28 May 2026

UPSC GS 1

Hutti Gold Mines Company Limited

1. News:   Hutti Gold Mines Company Limited reported an increase of ₹633.34 crore in earnings during 2025–26 due to the sharp rise in global gold prices.

2.  About Hutti Gold Mines Company Limited:

a. Hutti Gold Mines Company Limited (HGML) is a Government of Karnataka undertaking established in 1947.

b. It holds the distinction of being the only producer of primary gold in India.

c. The company has been involved in the exploration, development, and extraction of gold deposits located in Karnataka.

d. Its corporate headquarters are situated in Bengaluru.

3.  Mining Operations:

a. HGML currently processes ore from the Hutti Gold Mine along with two satellite mines, namely the Uti opencast mine and the Heera-Buddinni exploratory underground mine.

b. The Hutti mine is regarded as one of the world’s oldest metal mines and is believed to date back to the pre-Ashokan period.

4.   Production Details:

a. The company produced 1,691.57 kilograms of gold during 2025–26.

b. Hutti’s gold production accounts for less than 1 percent of India’s annual gold demand, which is estimated to exceed 700 tonnes.

c. The company also produced 145.76 kilograms of silver as a byproduct generated during the beneficiation of gold ore. 

UPSC GS 2

Indian Cybercrime Coordination Centre

1. News:   The Indian Cybercrime Coordination Centre recently identified a sophisticated phishing campaign targeting Apple iPhone.

2.  About Indian Cybercrime Coordination Centre (I4C):

a. The Indian Cybercrime Coordination Centre (I4C) was established under the Ministry of Home Affairs to function as the national nodal agency in combating cybercrime.

b. It is intended to provide a coordinated and comprehensive framework for Law Enforcement Agencies (LEAs) to address cybercrime effectively.

c. The centre brings together academia, industry, the public, and government institutions for the prevention, detection, investigation, and prosecution of cybercrimes.

3. Headquarters: New Delhi.

4. Objectives of I4C:

a. Nodal Coordination Role: To function as the national nodal point for curbing cybercrime in the country.

b. Protection of Women and Children: To strengthen efforts against cybercrimes committed against women and children.

c. Complaint and Trend Analysis: To facilitate easy filing of cybercrime complaints and identify emerging cybercrime trends and patterns.

d. Early Warning System: To function as an early warning mechanism for Law Enforcement Agencies for proactive prevention and detection of cybercrime.

e. Public Awareness: To create awareness among citizens regarding cyber safety and cybercrime prevention.

f. Capacity Building: To assist States and Union Territories in training police officers, public prosecutors, and judicial officers in cyber forensics, cyber hygiene, cyber criminology, and investigation techniques.

g. Research and Development: To identify research needs of Law Enforcement Agencies and undertake R&D activities in collaboration with academic and research institutions in India and abroad.

5. Legal and International Cooperation: To suggest amendments in cyber laws whenever necessary and coordinate implementation of Mutual Legal Assistance Treaties (MLATs) related to cybercrime with other countries.

6. Components of I4C:

a. National Cybercrime Threat Analytics Unit (TAU)

b. National Cybercrime Reporting Portal (NCRP)

c. National Cybercrime Training Centre (NCTC)

d. National Cybercrime Research and Innovation Centre

e. Platform for Joint Cyber Crime Coordination Team

f. Cybercrime Ecosystem Management Unit

g. National Cybercrime Forensic Laboratory (Investigation) Ecosystem

UPSC GS 3

Himalayan Tricarinate Hill Turtle (Melanochelys Tricarinata)

1. News:   Forest officials recently recorded the rare Himalayan Tricarinate Hill Turtle in the forests of Udanti Sitanadi Tiger Reserve.

2. About Himalayan Tricarinate Hill Turtle:

a. It is a small terrestrial turtle species belonging to the Geoemydidae family.

b. The species derives its name from the presence of three distinct keels on its shell, which give it a unique appearance.

3. Habitat and Distribution:

a. The species is distributed along the narrow sub-Himalayan belt extending across northeastern India, southern Nepal, southern Bhutan, and northern Bangladesh.

b. It mainly inhabits temperate forests, grasslands, and the foothill regions of the Himalayas.

4. Features:

a. The turtle is characterised by a highly domed carapace with three longitudinal keels.

b. It possesses a small olive-to-dark coloured head with a narrow snout.

c. Its limbs are covered with scales and are specially adapted for terrestrial movement.

5. Conservation Status:  It is classified as ‘Endangered’ under the IUCN Red List.

First-Ever Resolution On Stroke

1. News:  The World Health Assembly recently adopted the first-ever resolution on stroke, urging member countries to recognise the condition as a major public health priority.

2. About Stroke:

a. A stroke is a medical emergency that occurs when blood supply to the brain is interrupted either because of a blockage or bleeding.

b. The interruption in blood flow can lead to brain cell death and severe health complications.

c. Stroke may result in permanent brain damage, long-term disability, or death.

