Scaling urban land governance in India: the NAKSHA Programme as a platform for governance innovation for sustainable cities

1 Introduction

India currently stands as one of the world’s most rapidly urbanizing nations, with projections indicating that nearly 40% of its population will reside in urban centers by 2030, exceeding 600 million residents by 2031 (Bhagat and Hassan, 2025). However, this unprecedented demographic shift is decoupled from administrative precision; for decades, India has expanded its urban footprint across a “spatial blind spot,” a systemic void in comprehensive, legally recognized urban land records. Despite the pivotal role of cities in generating approximately 60% of national GDP, the governance of urban land remains one of the most consequential yet underperforming administrative functions in the country.

The country has made significant progress in digitizing rural land records through the National Land Records Modernization Programme (NLRMP), Digital India Land Records Modernization Programme (DILRMP) and the SVAMITVA scheme for a period of almost one and a half decades. Urban centers remain anchored to fragmentary and institutionally contested systems. As emphasized by the NITI Aayog (2021), the structural absence of accurate geospatial data serves as a primary constraint on governance quality. Most Urban Local Bodies (ULBs) operate without digitized cadastral maps, relying instead on archaic property tax registers that verify occupancy rather than statutory ownership. The functionality of building permissions, town country planning and approvals exists in their comfortable isolation. This systemic opacity induces severe economic friction: property disputes comprise 60%–70% of all civil litigation in India (Daksh India, 2016), land market distortions erode annual GDP growth by an estimated 1.3% (McKinsey Global Institute, 2001), and ULBs remain fiscally stunted, generating only 32% of revenue internally due to sub-optimal tax assessment frameworks.

Launched in late 2024 and formally inaugurated in February 2025, the NAKSHA Programme marks a paradigm shift in the Government of India’s approach to urban land administration. NAKSHA is defined by its unprecedented technological fidelity, piloting a UAV-based aerial survey methodology that achieves a 5 cm ground resolution, significantly outperforming the 50 cm and 30 cm resolutions of ISRO and European Space Agency (ESA) satellite platforms, respectively.

This paper evaluates NAKSHA’s architecture as a platform for governance innovation, examining its design, scaling imperatives, and socio-technical challenges. This research outlines a roadmap for leveraging high-resolution geospatial intelligence to build the foundation for truly sustainable and climate-resilient cities by synthesizing international evidence on land administration reform with the unique institutional and legal complexities of the Indian urban landscape. It also evaluates the implementation experience of NAKSHA as of 31st March 2026. The Research Questions of this research include:

RQ1: What constitutes the design rationale and geospatial architecture of the NAKSHA Programme, and to what extent does it align with or diverge from global benchmarks in land administration modernization?

RQ2: What are the multidimensional structural, institutional, technical, and socio-legal barriers that impede the transition of NAKSHA from a limited 150-ULB pilot to a comprehensive national platform encompassing all 4,912 Urban Local Bodies?

RQ3: How can insights from international land reform and India’s SVAMITVA experience be synthesized into a policy framework that leverages GeoAI and statutory reform to transform NAKSHA into a permanent, innovation-driven foundation for sustainable urban governance?

This research investigates the transformative potential of the NAKSHA Programme by addressing three interconnected inquiries centered on design, scalability, and sustainability. The paper cross-examines the foundational architecture and geospatial rationale of NAKSHA, evaluating its high-resolution UAV-based methodology against international precedents in digital cadaster modernization. It identifies the systemic structural, institutional, and technical friction points ranging from jurisdictional fragmentation to the complexities of informal tenure that complicate the scaling of this intervention from its 150-ULB pilot to a nationwide program covering 4,912 Urban Local Bodies. The study aims to articulate a robust policy roadmap, synthesizing evidence from global land administration reforms and the domestic SVAMITVA experience to ensure that NAKSHA evolves from a technically sophisticated pilot into a durable, nationally scaled platform for governance innovation. The paper explores how high-fidelity geospatial intelligence can move beyond mere data collection to become the digital backbone for climate-resilient and sustainable Indian cities.

2 Literature for the urban land records crisis and context

The persistent crisis in Indian urban land records is a structural manifestation of what scholars’ term “informality by design,” where the absence of statutory cadastral frameworks creates an environment of administrative opacity. International literature on land administration systems (LAS) emphasizes that modern urban governance requires a shift from deeds-based systems, which merely record transactions, to title-based systems that provide a state-guaranteed certainty of ownership. Table 1 provides a theoretical foundation of the Crisis.

Table 1. Theoretical foundations of the crisis.

In India, this crisis is compounded by a historical reliance on fiscal property tax registers as proxies for legal titles, a practice that fails to resolve the complex tenure overlapping common in peri-urban and informal habitations. Empirical evidence suggests that this “spatial illegibility” not only stifles municipal revenue and complicates eminent domain for infrastructure but also prevents the integration of Geospatial Artificial Intelligence (GeoAI) into climate-resilience planning. Without high-fidelity, legally verifiable digital base maps, the “Digital Twin” of the Indian city remains an unattainable aspiration, leaving Urban Local Bodies (ULBs) incapable of performing the precision governance required for 21st-century environmental and economic sustainability.

2.1 Urban land records crisis: a structural and historical deficit

The crisis within India’s urban land records is not merely a contemporary administrative failure but a deep-seated structural deficit with profound historical and institutional roots. The colonial-era revenue administration, which established the foundational architecture of India’s land record system, was designed exclusively for the extraction of agricultural land revenue and was never systematically extended to the urban fabric. Consequently, as post-independence urbanization accelerated and rural settlement areas (Abadi) were absorbed into burgeoning metropolitan agglomerations, a jurisdictional vacuum emerged: Revenue Departments effectively ceased record maintenance for areas designated as “urban,” yet no municipal body was granted the statutory mandate to inherit this critical custodial function.

The institutional responsibility for land administration terminates abruptly at the urban boundary in most Indian states. This “administrative cliff” results in a fragmented and legally precarious landscape characterized by several key failures:

• a) Evidence vs. Title: Registered sale deeds at the Sub-Registrar’s office provide a record of transaction history between the buyer and the seller, but do not constitute state-guaranteed legal title.
• b) Fiscal proxies: Municipal property tax records identify taxpayers or occupiers, serving as a poor proxy for verified ownership.
• c) Jurisdictional isolation: Development Authority records and the building permissions are often restricted to land formally acquired, planned and allotted, leaving vast portions of the city’s spatial extent unmapped.
• d) Spatial obsolescence: Existing cadastral maps, where they persist, are decades out of date and fail to capture vertical growth, rapid horizontal subdivisions, or the reality of urban amalgamations.
• e) Geospatial decoupling: Most Urban Local Bodies (ULBs) lack GIS-ready base maps that correlate legal ownership with high-resolution spatial geometry.

While a few states, notably Tamil Nadu, Maharashtra, Gujarat, and Goa, have created and also maintained parallel urban land record systems, and Karnataka’s recent Urban Property Ownership Records (UPOR) initiative has attempted significant reform, these efforts have often been hampered by challenges regarding informal settlement coverage and legal sanctity. For the vast majority of India’s 7,933 + urban settlements, the geospatial and legal gap remains nearly absolute. It is within this vacuum that the NAKSHA Programme emerges as a platform for governance innovation, seeking to replace these fragmented legacies with a unified, high-fidelity digital infrastructure essential for sustainable and climate-resilient urban development.

Table 2 provides a comparative institutional landscape. India’s urban land record crisis is not a new or poorly documented problem; it is a structural deficit with deep historical and institutional roots. The colonial-era revenue administration, which formed the basis of India’s land records system, was designed primarily for agricultural land taxation and never extended systematically to urban areas.

Table 2.

Table 2. Comparative institutional landscape.

Post-independence, as cities expanded rapidly and village settlement areas were absorbed into urban agglomerations, Revenue Departments ceased to update land records for areas declared urban, yet no municipal institution was given a clear statutory mandate to take over this function. The persistence of this record-keeping vacuum manifests in several compounding socio-economic and administrative constraints that stifle urban evolution:

• 1) Financial exclusion and capital stagnation: In the absence of state-guaranteed titles, citizens are unable to leverage urban land as liquid collateral for institutional credit. This necessitates prohibitive due diligence costs and locks vast amounts of “dead capital,” particularly in marginalized habitations.
• 2) Fiscal fragility of ULBs: The inability to equitably and comprehensively levy property taxes leads to the chronic under-resourcing of Urban Local Bodies. This fiscal gap limits the capacity of cities to invest in the essential services and green infrastructure required for long-term sustainability.
• 3) Inhibited precision planning: Urban planning, large-scale infrastructure deployment, and land acquisition for public utilities are forced to proceed within a landscape of systemic ownership uncertainty. This lack of spatial clarity exponentially increases project risk, inflates costs through protracted litigation, and delays the implementation of critical climate-adaptation measures.

Eventually, NAKSHA addresses these deficits by shifting the paradigm from reactive administration to a proactive platform for governance innovation, providing the high-fidelity data backbone necessary to mitigate these risks and build resilient, resource-efficient cities.

2.2 A comparative review: urban land records in international context

The global discourse on land administration reform provides a robust evidentiary framework that is directly applicable to the architectural design and scaling imperatives of the NAKSHA Programme. To position NAKSHA as a platform for governance innovation, three thematic bodies of international research are particularly instructive: the macro-economic correlations between land tenure security and capital formation; the institutional prerequisites for the longitudinal maintenance of digital spatial data; and the socio-technical equity dimensions of formalizing urban informal habitations. Table 3 specifies the Comparative Global Benchmarks in Land Administration Landscape.

Table 3. Global benchmarks in land administration.

A critical driver for this reform is the untapped potential of municipal fiscal autonomy. A comprehensive cost–benefit analysis by Deininger and Goyal (2024) highlights a bare global disparity: land and property taxes contribute a mere 0.6% of GDP in low-income economies, contrasted with 2.2% in industrialized nations. This fiscal chasm is not merely a product of tax policy but is fundamentally rooted in institutional capacity deficits and high-resolution data quality failures. For India to achieve sustainable urban development, NAKSHA must be leveraged not just as a survey tool but as the foundational data infrastructure required to bridge this fiscal gap and enable precision governance.

