The Archaeological Survey of India (ASI) has recently enabled online ticket booking for more than 170 centrally protected monuments and museums through the Open Network for Digital Commerce (ONDC). This initiative aims to expand digital access to cultural heritage sites and improve public convenience through open digital infrastructure.

What is the Open Network for Digital Commerce (ONDC)?

The Open Network for Digital Commerce is a transformative digital initiative launched by the Department for Promotion of Industry and Internal Trade (DPIIT) under the Ministry of Commerce and Industry, Government of India. Its core objective is to democratise digital commerce in India by creating an open, interoperable network for the exchange of goods and services over digital platforms.

Launch and Conceptual Framework

ONDC was launched in April 2022 with the vision of promoting open networks across all aspects of digital commerce. It seeks to move India away from a platform-centric e-commerce model, dominated by a few large corporations, towards a network-based model where buyers and sellers can transact irrespective of the platforms they use.

Technological Foundation of ONDC

ONDC is built on an open-source methodology, utilising open specifications and open network protocols that are independent of any single e-commerce platform. This ensures interoperability, transparency, and vendor neutrality, allowing multiple applications to seamlessly connect to the network.

Objectives of the ONDC Initiative

The ONDC initiative aims to break the dominance of large e-commerce platforms by enabling interoperability across digital networks. It seeks to promote inclusivity by empowering small businesses, retailers, and local artisans, especially micro, small, and medium enterprises (MSMEs), to participate in digital commerce.

Another key objective is to reduce the cost of customer acquisition and transaction processing for sellers. ONDC also aims to expand markets by bridging regional and linguistic barriers, thereby integrating untapped markets into the digital economy. For consumers, it seeks to enhance choice and empowerment by providing access to a wider range of sellers.

Scope and Coverage of ONDC

ONDC enables local commerce across multiple sectors, including mobility services, grocery, food ordering and delivery, hotel bookings, travel, and ticketing services. Any network-enabled application can discover and engage with services available on ONDC, thereby increasing reach and competition.

Operational Architecture of ONDC

The ONDC ecosystem consists of buyer-side applications, which allow consumers to browse and place orders; seller-side applications, which onboard merchants and host their product listings; and logistics service providers, which handle order fulfilment and delivery. These components operate independently but are connected through standardised protocols.

Benefits of ONDC

ONDC provides small retailers and service providers with an opportunity to offer their goods and services to customers across the country through a shared digital infrastructure. It allows merchants to retain and utilise their data, helping them build a digital transaction history and credit profile.

The initiative is expected to digitise the entire commerce value chain, improve logistical efficiency, promote supplier inclusion, and deliver greater value and choice to consumers.

Standardisation and Efficiency

ONDC protocols aim to standardise key e-commerce operations, including cataloguing, inventory management, order management, and order fulfilment. This standardisation reduces operational friction and enhances scalability for businesses of all sizes.

India’s indigenous Long Range Anti-Ship Missile (LRAShM) will be showcased at the Republic Day parade on January 26, underscoring India’s rapidly advancing maritime strike and deterrence capabilities and its progress in indigenous defence technology.

What is the Long Range Anti-Ship Missile (LRAShM)?

The Long Range Anti-Ship Missile (LRAShM) is a hypersonic glide missile developed by the Defence Research and Development Organisation (DRDO). It is designed primarily for anti-ship warfare, with the capability to target enemy warships and aircraft carrier groups, and may later evolve into a land-attack variant.

Hypersonic Glide Vehicle (HGV) Technology

LRAShM uses a hypersonic glide vehicle (HGV), which distinguishes it from traditional ballistic missiles. Unlike ballistic missiles that follow a predictable, fixed trajectory, an HGV is launched atop a rocket, ascends to the upper atmosphere, and then glides toward its target along an unpredictable and maneuverable path.

This combination of extreme speed and evasive maneuverability makes the missile extremely difficult to detect and intercept using existing air and missile defence systems.

Comparison with Global Systems

The LRAShM is reported to outperform comparable systems, including China’s DF-17, in terms of range, technological sophistication, and guidance capabilities, placing India among a select group of nations with advanced hypersonic strike weapons.

