global best practices, attracting foreign expertise, and participating in international digital initiatives.
   • Civil Society Engagement: Partnering with NGOs and community groups to drive digital literacy, especially in underserved areas, and to ensure that digital development is socially responsible.

5. Transparency and Accountability: In any large-scale national initiative, especially one involving significant public and private investment, transparency and accountability are paramount. This ensures that resources are utilized efficiently, progress is monitored effectively, and public trust is maintained. It also helps in identifying areas for improvement and adapting strategies as needed.

Broader Implications and The Path Forward

The insights shared by Edwin Hidayat Abdullah at BATIC 2026 are more than just statistics; they are a call to action and a roadmap for Indonesia’s digital future. The implications of this journey are far-reaching:

Implications for Workers:
For the individual Indonesian worker, the shift from AI awareness to productive use necessitates continuous learning and adaptation. Those who embrace AI as a tool for augmentation rather than a threat will find themselves more competitive and valuable in the evolving job market. This implies a need for accessible, affordable, and relevant training programs that focus on practical AI applications rather than just theoretical understanding.

Implications for Businesses:
For Indonesian enterprises, particularly SMEs, the challenge lies in integrating AI not just as a technology but as a strategic asset. Businesses that successfully embed AI into their operations will gain significant advantages in efficiency, innovation, and market reach. This will require investment in AI infrastructure, upskilling their workforce, and potentially rethinking traditional business models.

Implications for Education:
The education system faces a crucial task of reforming curricula to prepare future generations for an AI-driven world. This means not only teaching coding and AI concepts but also fostering critical thinking, problem-solving, and creativity – skills that complement AI capabilities. Universities and vocational schools must become agile in offering relevant courses and certifications.

Implications for the Economy:
Successfully navigating the AI transition is vital for Indonesia to achieve its ambitious 8% GDP growth target. A digitally skilled workforce and AI-enabled businesses will drive higher productivity, create new industries, and enhance Indonesia’s competitiveness in the global economy. Failure to do so could lead to stagnation or a widening gap with more technologically advanced nations.

Implications for Governance:
The government itself must lead by example, leveraging AI for improved public service delivery, data-driven policymaking, and enhanced transparency. Furthermore, it must ensure that the regulatory environment fosters innovation while safeguarding societal values and addressing ethical concerns related to AI.

Conclusion: Charting a Course for a Digital Indonesia

Indonesia stands at a critical juncture, poised between the promise of widespread AI adoption and the practical challenge of maximizing its productive potential. The statistics presented by Edwin Hidayat Abdullah serve as both a commendation of the nation’s high AI awareness and a stark reminder of the extensive work that lies ahead. The journey from 92% familiarity to a significantly higher percentage of productive utilization is not just a technological quest but a national imperative.

By strategically investing in human capital, fostering inclusive institutions, crafting supportive regulations, embracing collaborative partnerships, and upholding transparency and accountability, Indonesia is charting a comprehensive course towards becoming a formidable digital economy. The vision of over 9 million digitally competent individuals by 2029 is ambitious, yet essential for unlocking the full spectrum of AI’s benefits and realizing the nation’s economic aspirations. The path forward demands sustained effort, adaptability, and a collective commitment to empowering every Indonesian worker to not just know AI, but to truly thrive with it.

(afr/afr)