Context

• In early 2026, India concluded major agreements with the European Union and the United States.
• The India–EU Free Trade Agreement, described as the mother of all deals, and the U.S. pact, seen as a strategic reset, reflect India’s rising global economic stature.
• Yet these successes also reveal a deeper shift: the global trading system is fragmenting, with politics, not efficiency, increasingly determining outcomes.

The Erosion of Rules-Based Globalisation

• For decades, global trade functioned on comparative advantage, efficiency, and open markets, supported by international institutions that ensured fairness.
• Countries specialised and traded freely, enabling India’s pharmaceutical industry and South Korea’s technological rise.
• Today, this framework is weakening. Access to critical goods such as semiconductors, rare earth minerals, and medical supplies is shaped by geopolitics rather than market logic.
• The decline of rules-based trade has reduced trust and increased uncertainty.

Weaponisation of Economic Interdependence

• Major powers now use trade as a strategic tool. China has restricted exports during disputes, exposing India’s reliance on Active Pharmaceutical Ingredients (APIs).
• This dependence extends to electronics, solar panels, and supply chains, making economic ties vulnerable.
• Similarly, the United States has imposed tariffs to influence policy decisions, demonstrating that even partnerships are conditional.
• Such actions show how economic interdependence has become a mechanism of leverage, not stability. Countries can no longer rely on predictable trade relationships.

Shrinking Strategic Space for India

• India’s traditional strategy of strategic autonomy, balancing relations among major powers, has weakened.
• Russia’s role as a counterweight has declined due to sanctions, reduced technological access, and growing dependence on China.
• This has narrowed India’s policy space. Reliance on either the U.S. or China for critical supply chains carries significant risks.
• While recent agreements provide short-term gains, they do not address long-term vulnerabilities in an increasingly fragmented system.

The Case for Sectoral Plurilateralism

• A shift toward sectoral plurilateralism offers a viable alternative.
• This approach involves forming focused partnerships among select countries in specific sectors rather than relying on large, broad alliances.
• Such arrangements enable countries to develop shared standards, build capabilities, and create mutual interdependence on balanced terms.
• Historical precedent supports this model. The 1951 European Coal and Steel Community linked industries among six nations, reducing conflict and building trust through practical cooperation.
• This eventually evolved into the European Union. The lesson is clear: functional cooperation can precede deeper integration.

Leveraging India’s Strengths

• India possesses significant assets that can underpin such partnerships. Its digital public infrastructure, including UPI, Aadhaar, and DigiLocker, demonstrates scalable innovation.
• Collaborative efforts to build open-source systems could provide alternatives to China’s surveillance model and U.S. big tech dominance.
• In artificial intelligence (AI), opportunities for collaboration are substantial. The United States leads in foundation models, while China builds parallel systems.
• However, countries like France, Japan, and the UAE offer strengths in research, manufacturing, and investment capital.
• Combined with India’s engineering talent and large market, these partnerships could create competitive and inclusive AI ecosystems for emerging economies.
• Establishing early technical standards would ensure long-term influence.

From Tactical Wins to Strategic Vision

• Bilateral agreements are tactical wins, but they remain vulnerable to political shifts. A broader strategy requires building durable systems of cooperation.
• Sector-specific partnerships in areas such as space, digital infrastructure, and AI can provide this foundation.
• These collaborations must have the authority to set binding standards and regulate participation, ensuring stability and credibility.
• Such partnerships transform national capabilities into sustained influence rather than temporary bargaining tools.
• They also reduce dependence on dominant powers while enhancing resilience.

Conclusion

• The global trade environment is undergoing a structural transformation marked by fragmentation, uncertainty, and rising geopolitical competition.
• India’s recent trade agreements highlight both opportunity and vulnerability. To navigate this landscape, India must move beyond reactive diplomacy.
• By embracing sectoral plurilateralism, India can strengthen its position, mitigate risks, and shape emerging global systems.
• Building partnerships with middle powers enables it to participate in defining rules rather than merely adapting to them.
• This shift, from managing relationships to creating frameworks, will determine India’s role in the evolving world order.

Why in news?

India is moving toward restructuring its electricity trading system through proposed regulations on market coupling, issued by the Central Electricity Regulatory Commission (CERC). Market coupling aims to aggregate bids from all power exchanges and determine a single, uniform market-clearing price, replacing the current system where different exchanges set varying prices.