2.2.1 Rwanda: national cadastral digitization and the blueprint for scalability

Rwanda represents the most comprehensively documented case of systematic national land registration and digital transformation within the developing world, offering critical insights for the national scaling of the NAKSHA Programme. Between 2011 and 2013, Rwanda executed a landmark first-time titling initiative for all land parcels, achieving a nationwide digital cadaster and registry by 2023, the first of its kind in Africa.

This transition from a paper-based system to a high-fidelity digital platform serves as a vital benchmark for governance innovation. Notably, Rwanda’s framework achieved high socio-technical equity, with 86% of titles incorporating female ownership. For the Indian context, the Rwandan experience underscores that rapid, large-scale spatial digitization is achievable through a unified institutional mandate. It provides a strategic roadmap for NAKSHA on how to integrate high-resolution spatial data into a durable, state-guaranteed registry that supports sustainable urban growth and gender-inclusive tenure security. Comparative Lessons for NAKSHA

• a) Institutional velocity: Rwanda demonstrated that systematic registration can be completed within a condensed timeline through centralized political will.
• b) Equity by design: The integration of gender-inclusive titling mirrors NAKSHA’s potential to formalize rights in complex socio-environmental urban landscapes.
• c) Platform continuity: The evolution from initial mapping to a fully operational digital registry highlights the importance of moving beyond “static surveys” to dynamic governance platforms.

2.2.2 Kenya: digitization constraints, data Fidelity, and institutional trust

Kenya’s implementation of the ArdhiSasa (“Land Now”) digital registry in 2021 serves as a critical cautionary case for the NAKSHA Programme, illustrating the multidimensional risks inherent in transitioning to a digital-first governance platform. While technically ambitious, the Kenyan experience highlighted significant friction points: inadequate software interoperability, complexities in the digital ingestion of legacy titles and leases, and persistent data mismatches between physical archives and their digital counterparts. Table 4 reports on the Strategic Risk Mitigation for NAKSHA.

Table 4. Strategic risk mitigation for NAKSHA.

These systemic inefficiencies, ranging from protracted title search delays to the loss of digital records and a lack of specialized technical personnel, emphasize that governance innovation is not achieved through technology alone. For NAKSHA to achieve national scale across 4,912 ULBs, it must proactively address these “second mile” challenges by ensuring high-resolution data fidelity, building institutional capacity, and establishing user-centric digital architecture. Failure to synchronize technical deployment with administrative readiness risks eroding the public trust essential for a sustainable and inclusive urban land governance system.

2.2.3 Turkey and Colombia: systematic reform and high-Fidelity geospatial infrastructure

Turkey and Colombia offer compelling evidence of the transformative impact of sustained, systematically implemented land digitization, serving as vital benchmarks for the NAKSHA Program’s evolution into a platform for governance innovation. In Turkey, through a comprehensive modernization initiative, the state successfully registered 14.5 million land parcels within a unified digital cadaster, benefiting over 36 million citizens and providing hundreds of public institutions with seamless access to high-resolution geospatial data.

A critical parallel to the NAKSHA vision is the Turkish system’s integration of state-of-the-art 3D modelling technology. This transition from 2D mapping to a multidimensional spatial database enables advanced urban planning and disaster risk management facets essential for the development of sustainable and climate-resilient cities Doğan and Yakar (2018). Similarly, Colombia’s “Multipurpose cadaster” reform shifted the focus from purely fiscal tracking to a holistic land governance system that supports social equity and environmental monitoring Döner (2021). These cases demonstrate that when high-resolution data is anchored in robust institutional frameworks, it transcends simple record-keeping to become the “Digital Twin” infrastructure required for 21st-century urban governance. Benchmarking NAKSHA Against Global Successes includes:

• 1) Multipurpose utility: Moving beyond tax registers to support environmental hazard forecasting and urban resilience (as seen in Turkey).
• 2) Institutional interoperability: Enabling cross-departmental access to a “Single Source of Truth” for land and spatial data.
• 3) Technological sophistication: Leveraging NAKSHA’s 5 cm GSD drone imagery to build the high-fidelity 3D models required for precision urban governance.
• 4) Scalable governance: Demonstrating that national-scale registration is a prerequisite for achieving the UN Sustainable Development Goals (SDGs) in rapidly urbanizing landscapes.

2.2.4 India’s SVAMITVA scheme: a domestic blueprint for scalable governance innovation

The SVAMITVA (Survey of Villages Abadi and Mapping with Improvised Technology in Village Areas) scheme serves as the primary domestic precursor and technical benchmark for the NAKSHA Programme. Launched in 2020 and scaled nationwide by 2021, SVAMITVA offers the most direct evidence of the potential and the inherent challenges of deploying high-resolution geospatial technology to resolve tenure insecurity at a national scale. Technologically, SVAMITVA shares a nearly identical DNA with NAKSHA: it leverages the Survey of India as a strategic technical partner, utilizes UAV-based aerial photogrammetry, and establishes a robust GNSS/CORS network to generate high-fidelity property cards as the primary citizen-friendly output. As of late March 2026, the scheme had achieved unprecedented results, completing drone surveys in over 329,161 villages and issuing 26.3 million property cards.

The SVAMITVA experience proves that a geospatial platform for governance innovation is operationally feasible in the Indian context for NAKSHA. However, it also highlights that the transition from rural Abadi areas to complex urban habitations requires an even more sophisticated integration of GeoAI and legal frameworks. By internalizing the lessons of SVAMITVA, particularly regarding state-level data validation and the speed of record finalization, NAKSHA can more effectively scale its architecture to support the overarching goal of sustainable and climate-resilient cities. Table 5 provides a summary of the Comparative Technological and Output Framework for NAKSHAVs SVAMITVA.

Table 5. Comparative technological and output framework for NAKSHAVs SVAMITVA.

2.3 Comparative summary: international land administration reform cases

A global comparative analysis of land administration reforms reveals critical pathways and pitfalls for NAKSHA’s national scaling. In Rwanda, the transition to a nationwide digital cadaster between 2011 and 2023 saw the country leap from rank 137 to 2 in the World Bank’s property rights index, notably achieving gender parity with 86% of titles including women. However, the Rwandan experience serves as a warning that registration alone is insufficient; because 87% of rural transactions remained informal 5 years post-registration, a seamless, low-friction updating mechanism is just as vital as the initial survey. Similarly, Kenya’s ArdhiSasa digital registry highlights the dangers of technical implementation outpacing institutional readiness. While it aimed for national coverage by 2029, the program faced serious data mismatches and legal protests in 2023, underscoring that rigorous data cleansing and proactive trust-building with legal stakeholders are essential precursors to digitization.

In contrast, Colombia’s municipal reforms demonstrate the immediate fiscal dividends of an accurate cadaster. Across six pilot municipalities, property tax revenues surged by an average of 35%, while Bogotá saw revenues triple to $1.1 billion; remarkably, the cost per parcel plummeted from $135 to just $10 through optimized protocols. This proves that an annual update mandate is not only viable but highly cost-effective on a scale. Turkey further illustrates the multi-dimensional value of such data, where a digital cadaster covering 14.5 million parcels has benefited 36 million people. By integrating 3D modelling, Turkey transformed its land records into a cross-sectoral geospatial infrastructure used for both urban development and disaster risk planning. Table 6 reports the global comparative summary of land administration reforms.

Table 6. Global comparative summary of land administration reforms.

Sources: Ali et al. (2021); Democracy in Africa (2024); Indepth Research Institute (2025); NITI Aayog (2021); Wikipedia/MoPR (2023).

Lastly, India’s own SVAMITVA scheme provides the most direct domestic precedent. Having issued 26.3 million property cards across over 329,161 villages by March 2026, it successfully demonstrated the efficacy of the Survey of India (SoI)-led drone mapping model. However, SVAMITVA also identified a primary structural bottleneck: the significant lag between the handover of high-precision maps and the subsequent processing by state authorities. For NAKSHA, these international and domestic lessons converge on a single truth: while the technology for high-resolution mapping is proven, the long-term success of the reform hinges on state capacity, legal alignment, and the creation of a dynamic, rather than static, record system.

3 The NAKSHA Programme: design, architecture, and strategic scope

The NAKSHA Programme, formally sanctioned in September 2024 under the Digital India Land Records Modernization Programme (DILRMP) and inaugurated nationally on 18 February 2025, is engineered to eliminate India’s historical “spatial blind spot.” It represents the nation’s first systematic attempt to deploy a comprehensive, GIS-integrated, and legally verifiable urban land record system at a continental scale. Rather than a mere digitization effort, NAKSHA is designed as a foundational platform for governance innovation, establishing the digital infrastructure necessary for precision urban management and long-term sustainability. The strategic importance of this initiative is underscored by the Union Budget Speeches of 2024–25 and 2025–26 (para 100 and para 83, respectively), which explicitly mandated the integration of GIS mapping with IT-based property administration. This high-level fiscal and political commitment signals a paradigm shift: treating urban land records not as a static administrative ledger, but as a dynamic geospatial asset essential for building sustainable and climate-resilient cities. The core Programmatic Foundations include:

• Policy mandate: Transitioning from archaic, fragmented records to a unified, statutory digital framework.
• Fiscal commitment: Robust central funding ensuring the technological transition of all 4,912 Urban Local Bodies (ULBs).
• Technological integration: Converging high-resolution imagery with IT-based property administration to ensure data interoperability and “Single Source of Truth” governance.

3.1 The three-map sequential framework: a decoupled architecture for scaling

The operational heart of NAKSHA is its three-map sequential framework, a strategic design that decouples high-velocity geospatial data acquisition from the more deliberate, institutionally and legally complex phases of ground-truthing and validation. This modular architecture is a critical governance innovation; it ensures that technically intensive aerial surveys can be executed at a national scale without being bottlenecked by the variable speeds of administrative, grievance redressal and statutory processes.

