Why in News?

• The Petroleum and Natural Gas Regulatory Board (PNGRB) launched National PNG Drive 3.0 on October 1, 2026, to accelerate the adoption of Domestic Piped Natural Gas (D-PNG).
• The six-month campaign, running till March 31, 2027, seeks to expand household access to PNG, activate dormant connections and improve utilisation of existing City Gas Distribution (CGD) infrastructure.
• Its targets include 50 lakh new D-PNG connections, conversion of 40 lakh unbilled connections into active users, and 50 lakh additional registrations.

Why the Push for PNG?

• What is National PNG Drive 3.0?
• Building on PNG Drive 2.0
• Infrastructure Potential
• Key Challenges
• Policy Response and Way Forward
• Conclusion

Why the Push for PNG?

• The government views PNG as an important component of India's transition towards cleaner, reliable and affordable energy
• It can -
  • Facilitate a shift from LPG to piped natural gas;
  • Improve utilisation of existing gas infrastructure;
  • Reduce dependence on more carbon-intensive fuels;
  • Support India's broader energy-transition and Net-Zero objectives; and
  • Strengthen the role of natural gas in India's energy mix.
• The push has gained significance amid disruptions in global energy supplies, including the West Asia crisis, which highlighted the importance of energy security and diversification.
• Natural gas currently accounts for roughly 6% of India's primary energy mix, while the government has articulated a long-term objective of increasing its share to 15% by 2030.

What is National PNG Drive 3.0?

• The initiative goes beyond merely creating new connections. Its three principal objectives are -
  • 50 lakh new D-PNG connections by March 2027.
  • 40 lakh existing but unbilled connections converted into active, billed consumers.
  • 50 lakh additional registrations for D-PNG.
• As of June 30, 2026, India had around 1.74 crore PNG consumers, of whom approximately 1.15 crore were billed consumers.
• This indicates a significant gap between network connectivity and actual utilisation.
• The drive therefore places emphasis on semi-urban and rural areas, where newly established networks have not yet translated into corresponding consumer adoption.

Building on PNG Drive 2.0:

• PNG Drive 3.0 builds upon lessons from its predecessor. The PNG Drive 2.0 closure report highlighted the problem of converting registered connections into active users.
• PNG Drive 2.0 recorded substantial progress in connections and registrations, witnessing significant increase in daily additions of domestic PNG and billed consumers.
• The new campaign seeks to deepen this momentum by focusing not only on network creation but also on consumer conversion and utilisation.

Infrastructure Potential:

• India has already developed a substantial CGD infrastructure network. According to the government, around 6.88 lakh inch-km of pipeline has been laid, creating potential for approximately 1.3 crore additional connections.
• However, infrastructure alone does not guarantee adoption. The programme therefore stresses -
  • Coordinated material planning among CGD entities, regulators and suppliers;
  • Availability of gas meters, valves, GI pipes and MDPE pipes;
  • Expansion of pipelines into residential complexes and government colonies;
  • Improved consumer awareness; and
  • Reliable and affordable supply.

Key Challenges:

• Uneven consumer awareness: Awareness about PNG remains uneven across geographical areas. Consumers in mature CGD markets are generally more familiar with PNG than those in emerging markets.
• Affordability and upfront costs: High initial costs associated with obtaining connections can discourage households, particularly in emerging CGD areas.
• Network and last-mile connectivity: Expanding pipelines into low-density rural and semi-urban areas can involve high capital costs and uncertain demand.
• Dormant connections: A major challenge is converting registered but unbilled/inactive connections into regular consumers.
• Business viability: CGD companies need sufficient consumer density and sustained demand to recover infrastructure investments.

Policy Response and Way Forward:

• The government has introduced incentives to encourage CGD entities to expand D-PNG adoption.
  • From September 1, 2026, eligible CGD entities can receive an additional allocation of 200 Standard Cubic Metres (SCM) of lower-priced APM (Administered Price Mechanism) gas for each incremental billed domestic-PNG connection beyond the prescribed threshold.
  • The measure is intended to improve the commercial viability of new connections.
• The strategy should combine infrastructure expansion, consumer awareness, affordability measures, reliable supply and digital service delivery.
• The recently launched MyPNG Portal can further support consumer-centric service delivery by providing a unified digital interface for PNG-related services.

