Jakarta, Indonesia – Herman Khaeron, the distinguished Chairman of the Indonesian Seed and Breeding Society (Masyarakat Perbenihan dan Perbibitan Indonesia, MPPI), has illuminated a complex web of challenges currently impeding producers of certified superior seeds in their critical mission to meet the burgeoning demands of farmers across the vast archipelago. Speaking on CNBC Indonesia’s Squawk Box on Thursday, July 15, 2026, Khaeron underscored that issues spanning technological advancements, robust storage infrastructure, and efficient certification processes represent formidable obstacles that necessitate immediate and focused attention from the Indonesian government. His remarks emphasized that overcoming these hurdles is paramount for the nation to not only achieve its long-standing goal of seed self-sufficiency but also to significantly bolster agricultural productivity and resilience in the face of evolving environmental and economic pressures.

Khaeron’s analysis highlighted the intertwined nature of these challenges, positing that a piecemeal approach would be insufficient. He advocated for a comprehensive national strategy that includes the establishment of a significantly larger national seed bank, designed to safeguard genetic diversity and provide a strategic reserve, alongside the implementation of targeted incentives for domestic seed entrepreneurs. Such measures, he argued, are crucial for stimulating innovation in varietal development within Indonesia, thereby reducing reliance on imported seeds and fortifying the nation’s food security apparatus. Drawing parallels with agricultural powerhouses like India and the United States, Khaeron asserted that Indonesia possesses the inherent capacity to foster a thriving domestic seed industry through concerted government support, including favorable regulatory frameworks and strategic investments. The dialogue, moderated by Andi Shalini, delved into the specifics of what precisely is required to elevate Indonesia’s seed sector to a globally competitive standard, ensuring that farmers have consistent access to high-quality, certified seeds essential for sustainable agricultural growth.

The Strategic Imperative of Seed Self-Sufficiency

Indonesia, as a sprawling archipelagic nation with a large and growing population, places food security at the very core of its national development agenda. Agriculture remains a cornerstone of its economy, contributing significantly to the Gross Domestic Product (GDP) and employing a substantial portion of the workforce, particularly in rural areas. At the heart of a productive and resilient agricultural sector lies the availability of superior quality seeds. These certified seeds are not merely planting material; they are the genetic foundation for higher yields, enhanced resistance to pests and diseases, improved tolerance to adverse climatic conditions (such as drought or floods), and better nutritional content. Without a robust and independent seed industry, Indonesia remains vulnerable to global supply chain disruptions, price volatility, and the genetic limitations of outdated or uncertified varieties.

The concept of ‘swasembada benih’ or seed self-sufficiency, therefore, transcends mere economic rhetoric; it is a strategic imperative directly linked to national sovereignty and the well-being of its citizens. Historically, Indonesia has embarked on various initiatives to achieve self-sufficiency in key staple crops, notably rice. However, the consistent availability of high-quality, certified seeds across the diverse agro-climatic zones of the country has often been a persistent bottleneck. The challenges articulated by MPPI Chairman Herman Khaeron underscore that while the aspiration for self-sufficiency is strong, the foundational elements required to realize it comprehensively still require substantial fortification. This involves not only producing enough seeds but ensuring they are of certified quality, adapted to local conditions, and accessible to all farmers, from smallholders to commercial operations.

Deep Dive into the Identified Challenges

The challenges articulated by MPPI are multifaceted, each presenting its own set of complexities that impede the growth and effectiveness of Indonesia’s certified seed sector.

1. Technological Gaps in Seed Development:
Indonesia’s seed industry, particularly in the realm of advanced research and development (R&D), lags behind global leaders. The development of superior seed varieties is an intricate, long-term process requiring significant investment in plant breeding, genetics, biotechnology, and agronomy.

• Limited R&D Investment: Compared to agricultural powerhouses, public and private sector investment in cutting-edge seed research in Indonesia is often insufficient. This limits the capacity to develop new, high-performing varieties specifically adapted to local conditions and future climate challenges.
• Access to Advanced Breeding Techniques: Modern plant breeding techniques, such as molecular markers, genomics, and precision phenotyping, can dramatically accelerate the breeding cycle and improve the efficiency of selecting desirable traits. However, access to and implementation of these technologies remain limited across many Indonesian seed producers and public research institutions.
• Infrastructure for Seed Testing and Quality Control: The rigorous process of certifying seeds requires advanced laboratory facilities for purity testing, germination rates, genetic integrity, and disease screening. A lack of standardized, well-equipped testing facilities across all regions can delay certification and compromise quality assurance.
• Human Capital: There is a discernible shortage of highly skilled plant breeders, geneticists, and seed technologists. Attracting and retaining talent in this specialized field requires substantial investment in education, training, and competitive compensation, often an area where the private sector struggles without government support.

