Topics: Awareness in the fields of IT, Space, Computers, Robotics, Nano-technology, Bio-technology | Issues relating to Intellectual Property Rights
Questions
Q1. Intellectual Property Rights (IPR) are needed for a creative environment and innovative growth. Enumerating the need for IPR, discuss the achievements under the new IPR policy. Also bring out a few shortcomings in it. (15 Marks)
Q2. In the light of increased private sector participation in the space sector, discuss the need for a comprehensive space strategy that India shall adopt to become one of the major space powers. (15 Marks)
Q3. Robotics technology can potentially enhance our lives by saving human effort and energy. Elaborate with examples. Also, list the challenges faced by India in the optimum utilisation of this technology. (15 Marks)
Q4. Examine the challenges presented by the emergence of the Metaverse and Artificial Intelligence (AI) and propose strategies to address them. (15 Marks)
Q5. "Geospatial technology is poised to play a pivotal role in advancing the country's growth objectives." In light of this statement, explore the challenges that hinder the complete realisation of India's geospatial sector's potential and examine recent policy initiatives to deregulate the sector. (10 Marks)
Model Structures
Q1. IPR — Need, New Policy Achievements & Shortcomings (15 Marks)
Introduction
Intellectual Property Rights (IPR) are creator rights given for literary work, inventions, artwork and anything else that can be commercialized. They are valid for a certain period and give the creator exclusive rights over their use.
Main Body
These rights are backed by global instruments — the Universal Declaration of Human Rights, the Paris Convention, the Berne Convention — and domestic laws. IPR covers trademarks, copyrights, geographical indications, trade secrets, industrial designs etc.
IPR are needed because:
- They are an incentive to creators, fostering an environment of creation and innovation.
- They help ease of doing business and research, furthering innovation prospects and building human capital.
- They foster economic growth by providing quality jobs, enhancing quality of life and industrial growth.
- Innovative creations carry cutting-edge technology or ideas that can be shared or commercialized for better trade prospects.
Achievements under the new IPR Policy (2016) — launched to improve awareness, generation, commercialization, administration and enforcement of IPR frameworks:
- Improved technical manpower for granting/approving applications has cleared backlogs, fostering innovation.
- Increase in IPR filings — patents up ~7% and trademarks up ~28% in 2018-19.
- Automatic issuance of electronically generated trademark and patent certificates has streamlined the process.
- Improved Global Innovation Index ranking — from 81st in 2015 to 52nd in 2019.
- IPR awareness (a key objective of the policy) has been driven well in higher institutions, rural schools, and at industry level.
Shortcomings — India's IPR regime has been questioned at the WTO and WIPO:
- India has often been on the USTR's 'Priority Watch List' for alleged IPR violations.
- No scope for evergreening of patents under the Indian Patent Act — a patent cannot be granted if a new invention's properties don't differ significantly from older products.
- Compulsory licensing has upset foreign investors — it allows the government to permit companies to use, manufacture or sell a patented invention without the owner's consent.
- Lack of data exclusivity for foreign companies — potential for unfair commercial use of test data.
Conclusion
Intellectual property is like the brain of a nation — it needs a conducive environment and enabling atmosphere to grow. Recent steps are in this direction, and more needs to be done keeping in mind the requirements of changing times.
Q2. Comprehensive Space Strategy for India (15 Marks)
Introduction
- India's ability to secure its use of outer space has played a major role in its growth and prosperity, as outer space has become an important organ for maintaining national security. OR
- The growing strategic salience of outer space demands substantive national policy action in India — strategic publications detailing the broad direction of space programmes bolster inter-organizational coordination and investor confidence.
Main Body
Increased private sector participation:
- In India, more than 100 startups are working in the space sector.
- Worldwide, large companies like SpaceX and LeoLabs have taken a huge leap in space activities.
Need for a comprehensive policy for outer space:
- Shaping the global order: India's strategic interest recognises the centrality of emerging technologies in shaping the 21st-century global order, and the urgency of writing new rules for peace and stability in outer space.
- Space has overarching applications and dependencies across almost all aspects of civilian life and military operations.
