October 2023
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The Crisis In The Middle East

Places in news: Dagestan

Note4Students

From UPSC perspective, the following things are important :

Prelims level: Dagestan

Mains level: NA

Dagestan

Central Idea

  • A recent incident involving anti-Israel protesters storming an airport in Makhachkala, Dagestan, has drawn international attention.
  • This incident highlights the unique position of Dagestan, which, while sounding like a country, is actually a province within Russia.

About Dagestan

  • Dagestan, officially known as the Republic of Dagestan, is a province within the Russian Federation, dispelling any confusion arising from its name.
  • Situated in the southernmost part of Russia, it holds strategic importance for the country.

Geographical Location

  • Land of Mountains: Dagestan’s name translates to “land of the mountains,” emphasizing its mountainous terrain.
  • North Caucasus: Located in the eastern part of the North Caucasus, it shares borders with Georgia and Chechnya to the west and Azerbaijan to the south. To the east lies the Caspian Sea.
  • Inaccessible Terrain: Some areas within Dagestan’s mountains are so remote that reaching them requires helicopters.

Ethnic Diversity

  • Over 40 Ethnicities: The province is home to at least 40 different ethnic groups.
  • 30+ Languages: More than 30 languages are spoken in this region.
  • Prominent Ethnic Groups: The largest ethnic group in Dagestan is the Avars, comprising approximately one-fifth of the population. Other significant groups include Dargins, Kumyks, and Lezgins.
  • Ethnic Russian Presence: Despite the ethnic diversity, around 10% of Dagestan’s population is ethnically Russian.

Capital: Makhachkala

  • Strategic Coastal City: Makhachkala, the capital of Dagestan, is situated along the Caspian Sea coast.
  • Historical Significance: Once a major trading port, Makhachkala was conquered by the Russian Imperial Army in the 19th century.
  • Oil and Gas Hub: Today, Dagestan serves as a crucial conduit for oil and gas pipelines connecting the Caspian Sea to Russia’s heartland, possessing its own reserves of these resources.
  • Challenges: The region has grappled with organized crime and instability, with Russian security forces combating armed insurgencies and militant groups in Dagestan and neighboring areas.

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Oil and Gas Sector – HELP, Open Acreage Policy, etc.

India’s Strategic Move: Reviving the Mozambique LNG Project

Note4Students

From UPSC perspective, the following things are important :

Prelims level: Mozambique LNG Project

Mains level: NA

Mozambique LNG Project

Central Idea

  • Union Minister for Petroleum and Natural Gas recently undertook a significant diplomatic mission to review the $20 billion liquefied natural gas (LNG) project in Mozambique.
  • This project, situated in the northern Cabo Delgado province, holds immense strategic importance for India’s quest for energy self-sufficiency.

Mozambique LNG Project

  • Discovery in 2010: The project originated in 2010 with the discovery of substantial natural gas reserves off the northern Mozambique coast.
  • Resource Abundance: The Area 1 block holds around 75 trillion cubic feet (Tcf) of recoverable gas, promising a resource life of about 120 years with an initial production rate of 12.88 million tonnes of LNG per year.
  • Indian Involvement: Three Indian public sector undertakings (PSUs) hold a 30% stake in the Mozambique LNG project.
  • Strategic Location: Mozambique’s geographical proximity to India’s west coast, with numerous LNG terminals, enhances its significance as a preferred source for LNG supply.
  • Meeting Indian Demand: India aims to increase the share of natural gas in its energy mix, with LNG imports playing a crucial role. India currently imports approximately 50% of its natural gas needs.

Challenges and Recent Developments

  • Operational Halt: TotalEnergies suspended project operations due to security concerns in April 2021.
  • Humanitarian Assessment: A humanitarian mission was conducted by Jean-Christophe Rufin in December 2022, recommending actions to address local issues.
  • Indian Diplomatic Efforts: India has actively sought to engage project partners and restart the project since May 2023.
  • Geopolitical Significance: India’s reliance on Qatar as a major LNG supplier faces challenges, making the Mozambique LNG project strategically important.