Traditionally, electricity in India is sold through long-term power purchase agreements (PPAs) between generators and distribution companies (DISCOMs). However, power exchanges enable short-term trading to manage demand fluctuations, where surplus electricity is sold at market-driven prices.

The proposed reform seeks to shift from this decentralised price discovery system to a unified one, with the Grid Controller of India designated as the central operator responsible for implementing market coupling and ensuring efficient price discovery.

What’s in Today’s Article?

• CERC’s Market Coupling Proposal: Key Features and Developments
• Electricity Trading in India: Structure and Market Mechanisms

CERC’s Market Coupling Proposal: Key Features and Developments

• The Central Electricity Regulatory Commission has proposed amendments through the Power Market (Second Amendment) Regulations, 2026, building on the 2021 regulations where market coupling was first introduced.
• Market coupling is a system where buy and sell bids from all power exchanges are combined to determine a single, uniform market-clearing price (MCP) for electricity.
• It moves price discovery from individual exchanges to a central Market Coupling Operator (MCO) to optimize transmission, enhance price transparency, and maximize economic surplus.
• Objectives of Market Coupling
  • Market coupling aims to:
    • Enable uniform price discovery across power exchanges
    • Reduce price disparities between regions
    • Provide a reliable benchmark price for policymakers
    • Improve market efficiency and stability
• Grid India as Market Coupling Operator (MCO)
  • The Grid Controller of India is proposed to act as the Market Coupling Operator (MCO), responsible for:
    • Operating and managing market coupling
    • Creating a dedicated internal cell for this function
    • Until formal rollout, power exchanges will continue price discovery.
• Centralised Price Discovery Mechanism
• MCO will aggregate bids from all power exchanges.
• Determine a single market-clearing price (MCP).
• Based on maximisation of economic surplus (buyer + seller benefits).
• Ensures efficient and transparent pricing.
• Power Market Coupling Procedure (PMCP)
  • Grid India will develop a detailed Power Market Coupling Procedure (PMCP) within six months.
  • PMCP will define:
    • Roles and responsibilities of MCO
    • Standardised bid formats
    • Design of the price discovery algorithm
• Uniform Bid Collection and Transmission
• All power exchanges will:
  • Collect bids in a standardised format
  • Share them with MCO via secure channels within defined timelines
• This ensures consistency and seamless integration across markets
• Phased Expansion Across Market Segments
  • Market coupling will initially apply to:
    • Day-Ahead Market (DAM) - DAM is a financial and physical electricity trading market where participants buy and sell power for delivery the following day.
    • Real-Time Market (RTM)
  • Gradually extended to other electricity market segments
• Controversies and Legal Challenges
  • Insider Trading Allegations - Securities and Exchange Board of India (SEBI) flagged irregularities. Allegations of confidential information leak involving a CERC official.
  • Industry Opposition - India Energy Exchange, holding over 90% Day-Ahead Market (DAM) share, opposed the move.
  • Concern: loss of competitive advantage under uniform pricing.
• Market Structure and Key Players
  • Dominant player: India Energy Exchange (IEX)
  • Other exchanges:
    • Power Exchange India Limited
    • Hindustan Power Exchange Ltd

Electricity Trading in India: Structure and Market Mechanisms

• India’s electricity trading system is gradually shifting toward a more market-driven and flexible model, with short-term trading gaining importance alongside traditional long-term contracts.
• Dual System: Long-Term Contracts and Short-Term Markets
  • Electricity trading in India operates through two main channels:
    • Long-term Power Purchase Agreements (PPAs): Typically 25-year contracts between generators and distribution companies
    • Short-term markets: Facilitated through power exchanges to manage demand fluctuations and surplus supply
• Market-Based Price Discovery
  • Electricity is traded through bids (demand) and offers (supply).
  • The market-clearing price (MCP) is determined where demand and supply intersect.
  • This system allows:
    • Generators to optimise output and revenue
    • Utilities to efficiently meet variable demand
• Types of Power Markets Based on Timing
  • Spot Market
    • Real-Time Market (RTM): Near-immediate electricity delivery
    • Intraday Market: Same-day trading, hours before delivery
  • Day-Ahead Market (DAM)
    • Closed auctions for 15-minute time blocks
    • Electricity delivered the next day
  • Term-Ahead Market (TAM)
    • Contracts for delivery from 3 hours to 11 days ahead
• Growth of Short-Term Electricity Markets
  • Volume increased from 65.90 Billion Units (2009-10) to 238.35 Billion Units (2024-25)
  • Growth rate:
    • Short-term transactions: 8.9% CAGR
    • Total generation: 5.8% CAGR
  • Share in total electricity generation rose from 9.6% to 13.03%

Why in news?