NAKSHA establishes a flexible roadmap where technical precision serves as the precursor to institutional reform by separating the “digital twin” creation from the legal “titling” process. This sequence allows for a high-fidelity spatial baseline to be established across 4,912 ULBs, providing an immediate platform for sustainable urban planning and disaster risk modelling, even as the longer-term work of resolving complex tenure and ownership rights proceeds in parallel. Table 7 reports the summary of NAKSHA Implementation Lifecycle. This sequential approach ensures that the “data layer” of the city remains resilient and updated, providing the foundational geospatial intelligence required for climate-resilient infrastructure and inclusive urban growth.

Table 7. NAKSHA implementation lifecycle.

Department of Land Resources, NAKSHA SOP (2025).

3.2 Advanced technology stack: a multi-modal geospatial architecture

The NAKSHA Programme utilizes a sophisticated, multi-modal technology stack engineered specifically for the dense and heterogeneous complexities of Indian urban environments. Rather than a one-size-fits-all approach, the methodology is calibrated to account for varying levels of congestion, verticality, and terrain, ensuring that the resulting data serves as a high-fidelity platform for governance innovation.

3.2.1 Aerial survey methodologies

The program deploys three distinct technology approaches tailored to specific urban morphologies:

• a) Technology 1: 2D Nadir Imaging: Captured across 80 ULBs characterized by planned, horizontal development; this provides high-precision vertical imagery for definitive boundary identification.
• b) Technology 2: 3D Oblique Imaging: Implemented in 47 ULBs with significant vertical growth; this captures facade details and building heights, essential for volume-based urban modelling.
• c) Technology 3: Integrated 3D Oblique & LiDAR: Reserved for 25 high-complexity ULBs with congestion and vertical growth, particularly in hilly regions, where slope is an important determinant of area calculation; this combines photogrammetry with laser scanning for ultra-accurate topographic and structural analysis.

• 1 Precision field validation: It ensures the legal sanctity of the spatial data; aerial outputs are refined via high-precision field surveys, and Figure 1 shows the illustration for the technology used in aerial survey, and these technologies are:

• a) GNSS & CORS integration: RTK-capable GNSS Rovers connected to the Continuously Operating Reference Station (CORS) network achieve centimetre-level accuracy.
• b) ETS deployment: Electronic Total Stations (ETS) are utilized in “urban canyons” and densely built areas where satellite signals are obstructed, ensuring no “spatial gaps” in the record.

• 2 Cloud-native data platform: The system is anchored by an end-to-end Web-GIS platform hosted on resilient cloud infrastructure. This includes robust disaster recovery provisions, ensuring the long-term availability and integrity of the urban land data.
• 3 Systemic quality assurance (QA/QC): Mandatory, standardized protocols govern every stage from acquisition to feature extraction. This rigorous schema ensures that the geospatial data is “decision-ready” for municipal finance, infrastructure planning, and climate-resilient urban governance.

NAKSHA moves beyond traditional cartography to create a dynamic digital twin of the Indian city, providing the granular data necessary for sustainable urban development and precision governance by integrating these diverse technologies.

3.3 Pilot scope and multi-agency institutional architecture

The NAKSHA pilot encompasses 150 Urban Local Bodies (ULBs) across 25 States and 3 Union Territories, strategically targeting municipalities with a spatial extent of less than 3,500 hectares and populations under 200,000. This deliberate selection of “administratively manageable” urban centers serves as a vital proving ground, allowing for the refinement of the governance innovation framework before its deployment in India’s high-complexity megacities. It manages the multifaceted demands of this transition; the programme utilizes sophisticated, multi-agency institutional architecture designed to ensure technical fidelity and statutory legitimacy:

• a) Department of land resources (DoLR): Provides centralized strategic coordination and fiscal oversight.
• b) Survey of India (SoI): Acts as the primary technical authority, managing high-resolution aerial surveys and national-level quality control.
• c) MPSEDC and NICSI: Respectively manage the end-to-end Web-GIS platform and the resilient cloud-computing infrastructure.
• d) Centres of excellence (CoE) & ATIs: Facilitate specialized capacity building and technical training across the administrative hierarchy.
• e) State implementation partners: Revenue Departments and Urban Development/Local Self-Government Departments collaborate via State Programme Management Units (SPMUs) to ensure localized execution.

This integrated architecture ensures that NAKSHA functions not as an isolated technical project, but as a coordinated platform for governance innovation. By aligning national technical standards with state-level administrative implementation, the programme establishes the collaborative ecosystem necessary for achieving sustainable and climate-resilient urban outcomes across the Indian subcontinent. Figure 2 Illustrates provides brief programme snapshot, and Figure 3 provides stakeholders’ roles and responsibilities.

Figure 4 shows the details of the ULBs set up in the states/UT across India for the mentioned work.

To reconcile spatial deviations (up to 5%) between high-resolution UAV-derived parcel boundaries and legacy cadastral records, the NAKSHA framework implemented a three-tier geospatial reconciliation protocol. First, legacy cadastral maps were digitized, georeferenced, and spatially aligned using high-accuracy Ground Control Points (GCPs) and spline/polynomial rubber-sheeting transformations. Second, a 5% parcel area tolerance was applied to account for historical survey and cartographic inaccuracies. Where deviations remained within this threshold and matched current ground possession, the UAV-derived boundary was adopted as the authoritative geometry. Finally, parcels exceeding the tolerance or exhibiting topological conflicts (e.g., overlaps or gaps) were automatically flagged as Dispute/Anomaly Cases and verified through GNSS-assisted mobile GIS field surveys, followed by joint validation with landowners and revenue officials before incorporation into the final digital cadastral database.

4 Current status of the NAKSHA pilot: a real-time implementation snapshot

A critical analysis of the NAKSHA MIS dashboard, as on 31st March 2026, provides a vital window into the operationalization of the pilot across participating States and Urban Local Bodies (ULBs). Rather than proceeding as a monolithic national rollout, the dashboard indicates that NAKSHA is evolving into a highly differentiated, state-contingent implementation exercise (see Table 8).

Table 8. Dimensions of implementation heterogeneity.

This trajectory is fundamentally shaped by localized variations in administrative preparedness, technical mobilization, legal readiness, and inter-agency institutional coordination. This state-wise heterogeneity serves as a significant analytical proxy for identifying the “pathways to scale.” It offers empirical evidence on the specific governance ecosystems where the programme is likely to achieve seamless integration and, conversely, where systemic bottlenecks may impede national expansion.

Understanding these variations is essential for refining NAKSHA as a platform for governance innovation, ensuring that its architecture remains resilient enough to support the diverse requirements of sustainable urban development across the Indian landscape. Figure 5 provides the status of the NAKSHA pilot as of 31st March 2026.

4.1 Administrative and institutional readiness: the foundation for Governance Innovation

The primary dimension of variation across participating states lies in their baseline implementation readiness. The MIS dashboard indicates that pilot success is not merely a function of the number of Urban Local Bodies (ULBs) allocated to a state, but rather the speed at which foundational institutional frameworks are operationalized. Key performance indicators such as the establishment of State Programme Management Units (SPMUs), the constitution of multi-disciplinary field teams, the procurement of high-precision GNSS rovers, and the formalisation of State Level Committee (SLC) mandates serve as the true metrics of readiness. Table 9 provides the Maturity Model for NAKSHA.

Table 9. Maturity model for NAKSHA.

These indicators are analytically significant because they distinguish between simple program nomination and actual operational capacity. In numerous instances, the evidence suggests that the primary bottlenecks to scaling are institutional and administrative rather than purely technological. This pattern reinforces the argument that NAKSHA is fundamentally a governance and coordination reform and not merely a geospatial exercise. For the programme to function as a platform for sustainable urban development, states must bridge the gap between technical data acquisition and the administrative agility required to validate and maintain high-fidelity records.

4.2 Geospatial genesis: progress in aerial survey and high-Fidelity data creation

The aerial survey component currently represents the most advanced element of the NAKSHA pilot, reflecting the relative institutional maturity and technical standardisation of survey-led operations. However, as per the status, the progress is uneven across technology pathways and across states, implying that the complexity of urban morphology, local contracting arrangements, Survey of India, Geospatial Directorate capacity and third-party agencies may influence the pace and quality of outputs. This unevenness is a critical consideration for the program’s trajectory as a platform for governance innovation. Because NAKSHA’s downstream functions, including AI-assisted feature extraction, field-based ground-truthing, and the eventual generation of statutory property records, are entirely contingent upon a high-fidelity upstream geospatial layer, any delays at this stage create a “bottleneck effect.” Ensuring the timely and standardized completion of these base maps is therefore not merely a technical milestone, but a prerequisite for enabling the precision governance required for sustainable and climate-resilient cities. The Technological Interdependencies in Data Creation include:

• a) Upstream primacy: The accuracy of the 5 cm GSD Ortho-Rectified Imagery (ORI) dictates the reliability of all subsequent legal and administrative validations.
• b) Morphological sensitivity: States with high vertical density or hilly terrain require more intensive LiDAR and Oblique (Tier 2/3) interventions, impacting the timeline for national scaling.
• c) Systemic continuity: Standardized technical outputs are essential to ensure that data can be seamlessly integrated into the national Web-GIS platform for cross-departmental utility.

Data processing (till March 2026) ORI and DSM are the most progressed (116–118 ULBs submitted and QA/QC done by SoI). 3D Mesh and 3D Feature Extraction are limited to 65 ULBs (Tech 2+3 only) and are around 54–57 completed. Figure 6 provides the status of implementation for the NAKSHA pilot across states/UTs. Figure 7 provides the status of components of data processing (as on 31st March 2026).