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International Space Agencies – Missions and Discoveries

Calculating Moon’s True Age

Note4Students

From UPSC perspective, the following things are important :

Prelims level: Moon's Age

Mains level: NA

moon age

Central Idea

  • For years, the moon’s age was believed to be around 4.42 billion years, but recent research challenges this notion.
  • A study has used advanced technology called atom probe tomography (APT) to evaluate lunar sample 72255, which contained 4.2 billion-year-old zircon crystals.

Unveiling the Moon’s True Age

  • Zircon’s Significance: Zircon is not only the oldest mineral on Earth but also holds crucial information about the formation of our planet.
  • Lead Clustering Analysis: Using nanoscale spatial resolution, the scientists analyzed the clustering of lead within the samples, a common method to estimate the age of zircon in rocks.
  • Revised Age: The study concludes that the moon likely formed approximately 4.46 billion years ago, within the first 110 million years of the solar system’s existence.
  • Comparing Earth’s Age: Earth is estimated to be between 4.5 and 4.6 billion years old, making the moon slightly younger at approximately 4.46 billion years old.

Implications of Zircon and Lunar Formation

  • Giant Impact Hypothesis: The researchers propose the giant impact hypothesis, suggesting that a celestial body named Theia, possibly Mars-sized, collided with Earth during its formation. This collision ejected debris, which coalesced to form the moon.
  • Lunar Magma Ocean: This collision led to the formation of the Lunar Magma Ocean, influencing the moon’s interior composition.
  • Preserved Zircon: Subsequent lunar surface bombardments reworked the earliest crust, leaving some zircon crystals modified and others preserved. Identifying these preserved zircon crystals provided insights into the moon’s age.

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Innovations in Sciences, IT, Computers, Robotics and Nanotechnology

IIT-B pioneers Nanostructured Hard-Carbon Florets (NCF)

Note4Students

From UPSC perspective, the following things are important :

Prelims level: Nanostructured Hard-Carbon Florets (NCF)

Mains level: Not Much

Nanostructured Hard-Carbon Florets (NCF)

Central Idea

  • Scientists at IIT Bombay have achieved a groundbreaking development by creating a material known as Nanostructured Hard-Carbon Florets (NCF).
  • This innovative material boasts an unparalleled solar-thermal conversion efficiency, surpassing 87%.

What is Nanostructured Hard-Carbon Florets (NCF)?

  • NCF Development: It is a material capable of absorbing and storing an exceptional amount of heat energy.
  • Stunning Efficiency: It exhibits an extraordinary solar-thermal conversion efficiency of over 87%, absorbing more than 97% of sunlight’s ultraviolet, visible, and infrared components.
  • NCF Manufacturing: The material is manufactured through chemical vapor deposition, making it easily scalable and suitable for large-scale production.

Science behind NCF’s Efficiency

  • NCF’s success lies in its unique structure, resembling interconnected carbon cones.
  • This structure combines high photon thermalization (efficiently converting light into heat) with low phonon thermal conductivity (retaining heat without loss).

Applications of NCF

  • Wide Range: NCF can be applied to diverse surfaces, including paper, elastomer, metal, and terracotta clay, making it adaptable for various contexts.
  • Versatility: The generated heat can be efficiently transferred to air or water, making NCF ideal for smoke-free space heating, particularly beneficial in cold regions like Leh and Ladakh.
  • Eco-Friendly and Cost-Effective: Unlike conventional coatings based on heavy metals like chromium (Cr) or nickel (Ni), NCF coatings do not harm the environment

Beyond Solar Thermal Conversion

  • Heating Rooms and Spaces: Hollow copper tubes coated with NCF can heat air to over 72 degrees Celsius, demonstrating potential applications in space heating.
  • Efficient Water Vapor Conversion: NCFs have achieved an astonishing water vapor conversion efficiency of 186%, surpassing commercial solar stills.
  • Sustainable Energy Solution: This groundbreaking technology provides a green solution to the global energy crisis, supporting the transition to sustainable energy sources.
  • Commercialization and Recognition: The project is on the path to commercialization through the establishment of a company at IIT Bombay’s Society for Innovation and Entrepreneurship. It has received accolades and support, highlighting its potential to revolutionize the solar-thermal energy market in India and contribute to decarbonization.