Conclusion:

• National PNG Drive 3.0 represents a shift from merely expanding energy infrastructure to ensuring its effective utilisation and consumer adoption.
• It links energy security, cleaner fuels, infrastructure development, regulatory governance and India's energy-transition goals.
• For India, expanding PNG can serve as a transitional pathway towards a lower-carbon energy system, provided that affordability, methane leakage, infrastructure costs and regional disparities are simultaneously addressed.

Why in News?

• The Union Cabinet has approved a ₹10,000-crore SME Growth Fund (SGF), announced in the Union Budget 2026–27, to address the shortage of long-term equity capital available to growth-stage small and medium enterprises (SMEs).
• The Cabinet has also approved an Integrated Transport & Logistics Authority (ITLA) to overcome fragmented planning and implementation across India’s transport infrastructure.

What’s in Today’s Article?

• SME Growth Fund (SGF)
• Why It Matters for MSMEs?
• Integrated Transport & Logistics Authority (ITLA)
• Way Forward
• Conclusion

SME Growth Fund (SGF):

• Bridging the growth-stage capital gap:
  • Existing government-backed funds have largely focused on micro and early-stage enterprises.
  • Consequently, viable SMEs seeking to scale up often face inadequate access to long-term risk capital, despite improvements in conventional credit availability.
  • The SGF seeks to provide “patient growth equity capital” to SMEs with demonstrated business viability and scalability.
• Fund structure:
  • Government commitment: ₹10,000 crore
  • Fund structure: Alternative Investment Fund (AIF)
    • The AIF route can help mobilise institutional capital while allowing investments to be directed towards enterprises with significant expansion potential.
  • Target: High-potential, growth-stage SMEs
  • Majority allocation: Small and medium manufacturing enterprises
  • Geographic focus: Industrial clusters, including Tier-II and Tier-III cities
• Key objectives: The fund aims to enable SMEs to -
  • Expand manufacturing capacity and scale operations.
  • Adopt advanced technologies and improve productivity.
  • Undertake strategic investments and acquisitions.
  • Enter international markets and integrate with global value chains (GVCs).
  • Improve export competitiveness.
  • Generate high-quality employment.
  • Strengthen domestic supply chains and increase domestic value addition.

Why It Matters for MSMEs?

• Indian MSMEs have traditionally been over-dependent on debt financing, while many remain weakly integrated into global value chains.
• A greater availability of equity capital can reduce excessive reliance on borrowing and allow firms to invest in technology, skills and capacity without immediately increasing their debt burden.
• A stronger ecosystem of mid-sized firms could also create a multiplier effect: larger manufacturers can place more consistent orders with smaller suppliers, encouraging investment in machinery, quality standards and workforce capabilities.
• This can help more Indian enterprises qualify as suppliers to large domestic companies and global production networks.
• The SGF links MSME development, manufacturing, employment generation, technological upgradation, exports, regional industrialisation, financial deepening and GVC integration.

Integrated Transport & Logistics Authority (ITLA):

• Addressing fragmented infrastructure planning:
  • The Cabinet has approved a Special Purpose Vehicle (SPV)-based ITLA as an apex institution for coordinated transport and logistics planning.
  • India’s transport infrastructure involves multiple ministries and agencies responsible for roads, railways, ports, shipping, aviation, waterways and urban mobility.
  • Fragmented decision-making can lead to coordination gaps and sub-optimal infrastructure outcomes.
• Functions of ITLA: The proposed authority will undertake -
  • Integrated transport planning
  • Research and policy support
  • Project appraisal
  • Monitoring of infrastructure projects
  • Impact assessment of completed projects
  • Promotion of multimodal connectivity
  • Greater coordination among different transport modes and agencies
• Expected outcomes:
  • ITLA is intended to improve the -
    • Efficiency and effectiveness of infrastructure development.
    • Sustainability of transport systems.
    • Integration of different modes of transportation.
    • Quality of project planning and implementation.
    • Overall logistics ecosystem through coordinated decision-making.
  • ITLA is relevant to multimodal connectivity, logistics efficiency, infrastructure governance, PM Gati Shakti, economic competitiveness and integrated spatial planning.