4.3 Ground truthing and field verification: navigating the socio-technical interface

The ground truthing phase constitutes the most operationally sensitive and politically nuanced phase at the ward & ULB level, phase of the NAKSHA pilot, marking the pivot from remotely sensed geospatial layers to legally and socially contestable parcel-level validation on the ground (see Table 10).

Table 10. The field verification matrix.

Real-time indicators regarding survey-unit coverage, property survey completion, area coverage and supervisory validation are critical metrics; they distinguish states that are merely “technically active” from those that are institutionally converting survey outputs into usable land records.

Table 12.

At this stage, the success of NAKSHA as a platform for governance innovation is no longer determined by aerial sensors, but by the robustness of the “last-mile” interface. Decisive factors include the adequacy of trained municipal staffing, the precision of field coordination using GNSS rovers, and the quality of the citizen-state engagement process. The true metric of NAKSHA’s contribution to sustainable urban governance is not the total area surveyed by UAVs, but the volume of properties that are successfully verified, validated, and integrated into a transparent, dispute-manageable record chain. NAKSHA moves beyond a static mapping exercise to become a dynamic foundation for inclusive and sustainable city management, ensuring that the high-resolution “digital twin” is grounded in the lived reality of urban tenure by mastering this transition. Ground truthing (Till March 2026) for 44 ULBs have reached 100%, 16 ULBs are above 60%, while 55 ULBs are still below 60%; this is the biggest lagging component (see Figures 8–12).

4.4 Citizen-centric outcomes: statutory records, public trust, and dispute resolution

The final phase of the NAKSHA implementation cycle represents the critical transition from internal geospatial data to public-facing statutory records. This stage, encompassing the issuance of Draft Urban Property Ownership Records (UrPro) cards, the management of the Claims and Objections process, and the final publication of ownership cards, is the ultimate barometer of the program’s success as a platform for governance innovation.

Unlike rural titling, the urban environment demands a high-fidelity interface to manage the complexities of vertical development and high-value land assets. The issuance of Draft UrPro cards initiates a transparent, technology-enabled period for public review, ensuring that the high-resolution geospatial baseline (5 cm GSD) is reconciled with the lived reality of property holders. This deliberative process of resolving claims and objections is not a procedural hurdle, but a foundational step in building the institutional trust required for sustainable urban governance. By finalizing these records, NAKSHA provides the legal certainty necessary to unlock “dead capital,” reduce civil litigation, and provide a secure foundation for inclusive, resilient cities. The Statutory Finalization Workflow includes:

• a) Phase A: Draft Card Issuance: Transforming verified spatial parcels and field data into a preliminary ownership document.
• b) Phase B: Public Disclosure: Leveraging Web-GIS portals and municipal centers to allow citizens to review their digitized footprints.
• c) Phase C: Claims & Objections (C&O): A formal, time-bound legal window to resolve discrepancies in boundaries or ownership attributes.
• d) Phase D: Final Card Publication: The generation of a permanent, legally sanctioned record that serves as the “Single Source of Truth” for credit, inheritance, and municipal services.

4.5 Citizen-centric outcomes: validating tenure and building institutional trust

The most critical indicators within the NAKSHA ecosystem are those capturing citizen-facing outputs: the issuance of Draft Urban Property Ownership Records (UrPro) cards, the volume of localized claims and objections, and the eventual publication of final, legally sanctioned records. These metrics serve as the ultimate barometer of whether NAKSHA is successfully transitioning from a technical mapping exercise into a socially accepted and administratively recognized system of tenure documentation.

The Claims and Objections (C&O) phase is analytically significant, serving as a proxy for both public trust and the inherent complexity of urban landholding patterns. A high volume of objections is not necessarily an indicator of programmatic failure; rather, it often reflects deep citizen engagement and a rigorous, meaningful scrutiny of the new digital record. States that demonstrate a high velocity in moving from draft to final cards offer vital lessons in grievance redressal, strategic public communication, and efficient inter-departmental validation—all core components of a platform for governance innovation.

4.6 The digital backbone: end-to-end web-GIS architecture

To facilitate this complex transition, a centralized, end-to-end Web-GIS platform has been engineered to host High-Resolution Ortho-Rectified Imageries (ORIs) and manage the entire lifecycle of ground-truthing and validation. This platform is not a static repository but a dynamic interface customized to the specific legal frameworks and administrative requirements of each State and Union Territory.

• a) Onboarding and customization: Currently completed across all participating jurisdictions, ensuring that the software architecture respects local land laws.
• b) Operational workflow: The platform enables the seamless progression from “spatial footprint” to “verified parcel,” culminating in the generation of the final UrPro card.
• c) Governance utility: The system ensures a transparent, audit-ready trail that reduces the potential for litigation and enhances sustainable urban land management by digitising the claims and objections process.

This digital infrastructure provides the foundational “Single Source of Truth” necessary to bridge the gap between technical geospatial data and the administrative legitimacy required for climate-resilient and inclusive cities.

4.7 Capacity building and IEC: strategic anchors for behavioral transformation

The inclusion of Capacity Building and Information, Education, and Communication (IEC) metrics within the NAKSHA dashboard recognizes that land record reform is as much a behavioral and communication challenge as it is a technical exercise. In dense, tenure-complex urban environments, where institutional opacity can breed suspicion, early investment in training and citizen-facing dissemination is critical. These efforts are the primary safeguards against the implementation delays caused by public mistrust or administrative friction.

States that prioritize localized orientation and proactive information transparency are better positioned to achieve seamless field execution and higher resolution rates during the Claims and Objections phase. These initiatives ensure that both municipal officials and citizens are aligned to build sustainable and climate-resilient cities by framing NAKSHA as a collaborative platform for governance innovation. A Structured Three-Phase Training Ecosystem ensures the high-fidelity deployment of modern geospatial technologies. The programme implements rigorous, three-phase training architecture. This systemic approach bridges the gap between sophisticated technical inputs and ground-level administrative action:

• a) Phase 1: Technical & Institutional Orientation: Training for state-level nodal officers on the NAKSHA architecture, legal frameworks, and the Web-GIS platform.
• b) Phase 2: Specialized Field Survey Mastery: Hands-on training for survey officers on UAV data acquisition, GNSS/CORS rover operation, and 3D modelling workflows.
• c) Phase 3: Last-Mile Validation & IEC: Focused sessions on ground-truthing protocols, dispute resolution, and citizen-engagement strategies.

Current implementation progress: As of early 2026, the commitment to institutional readiness is evident: 20 out of 28 participating States/UTs have successfully operationalized this training mandate, conducting 66 specialized NAKSHA sessions for field survey officers since July 2025. This rapid scaling of human capital is the essential “soft infrastructure” required to sustain a national-scale digital land transformation (see Figure 13).

4.8 Synthesis: the NAKSHA dashboard as a diagnostic for national expansion

Viewed holistically, the state-wise dashboard indicates that the NAKSHA pilot is functioning not as a uniform, monolithic rollout, but as a staggered and differentiated implementation ecosystem. This heterogeneity, where some states lead in technical mobilization while others excel in institutional readiness or citizen-centric outcomes, is not a programmatic weakness. On the contrary, it serves as a high-value policy signal, offering a real-time empirical map of the varied pathways toward governance innovation.

Figure 8 presents the state-wise status of Urban Local Bodies (ULBs) that have achieved 100% ground truthing. The figure provides a comparative assessment of the extent to which ULBs within each state have completed the ground-truthing process, thereby indicating the level of spatial and attribute data verification achieved at the state level. States with a higher proportion of ULBs attaining 100% ground truthing demonstrate greater completeness and reliability of the underlying datasets. Conversely, states with lower coverage indicate the need for further field-level verification and data validation. Overall, the figure highlights the inter-state variation in ground-truthing progress and provides an important measure for assessing the completeness and quality of ULB-level geospatial information.

The dashboard transcends its role as a simple monitoring tool and becomes a strategic diagnostic instrument by documenting these variations. It identifies the precise structural bottlenecks that must be addressed before national scale-up, moving beyond survey execution to highlight critical needs in technical staffing, statutory readiness, and longitudinal administrative absorption. Strategic Insights for National Scaling include:

• a) Institutional specialization: Recognizing that different states may require tailored support, some in high-resolution data acquisition and others in the legal finalization of records.
• b) Bottleneck identification: Pinpointing where administrative friction (e.g., staffing shortages or legal gaps) outweighs technological constraints.
• c) Blueprint for sustainability: Using pilot data to design the next phase of NAKSHA expansion, ensuring the system is robust enough to serve as the geospatial backbone for sustainable and climate-resilient cities.
• d) Transition to platform governance: Shifting the focus from “completing a survey” to “integrating a dynamic record system” into the daily operational fabric of India’s 4,912 ULBs.

Figure 9 illustrates the state-wise distribution of the 44 ULBs that have completed the prescribed implementation process. The figure highlights the relative contribution of each state to the overall number of completed ULBs and facilitates a comparative assessment of implementation progress across states.

The insights derived from these variations in implementation progress will inform the full-scale deployment of NAKSHA, ensuring its inclusiveness, robustness, and sustainability while establishing a reliable spatial intelligence framework to support data-driven urban governance.

5 Challenges in scaling NAKSHA: a structural analysis

The comparative international evidence analyzed in the preceding sections converges on a definitive conclusion: the creation of urban land records is significantly less complex than their longitudinal sustenance. Historically, technical hurdles in spatial data acquisition have proven to be less restrictive than the deep-seated institutional, political, social, legal, and equity-related challenges. For NAKSHA to evolve from a successful pilot into a platform for governance innovation, it must address these structural frictions as core design imperatives.

The transition to national-scale implementation across 4,912 ULBs requires a shift from “project-mode” thinking to “system-mode” integration. Ensuring that high-fidelity records remain dynamic, legally undisputed, and inclusive of marginalized habitations is the primary prerequisite for building sustainable and climate-resilient cities (see Table 11).

Table 11. Dimensions of structural scaling challenges.

The challenge of scaling NAKSHA lies in ensuring that the geospatial digital twin created today does not become a static archive tomorrow but rather functions as the foundational infrastructure for resilient urban growth and municipal fiscal autonomy.