India is facing a sharp rise in fertiliser prices due to supply disruptions triggered by the US–Israel–Iran conflict and the closure of the Strait of Hormuz, a key global energy and trade route.

India’s latest urea import tender by Indian Potash Limited saw prices rise to $935–959 per tonne, nearly double the $508–512 per tonne recorded in February by Rashtriya Chemicals and Fertilizers.

What’s in Today’s Article?

• Price Rise Across Key Fertilisers
• Supply Chain Disruptions
• Kharif Season Fertiliser Challenge in India Amid Supply Disruptions
• Addressing India’s Fertiliser Crisis: Alternatives and Policy Options

Price Rise Across Key Fertilisers

• DAP (Di-Ammonium Phosphate): Increased from ~$680–720 to ~$865–925 per tonne.
• Sulphur: Jumped from ~$300–550 to ~$900 per tonne.
• Ammonia: Rose from ~$435 to ~$850–900 per tonne.
• The surge affects both finished fertilisers and key raw materials, amplifying overall cost pressures.

Supply Chain Disruptions

• Closure of the Strait of Hormuz has restricted global shipments.
• Shutdown of facilities by QatarEnergy and Maaden due to Iranian strikes has reduced supply.
• India is now sourcing from alternative markets like Indonesia, Malaysia, Morocco, and Jordan.
• However, new suppliers must cater to multiple regions, including South America. This has increased competition for limited supplies, further pushing up prices.

Kharif Season Fertiliser Challenge in India Amid Supply Disruptions

• The upcoming kharif season, beginning with the southwest monsoon in June, faces a serious fertiliser supply challenge, particularly for urea.
• During this season:
  • Estimated kharif requirement: 19.4 million tonnes (mt)
  • Available stock (early April): ~5.5 mt
  • This indicates a significant shortfall ahead of peak sowing season.
• Dependence on Imports and Gulf Region
  • India’s annual urea consumption: 39–40 mt
    • Domestic production: 30–31 mt
    • Imports: 9–10 mt
  • Pre-war, ~40% imports came from Gulf Cooperation Council (GCC) countries.
  • Over 60% of LNG (key input for urea production) sourced from the Gulf.
  • Disruptions in the Gulf region have directly impacted both imports and domestic production.
• Impact on Domestic Production
  • Normal monthly production: ~2.5 mt
    • March output: ~1.5 mt
    • April expected: ~1.7–1.8 mt
  • Recovery to normal levels unlikely before June.
  • LNG supply disruptions have reduced production capacity.
• Logistical and Import Constraints
  • Shipment delays due to vessels being stuck near the Persian Gulf and Strait of Hormuz.
  • Deadlines for cargo loading extended due to availability and transit issues.
  • Both imports and transportation bottlenecks are worsening supply shortages.
• Relative Position of Other Fertilisers
  • Better availability for:
    • DAP (Di-Ammonium Phosphate)
    • MOP (Muriate of Potash)
    • SSP (Single Super Phosphate)
    • Complex fertilisers (NPKS-based)
  • The urea shortage remains the most critical concern.
• Outlook: Kharif vs Rabi
  • Kharif season may be managed with difficulty
  • Greater risk lies in the rabi season, where shortages could intensify