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Internal Security Architecture Shortcomings – Key Forces, NIA, IB, CCTNS, etc.

Understanding the ‘Prisoner’s Dilemma’: A Lesson in Cooperation

Note4Students

From UPSC perspective, the following things are important :

Prelims level: Prisoner's Dilemma

Mains level: Read the attached story

Prisoner's Dilemma

Central Idea

  • Defence Minister invoked the concept of the “Prisoner’s Dilemma” to emphasize the importance of international collaboration over competing interests.
  • He highlighted the need for countries to find solutions that promote cooperation, trust-building, and risk mitigation in international relations.

What is the Prisoner’s Dilemma?

  • Game Theory Basis: The Prisoner’s Dilemma is a renowned concept in Game Theory, a scientific branch that studies decision-making in various scenarios.
  • Complex Decision-Making: It illustrates that real-life decisions involve complexity and uncertainty, and outcomes depend on the actions of others.
  • Paradox of Conflict: When applied to international relations, it reveals situations where countries engage in actions, such as arms races, driven by mutual fear and mistrust.

Prisoner’s Dilemma Scenario

  • Crime Investigation: Imagine two individuals, A and B, facing questioning for a crime without strong evidence.
  • Police Offer: The police offer them a choice:
    1. If one implicates the other, the informant goes free, while the implicated receives a 15-year jail term.
    2. If both stay silent, both serve one year in prison.
    3. If both confess, they each get 10 years.

Prisoner’s Dilemma Matrix:

A Stays Silent A Confesses
B Stays Silent A: 1 year, B: 1 year A: 15 years, B: 0 years
B Confesses A: 0 years, B: 15 years A: 10 years, B: 10 years

Dilemma and Decision

  • Optimal Outcome: On the surface, staying silent seems best, resulting in both serving just one year in prison.
  • Uncertainty: However, if one stays silent, they risk a 15-year sentence if the other implicates them.
  • Paradox: To avoid the maximum penalty, confessing becomes the rational choice if trust in the other’s silence is uncertain.
  • Cooperation Ideal: The best outcome lies in cooperation, where both prisoners stay silent, serving only one year.

Real-Life Applications

  • Business Strategy: Similar dilemmas occur in business, such as price wars between companies selling identical products. Cooperation to maintain sustainable pricing can lead to healthier profits.
  • Geopolitical Agreements: Countries can avoid ruinous arms races and protect their economies by establishing ground rules in geopolitics, fostering cooperation over competition.

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Railway Reforms

Transport of Cargo by Railways: Issues and Suggestions

Note4Students

From UPSC perspective, the following things are important :

Prelims level: Gatishakti, NMP, NLP

Mains level: Railway cargo

cargo

Central Idea

  • Rail transport has long been a cost-effective means of moving bulk cargo.

Promoting Railway Cargo: Key Policy Initiatives

  • Recognizing its importance in reducing overall logistics costs and promoting sustainable transportation, the Government of India has introduced two key policies:
  1. PM GatiShakti (PMGS) policy for a National Master Plan (NMP): PMGS focuses on creating a seamless multi-modal transport network in India, leveraging technology for coordinated infrastructure planning.
  2. National Logistics Policy (NLP), 2022: NLP aims to establish a national logistics portal and integrate platforms across various ministries to streamline cargo movement.
  • These policies aim to revolutionize the Indian transportation landscape by fostering infrastructure development, technology integration, and green mobility initiatives.

Barriers to IR’s Bulk Cargo Share

  • Non-Price Barriers: IR faces challenges in maintaining its share of bulk cargo, partially due to non-price barriers. To counter this, IR should reduce these barriers and distribute transaction costs more equitably.
  • Capital-Intensive Siding: Railway sidings are capital-intensive and favor large industries, leading to higher logistics costs for smaller entities, such as many cement plants.

Initiatives in Bulk Cargo Transportation

  • Private Freight Terminals (PFTs): The introduction of PFTs and relaxation of operating conditions have facilitated specialized cargo movement, including automobiles and fly ash.
  • Common-User Facilities: To reduce logistics costs and encourage patronage of IR, common-user facilities at cargo aggregation and dispersal points in mining clusters, industrial areas, and large cities are essential.
  • Collaboration with States: Collaboration with State governments is crucial, as they possess knowledge of regional clusters and can play a pivotal role in planning industrial and mining activities.