5.1 The complexity of urban tenure: navigating a multi-layered rights landscape

The most fundamental challenge to NAKSHA is one that no technology, regardless of its sophistication, can resolve in isolation: the inherent density and layering of urban land rights. Unlike rural agricultural plots, which typically involve a single owner over a distinct horizontal area, urban land harbors overlapping and frequently consecratory property relationships. For NAKSHA to serve as a platform for governance innovation, it must bridge the gap between high-fidelity spatial data and these four dimensions of tenure complexity. Figure 10 presents the status of ULBs for which ground-truthing coverage remains below 100%. The figure indicates the extent of incomplete field-level verification and highlights the ULBs requiring further ground-truthing to achieve complete spatial and attribute data validation:

• a) Horizontal and cooperative complexity: Modern urban developments, such as group housing societies and apartment complexes, involve hundreds of co-owners over a single cadastral plot. Recording these requires more than simple boundary identification; it necessitates the documentation of undivided shares, strata titles, and society registration elements currently absent from traditional cadastral models.
• b) Informality and the “Legal Limbo” of Settlements: With approximately 13 million households residing in 108,000 slums, a significant portion of the urban population exists in a state of tenure uncertainty. While NAKSHA’s high-resolution imagery will visibly demarcate these areas, the current framework acknowledges that unauthorized construction on government land will not reflect ownership details. This creates a potential data gap for the urban poor that must be addressed to ensure inclusive urban growth.
• c) The peri-urban transition crisis: The most volatile category is the rapidly urbanizing fringe areas transitioning from agricultural use to private subdivisions. These zones often suffer from a “documentation crisis,” where land remains classified as agricultural in Revenue records despite being developed. Overlapping jurisdictions and the absence of clear title chains in unauthorized colonies present a major bottleneck for sustainable land management.
• d) Vertical complexity and the 3D Frontier: In dense urban cores, unplanned and congested with multi-storey buildings in peri-urban areas, the 2D cadastral map is fundamentally inadequate for capturing ownership. While NAKSHA’s 3D methodology is a significant governance innovation, the legal and statutory frameworks required to recognize 3D property records do not yet exist in most states, leaving a “regulatory vacuum” for vertical property rights (see Table 12).

Table 14.

Table 12. Dimensions of urban spatial complexity.

NAKSHA moves beyond simple mapping to become a foundational tool for climate-resilient and equitable city planning, ensuring that the “digital twin” accurately reflects the complex social and legal fabric of the modern Indian city by addressing these layers.

5.2 Jurisdictional fragmentation and institutional ambiguity

Urban land governance in India is characterized by a profound fragmentation of jurisdictional responsibility, creating a “siloed” administrative landscape. A single urban land parcel is often simultaneously subject to the Revenue Department (Record of Rights), the Municipal Corporation (property tax), the Development Authority (building permission, layout approval and land use), and the Sub-Registrar’s Office (transaction registration). Historically, these institutions have operated without shared data protocols or common identifiers, leading to contradictory records and administrative friction.

Table 16.

While the NAKSHA pilot framework designates State Revenue and Urban Development/Local Self-Government Departments as co-nodal agencies, the transition to a unified platform for governance innovation faces significant institutional hurdles. In practice, tensions regarding data ownership, survey authority, and the mandate for final record publication can impede the velocity of implementation. Bridging these jurisdictional divides is not merely a procedural requirement but a prerequisite for achieving the “Single Source of Truth” necessary for sustainable and climate-resilient urban planning (see Table 13).

Table 13. The jurisdictional convergence model.

5.3 Strategic objectives for institutional cohesion

• a) Unified property ID (UPID): Establishing a common alphanumeric bridge across all departmental databases to eliminate data redundancy.
• b) Interoperable Web-GIS: Ensuring the NAKSHA platform acts as a shared digital infrastructure where multiple agencies can read/write data according to their mandate.
• c) Statutory harmonization: Aligning state-specific municipal acts with revenue codes to provide a seamless legal pathway for the UrPro card.

NAKSHA moves beyond a mapping project to become a robust governance framework, ensuring that Indian cities possess the administrative clarity required for high-precision management and inclusive growth by resolving these institutional ambiguities.

5.4 Manpower deficit and ULB capacity constraints

A critical structural challenge to the national expansion of NAKSHA is the significant gap between the program’s technical ambitions and the current human capital within Urban Local Bodies (ULBs). To manage the 150 pilot ULBs, the framework necessitates the mobilization of approximately 314 dedicated permanent staff and numerous field teams to execute ground-truthing across 4,484 sq. km. Scaling this platform for governance innovation to all 4,912 ULBs will require a workforce mobilization of a vastly higher order of magnitude.

This requirement confronts a documented reality: a 2021 NITI Aayog report on urban planning capacity highlighted severe staffing shortages across Indian municipalities, with many small and medium-sized ULBs operating with only skeletal technical teams. The scarcity of qualified GIS professionals, registered surveyors, and revenue officials with specific experience in urban cadastral systems represents a binding constraint. For NAKSHA to support the creation of sustainable and climate-resilient cities, the technical “Digital Twin” must be matched by a “Human Twin,” a workforce capable of maintaining and updating high-fidelity spatial data (see Table 14).

Table 14. Workforce mobilization and capacity matrix.

5.4.1 Strategic interventions for capacity building

• a) Institutionalizing the “Geospatial Officer”: Formalizing a technical cadre within the municipal service hierarchy to ensure long-term data custody.
• b) Leveraging AI for Feature Extraction: Reducing the manual labor burden by utilizing GeoAI to automate the identification of physical features from UAV imagery.
• c) Public-Private-Academic Partnerships: Engaging national Centers of Excellence and private technical firms to augment the administrative workforce during the peak survey phases.

NAKSHA can transition from a one-time mapping event to a self-sustaining governance ecosystem, providing the continuous spatial intelligence needed for modern urban management by addressing the manpower deficit.

5.5 Legal and legislative lacunae: establishing a statutory foundation

The most significant barrier to NAKSHA’s long-term success is the absence of a robust statutory framework. While the UrPro card is designed to be a definitive proof of urban property ownership, its legal standing is currently precarious. For this platform for governance innovation to provide true tenure security, it must move beyond administrative mapping to address several foundational legislative gaps:

• a) Absence of urban land record laws: Unlike the rural sector, which is anchored by extremely elaborate state land revenue codes and decades of settlement law, most Indian states lack a dedicated statutory framework for urban land records. Without specific legislation, the UrPro card cannot confer legal ownership, and it remains as an administrative record, not a legal instrument.
• b) The registration act disconnect: The Registration Act, 1908, governs the registration of documents evidencing land transactions in the presence of the buyer and the seller, duly witnessed. However, registered sale deeds do not constitute title in India; they merely record a transaction. A comprehensive resolution requires amendments to registration law, stamp duty structures, and mutation processes, a legislative agenda that goes well beyond any survey programme and systems which are integrated seamlessly.
• c)The mutation bottleneck: The process of updating records to reflect ownership changes (mutation) remains a slow, paper-intensive process, often requiring multiple departmental approvals, and is susceptible to financial leakage and delays. NAKSHA’s high-resolution spatial data can identify boundaries, but it does not inherently reform the bureaucratic mutation process. For cities to remain sustainable and resilient, this workflow must be digitized and automated.
• d) The “Shadow” of litigation: Properties entangled in pending court cases or subject to judicial stays cannot be assigned a “clean” title in the NAKSHA system. In high-dispute urban environments, this risk could leave significant portions of the digital record effectively flagged or incomplete, undermining the goal of comprehensive urban governance (see Table 15).

Table 15. Legislative reform requirements.

NAKSHA can evolve into the primary engine for inclusive urban growth, ensuring that the “Digital Twin” is backed by the full force of the law to protect property rights and unlock economic value by addressing these legislative lacunae.

5.6 Data interoperability and record sustainability: building a living digital twin

The NAKSHA Web-GIS platform is engineered as a comprehensive end-to-end solution for urban land governance. However, it must operate within a fragmented digital ecosystem where critical land-related data is dispersed across various “silos,” including property tax portals, RERA registrations, building permit systems, water and other utility databases, and the PM Gati Shakti national master plan. Currently, these datasets lack standardization and interoperability, creating a systemic barrier to a “Single Source of Truth” (see Table 16).

Table 16. The interoperable urban data ecosystem.

The focus must shift from data acquisition to long-term sustainability for NAKSHA to function as a true platform for governance innovation. Creating high-resolution records is merely the inaugural step; the greater challenge lies in the continuous maintenance of these records through a dynamic lifecycle of mutations, partitions, amalgamations, and land-use updates. In the fluid Indian urban landscape, high-precision GIS surveys often reveal discrepancies of up to 5% between actual ground possession and existing title documents. Managing these variances requires more than a one-time technical intervention; it demands a permanent institutional mechanism for real-time record synchronization. Strategic Objectives for Sustained Governance include:

• a) Automated mutation triggers: Establishing digital bridges where a transaction at the Sub-Registrar’s office automatically initiates a mutation workflow in the Web-GIS.
• b) GeoAI-driven change detection: Utilizing satellite and UAV imagery to periodically detect unauthorized land-use changes or new constructions, ensuring the record remains “living.”
• c) Conflict resolution protocols: Creating a standardized administrative framework to adjudicate the inevitable 5% spatial discrepancy between digital maps and archaic legacy records.

By prioritizing interoperability and maintenance, NAKSHA ensures that the “geospatial foundation” it builds today remains a reliable, high-fidelity asset for the sustainable and climate-resilient cities of tomorrow.