Addressing India’s Fertiliser Crisis: Alternatives and Policy Options

• India’s fertiliser use is heavily skewed toward a few key products:
  • Urea: ~55% share of total consumption (70–71 mt annually)
  • DAP (Di-Ammonium Phosphate): ~9–9.5 mt
  • NPKS Complex Fertilisers: ~14.2 mt
  • SSP (Single Super Phosphate): ~5–5.5 mt
• This dependence makes the system vulnerable to disruptions, especially in urea and DAP.
• Shift Toward Alternative Fertilisers
  • Supply shortages—especially of ammonia—may lead to substitution with other fertilisers, such as:
    • TSP (Triple Super Phosphate): High phosphorus (46%), no nitrogen
    • MAP (Mono Ammonium Phosphate): Balanced N and P content
    • SSP: Lower phosphorus but contains sulphur
  • This shift can help manage nutrient supply despite shortages.
• Proposal: Fortified Fertilisers
  • Industry stakeholders suggest:
    • Coating urea or DAP with micronutrients (zinc, iron, boron, etc.)
    • Adding secondary nutrients (sulphur, calcium, magnesium)
    • Relaxing price controls on such fortified products
  • Benefits:
    • Improved crop yields and nutrient efficiency
    • Reduced need for separate micronutrient application
    • Greater value for farmers despite higher prices
• Role of Biostimulants in Reducing Fertiliser Dependence
• Biostimulants are emerging as a sustainable alternative:
  • Derived from microbes, seaweed, and organic matter
  • Do not supply nutrients directly but enhance nutrient uptake and efficiency
• Example: Phosphate-solubilising bacteria convert locked soil phosphorus into usable forms.
• Improving Nutrient Use Efficiency
  • Fertilisers often have limited absorption by plants.
  • Biostimulants improve:
    • Nutrient availability in soil
    • Conversion into plant biomass and yield
  • Can be blended with chemical fertilisers to reduce overall consumption.

Conclusion

• The fertiliser crisis may accelerate a shift toward diversification, innovation, and efficiency, with alternatives like fortified fertilisers and biostimulants helping India reduce dependence on traditional inputs while sustaining agricultural productivity.

Why in the News?

• The Government of India has notified new online gaming rules, introducing a regulatory framework and mandatory registration for esports platforms.

What’s in Today’s Article?

• Esports in India (Concept, Growth, Types of Esports, Govt Regulations, etc.)
• News Summary (Key Provisions of New Online Gaming Rules, Challenges, etc.)

E-sports in India: Concept and Growth

• E-sports refers to competitive video gaming where individuals or teams compete in organised tournaments, often for prize money and professional recognition.
• It is distinct from casual gaming due to its structured format, professional players, and spectator base.
• The esports industry in India has witnessed rapid growth over the past decade. With increasing smartphone penetration, affordable internet, and a young population, India has emerged as a key market.
• The industry is estimated to be worth over $1-1.5 billion, with strong growth projections driven by streaming, sponsorships, and tournament ecosystems.
• India has also seen the rise of professional esports athletes, gaming organisations, and large-scale tournaments. Platforms such as mobile gaming have significantly contributed to this expansion.

Types of E-sports and Gaming Ecosystem

• First, mobile esports dominate the Indian market due to accessibility. Games like battle royale and multiplayer strategy formats fall under this category.
• Second, PC and console esports, which are more prevalent in global tournaments and require higher infrastructure.
• Third, team-based competitive gaming, where structured leagues and franchises operate.
• The ecosystem includes players, teams, tournament organisers, streaming platforms, sponsors, and audiences.
• Revenue streams include advertising, media rights, in-game purchases, and sponsorship deals.

Government Regulations and Policy Framework

• Esports has been recognised as part of multi-sports events under the Ministry of Youth Affairs and Sports, distinguishing it from gambling or betting activities.
• The Promotion and Regulation of Online Gaming Act, 2025, forms the basis of the current regulatory framework. It aims to balance innovation with user protection.
• Key regulatory focus areas include:

• Ensuring user safety and preventing addiction.
• Regulating financial transactions in gaming platforms.
• Preventing illegal betting and gambling activities.

• The government has adopted a light-touch regulatory approach, especially for non-risk gaming categories, to encourage industry growth while maintaining oversight.

News Summary

• The government has notified administrative rules under the Online Gaming Act to regulate the online gaming sector.
• A key feature is the creation of the Online Gaming Authority of India (OGAI), a six-member body under the Ministry of Electronics and Information Technology. It includes representatives from multiple ministries, ensuring inter-sectoral oversight.
• The authority will function as the central regulator and will oversee compliance, safety standards, and grievance redressal mechanisms.

Key Provisions and Compliance Requirements

• The rules mandate gaming companies to implement operational and behavioural safeguards to protect users from financial and psychological harm.
• A significant provision is that registration for esports platforms is mandatory, while other online games may not require registration unless identified as high-risk.
• Gaming companies must also establish grievance redressal systems, allowing users to escalate complaints to the regulator if unresolved within a specified time.
• Banks and financial institutions are required to verify whether gaming platforms are legally permitted before enabling transactions. They must restrict services to non-compliant entities.