Way Forward:

• The success of both initiatives will depend on transparent investment selection, professional fund management, adequate monitoring, strong project coordination and measurable outcomes.
• The SGF should complement rather than replace conventional MSME credit, while ITLA must ensure effective coordination without creating another layer of bureaucratic overlap.

Conclusion:

• The SME Growth Fund seeks to help viable Indian enterprises move from small-scale operations towards globally competitive firms, while ITLA addresses institutional fragmentation in transport infrastructure.
• Together, the measures underline the importance of capital, scale and integrated infrastructure in strengthening India’s manufacturing and logistics competitiveness.

Context

• In a decade, India’s Unified Payments Interface (UPI) has transformed from a digital experiment into critical economic infrastructure.
• It has changed how consumers, merchants, banks and governments conduct transactions by reducing dependence on cash and creating a fast, accessible and traceable payment ecosystem.
• The proposed 0.4% Merchant Discount Rate (MDR) on specified merchant transactions above ₹2,000 marks a significant shift from UPI’s earlier zero-MDR model.

The Transformation Brought by UPI

• Before digital payments became widespread, cash transactions imposed several hidden costs.
• Small merchants had to count currency, maintain change, secure cash and make bank deposits. Consumers frequently depended on ATMs, while banks incurred substantial expenses in handling and transporting physical currency.
• UPI has significantly reduced these burdens. Digital transactions allow merchants to reconcile accounts more efficiently and provide lenders with useful information about cash flows.
• For governments, digital transactions create a stronger trail for formalisation, tax compliance and financial transparency.
• These benefits are dispersed throughout the economy rather than appearing as direct revenue for UPI.
• Consumers save time, banks reduce cash-handling costs, businesses gain efficiency and the government benefits from greater economic formalisation.

The Case for MDR

• The argument for MDR is not without merit. UPI requires substantial investment in servers, cybersecurity, fraud prevention, technological infrastructure and system resilience.
• As transaction volumes continue to grow, maintaining and expanding the network requires sustainable financing.
• A payment ecosystem that processes enormous volumes of transactions cannot depend indefinitely on subsidies without considering its long-term financial sustainability.
• The government had itself approved ₹1,500 crore in 2024-25 to incentivise low-value merchant transactions, recognising that shifting payments from cash to digital channels creates broader economic value.
• However, recovering the entire cost through transaction charges may overlook the positive externalities created by UPI.
• Each transaction shifted from cash to digital payments saves costs elsewhere in the economy. 

Balancing Benefits

• The Supreme Court's intervention has added an important legal dimension to the debate.
• While declining to stay the levy, it sought clarification from the Centre, RBI and NPCI regarding its legal basis, including whether the MDR constitutes a tax or a fee.
• The government's response was that the money does not accrue to the exchequer but represents a settlement between banks and service providers.
• Yet the larger issue is economic rather than merely legal: what does India gain or lose by introducing a charge on UPI?
• UPI can be compared with a highway connecting an industrial centre to a port.
• A toll may finance the highway, but its true economic value lies in the trade, investment and businesses enabled by faster connectivity.
• Similarly, UPI's importance lies not simply in processing payments but in the economic activity it facilitates.

Risks of Behavioural Change

• The introduction of MDR could alter merchant and consumer behaviour. Some merchants may encourage customers to use cash or alternative payment instruments.
• If this happens on a significant scale, several benefits created by UPI could diminish.
• A return to cash would revive cash-handling expenses, reconciliation difficulties, logistical costs and reduced digital visibility.
• Formalisation and tax-compliance gains could also weaken.
• Therefore, the relevant calculation should consider not merely MDR revenue but the economic value potentially lost because of reduced UPI adoption.
• If ₹100 collected through MDR causes more than ₹100 of economic value to disappear elsewhere, the payment ecosystem may become financially stronger while the wider economy becomes poorer.