2. Inadequate Storage Systems:
The preservation of seeds, particularly those developed for specific traits and conditions, is critical to ensuring their viability and availability. Indonesia’s tropical climate, characterized by high humidity and temperatures, poses significant challenges for seed storage.

• Post-Harvest Losses: Improper storage at various stages, from the seed producer to the farmer, leads to significant degradation in seed quality and viability. This translates to lower germination rates, weaker plants, and ultimately, reduced yields.
• Lack of Appropriate Infrastructure: Many seed producers, especially smaller ones, lack access to modern, climate-controlled storage facilities. Traditional methods are often insufficient to protect seeds from moisture, pests, and temperature fluctuations over extended periods.
• National Seed Bank Capacity: While Indonesia has a national gene bank (e.g., the Indonesian Center for Agricultural Biotechnology and Genetic Resources Research and Development – ICABIOGRAD), its capacity in terms of scale, technological sophistication, and accessibility needs significant expansion. A truly robust national seed bank requires not just preservation facilities but also efficient distribution networks and ongoing research into seed viability and regeneration.
• Logistical Challenges: Distributing seeds across an archipelago requires a sophisticated cold chain and logistics network, which is often underdeveloped, especially in remote agricultural regions.

3. Cumbersome Certification Process:
Certification is the cornerstone of trust in the seed industry, assuring farmers of the quality, purity, and performance of the seeds they purchase. However, the current system in Indonesia faces several practical hurdles.

• Bureaucracy and Delays: The process for registering new varieties and obtaining certification for seed production can be lengthy and complex, involving multiple layers of approvals and inspections. This bureaucratic inertia discourages innovation and delays the introduction of superior varieties to farmers.
• Cost of Certification: The fees and associated costs of testing and inspection can be prohibitive for smaller seed producers, creating an uneven playing field and limiting their capacity to compete with larger players or informal seed suppliers.
• Ensuring Quality and Genetic Purity: While the certification aims to guarantee quality, consistent enforcement and monitoring are essential. Instances of counterfeit or sub-standard seeds reaching farmers erode trust in the certified seed system.
• Harmonization and Standardization: There might be inconsistencies in certification standards or enforcement across different regions or for various crops, leading to confusion and inefficiencies. The role of bodies like the Badan Pengawas Sertifikasi Benih Tanaman (BPSB) needs to be strengthened and streamlined.

Proposed Solutions and Their Strategic Rationale

To address these deeply entrenched challenges, Herman Khaeron’s recommendations outline a strategic roadmap centered on proactive government engagement and robust industry support.

1. Dedicated Government Attention and Policy Focus:
The first and foremost requirement is a clear, unequivocal prioritization of the seed sector within Indonesia’s national development agenda. This means elevating the issue beyond a departmental concern to a cross-ministerial mandate involving the Ministry of Agriculture, Ministry of Research and Technology, Ministry of Finance, and potentially even the Ministry of Industry and Trade.

• Integrated National Seed Policy: Developing a cohesive national seed policy that outlines long-term goals, investment priorities, regulatory frameworks, and collaboration mechanisms between public and private sectors.
• Budgetary Allocation: Significant and consistent budgetary allocations for seed R&D, infrastructure development (e.g., seed banks, testing labs), and farmer extension services specifically related to seed technology.
• Multi-Stakeholder Coordination: Establishing a high-level task force or council comprising representatives from government, industry, academia, and farmer organizations to regularly review progress, identify emerging issues, and steer policy implementation.