Approach to Regulation and Emerging Challenges

• The government has emphasised a regulation-light approach, allowing most non-risk games to operate freely without mandatory registration.
• At the same time, provisions have been included to introduce age classification systems and codes of practice in the future to address issues such as gaming addiction.
• Illegal betting platforms and offshore gaming sites continue to pose challenges. Authorities have acknowledged difficulties in regulating such platforms, especially when accessed through VPNs.

Context:

• Indian Railways is one of the largest rail networks in the world, operating over 25,000 trains daily, serving 20 million passengers and transporting critical commodities — coal, iron ore, steel, cement, and grains — across 1,37,000 km of tracks.
  The track is the very foundation of this system. Therefore, its integrity directly determines passenger safety, freight efficiency, and network reliability.
• Recognising this, Indian Railways launched a comprehensive track modernisation programme over a decade ago, and the results today are measurable and significant.

Key Modernisation Initiatives:

• Track renewal and structural upgrades:
  • Since 2014, approximately 55,000 km of tracks have been renewed, improving safety, ride quality and reducing maintenance frequency.
  • Around 44,000 track km of long rail panels (260 m each) have been laid — fewer joints mean smoother, safer movement.
  • Over 80,000 track km of stronger 60-kg rails now support heavier axle loads and higher speeds.
• Advanced inspection and flaw detection:
  • Ultrasonic Flaw Detection (USFD) testing has been conducted over 36.2 lakh track km and 2.25 crore welds, identifying hidden internal cracks invisible to the naked eye.
  • This has resulted in a 90% reduction in rail and weld failures — a paradigm shift from reactive maintenance to preventive safety management.
  • Complementary technologies now deployed include -
    • Phased-array testing for flash-butt welds.
    • Magnetic-particle inspection for new welds.
    • GPS-enabled Oscillation Monitoring Systems (OMS) for real-time ride quality measurement and precise location tracking of track defects.
• Mechanised maintenance:
• The track machine fleet has nearly doubled — from 748 machines in 2014 to 1,785 in 2026 — enabling faster tamping, ballast cleaning and rail grinding.
• Deep screening of ballast (the crushed stone bed providing drainage, vibration absorption, and track stability) has been completed across over 1 lakh track km. Rail grinding for surface defect removal has similarly covered over 1 lakh km.
• Mechanisation is critical given that maintenance windows between trains are shrinking as traffic volumes grow.
• Supporting safety infrastructure:
  • 17,500 km of safety fencing installed, especially on sections where speeds exceed 110 kmph, to prevent trespassing by humans and cattle.
  • 36,000 thick-web switches and 7,500 weldable CMS crossings at points and crossings for durability and smoother passage.
  • Wider, heavier sleepers for thermal stability, especially during summer.
  • H-beam sleepers on girder bridges and long welded rails through yards.
• Digital integration: A web-enabled Track Management System (TMS) consolidates data from USFD testing, ride quality readings and track geometry measurements onto a single platform, enabling data-driven prioritisation and timely interventions.

Outcomes and Impact:

• Increase in speed potential: Networks capable of higher speeds, for example, track fit for over 130 kmph rose from 6% to 23% (between 2014-15 and 2025-26), and track fit for over 110 kmph rose from 40% to 80%.
• Improved safety outcomes: Consequential train accidents reduced from 135 (2014–15) to 16 (2025–26), and accident rate per million train km improved from 0.11 to 0.01 - a 90% improvement.
• Impact: These improvements enabled semi-high-speed services like the Vande Bharat Express, reduced journey times, improved punctuality and boosted freight reliability.

Challenges:

• Shrinking maintenance windows as train frequency increases, leaving less time for track upkeep between services.
• The scale of the network (over 1,37,000 km) makes uniform upgradation a logistical challenge.
• The ballast degradation is a continuous process requiring sustained mechanised intervention.
• Balancing speed upgradation with structural and signalling system readiness.
• Last-mile safety risks such as trespassing, unmanned level crossings, and human error persist.

Way Forward:

• Continued expansion of the track machine fleet and USFD coverage across the remaining network.
• Scaling up preventive and predictive maintenance using AI-integrated TMS data.
• Extending high-speed-capable track (≥130 kmph) to enable broader deployment of Vande Bharat and future high-speed corridors.
• Strengthening safety fencing and level crossing elimination on high-density routes.
• Upgrading bridges and girder infrastructure in parallel with track renewal.
• Investment in human capital — training maintenance staff in operating and interpreting data from modern machines.