Exploring New Commodities and Efficiency Measures

  • Fly Ash Transportation: The IR should actively explore the potential of transporting fly ash, aligning with the Ministry of Environment and Forests’ guidelines. This entails retrofitting power plant sidings with fly ash loading facilities.
  • Innovative Wagon Design: The IR should liberalize wagon design to accommodate higher and more efficient loading for various commodities, promoting versatility.
  • Environmental Considerations: Environmental regulations should be mode-agnostic and based on cargo quantity and environmental impact potential. This will prevent cargo from shifting to road transport due to cumbersome rail loading requirements.

Revamping Parcel Transportation

  • Challenges: The IR’s existing strategy for moving general cargo relies on passenger trains or special heavy parcel van (VPH) trains, but both have experienced setbacks, with a 15% drop in loading leased parcel vans and an 8% decline in full parcel trains.
  • High Tariffs: One contributing factor to the decline is the high tariff, with premium and Rajdhani rates surpassing truck rates when factoring in first and last-mile costs. Exceptions exist for cargo destined to the northeast.
  • Other Challenges: The issues also include inadequate terminals, inconsistent weighbridges, excessive penal charges, unreliable transit times, complex booking and delivery processes, and self-imposed environmental constraints.
  • VPH Parcel Trains: These have proven ineffective and should be discontinued. A covered wagon, specifically a Covered Bogie Wagon Type with Air Brake and Heavy Load (BCNHL), can carry 700% more cargo with 45% more volume. Even if P scale rates are halved, revenue generated would be 3.5 times that of VPH trains.

Containerization Conundrum:

  • Expectations vs. Reality: IR hoped that private container train operators (CTOs) would boost general cargo movement through containerization. However, 15 years post-privatization, domestic cargo carried by containers constitutes a mere 1% of IR’s loading and 0.3% of the nation’s total freight, primarily due to high haulage rates and market risks.
  • Shipment Size Challenge: General cargo typically involves shipment sizes ranging from a few to hundreds of tonnes. The IR’s current services do not cater to the needs of this diverse segment, creating a gap in service provision.

Future Strategies

  • Segmentation: General cargo can be categorized as highly time-sensitive (HTSG), medium time-sensitive (MTSG), and low time-sensitive (LTSG).
  • HTSG Cargo: Valuable goods or perishables should continue to be transported by passenger trains. Attaching parcel vans to popular trains can substantially increase parcel loading capacity and revenue.
  • MTSG and LTSG Cargo: These price-sensitive categories should be transported under IR freight rates, which are cost-effective compared to truck rates. Individual wagon bookings should be permitted, even if a train isn’t fully loaded, ensuring timely movement.
  • Policy and Mindset Change: IR should adopt a flexible approach to freight tariff rules, including freight of any kind (FAK) for wagon loads in the tariff table. Single-wagon indents should be encouraged.
  • Incentives and Aggregators: Tariffs may be adjusted based on quantity loaded to promote volumetric loading. Cargo aggregators should be incentivized through policy adjustments.
  • Future Prospects: With concerted efforts, the IR can load substantial general cargo tonnage in the coming years, capitalizing on the existing infrastructure and industry capabilities.

Conclusion

  • The Indian Railways stands at a critical juncture in transforming cargo transportation for a more sustainable and efficient future.
  • With the support of visionary policies, collaborative efforts, and a proactive approach to diversification and environmental challenges, IR can reassert its position as a key player in India’s logistics landscape.

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Air Pollution

Indians are choking on pollution. How can it be stopped?

Central idea

Severe health consequences of air pollution cannot be mitigated by personal protection measures alone. Clean, public transport and rapid transition away from fossil fuels are needed.

Key Highlights:

  • Air pollution in India, particularly in cities like Delhi, is significantly reducing life expectancy.
  • A recent report estimates an average loss of 5.3 years of life expectancy in India due to air pollution.
  • Delhi, one of the most polluted cities globally, faces an even worse scenario with an estimated life loss of 11.9 years.