5.7 Equity dimensions: informal settlements and tenure Precarity

The formalization of urban land records is fundamentally a political and social process, far transcending its technical execution. By creating a high-resolution, objective geospatial record, NAKSHA will, for the first time, render visible on official maps the full extent of unauthorized constructions, encroachments on public land, and illegal subdivisions. While this transparency is a cornerstone of governance innovation, it simultaneously creates significant friction among stakeholders who benefit from the existing opacity:

• a) Vested interests: Landowners with undisclosed holdings and real estate entities operating in informal markets may perceive the new “digital twin” as a threat to their anonymity and asset security.
• b) Patronage networks: Local political structures whose influence is rooted in the discretionary management of opaque land systems may resist the transition to a transparent, automated “Single Source of Truth.”
• c) Vulnerable populations: For the approximately 13 million households residing in 108,000 informal settlements, the spatial visibility provided by NAKSHA is a double-edged sword. There is a profound fear that formalization, if it labels their occupancy as “encroachment” rather than a “rights-bearing residence,” could be used as a technical precursor to displacement or eviction (see Table 17).

Table 17. The layered reality of urban rights.

Urban property relationships in India are rarely binary. They encompass a complex, layered terrain of tenancy rights, occupancy claims, and development potential that a purely ownership-focused cadastral survey may fail to capture. To truly support inclusive and sustainable urban growth, NAKSHA must move beyond “mapping as documentation” to “mapping as empowerment.” It must ensure that the digital transformation of land records does not inadvertently deepen urban inequality for NAKSHA to achieve its goal of building climate-resilient and equitable cities. The program’s success depends on developing a socio-technical framework that recognizes the diversity of urban occupancy, ensuring that visibility leads to security, not vulnerability.

6 Future prospects: NAKSHA’S transformative potential at scale

Despite the formidable structural challenges, the potential of NAKSHA, if it secures sustained political backing, legislative anchoring, and adaptive implementation, is genuinely transformative. We are currently witnessing a unique historical convergence: the alignment of technological maturity, significant budgetary commitment, and a persistent policy intent to formalize India’s urban landscape. This creates a window for reform that simply did not exist a decade ago (see Table 18).

Table 18. The multiplier effect of NAKSHA scaling.

The international evidence establishes a consistent pattern: when land administration reform is technically sound, institutionally integrated, and legally grounded, the dividends are substantial and multi-dimensional. By applying these global benchmarks to the Indian urban context, five primary domains of transformative potential emerge, positioning NAKSHA as the foundational engine for inclusive, resilient, and data-driven cities. Strategic Convergence for Reform includes:

• a) Technological readiness: The deployment of high-resolution UAVs and the national CORS network ensures that the “geospatial truth” is no longer a bottleneck.
• b) Institutional evolution: The transition toward a “Single Source of Truth” via a centralized Web-GIS platform allows for unprecedented cross-departmental coordination.
• b) Economic resilience: By providing the spatial intelligence required for sustainable urban governance, NAKSHA serves as a prerequisite for India’s journey toward a 5-trillion-dollar economy, ensuring that its cities are the primary drivers of this growth.

NAKSHA is not merely a survey; it is a platform for governance innovation that will redefine the relationship between the Indian citizen, their property, and the state through this lens.

6.1 Municipal finance transformation: unlocking fiscal autonomy

The most immediate and quantifiable dividend of comprehensive urban land records is the structural transformation of municipal own-source revenue (see Table 19).

Table 19. The geospatial revenue multiplier.

Property tax, the primary constitutionally mandated revenue source for Urban Local Bodies (ULBs) remains severely under-collected due to an inadequately documented tax base. By establishing a high-resolution geospatial baseline, NAKSHA enables cities to bridge the “revenue gap” and transition toward fiscal self-reliance. Empirical evidence from GIS-based pilot surveys across various Indian cities suggests that the actual number of properties on the ground often exceeds existing municipal records by 20%–40%. Capturing this “missing” tax base through the NAKSHA platform for governance innovation is not merely a collection exercise; it is a foundational step in enabling ULBs to fund critical infrastructure and capital investments without over-reliance on state or central devolutions. The major impact on Sustainable Urban Development includes:

• a) Enhanced creditworthiness: A robust, geospatial-backed revenue stream allows ULBs to access municipal bond markets and other diverse financing instruments.
• b) Investment in climate resilience: Increased fiscal space enables cities to invest in green infrastructure, such as sustainable drainage systems and urban heat mitigation, as outlined in the sustainable city framework.
• c) Equity in service delivery: By formalizing the tax base, municipalities can better align service delivery, such as water, sanitation, and waste management, with the actual density and distribution of the urban population.

NAKSHA provides the economic fuel necessary to power the next generation of India’s climate-resilient and data-driven cities by digitizing the fiscal landscape.

6.2 Credit market access and economic empowerment: unlocking “dead capital”

A legally recognized and spatially accurate property title is the ultimate prerequisite for integrating urban land into the formal economy. Currently, the absence of clear, defensible property records forces millions of urban citizens, particularly those in small-to-medium cities and informal settlements, to rely on predatory informal credit markets (see Table 20).

Table 20. The economic value chain of tenure security.

By providing a statutory UrPro card, NAKSHA functions as a platform for financial innovation, potentially orchestrating one of the most significant financial inclusion interventions in India’s history. When a property is formalized, it transitions from “dead capital” into a productive asset that can be used as collateral for institutional credit. This shift is a primary driver of economic mobility, allowing households to secure low-interest loans for home improvements, micro-enterprise expansion, and educational investments. For the urban poor and the lower-middle class, the UrPro record represents more than just a map; it is a gateway to the formal financial ecosystem and a foundation for long-term wealth creation. The Strategic Impact on Inclusive Growth include:

• a) Democratizing capital: NAKSHA empowers the “missing middle” and residents of informal settlements to leverage their primary asset for economic advancement by lowering the barrier to formal credit.
• b) Stimulating the urban economy: A surge in home improvement and small-scale business investment acts as a local economic multiplier, creating jobs in the construction and service sectors.
• c) Resilient household finances: Access to institutional finance provides a buffer against economic shocks, contributing to the development of sustainable and stable urban communities.

NAKSHA provides the legal infrastructure necessary to transform urban land from a source of dispute into a catalyst for national economic prosperity by bridging the gap between spatial data and statutory title.

6.3 Urban planning and infrastructure development: the 3D geospatial foundation

Geospatially accurate land data is the essential bedrock of modern, data-driven urban planning. The high-resolution UAV imagery (5 cm GSD) and the sophisticated 3D city models generated by NAKSHA possess utility far beyond the realm of property records (see Table 21).

Table 21. The applications of the NAKSHA digital twin.

By creating a high-fidelity Digital Twin of the urban environment, NAKSHA establishes a shared geospatial infrastructure that empowers every facet of municipal governance.

This spatial intelligence allows planners to move from reactive to predictive management. Whether it is modelling the flow of stormwater through LiDAR-derived elevation data or optimizing the deployment of public transport, NAKSHA provides the precision required for high-stakes urban interventions. It is the primary tool for transforming India’s cities into sustainable and climate-resilient ecosystems. The key insights to Advancing Sustainable City Management include:

• a) Precision zoning: Transitioning from coarse land-use categories to parcel-level zoning compliance, ensuring that urban development aligns with environmental safeguards.
• b) Optimized resource allocation: Using spatial density data to prioritize the location of schools, healthcare facilities, and emergency services.
• c) Real-time monitoring: The NAKSHA platform allows for the “temporal tracking” of urban growth, enabling planners to detect and manage sprawl before it becomes unmanageable.

NAKSHA provides the spatial backbone necessary to design cities that are not only economically vibrant but also ecologically sustainable and socially inclusive by integrating these diverse data layers.

6.4 Alignment with the National Geospatial Mission: a vision for “one nation, one land record”

The 2025–26 Union Budget’s announcement of the National Geospatial Mission—integrated within the PM Gati Shakti framework—marked a watershed moment for India’s digital infrastructure. This mission is designed to develop the foundational geospatial data required to modernize land administration, optimize urban planning, and accelerate infrastructure delivery. NAKSHA serves as the critical “urban pillar” of this broader national agenda, providing the granular, parcel-level intelligence that has historically been the missing link in Indian spatial planning.

The successful national scaling of NAKSHA positions India as a global pioneer in the deployment of GeoAI and high-resolution mapping for democratic land governance. By bridging the gap between technical spatial data and statutory property rights, the UrPro system provides the operational blueprint for the “One Nation, One Land Record” vision. This alignment ensures that every urban parcel is part of a standardized, interoperable national grid, facilitating a seamless “Single Source of Truth” for citizens, investors, and policymakers alike (see Table 22).

Table 22. Strategic Convergence within the National Mission.

NAKSHA is more than a technical upgrade; it is the spatial engine of India’s platform for governance innovation, ensuring that the nation’s urban transformation is backed by world-class digital infrastructure. India’s Leadership in Global Geospatial Governance demands:

• a) Scale and precision: No other nation is attempting a 3D cadastral transition of this magnitude and resolution across such a diverse urban landscape.
• b) Democratic data: By combining top-down UAV surveys with bottom-up Ground Truthing and a transparent Claims and Objections process, NAKSHA sets a new global benchmark for “socially anchored” geospatial reform.
• c) Economic foundation: As a core component of the National Geospatial Mission, NAKSHA provides the spatial certainty required for the next generation of sustainable urban development and high-speed infrastructure growth.

6.5 Disaster resilience and climate adaptation: the spatial intelligence of safety

Accurate geospatial data is the non-negotiable prerequisite for evidence-based disaster risk mapping, high-precision evacuation planning, and the engineering of climate-resilient urban environments. By providing high-resolution LiDAR-derived Digital Terrain Models (DTMs), NAKSHA enables municipal authorities to visualize the city’s topography with unprecedented clarity. This data allows for the identification of micro-level flood risks, the modelling of complex stormwater drainage patterns, and the strategic design of climate-adaptive infrastructure. As India’s urban centers confront intensifying climate risks, including catastrophic urban flooding, severe heat waves, and extreme weather events, the NAKSHA database transitions from a property record into an essential tool for anticipatory planning. It provides the spatial backbone for building cities that can not only withstand environmental shocks but also adapt to a rapidly changing climate landscape (see Table 23).