Conclusion:

• India's railway track modernisation over the past decade represents one of the most significant infrastructure transformations in the country's recent history.
• This story is instructive not merely as a sectoral achievement but as a model of how sustained institutional investment, technological adoption and policy continuity can produce systemic change in a public utility of national importance.
• The task ahead is to consolidate these gains, extend them to the entire network, and align track capacity with India's broader ambitions in high-speed and freight rail.

Context

• The trajectory of Left-Wing Extremism (LWE) in India marks a transition from entrenched conflict to emerging stability.
• Districts such as West Midnapore and Simdega once reflected deprivation, insecurity, and limited state presence.
• Today, figures like Salima Tete and Mamta Hansda symbolise a shift toward opportunity and national integration.
• Their journeys from remote, conflict-affected regions to representing India underscore the transformative power of sustained intervention.
• Yet, the deeper challenge lies in ensuring that peace evolves into durable and inclusive development.

The Arc of Conflict and Security Gains

• In 2009, the then PM (Manmohan Singh) identified LWE as India’s most serious internal security threat, a concern reinforced by the 2010 Dantewada attack.
• Prolonged violence eroded state legitimacy, disrupted governance, and created an environment of fear, instability, and institutional breakdown.
• By 2026, Home Minister Amit Shah declared the country free of Maoist insurgency, marking a significant security victory.
• This achievement reflects political commitment, inter-state coordination, and strategic operations.
• However, security gains alone cannot ensure long-term peace; they merely open the path for governance to establish trust, credibility, and stability.

Beyond Security: The Imperative of Governance Credibility

• The transition from conflict to peace depends on building governance credibility in historically neglected regions.
• These areas have long suffered from a resource curse, where natural wealth coexists with poverty.
• Initiatives such as Jungle Mahal, Saranda, and Bastar demonstrate a shift toward area-based planning and sustained reconstruction.
• A community-centred approach is essential, focusing on forest economies, agroforestry, local enterprises, and eco-tourism.
• Strengthening local value chains and ensuring fair procurement can generate livelihood security.
• The emphasis must be on inclusive growth, local ownership, and equitable distribution of resources.
• Development, in this context, is not merely economic expansion but the restoration of dignity and agency.

The Human Dimension: Reclaiming Citizenship

• At the heart of the LWE landscape lies the experience of the Adivasi citizen, often positioned between state forces and insurgents.
• This condition reflects a deeper crisis of citizenship, where constitutional rights remain inadequately realised.
• The everyday reality includes displacement, exclusion, and limited access to basic services.
• Reclaiming citizenship requires recognising individuals as rights-bearing stakeholders rather than passive recipients.
• The focus must shift toward human dignity, social justice, and empathetic governance. Peace is not simply the absence of violence but the presence of trust, recognition, and participation.

A Framework for Post-LWE Transformation

• Sustainable transformation requires rebuilding relationships between the state and citizens, an idea aligned with the work of John Paul Lederach.
• Conflict reflects deeper fractures that demand institutional repair, trust-building, and fairness.
• The proposed AIEEEE framework, accountability, innovation, evidence, equity, empathy, and efficiency, offers a structured approach.
• Effective implementation depends on policy convergence, institutional coordination, and last-mile delivery.
• Strengthening justice systems, ensuring humane policing, improving grievance redressal, and addressing undertrial burdens are essential for building public confidence.

Youth, Aspiration, and the Role of Opportunity

• Youth represent a critical driver of transformation. Sports have demonstrated their role in fostering discipline, confidence, and identity, but broader opportunities are necessary.
• Expanding education access, skill development, and employment pathways aligned with local economies can sustain progress.
• Encouraging women-led enterprises, enhancing residential schooling, and supporting entrepreneurship can create long-term social mobility.
• Channelling aspiration into productive avenues reduces vulnerability to conflict and strengthens community resilience.

Conclusion

• The shift from counter-insurgency to inclusive governance requires a commitment to cooperative federalism and sustained engagement.
• The ultimate measure of success lies not in the absence of violence but in the presence of justice, opportunity, and institutional trust. Building structural confidence in governance is both an administrative and psychological task.
• A humane and consistent state presence can transform these regions into spaces of belonging, participation, and shared progress.