Challenges:

  • 39 out of 50 of the world’s most polluted cities are in India, impacting both urban and rural areas.
  • Pollutants monitored include PM 10, PM 2.5, nitrogen dioxide, sulfur dioxide, carbon monoxide, ozone, ammonia, lead, benzene, formaldehyde, and cadmium.
  • India’s air quality standards are less stringent than WHO standards, with concerns about health risks even at lower pollution levels.

Concerns:

  • Prolonged exposure to air pollution, even at satisfactory Air Quality Index (AQI) levels, can have adverse health effects.
  • Geographical factors, like the landlocked Indo-Gangetic plain, exacerbate pollution levels, especially during winters.
  • Both outdoor and indoor sources contribute to air pollution, impacting various regions differently.

Analysis:

  • Health harms range from acute effects like respiratory issues to severe conditions such as heart attacks and strokes.
  • Long-term exposure to air pollution is linked to hypertension, cardiovascular diseases, cancers, diabetes, dementia, cataracts, and more.
  • Pregnant women and children are particularly vulnerable, facing risks of stillbirths, neonatal deaths, low birth weight, and developmental issues.

Key Data:

  • The WHO’s PM 2.5 limit is 5 microns, while India allows 40 microns.
  • Delhi’s current AQI of 126 exceeds national and WHO standards.
  • 22 states meet national AQI standards, but none meet WHO standards.

Key Terms:

  • Particulate matter (PM 2.5) and ultra-fine particles.
  • AQI categories: Good, satisfactory, moderately polluted, poor, very poor, and severe.
  • Emission sources: line, point, area, and natural sources.
  • Personal protection measures, including air purifiers, masks, and breathing exercises.

Way Forward:

  • Urgent measures needed for clean transport, increased public transport usage, renewable energy adoption, and waste disposal improvements.
  • Addressing household air pollution through alternative fuel use and better ventilation.
  • Proactive public policy, enforcement, monitoring, and innovations required to combat air pollution and its health impacts.

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Economic Indicators and Various Reports On It- GDP, FD, EODB, WIR etc

The household debt challenge

Central idea

The article discusses the surge in household debt in India, emphasizing the need to assess its sustainability through the Debt Service Ratio (DSR). Despite the high DSR, comparisons with global trends reveal both challenges and potential adjustments. The analysis suggests extending the maturity period as a key strategy and calls for collaborative efforts between regulators and lenders to manage the impact of rapid debt growth.

Key Highlights:

  • Surge in Household Debt: Household debt in India reached 5.8% of GDP in FY23, the second-highest annual increase since Independence.
  • Debt Service Ratio (DSR): The sustainability of debt is questioned by examining the Debt Service Ratio (DSR), measuring the proportion of income used to repay debt-related obligations.
  • Indian Household DSR: India’s household DSR was approximately 12% in FY23, consistently increasing over the past two decades and higher than most advanced economies.
  • Comparison with Advanced Economies: India’s DSR is higher than that of advanced economies like China, France, the UK, and the US, indicating higher household leverage.
  • Long-Term Trends: Despite the high DSR, Indian households have experienced improved borrowing terms over the past decade, with longer maturity periods and falling interest rates.

Challenges:

  • Rapid Debt Growth: The rapid growth in household debt, especially non-housing loans, raises concerns about sustainability and potential future challenges.
  • Threshold Level: The article raises questions about the threshold level of household debt in India and the time frame before reaching a critical point.
Prelims focus

 

The Debt Service Ratio (DSR) is like a measure of how much of your money goes into repaying debts. It looks at the portion of your income used to pay off things like loans and interest. A lower DSR is better because it means you have more money left for other things after handling your debts. So, it’s a way to see if people can comfortably manage their debt payments based on their income.

 

Analysis:

  • Effective Interest Rates: The combination of higher interest rates and shorter debt tenure contributes to India’s higher DSR compared to advanced economies.
  • Global Comparison: India’s household DSR is compared with Nordic countries and other nations, indicating both challenges and potential room for adjustment.

Key Data:

  • Household Debt-to-Income Ratio: Jumped to 48.1% in FY23 from 42.2% in FY19, suggesting a significant increase in a short period.
  • DSR Trends: India’s DSR has consistently increased over the past three years, reflecting a rising burden on households.