3. Types of Stroke:

a. Ischaemic Stroke: It occurs when a blood clot blocks a blood vessel supplying the brain, causing reduced blood flow.

b. Haemorrhagic Stroke: It occurs due to rupture of a blood vessel in the brain, leading to bleeding within brain tissues, also known as intracerebral haemorrhage (ICH).

c. Transient Ischaemic Attack (TIA): It involves temporary stroke-like symptoms caused by a short-term blockage of blood flow to the brain. TIAs usually last only a few minutes and generally do not cause permanent damage.

4. Treatment and Prevention:

a. Stroke treatment may involve medicines, surgery, and rehabilitation therapies.

b. Preventive measures include adopting a heart-healthy lifestyle and taking prescribed medicines when necessary.

Memflation

1. News:    Global semiconductor revenues are projected to cross the unprecedented $1.3 trillion mark this year due to phenomenon known as “memflation,”.

2. Meaning:

a. Memflation is a term coined by Gartner analysts to describe rapid and structural price inflation in the semiconductor market, particularly affecting memory and data-storage components.

b. It refers to a market distortion in which the rapid expansion of AI infrastructure absorbs a large share of semiconductor fabrication capacity, leading to shortages and rising prices for conventional computing hardware.

3.   Primary Causes of Memflation:

a. AI Infrastructure Boom: Large-scale investments by hyperscalers and cloud companies in AI infrastructure have diverted memory resources away from traditional computing markets.

b. Production Shift by Chipmakers: Semiconductor companies such as Micron Technology are increasingly prioritising high-margin AI GPUs and enterprise memory products instead of consumer-oriented components.

c. Pre-Emptive Bulk Buying: Concerns over tariffs and anticipated price increases prompted companies to stockpile chips during 2025–26, thereby sharply reducing available inventories.

4. Key Features of the Semiconductor Surge:

a. Sharp Rise in Memory Prices: Industry estimates suggest that DRAM prices could rise by nearly 125 percent, while NAND flash prices may increase by almost 243 percent.

b. Expansion of the Semiconductor Market: The global semiconductor industry is expected to exceed $1.3 trillion this year and may approach $1.6 trillion by 2027.

c. AI-Driven Market Transformation: Rising AI demand enabled Nvidia to surpass Samsung Electronics in semiconductor revenues.

5.  Impacts of Memflation:

a. Delayed Non-AI Technology Upgrades: Escalating memory costs are slowing enterprise IT upgrades and delaying deployment of conventional digital infrastructure.

b. Supply Chain Disruptions: Semiconductor shortages and logistical bottlenecks have caused shipment delays across global hardware markets.

c. Increase in Consumer Prices: Manufacturers of laptops, servers, and enterprise hardware are transferring the higher semiconductor costs directly to consumers.

d. Risks in Long-Term Contracts: Analysts have advised Chief Information Officers (CIOs) to avoid locking into expensive long-term semiconductor supply contracts due to volatile market conditions.

Facts for Prelims

Medical Innovations Patent Mitra: Innovators-to-Industry (I2I) Connect

1. News:    The Indian Council of Medical Research (ICMR), recently organized “Medical Innovations Patent Mitra: Innovators-to-Industry (I2I) Connect” Event.

2. More on News: It is India’s largest biomedical and technology transfer facilitation event that took place at Manekshaw Centre, New Delhi.

3. Organised By: The event was organised by the Indian Council of Medical Research (ICMR) under the Department of Health Research, Ministry of Health and Family Welfare.

4. About the Initiative: The event marked the establishment of one of India’s first structured platforms dedicated to biomedical innovation showcasing and technology transfer under the ICMR Medical Innovation Patent Mitra initiative.

5. Aim of the Initiative:

a. The initiative aims to bridge the gap between laboratory-based research and commercially viable healthcare products.

b. It also seeks to support India’s objective of becoming more self-reliant in healthcare technologies.

6. Focus Areas: The programme focuses on converting Indian medical research into practical healthcare solutions that can rapidly reach hospitals, laboratories, and patients.

7. Highlights of the Event:

a. Launch of Key Reports: The Indian Biomedical Patent Landscape Report and the Technology Compendium were launched during the event.

b. Technology Transfer Agreements: A major highlight of the programme was the transfer of 41 public health technologies from ICMR institutes and innovators to industry partners for further development, manufacturing, and commercialisation.

c. Areas Covered by Technologies: The transferred technologies included advanced diagnostics, vaccines, medical devices, and biomedical innovations addressing major public health challenges.

d. Vaccine and Diagnostic Technologies: The technologies transferred included glycoconjugate and recombinant vaccines for Typhoid and Paratyphoid, along with diagnostic technologies for diseases such as Japanese Encephalitis, Tuberculosis, and Mpox.

e. Biomaterials Transfer: In another significant first, well-characterized biomaterials including inactivated KFD and Chandipura viruses were also transferred to industry partners, strengthening India’s biomedical research and manufacturing ecosystem.

f. Startup and Research Participation: The event showcased more than 100 technologies in diagnostics, therapeutics, and medical devices developed by ICMR institutes, researchers, and startups. It also enabled direct interaction between innovators and industry stakeholders.