- Space is emerging as a potential fourth arm of India's defence setup.
- With the US, Russia and China already pursuing space power status, India must equip itself to meet emerging security challenges.
- Increasing competition — New Zealand is positioning itself for private rocket launches; Singapore is offering itself as a hub for space entrepreneurship.
- To provide a vision to the private sector to enhance participation.
Other countries vis-à-vis India:
- The UK, China and NATO countries have published strategic publications on the use of space.
- China already has its Tiangong space station's first module in orbit and plans a near-earth object defence system within five years; India has no planetary defence plans on the horizon.
Way forward:
- Balanced approach addressing in-orbit, Earth-to-space, and space-to-Earth applications — NATO's articulation of space being relevant 'across the spectrum of conflict' is correct.
- Engagement in international fora: As the UNGA works out norms for responsible behaviour in outer space, India should be not just a participant but a key stakeholder — pressing for unrestricted access to space for all nations.
- Greater Space Situational Awareness (SSA): Awareness of the location and activities of any space object and its potential impact.
- Permanent presence in space: ISRO's manned space flight focus, beginning with the Gaganyaan mission.
- Accelerate research on defence from near-earth objects; cooperate with international bodies in the short term and plan a planetary defence programme in the long term — without international cooperation, India is unlikely to catch up to China.
Conclusion
The space sector provides immense opportunities for inclusive development in India. The need is for a balanced policy which takes all stakeholders into account.
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Q3. Robotics — Applications & Challenges (15 Marks)
Introduction
- Robotics is a branch of science and technology dealing with the design and manufacture of robots using computer applications — an interdisciplinary field merging mechanical, electronics and computer science engineering.
- A robot is a mechanical agent guided by a computer program or electronic circuitry — autonomous or semi-autonomous, ranging from humanoid and industrial robots to collectively programmed 'swarm' robots and even microscopic nano-robots.
Main Body
Applications of robots:
- Automobile industry: Industrial robots known for speed, accuracy and reliability — assembling parts, welding, spraying and material handling.
- Electronics: Robots fit chips into motherboards — chips too small and difficult for humans to place.
- Military: Telerobots used as UAVs for operations in dangerous, faraway or inaccessible places.
- Health & medicine: Robotic surgery; nano-robots deliver medicines to targeted organs.
- Environment: Nanorobots can clear oil spills and disassemble pollutants, especially non-biodegradable ones.
- Disaster management: Handling and disposal of nuclear waste, and response during nuclear disasters.
- Other fields: Exploration, farms, and entertainment.
Robotics projects in India:
- IISc Bangalore and other institutions have robotics laboratories; BARC uses robots in nuclear waste handling.
- The Centre for Artificial Intelligence & Robotics (CAIR), Bangalore developed 'CHATUR' — a robot with a vision sensor to pick up objects in its visual field.
- DRDO has initiated a project for robotic soldiers deployed at the LoC — the challenge is integrating cognitive AI skills to differentiate between threat and friend.
- DRDO's 'DAKSH' — a counter-terrorist remotely operated robot for handling hazardous material and suspect objects in public places, equipped with multiple surveillance cameras.
Challenges of robotics in India:
- Hardware procurement: High cost of imported hardware components and of training personnel.
- Skilled manpower: Acquiring and retaining quality talent is difficult; the capital-intensive nature of robotics versus low-cost human labour tips the scale toward the latter.
- Educational institutions: Barring top schools, students lack knowledge across the four-five engineering disciplines needed; most projects replicate what already exists in the public domain.
- Scarcity of good faculty: Robotics is not taught well to engineering students outside a few regions.
Conclusion
Robotics' advancement sparks concerns over job displacement as robots replace humans in various tasks. As manufacturing adopts robots for efficiency, the government must address job-loss concerns — though proponents argue robots may also create opportunities and jobs in associated sectors through increased efficiency and productivity.
Q4. Metaverse & AI — Challenges and Strategies (15 Marks)
Introduction
The Metaverse is a virtual universe where users interact with each other and digital entities in real time. Artificial intelligence means the development of intelligent machines that can perform tasks requiring human intelligence.