Protecting India's Domestic Payments Ecosystem

• UPI and RuPay have also contributed to the development of a domestic digital payments ecosystem, reducing India's dependence on international card networks.
• Global players such as Visa and Mastercard had previously criticised India's zero-MDR framework as a barrier to market access.
• Any substantial shift from UPI towards cards could therefore strengthen foreign payment networks at the expense of India's indigenous infrastructure.
• A domestic advantage built over years should not be weakened without carefully evaluating the long-term consequences.

Towards a Sustainable UPI Model

• UPI must remain secure, resilient, innovative and financially sustainable.
• The objective should not simply be to make UPI self-financing by imposing charges.
• Instead, policymakers should determine the appropriate balance between direct payment-system revenue and economy-wide benefits.
• The sustainability model could involve a combination of carefully designed MDR, targeted government support, incentives for small merchants and continued investment in infrastructure.
• Charges should also be calibrated so that they do not discourage digital adoption or push merchants back towards cash.

Conclusion

• UPI represents more than a payment mechanism; it is a public digital infrastructure that generates economy-wide benefits.
• Its value extends beyond the balance sheets of NPCI, banks and payment providers to include lower transaction costs, greater formalisation, improved credit access, tax compliance and enhanced economic efficiency.
• Therefore, the success of the new MDR regime should not be measured merely by the revenue it generates.
• The decisive test is whether it increases India's overall economic return from UPI after accounting for behavioural changes and wider social and economic benefits.
• A sustainable UPI must be financially viable without undermining the very digital transformation that made it a cornerstone of India's modern economy.

About Great Indian Bustard (GIB):

• Known locally as Godawan, it is a large terrestrial bird endemic to the Indian subcontinent.
• It is one of the heaviest flying birds in the world.
• Habitat and Distribution:
  • It is endemic to the Indian subcontinent, with its remaining population concentrated mainly in India.
  • Its core population survives in the Thar Desert, mainly in Jaisalmer and Barmer districts of Rajasthan.
  • Other important habitats occur in Gujarat, Maharashtra, Karnataka and Andhra Pradesh.
  • The bird is primarily found in dry grasslands and scrublands, which are rapidly declining due to agricultural expansion and development.
• Conservation Status:
  • IUCN Red List: Critically Endangered.

About Uranium Corporation of India Limited (UCIL):

• It is a Central Public Sector Enterprise (CPSE) under the Department of Atomic Energy.
• UCIL is the main organization that mines and processes uranium ore to meet the fuel needs of India’s nuclear power program.
• It plays an important role in the country’s nuclear power cycle and provides uranium for Pressurized Heavy Water Reactors.
• Over the past six decades, the corporation has developed expertise across underground and open-cast mining, ore processing, technology development, occupational safety, radiation protection, and environmental management.
• The company operates six underground mines (Bagjata, Jaduguda, Bhatin, Narwapahar, Turamdih, and Mohuldih) and one open pit (Banduhurang) in the state of Jharkhand.
• The ore produced from these mines is processed at two processing plants located in Jaduguda and Turamdih.
• UCIL also operates an underground mine and processing plant in Tummalapalli, Andhra Pradesh.

About Rachakonda Fort:

• It is a medieval hill fort located in Rachakonda village, Yadadri Bhuvanagiri district, Telangana.
• History:
  • The fort is closely associated with the Recherla Nayaks, who established Rachakonda as an important political and military centre after the decline of Kakatiya power.
  • Recherla Singama Nayak is traditionally credited with establishing the Rachakonda stronghold in the 14th century.
  • Rachakonda was taken by the Bahmani Sultanate in 1433 CE during its expansion in the Deccan.
• Architecture:
  • It is a good example of medieval Hindu fort architecture.
  • The fort is particularly noted for its large stone fortifications and cyclopean masonry, in which massive irregular stones were fitted together without conventional mortar.
  • The complex contains gateways, stone structures, temples, water-retaining structures, and extensive ruins spread across a rocky hill.
  • The fort has two concentric walls, with four gates on each side.
  • Among the structures reported at the site are historic Sri Rama temples and several Shaiva shrines, including structures locally identified with Shiva and Veerabhadra worship.
  • The fort is largely in ruins, and vegetation has grown around portions of the remains.