Key Features of the LRAShM

The missile’s most distinctive feature is its delta-wing hypersonic glide vehicle, which enables highly complex, adaptive, and non-linear flight paths. The LRAShM is reported to have a range exceeding 1,500 kilometres, significantly extending India’s maritime strike reach.

The missile operates at speeds of Mach 10, or ten times the speed of sound, allowing it to strike enemy vessels within seven to eight minutes of launch. Such speed drastically reduces enemy reaction time.

Guidance, Accuracy, and Payload

The LRAShM is equipped with an advanced radio frequency (RF) seeker capable of functioning effectively at hypersonic speeds. This allows the missile to accurately engage moving targets, such as warships, a capability possessed by very few weapon systems globally.

The missile can be launched from both land-based platforms and naval vessels, providing significant operational flexibility. It is designed to carry multiple types of payloads, including conventional and nuclear warheads, enhancing its deterrence value.

Advanced Materials and Survivability

To withstand the extreme heat generated during hypersonic flight, the LRAShM incorporates special heat-resistant materials. These materials prevent structural degradation at high temperatures and represent a major advancement in scramjet and glide vehicle technologies.

Strategic Significance

The induction of LRAShM significantly strengthens India’s anti-access and area denial (A2/AD) capabilities in the Indian Ocean Region. It enhances naval deterrence, improves the survivability of strike assets, and reinforces India’s position as a leading power in next-generation missile technologies.

India’s External Affairs Minister recently participated in India’s first-ever engagement with the Weimar Triangle, alongside counterparts from France and Poland and representatives from Germany. This marks an important step in India’s expanding engagement with European regional groupings.

What is the Weimar Triangle?

The Weimar Triangle is a regional political cooperation framework comprising France, Germany, and Poland. It serves as a platform for dialogue, coordination, and policy alignment among these three major European countries.

Formation and Background

The Weimar Triangle was formed on 29 August 1991 through a joint declaration issued in Weimar, Germany by the Foreign Ministers of France, Germany, and Poland.

Its creation came in the post–Cold War context, aimed at stabilising Central and Eastern Europe and strengthening European unity.

Objectives of the Weimar Triangle

The grouping was established with three key objectives:

• To involve France in German–Polish reconciliation, drawing on the successful experience of Franco–German cooperation.

• To strengthen political dialogue and cooperation among France, Germany, and Poland on regional and European issues.

• To support Poland’s integration into NATO and the European Union, a goal that has since been achieved.

Role and Achievements

The Weimar Triangle holds regular meetings at various levels, including heads of government, foreign ministers, and ministers for European affairs. These engagements have facilitated coordination on EU policies and security matters.

Notable outcomes include:

• Poland’s accession to NATO in 1999, and

• Poland’s entry into the European Union in 2004.

Institutional Structure

The Weimar Triangle does not have a formal institutional structure or permanent secretariat. Despite this, it continues to function as an important political reference framework for consultation and cooperation among the three countries.

Beyond Government-to-Government Diplomacy

Apart from official diplomacy, the Weimar Triangle also promotes people-to-people and civil society engagement. This includes:

• Youth exchange programmes

• Academic and research collaborations

• Business and professional networks

These initiatives aim to enhance intercultural dialogue, mobility, and mutual understanding within Europe.

Forest staff participating in the tiger and wildlife census at Anamalai Tiger Reserve will use the Monitoring System for Tigers: Intensive Protection and Ecological Status (M-STrIPES) mobile application to enhance monitoring and data accuracy.

About M-STrIPES

M-STrIPES is a software-based monitoring system developed to assist in the protection, monitoring, and ecological assessment of tiger habitats and other wildlife in protected areas.

It was launched in 2010 by the National Tiger Conservation Authority (NTCA) in collaboration with the Wildlife Institute of India (WII).

Objectives of M-STrIPES

The system aims to strengthen anti-poaching measures, improve wildlife monitoring, ensure scientific management of protected areas, and enhance accountability of forest patrol staff.

Components of the M-STrIPES System

M-STrIPES consists of two main components.
The first is a central analytical engine, comprising desktop software and an online analysis tool used for data processing and decision-making.
The second is an Android-based mobile application, which enables real-time field data collection and GPS-based tracking of patrol routes.