Main Body
Challenges presented by the emergence of AI and the Metaverse:
- Ethical concerns: Privacy breaches, data security, and potential misuse of personal information; the risk that these technologies perpetuate or amplify discrimination and inequality.
- Economic inequality: Access might be limited to those who can afford it — deepening the digital divide.
- Job displacement: AI can automate various tasks — Goldman Sachs predicts mass adoption of AI will impact 300 million jobs.
- Security risks: New cyber threats and AI-powered attacks — e.g., scammers using deepfakes and cloned voices.
- Dependence on technology: Over-reliance on AI and the Metaverse for daily activities risks the loss of important life skills.
- Physical health and well-being: As the Metaverse becomes more immersive, users may spend increasing time in virtual worlds at the expense of their physical health.
Strategies to address these challenges:
- Robust legislation and regulations to safeguard user privacy and ensure responsible data handling.
- Inclusive policies ensuring affordable access for all segments of society; develop AI as a public good rather than a commercial product.
- Retraining and upskilling initiatives for the evolving job market; create new avenues of employment in emerging Metaverse-related fields.
- Strengthen cybersecurity infrastructure, invest in AI-driven security systems, and promote public awareness about online safety.
- Ethical AI development: Transparency, accountability, and bias-mitigation mechanisms in AI algorithms to avoid discriminatory practices and enhance user trust.
- Global cooperation: As the Metaverse and AI develop, a digitally advanced, borderless world full of promise is emerging — it needs coordinated governance.
Conclusion
Proactive measures addressing ethical concerns, job displacement, security risks, and inclusivity can unlock the potential of AI and the Metaverse.
Q5. Geospatial Technology — Potential, Challenges & Deregulation (10 Marks)
Introduction
- Geospatial technology encompasses Geographic Information Systems (GIS), Remote Sensing, and Global Positioning Systems (GPS), enabling acquisition of earth-referenced data for analysis, modelling, simulations and visualisation.
- India's geospatial economy is valued at ₹38,972 crore and can grow to ₹63,100 crore at 12.8% by 2025.
Main Body
Geospatial technology is crucial for the country's growth ambitions:
- Agriculture: Precision agriculture, monitoring crop conditions.
- Land use management: Odisha used drone-imagery-based high-resolution maps to grant land titles to slum dwellers — decreased slum population, improved living conditions.
- Employment: Amazon, Zomato and others use drones for delivery operations, supporting livelihoods.
- Scheme implementation: Programmes like PM Gati Shakti can be smoothly implemented using geospatial technology.
- Disaster risk reduction: Cyclone Fani's impact was contained through early warning systems and detection using geospatial information.
- Remote sensing satellites: The Oceansat series identifies potential fishing zones.
- GIS-based initiatives: ISRO's India-WRIS (Water Resources Information System); the National Spatial Data Infrastructure (DST).
Roadblocks to harnessing full potential:
- Despite the National Data Sharing and Accessibility Policy 2012, no single platform exists for all departments to collate value-added data.
- Challenges with supercomputers and quantum computers vital for data storage and processing — India's fastest supercomputer PARAM-Siddhi AI ranks 63rd.
- Absence of a sizable geospatial market — demand is not on a scale linked to India's potential and size.
- Lack of skilled manpower across the pyramid.
- Lack of a data privacy law.
- The NSDI is only partially open and free — limiting innovation-fostering data for the private sector.
Recent policy efforts to deregulate the sector:
- The Centre is working on the National Geospatial Policy and the Indian Satellite Navigation (SATNAV) Policy.
- The Guidelines for Geospatial Data have deregulated and liberalised the sector — a watershed moment: access to geospatial data, services and maps for all Indian entities (except sensitive defence/security data); Indian corporations and innovators can generate or update digital geospatial data and maps without prior approvals, security clearance or licences.
Conclusion
India's geospatial initiatives such as BHUVAN and the Water Resources Information System received praise in a UNESCAP report. To unlock the sector's potential, re-skilling, data integration, and enhanced data security are necessary; international collaboration can address digital divide issues. Despite deregulation, an enabling ecosystem is vital for optimal utilisation.