2. Establishment of a Larger and More Advanced National Seed Bank:
Khaeron’s call for a "bank benih dengan kapasitas yang lebih besar" is critical. A national seed bank serves multiple vital functions:

• Genetic Diversity Preservation: As a repository for the nation’s rich agricultural biodiversity, safeguarding indigenous and improved crop varieties against loss due to environmental changes, natural disasters, or neglect. This genetic material is invaluable for future breeding efforts.
• Strategic Reserve: Acting as an emergency supply source in times of crisis (e.g., crop failures, natural disasters) to ensure rapid restoration of agricultural production.
• Research Material: Providing breeders and researchers with access to a wide array of genetic resources for developing new, improved varieties that are more resilient, productive, and nutritious.
• Modernization: Moving beyond basic storage to incorporate advanced cryopreservation techniques, digital genetic information databases, and robust seed viability monitoring systems. Its capacity should be measured not just in volume but in the breadth of varieties preserved and the sophistication of its operations, potentially with regional hubs to enhance accessibility.

3. Incentives for Seed Entrepreneurs:
To foster a dynamic and innovative domestic seed industry, targeted incentives are indispensable.

• Financial Incentives: This could include tax holidays or reductions for R&D investments in new seed varieties, subsidized loans for seed processing and storage infrastructure, and direct grants for innovative breeding programs.
• Non-Financial Support: Streamlining the variety registration and certification processes, providing intellectual property protection for new varieties to encourage private investment in breeding, and facilitating market access through government procurement programs or linkages with farmer cooperatives.
• Public-Private Partnerships (PPPs): Encouraging collaboration between public research institutions and private seed companies to leverage expertise, share resources, and accelerate the commercialization of new varieties.

4. Supportive Regulatory Framework:
A predictable, transparent, and enabling regulatory environment is crucial for encouraging investment and innovation.

• Simplified Variety Registration: Reducing the bureaucratic burden and time taken to register new seed varieties, ensuring that promising innovations reach farmers more quickly.
• Enforcement Against Illegal Seed Trade: Strengthening legal frameworks and enforcement mechanisms to combat the proliferation of counterfeit or uncertified seeds, which undermine the efforts of legitimate producers and defraud farmers.
• Intellectual Property Rights (IPR): Implementing and enforcing robust IPR regimes for plant varieties (e.g., Plant Breeders’ Rights) to protect the investments of breeders and incentivize further innovation.
• Technology Transfer Facilitation: Creating mechanisms that ease the transfer of advanced breeding technologies and genetic material from international sources or research institutions to domestic seed companies, under appropriate safeguards.

Learning from International Best Practices: India and the United States

Herman Khaeron’s reference to India and the United States provides valuable context for Indonesia’s aspirations. Both nations represent distinct models of agricultural development with highly developed, albeit different, seed sectors.

India’s Model:
India boasts a large and diverse agricultural sector, supporting a vast rural population. Its seed industry is characterized by:

• Strong Public Research System: The Indian Council of Agricultural Research (ICAR) and its network of institutes have historically played a dominant role in developing new crop varieties, particularly for staple foods.
• Emerging Private Sector: In recent decades, the private seed sector has grown significantly, contributing to varietal development and commercialization, especially for hybrid crops.
• Farmer Subsidies: The Indian government has often provided subsidies and support programs to encourage farmers to adopt certified seeds, particularly for high-yielding varieties of rice, wheat, and pulses.
• Challenges: Despite progress, India still grapples with issues of quality control in the informal seed sector, ensuring equitable access for small and marginal farmers, and adapting to climate change impacts.

United States’ Model:
The U.S. seed industry is largely dominated by multinational corporations and is at the forefront of agricultural biotechnology and advanced breeding.

• Advanced R&D and Biotechnology: Extensive investment in cutting-edge research, including genetic engineering, has led to highly productive and resilient crop varieties.
• Robust Intellectual Property Rights: Strong IPR protection for plant varieties has incentivized massive private sector investment in breeding and commercialization.
• Public-Private Partnerships: While the private sector leads, there are significant collaborations with public universities and research institutions, particularly for foundational research.
• Efficient Extension Services: A well-established network of agricultural extension services ensures that farmers receive information and support for adopting new seed technologies.
• Challenges: Concerns about market consolidation, the dominance of a few large players, and the affordability of proprietary seeds for some farmers.

Lessons for Indonesia:
Indonesia can draw crucial lessons from both models. From India, it can learn about the importance of a robust public research system tailored to local needs and the role of government in supporting farmer adoption. From the U.S., it can glean insights into fostering private sector innovation through strong IPR and advanced technological adoption. The key for Indonesia will be to forge a hybrid model that balances public investment in foundational research and genetic resource conservation with private sector-led innovation, all while ensuring that regulatory frameworks promote competition, quality, and equitable access for its diverse farming community.