Table 23. NAKSHA as a climate governance tool.

NAKSHA ensures that the journey toward a 5-trillion-dollar economy is anchored in sustainable, secure, and resilient urban habitats by embedding climate intelligence into the very structure of urban land records. Strategic Objectives for Resilient Governance require:

• a) Dynamic risk atlases: Integrating NAKSHA’s 3D layers with real-time hydrological and meteorological data to create living “risk maps” for city managers.
• b) Nature-based solutions: Identifying vacant land and informal green spaces to protect and restore natural “blue green” infrastructure within the urban fabric.
• c) Infrastructure auditing: Assessing the vulnerability of critical assets such as power substations and health centers- based on their precise elevation and proximity to hazard zones.

7 Policy recommendations: an evidence-based roadmap

The following recommendations are grounded in the specific lessons of international case studies, the operational insights from the SVAMITVA rural implementation, and the empirical findings of the NAKSHA pilot. To ensure the transition from a technical survey to a platform for governance innovation, these actions are sequenced in order of foundational importance, prioritizing the creation of a statutory and institutional environment where high-fidelity spatial data can thrive (see Table 24).

Table 24. The strategic implementation sequence.

This roadmap serves as a blueprint for national scale-up, ensuring that the NAKSHA ecosystem provides the spatial certainty required for sustainable, climate-resilient, and data-driven cities.

7.1 Recommendation 1: model urban land records act

To bridge the gap between administrative data and legal title, the Central Government should propose a Model Urban Land Records Act, which states can adopt and implement. This statutory foundation is the primary prerequisite for NAKSHA to evolve from a technical pilot into a platform for governance innovation. Without a clear legislative mandate, high-resolution spatial records remain merely informative rather than legally binding. The proposed model should be designed to:

• a) Mandate statutory records: Require the creation and maintenance of a formal Record of Rights (RoR) equivalent for all ULBs.
• b) Confer legal standing: Grant UrPro cards the status of prima facie evidence of ownership, providing the “Single Source of Truth” required for financial inclusion and litigation reduction.
• c) Enable systemic integration: Legally mandate the synchronization of UrPro records with the Sub-Registrar’s transaction data, municipal property tax systems, and mutation workflows.
• d) Establish regularization pathways: Provide a clear legal framework for addressing informal settlements, shifting from “encroachment” to “rights-bearing residence” to ensure inclusive urban growth.
• e) Institutionalize maintenance: Mandate resurveys to prevent data obsolescence.

7.2 Learning from global and national Precedents

International evidence, particularly Rwanda’s 2005 Organic Land Law, demonstrates that a single, clear statutory authority is the catalyst for transformative land reform. By 2013, Rwanda completed systematic titling for over 10 million parcels, a feat made possible by a unified legal instrument. In the Indian context, the model law should draw upon established domestic precedents to ensure local adaptability:

• a) Gujarat’s City Survey Provisions: For its rigorous field-based verification protocols.
• b) Tamil Nadu’s Town Survey System: For its expertise in urban boundary demarcation.
• c) Maharashtra’s Property Card Regime is for its long-standing administrative success in recording urban ownership attributes.

India can establish the legal certainty required for sustainable and climate-resilient cities, ensuring that the “Digital Twin” is protected by the full force of the law by synthesizing these best practices into a national framework.

Table 29.

7.3 Recommendation 2: adopt a differentiated scaling strategy by City type

A uniform, “one-size-fits-all” approach to scaling NAKSHA from the 150 pilot municipalities to all 4,912 ULBs is likely to encounter significant friction. To ensure the program’s long-term viability as a platform for governance innovation, the government should adopt a tiered strategy that recognizes three distinct city typologies, each with a customized implementation model. International precedents, such as Kenya’s ArdhiSasa experience, confirm that applying a rigid, uniform approach to cities of varying administrative and tenure complexity is a recipe for implementation failure. Instead, a nuanced roadmap allows for the strategic allocation of technical resources and institutional focus, ensuring sustainable urban development across the entire urban hierarchy (see Table 25).

Table 25. City typology and implementation matrix.

7.4 Strategic objectives for differentiated scaling

• a) Institutional specialization: Tailoring the administrative machinery to the specific complexity of the land market, from simple parcel mapping in small towns to complex 3D Digital Twins in vertical metros.
• b) Risk mitigation: By starting with selected wards in Tier III cities, authorities can iron out legal and political bottlenecks before attempting city-wide deployment.
• c) Resource optimisation: Directing high-end technical interventions (like LiDAR and GeoAI) toward Tier II and III cities where the density of value and complexity of tenure are highest.

This differentiated approach ensures that NAKSHA is not just a technical success, but a robust governance framework capable of addressing the unique realities of India’s diverse urban landscape.

7.5 Recommendation 3: build Permanent City survey institutions, not one-time projects

The most significant lesson from Maharashtra, Gujarat, Tamil Nadu’s City Survey system and Karnataka’s UPOR experience is that urban land records require permanent institutional maintenance mechanisms. Without a dedicated custodial structure, one-time technical surveys inevitably decay within a decade, losing their administrative and legal utility. To ensure NAKSHA functions as a sustainable platform for governance innovation, the transition must move from “project mode” to “system mode.” The Central Government should incentivize states to shift toward a model of continuous data custody and institutionalized professionalism. This ensures that the high-fidelity spatial data created today remains the “Single Source of Truth” for generations, providing the foundational intelligence for sustainable and climate-resilient cities.

7.6 Strategic pillars for institutional sustainability

• a) Establish dedicated city survey units: States should create specialized units within Revenue Departments (modelled after Maharashtra’s successful framework), staffed by permanent city survey officials and GIS specialists rather than temporary contractors.
• b) Automate mutation workflows: The NAKSHA Web-GIS must be digitally “interlocked” with the Sub-Registrar’s office. Every registered sale deed should trigger an automatic, transparent mutation process, eliminating the “documentation lag” that plagues current systems.
• c) Synchronize with urban development: Building permit systems should be mandated to auto-update the NAKSHA database upon the issuance of a Completion Certificate. This ensures the 3D Digital Twin accurately reflects the actual built environment in real-time.
• d) Shift to operational budgeting: Annual data validation & maintenance should be funded as an ongoing, non-negotiable budget line (OpEx), rather than being treated as a one-time capital expenditure (CapEx).
• e) Create a specialized urban cadre: It is vital to develop a cadre of Urban Revenue Officers distinct from the traditional rural Patwari/Lekh pal model. This new workforce must be trained specifically in urban cadastral complexities, strata titles, and GIS platform administration (see Table 26).

Table 26. The transition to dynamic governance.

NAKSHA moves beyond a mapping exercise to become a robust governance framework, ensuring that Indian cities possess the administrative clarity and fiscal resilience required for future-ready urban management by institutionalizing these processes.

7.7 Recommendation 4: establish a National Land Integration Management System (NLIMS-urban)

A National Land Integration Management System (NLIMS) for urban land will serve as the technical “Rosetta Stone” for India’s urban administrative landscape, ensuring that NAKSHA operates as an interoperable platform for governance innovation rather than an isolated database. The NLIMS-Urban should explicitly define:

• a) The universal key: Mandating the UrPro number and ULPIN (Unique Land Parcel Identification Number) as the primary alphanumeric bridge connecting every departmental database.
• b) Mandatory API linkages: Establishing real-time digital bridges between NAKSHA, state property tax portals, revenue department database, RERA registries, building permission systems, and the PM Gati Shakti GIS layers.
• c) 3D data standards: Defining uniform protocols for representing vertical property rights and strata titles, essential for managing India’s increasingly dense and vertical urban cores.
• d) Open data protocols: Creating a secure framework for authorized data sharing with financial institutions (for credit access), judicial authorities (for dispute resolution), and citizens (for transparency).

7.8 The economic efficiency of integration

International evidence highlights the massive cost efficiencies of standardized, integrated systems. In Colombia, building update protocols and data standards into the national cadaster design reduced the cost of record maintenance from US$ 135 to US$ 10 per parcel. By adopting NLIMS-Urban, India can achieve similar economies of scale, ensuring that NAKSHA remains a fiscally sustainable governance framework for all 4,912 ULBs (see Table 27).

Table 27. The economic efficiency of integration.

7.9 Strategic impact on future cities

• a) Accelerated approvals: By linking NAKSHA with building permit systems, the time required for spatial verification of construction proposals is reduced from months to minutes.
• b) Data-driven infrastructure: Integration with PM Gati Shakti ensures that utility networks (water, gas, fiber) are designed with millimetric precision, avoiding costly underground collisions.
• c) Enhanced resilience: A unified data standard allows for more accurate climate-risk modelling, as elevation data and property footprints can be instantly correlated with population density.

NAKSHA provides the spatial backbone for a digitally unified India, ensuring that the “One Nation, One Land Record” vision is technically robust and globally competitive through NLIMS-Urban.

7.10 Recommendation 5: establish a tenure security framework for informal settlements

The Central Government must develop a dedicated Tenure Security Framework for Informal Settlements to run in parallel with NAKSHA’s national scaling. This is not merely an equity requirement; it is a prerequisite for the program’s political sustainability. Without a clear framework for those outside the formal title system, NAKSHA’s high-resolution visibility could be perceived as a tool for displacement rather than a platform for governance innovation.

The framework should be structured to:

• a) Map occupancy as a distinct layer: Ensure all informal settlements are mapped within the NAKSHA platform as a dedicated administrative layer, capturing precise footprints and clear occupancy timelines.
• b) Define incremental rights pathways: Create streamlined mechanisms for issuing Occupancy Certificates or Tenancy Rights to long-term residents. Recognizing “rights of stay” rather than immediate ownership provides a pragmatic pathway to security.
• c) Establish anti-eviction protections: Legally clarify that the inclusion of an informal settlement in the NAKSHA database does not, by itself, constitute grounds for eviction or the labelling of residents as “illegal encroachers.”
• d) Leverage the SVAMITVA precedent: Draw upon the successful model of the SVAMITVA scheme, which empowered rural Abadi (village habitation) residents by providing them with property cards, and adapt this logic to empower urban informal settlers.