Key Terms:

  • Debt Service Ratio (DSR): Measures the proportion of income used to repay debt-related obligations.
  • Residual Maturity: The remaining time until a debt obligation is due to be paid.
  • Household Leverage: The ratio of household debt to income, indicating the financial burden on households.

Way Forward:

  • Increase Residual Maturity: Extending the maturity period for borrowers is suggested as an effective way to reduce the debt burden on Indian households.
  • Collaboration between Regulators and Lenders: Urges regulators and lenders to collaborate to distribute the impact of debt growth over time, avoiding sudden hindrances to economic growth.

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Human Rights Issues

Narayana Murthy just gave some very bad advice

Narayana Murthy

Central idea

Narayana Murthy’s advice to work 70 hours a week sparks debate on the balance between productivity and workforce well-being. The article explores the challenges, gender disparities, and global work hour comparisons, emphasizing the need for adaptable work strategies in a post-COVID era to achieve sustainable growth without compromising individual lives.

Key Highlights:

  • Narayana Murthy’s Advice: Murthy advises young IT professionals to work 70 hours a week to address India’s low productivity concerns and meet global changes.
  • Productivity Concerns: Murthy emphasizes the need for a cultural shift toward determination, discipline, and hard work, especially among the youth.
  • Global Work Hours Comparison: Data from the International Labour Organisation shows South and East Asia having the highest average weekly work hours, contrasting with North America and Europe.
  • Work-Life Balance Challenges: Murthy’s approach raises concerns about the impact on stress, income, and work-life balance, particularly for women in the workforce.

Challenges and Concerns:

  • High Working Hours: South and East Asia, including India, have high average weekly work hours, impacting the well-being of the workforce.
  • Gender Disparities: A 24/7 work culture may disproportionately affect women, with unrealistic professional standards and limited concessions for family responsibilities.
  • Workplace Expectations: Murthy’s emphasis on extended working hours may contribute to a culture valuing presence over contribution, potentially affecting mental health and family life.

Analysis:

  • Nation Building vs. Workforce Well-being: The tension between nation-building efforts and the well-being of the workforce is highlighted, raising questions about sustainable growth.
  • Workplace Changes Post-COVID: The article suggests that the COVID-19 pandemic has reshaped the workplace, emphasizing the need for practical expectations and support mechanisms.

Key Data:

  • Average Work Hours: South and East Asia have the highest average weekly work hours, with South Asia at 49 hours and East Asia at 48.8 hours.
  • Global Comparison: North America records 37.9 average weekly work hours, while Europe ranges from 37.2 to 37.9 hours.

Key Terms:

  • Flexi-time: Flexible working hours allowing employees to choose their work hours within certain limits.
  • FOMO (Fear of Missing Out): The culture where an individual fears missing out on opportunities or experiences, often applied in the context of work.
  • Work-Life Balance: The equilibrium between professional and personal life to ensure overall well-being.
  • Remote Work: Work performed outside the traditional office setting, often enabled by technology.
  • Job Flexibility: Adaptable work arrangements, including flexi-time and remote work, to accommodate employees’ needs.

Concerns for Future Work Strategies:

  • One-way Work Culture: The traditional approach of work as a one-way street, potentially overlooking the changing dynamics of the modern workplace.
  • Impact on Lives: The need for work strategies that consider individual lives, relationships, and personal aspirations alongside professional goals.

Way Forward:

  • Adaptable Work Policies: Organizations should embrace adaptable work policies, including flexi-time and remote work, to accommodate diverse needs and promote work-life balance.
  • Equal Opportunities: Ensure equal opportunities and concessions for both genders, challenging traditional norms that disproportionately affect women in the workforce.
  • Rethinking Productivity: Shift the focus from sheer working hours to productivity and contribution, fostering a culture that values efficiency over extended presence.
  • Support Mechanisms: Establish robust support mechanisms, acknowledging the changing dynamics post-COVID, to nurture employee well-being and mental health.
  • Continuous Dialogue: Encourage ongoing dialogue between employers and employees to understand evolving needs and collectively shape a work environment that aligns with the aspirations of the workforce.

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