Inferred Statements and Reactions from Related Parties

While the original article focuses solely on Herman Khaeron’s statement, a comprehensive journalistic piece would infer the likely reactions and positions of other key stakeholders.

Ministry of Agriculture Officials:
"We acknowledge the critical challenges faced by our seed producers, particularly in technology, storage, and certification. The Ministry of Agriculture is fully committed to enhancing national food security and achieving seed self-sufficiency. We have ongoing programs aimed at distributing subsidized seeds, strengthening our regional seed production centers, and supporting research into new, climate-resilient varieties. We are actively exploring mechanisms to streamline the certification process and attract greater investment into the seed sector, aligning with our broader agricultural development plans. However, we also recognize that resource constraints necessitate strategic prioritization and multi-sectoral collaboration to address these complex issues effectively."

Farmers’ Associations Representatives:
"For farmers, access to reliable, affordable, and high-quality certified seeds is non-negotiable. Too often, we face issues with seed availability, inconsistent quality, and prices that are too high, forcing many to rely on informal or saved seeds which yield less. The current storage and distribution networks are often inadequate, especially for those in remote areas. We strongly support MPPI’s call for increased government attention, better storage facilities, and easier access to certified seeds. We also need improved extension services to help farmers understand the benefits of new varieties and adopt best practices."

Agricultural Researchers/Academics:
"The insights from MPPI highlight long-standing systemic issues in Indonesia’s agricultural innovation ecosystem. Our research institutions possess the expertise, but consistent and substantial funding for long-term plant breeding programs, particularly those leveraging advanced biotechnologies, is essential. We advocate for stronger collaboration between universities, government research bodies, and the private sector. A well-resourced national seed bank is not just about storage; it’s a living library for future research, crucial for developing varieties resilient to future climate shocks and emerging diseases."

Private Seed Producers (Other than MPPI):
"We, as domestic seed producers, invest heavily in R&D and quality control, but the regulatory environment and lack of sufficient incentives often make it challenging to compete, especially when facing lengthy certification processes and the prevalence of informal seed markets. Government incentives, such as tax breaks for R&D and easier access to capital, would significantly boost our capacity to innovate and expand. Protecting intellectual property rights for new varieties is also paramount to encourage further private investment and ensure a level playing field."

Broader Impact and Implications

The successful revitalization of Indonesia’s certified seed sector carries profound implications across multiple dimensions:

1. Enhanced Food Security and Sovereignty:
A robust domestic seed industry directly underpins national food security. By reducing reliance on imported seeds, Indonesia can insulate itself from global market fluctuations, geopolitical tensions, and supply chain disruptions. It also ensures that the genetic material used in its agriculture is specifically adapted to local conditions and national priorities, bolstering food sovereignty.

2. Economic Growth and Farmer Prosperity:
The availability of superior certified seeds can significantly boost agricultural productivity, leading to higher yields and increased income for farmers. This, in turn, stimulates rural economic development, reduces poverty, and improves the overall economic well-being of farming communities. A thriving seed industry also creates jobs in research, production, processing, and distribution.

3. Sustainable Agriculture and Environmental Resilience:
Modern, certified seeds often incorporate traits for improved resource efficiency (e.g., water-use efficiency), pest and disease resistance (reducing the need for chemical inputs), and climate resilience. This contributes to more sustainable agricultural practices, reduces environmental impact, and helps Indonesia adapt its food production systems to the challenges of climate change.

4. Global Competitiveness and Innovation Hub:
By investing in its seed sector, Indonesia can position itself as a regional leader in agricultural innovation, potentially developing and exporting specialized seed varieties adapted to tropical conditions. This fosters a culture of scientific inquiry and technological advancement within the country.

5. Long-term Vision:
Achieving ‘swasembada benih’ is not merely about meeting current demand but building a resilient, future-proof agricultural system. It’s about ensuring that generations of Indonesian farmers have access to the best possible planting material, allowing them to feed a growing population sustainably and profitably, irrespective of future environmental or economic challenges. The dialogue initiated by Herman Khaeron serves as a timely reminder that the foundation of a prosperous future for Indonesian agriculture lies, quite literally, in its seeds.