NAKSHA can move from a binary “owner/non-owner” model to a more inclusive governance framework that reflects the reality of Indian cities by acknowledging a spectrum of rights (see Table 28).

Table 28. The continuum of urban tenure.

7.11 Strategic objectives for social equity

• Data as a Shield, not a Sword: By documenting occupancy, residents gain an “address” and a “digital identity,” which are the first steps toward accessing municipal services and formal credit.
• Inclusive urban growth: Integrating informal areas into the city’s spatial database allows for more accurate planning of public health, education, and sanitation infrastructure.
• Political consensus: A framework that protects the vulnerable reduces resistance to the survey process, ensuring that the sustainable city vision includes all its citizens.

NAKSHA can ensure that India’s journey toward climate-resilient cities is as inclusive as it is technically advanced by bridging the gap between spatial documentation and social protection.

7.12 Recommendation 6: leverage AI and machine learning for sustainable record maintenance

The NAKSHA pilot phase has already demonstrated the immense potential of AI/ML through successful Proof of Concepts (PoCs). However, as the program scales to nearly 5,000 ULBs, manual ground-based verification of every boundary change, new construction, and subdivision will become administratively unsustainable. To ensure the Digital Twin remains a living, accurate resource, a deliberate GeoAI strategy is required to automate the lifecycle of urban land records. NAKSHA can transition from a periodic survey model to a “continuous update” model. This is the cornerstone of building data-driven and climate-resilient cities, where the pace of digital record-keeping matches the velocity of urban growth by integrating machine learning directly into the maintenance workflow.

7.13 The GeoAI maintenance framework

• a) AI-Assisted feature extraction: Deploying deep learning models trained on NAKSHA’s 5 cm GSD imagery and ground truth data to automate the delineation of land parcels and building footprints, road networks, and utility markers. This reduces the manual labor of feature extraction by orders of magnitude.
• b) Automated change detection: Utilizing periodic satellite imagery updates to compare against NAKSHA’s high-resolution baseline. AI models can automatically flag new vertical additions or demolitions for targeted field verification, eliminating the need for expensive, city-wide resurveys.
• c) NLP-Driven document digitization: Implementing Natural Language Processing (NLP) tools to ingest and structure historical sale deeds, legacy property cards, tax records, and cadastral records. This builds the digitized “historical audit trail” necessary to confirm statutory ownership.
• d) Predictive grievance modelling: Using predictive analytics to identify high-dispute zones based on historical litigation patterns and density. This allows authorities to pre-deploy mediation resources before the public “Claims and Objections” process begins, significantly accelerating implementation (see Table 29).

Table 29. Scaling efficiency through automation.

NAKSHA evolves into a self-healing platform for governance innovation. It ensures that the spatial foundation of the National Geospatial Mission remains high-fidelity, interoperable, and ready to support the complex demands of 21st-century urban governance by embedding these intelligent technologies.

7.14 Recommendation 7: establish Mission-mode governance with time-bound milestones

The government should transition NAKSHA from a pilot into a “Mission-Mode” project to translate these recommendations into a national reality. International successes, such as Turkey’s registration of 14.5 million parcels and Bogotá’s sustained annual cadaster updates, underscore that land administration reform requires uncompromising institutional permanence and clear accountability. The 2024–25 Union Budget’s incentive for the three-year completion of land reforms provides the ideal financial lever to formalize Mission NAKSHA.

This mission-mode approach will ensure that the transition to a platform for governance innovation is not stalled by administrative inertia. By setting time-bound milestones, India can ensure that its cities rapidly acquire the spatial certainty needed for sustainable and climate-resilient growth.

7.15 The mission NAKSHA governance framework

• a) National mission directorate: Establish a dedicated directorate within the Department of Land Resources (2025a,b,c) (DoLR) to provide centralized technical oversight and policy guidance.
• b) Three-tier governance structure:

• a) National steering committee: For inter-ministerial coordination (MoHUA, MeitY, Finance).
• b) State mission directorates: To drive state-level legislative and technical adoption.
• c) District/ULB implementation units: For ground-level execution and community engagement.

• c) Performance-linked fund release: Tie the disbursement of central funds to the successful establishment of state-level capacity and the achievement of verified mapping milestones.
• d) Real-time public dashboard: Launch a transparent digital dashboard tracking key performance indicators (KPIs), including ULB completion rates, UrPro cards issued, disputes resolved, and the resulting impact on municipal revenue.
• e) Legislative compliance deadlines: Establish a firm deadline by which states must enact the Model Urban Land Records Act to remain eligible for continued DILRMP (Digital India Land Records Modernization Programme) funding (see Table 30).

Table 30. Mission roadmap and key performance indicators.

7.16 Strategic outcome: a future-ready urban India

• Institutional accountability: By shifting to mission-mode, land records move from being a “back-office” function to a primary pillar of national infrastructure.
• Investor confidence: A time-bound, legally backed record system dramatically reduces the “sovereign risk” associated with urban land, attracting global capital for inclusive urban development.
• Climate readiness: The rapid deployment of high-resolution spatial data ensures that cities can implement disaster mitigation strategies before the next extreme weather cycle.

Mission NAKSHA is the definitive vehicle for delivering the National Geospatial Mission to every urban citizen, ensuring that the “Single Source of Truth” becomes the bedrock of a $5 trillion economy.

8 Methodological limitations and future research directions

While the NAKSHA programme presents a robust institutional and technological framework for strengthening urban land governance through integrated geospatial mapping, digital cadastral systems, and interoperable land information management, several methodological limitations should be acknowledged. First, the geographical scope of the pilot implementation is confined to a limited number of urban jurisdictions, thereby constraining the generalizability of the empirical findings. Variations in regional administrative capacity, institutional arrangements, socio-political dynamics, land tenure systems, and urban development patterns across different states and municipalities may introduce implementation complexities that are not fully captured within the current pilot context. Consequently, the outcomes observed during the pilot phase may not be directly transferable to broader national-scale implementation without accounting for these contextual differences.

Second, given the recent operationalization of the NAKSHA platform, the present study is based on a relatively short observation period. This temporal limitation restricts the ability to evaluate the programme’s long-term institutional effectiveness, legal sustainability, economic efficiency, and broader implications for urban governance. In particular, the enduring impacts on property rights formalization, land market transparency, municipal revenue enhancement, dispute reduction, and sustainable urban planning cannot yet be comprehensively assessed. Longitudinal analyses spanning multiple implementation cycles will therefore be necessary to examine the programme’s sustained performance and policy outcomes.

Finally, the current research relies predominantly on secondary data sources and official programme documentation, with limited incorporation of qualitative evidence from end users and local stakeholders. No primary field surveys, structured interviews, or participatory assessments were conducted with residents, particularly those belonging to vulnerable and marginalized communities whose experiences are critical for evaluating inclusiveness, accessibility, and equity within digital land governance initiatives. Future research should therefore integrate mixed-methods approaches, combining longitudinal quantitative analyses with community-based qualitative investigations, stakeholder interviews, and participatory assessments to comprehensively evaluate the programme’s effectiveness, social acceptance, and equity in strengthening tenure security and promoting inclusive urban land governance.

9 Conclusion: from geospatial pilot to governance platform

The NAKSHA Programme represents a landmark shift in India’s urban governance trajectory, serving as the first systematic, technologically sophisticated effort to bridge the nation’s historical deficit in urban land records. By design, NAKSHA is more than a mapping exercise; it is a fundamental architectural intervention. Its implementation framework characterized by a technically rigorous three-map approach, demonstrates a sophisticated understanding that geospatial precision, institutional validation, and legal regularization operate on divergent timelines. Backed by unprecedented fiscal commitment and high-level policy momentum, NAKSHA possesses the programmatic legitimacy required to transition from a localized pilot to a national standard for urban administration.

However, the international and domestic evidence synthesized in this paper suggests a singular, critical lesson: high-fidelity technology is a necessary catalyst but an insufficient condition for durable reform. While Rwanda achieved rapid systematic titling and Turkey anchored its success in statutory permanence, cases like Kenya illustrate how sophisticated digital registries can be undermined by institutional trust deficits. Domestically, the SVAMITVA scheme provides a vital cautionary parallel; despite its impressive scale, it has encountered structural bottlenecks in state-level validation, a challenge NAKSHA must proactively mitigate to avoid administrative stagnation.

The ultimate success of NAKSHA hinges on the recognition that it is not merely a geospatial project, but a platform for governance innovation enabled by technology. The transition from 150 pilot Urban Local Bodies (ULBs) to a nationwide network of 4,912 ULBs faces obstacles that are primarily institutional and political rather than algorithmic. Scaling requires resolving the absence of a dedicated statutory framework, overcoming jurisdictional fragmentation across state and municipal agencies, and addressing the complex tenure dynamics of informal settlements. Without a robust mechanism for permanent data maintenance and transaction updating, even the most technically precise survey risks becoming a “static snapshot” rather than a dynamic governance tool.

Consequently, the policy recommendations advanced in this research constitute an integrated reform agenda for national scale-up. These interventions, ranging from legal harmonizing to capacity building, must proceed in parallel with technical deployment to ensure systemic transformation. As India prepares to house 600 million urban residents by 2031, NAKSHA emerges as a pivotal “constitutional moment” for urban India. It offers a rare opportunity to extend legal certainty and tenure security to urban citizens, situating land governance at the nexus of economic productivity, social justice, and climate-resilient sustainability. The decisive question for India’s urban future is no longer the necessity of reform, but whether the legal and institutional ecosystem can be engineered with the rigour and permanence that NAKSHA’s visionary ambition demands.

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Footnotes

Edited by: Wei Li, Huazhong University of Science and Technology, China

Reviewed by: Murat Yakar, Mersin University, Türkiye

Sendi Permana, State University of Medan, Indonesia