Technologies Used

The system uses GPS, GPRS, remote sensing, GIS, and statistical tools to collect field data, create digital databases, analyse ecological patterns, and generate management insights for tiger reserves.

Patrolling Protocol under M-STrIPES

Under M-STrIPES protocols, forest guards patrol their assigned beats and record patrol tracks using GPS-enabled devices, along with wildlife sightings and threats in site-specific data sheets.

A beat is the smallest administrative unit of forest management in India, usually assigned to one forest guard.

Key Facts about Anamalai Tiger Reserve

Location

Anamalai Tiger Reserve is located at an altitude of about 1,400 metres in the Anamalai Hills of Pollachi and Coimbatore districts of Tamil Nadu. It lies south of the Palakkad Gap in the Southern Western Ghats.

Boundaries

The reserve is surrounded by Parambikulam Tiger Reserve to the east and Chinnar Wildlife Sanctuary and Eravikulam National Park to the southwest.

Indigenous Communities

Six indigenous communities inhabit the reserve: Kadar, Muduvar, Malasar, Malai Malasar, Eravalar, and Pulayar.

Vegetation

The reserve supports diverse habitats such as wet evergreen, semi-evergreen, moist deciduous, dry deciduous, dry thorn, and shola forests, along with montane grasslands, savannahs, and marshy grasslands.

Flora

It is rich in wild relatives of cultivated plants, including mango, jackfruit, wild plantain, ginger, turmeric, pepper, and cardamom.

Fauna

Major wildlife species include the tiger, Asiatic elephant, leopard, sambar, spotted deer, barking deer, jackal, and jungle cat.

The Senapati Forest Division has recently launched Participatory Rural Appraisal (PRA) exercises as a pilot initiative to rejuvenate the Barak River watershed, while simultaneously strengthening local livelihoods in the region.

About the Barak River

The Barak River is a major river of Northeast India, flowing through the states of Manipur, Mizoram, and Assam before entering Bangladesh. It is the second-largest river in Northeast India, after the Brahmaputra.

Source and Course

The Barak River originates in the Manipur Hills, south of Mao in the Senapati district of Manipur, at an elevation of about 2,331 metres.

From its source, the river flows along the Nagaland–Manipur border through hilly terrain and then enters Assam.

In Assam, the river forms the Barak Valley, which includes the districts of Cachar, Hailakandi, and Karimganj, constituting the southernmost part of the state.

Just before entering Bangladesh, the Barak splits into two distributaries—the Surma River and the Kusiyara River. These rivers later merge to form the Meghna River, which flows southward, joins the Padma River, and ultimately drains into the Bay of Bengal.

Length and Basin

The Barak River has a total length of about 900 kilometres, of which 524 kilometres lie in India, including a significant stretch along the Indo–Bangladesh border.

The Barak River basin, formed by the river and its tributaries, drains parts of India, Bangladesh, and Myanmar.

In India, the basin extends across Meghalaya, Manipur, Mizoram, Assam, Tripura, and Nagaland.

Physiographic Boundaries of the Basin

The Barak basin is:

• Bounded by the Barail Range in the north, separating it from the Brahmaputra basin

• Enclosed by the Naga and Lushai Hills to the east

• Bordered by the Mizo Hills and Bangladesh to the south and west

The entire basin lies within the Eastern Himalayan agro-climatic zone.

Land Use and Agriculture

A major portion of the Barak basin is forest-covered. Due to the hilly terrain, terrace farming is widely practised in the region.

Tributaries of the Barak River

The principal tributaries of the Barak River include the Jiri, Chiri, Modhura, Jatinga, Harang, Dhaleswari, Singla, Longai, Sonai, and Katakhal rivers.

Dams and Hydropower Projects

The major dams associated with the Barak River basin are:

• Khoupum Dam

• Mawphlang Dam

• Gumti Hydro Dam

• Myntdu–Leshka Dam

National Waterway Status

A 121-kilometre stretch of the Barak River between Lakhipur and Bhanga in Assam has been declared National Waterway–16 by the Government of India.