About Fleet Support Ship-1 (FSS-1):

• It is the first of five Fleet Support Ships being built for the Indian Navy.
• FSSs are being developed by Hindustan Shipyard Limited (HSL), Visakhapatnam, a state-owned shipbuilding company.
• The ships are the first of their kind being constructed in India.
• Purpose:
  • The FSS will supply ships at sea with fuel, water, ammunition, and supplies, allowing the Indian Naval fleet to stay at sea for longer periods.
  • Additionally, the vessels can transfer all types of stores, victuals, and personnel to naval vessels while they are at sea.
  • They will also be capable of handling multirole helicopters.
  • Furthermore, the vessels will be utilised for evacuating individuals and providing human assistance during disaster relief operations and delivering relief supplies quickly during natural disasters.
• Features:
  • The vessel will be equipped with diesel propulsion utilising a single-shaft configuration and a controllable pitch propeller.
  • The ship will feature a double bottom and double hull in the cargo hold areas to enhance the range and duration of naval combat missions.

About Jumping Genes:

• Jumping genes, scientifically called transposable elements (TEs) or transposons, are DNA sequences that move from one location on the genome to another.
• They are widespread in both prokaryotes and eukaryotes, often making up significant portions of an organism's genetic material.
• In humans, for instance, transposons account for approximately 50% of the genome, whereas in corn, they account for up to 90%.
• Types: Transposons can be grouped into distinct types based on 2 main criteria: their mechanism of movement and their independence.
  • They are classified as retrotransposons or DNA transposons, depending on how they move within the genome.
  • They are classified as autonomous or non-autonomous, based on whether they require other transposons for their mobility.
• Transposons have a dual nature as both a threat to genome stability and a driver of genetic diversity.
  • On the harmful side, they can inactivate genes or disrupt gene expression patterns by inserting into regulatory or coding regions, leading to diseases such as hemophilia, hypercholesterolemia and various cancers.
  • However, transposons also play a key part in evolution.
  • For instance, in plants, environmental stresses like climate change can trigger increased transposon activity, potentially giving rise to adaptive mutations that enhance survival.
• To counter the potentially damaging effects of transposons, most organisms have evolved epigenetic mechanisms to regulate their activity.
  • In humans, for example, regions of the genome rich in transposons are often tightly condensed so that the transcription machinery cannot access them.
  • This densely packed DNA is called heterochromatin, and it is formed through histone modifications (changes to the histone proteins around which the DNA is wound) and DNA methylation (the addition of methyl groups to cytosine bases).
• Other silencing mechanisms are based on RNAi or small RNAs, such as piRNAs, miRNAs, or siRNAs, to specifically target and inactivate transposons.
• While most TEs are located far away from genes in areas of the chromosome that can be thought of as gene deserts, some are located near genes and even target gene-rich regions.
• Transposons can also be useful tools in the lab, with applications in mutagenesis, transgenesis, and gene therapy.

About Debrigarh Wildlife Sanctuary:

• It is situated in the Bargarh district of Odisha.
• It is located near Hirakud Dam (the longest dam in India and the longest earthen dam in the world) on the Mahanadi River.
• It finds a special mention because of the state’s noted freedom fighter, Veer Surendra Sai.
  • During his rebellion against the British, his base at Barapathara was located within the sanctuary.
• Vegetation: Most of the plant sanctuary is covered with mixed and dry deciduous forest.
• Flora: Major trees found here are Sal, Asana, Bija, Aanla, Dhaura, etc.
• Fauna:
  • Indian leopards, sloth bears, chousingha (four-horned antelope), sambar deer, gaurs (Indian bison), wild boars, and Indian wild dogs (dholes) are among the notable animal residents.
  • It is one of the most flocked wintering grounds of migratory birds like crested serpent eagle, Flower Peckers, red-vented bulbul, tree pie, drongo, and white-eye oriental.