Recently, it has been observed that GPS spoofing is creating a digital fog of war for aircraft flying near the UAE and Iran. This raises serious concerns about navigation safety, airspace security, and military operations in conflict-prone regions.

What is GPS Spoofing?

GPS spoofing, also known as GPS simulation, is the practice of tricking a GPS receiver by broadcasting false satellite signals. Unlike GPS jamming, which blocks satellite signals entirely, spoofing overrides genuine signals with counterfeit ones. The goal is to make the target believe incorrect position, speed, altitude, or time information.

Key Point: Spoofed signals are often stronger than authentic satellite signals, so the GPS receiver considers them real, leading to wrong navigation readings.

How GPS Spoofing Works

1. Transmission of Fake Signals: Specialized hardware or software sends counterfeit GPS signals to the target receiver.

2. Deception of Navigation Systems: The GPS receiver interprets these stronger signals as authentic, computing incorrect coordinates and time.

3. Impact on Aircraft: Instead of failing, the aircraft’s navigation system displays a false location, misleading the pilot or autonomous systems.

Key Point: Spoofing does not stop navigation but manipulates it, creating potential operational hazards.

Where GPS Spoofing Occurs

• Conflict zones, such as the Black Sea region.

• Middle East and West Asia, including areas near UAE and Iran.

• Military and electronic warfare areas, where strategic navigation manipulation provides a tactical advantage.

Key Point: GPS spoofing is mostly reported in high-stakes regions where navigation disruption can affect military or civilian operations.

Significance and Risks

• Aviation Safety Threat: Spoofed signals can mislead pilots and disrupt air traffic management, posing serious safety risks.

• Military Applications: Can create confusion in conflict zones, misdirect drones or missiles, and impact electronic warfare strategies.

• Civilian Implications: GPS-dependent systems, like shipping, logistics, and autonomous transport, can be misled or delayed.

GPS spoofing represents a cyber-electronic threat that combines technological manipulation with security and operational risks for both military and civilian sectors.

Recently, it has been observed that GPS spoofing is creating a digital fog of war for aircraft flying near the UAE and Iran. This raises serious concerns about navigation safety, airspace security, and military operations in conflict-prone regions.

What is GPS Spoofing?

GPS spoofing, also known as GPS simulation, is the practice of tricking a GPS receiver by broadcasting false satellite signals. Unlike GPS jamming, which blocks satellite signals entirely, spoofing overrides genuine signals with counterfeit ones. The goal is to make the target believe incorrect position, speed, altitude, or time information.

Key Point: Spoofed signals are often stronger than authentic satellite signals, so the GPS receiver considers them real, leading to wrong navigation readings.

How GPS Spoofing Works

1. Transmission of Fake Signals: Specialized hardware or software sends counterfeit GPS signals to the target receiver.

2. Deception of Navigation Systems: The GPS receiver interprets these stronger signals as authentic, computing incorrect coordinates and time.

3. Impact on Aircraft: Instead of failing, the aircraft’s navigation system displays a false location, misleading the pilot or autonomous systems.

Key Point: Spoofing does not stop navigation but manipulates it, creating potential operational hazards.

Where GPS Spoofing Occurs

• Conflict zones, such as the Black Sea region.

• Middle East and West Asia, including areas near UAE and Iran.

• Military and electronic warfare areas, where strategic navigation manipulation provides a tactical advantage.

Key Point: GPS spoofing is mostly reported in high-stakes regions where navigation disruption can affect military or civilian operations.

Significance and Risks

• Aviation Safety Threat: Spoofed signals can mislead pilots and disrupt air traffic management, posing serious safety risks.

• Military Applications: Can create confusion in conflict zones, misdirect drones or missiles, and impact electronic warfare strategies.

• Civilian Implications: GPS-dependent systems, like shipping, logistics, and autonomous transport, can be misled or delayed.

GPS spoofing represents a cyber-electronic threat that combines technological manipulation with security and operational risks for both military and civilian sectors.

The EASE 9.0 reforms, launched in February 2026 by the Department of Financial Services, aim to transform India’s Public Sector Banks (PSBs) into globally competitive, technology-driven, and resilient institutions. The initiative aligns with the national vision of Viksit Bharat @2047 and emphasizes technology-led modernization, operational excellence, and socio-economic impact.

Foundational Pillars of EASE 9.0 (R.I.S.E.)

The reforms are structured around four key pillars, abbreviated as R.I.S.E., which define the objectives and priorities of PSBs under this agenda.

1. Risk & Resilience

This pillar focuses on strengthening financial and credit risk management in PSBs. It emphasizes building enterprise-wide operational resilience and developing robust frameworks for risk oversight to ensure stability in an increasingly complex financial environment.

2. Innovation

PSBs are expected to drive technology integration, including Artificial Intelligence (AI), Generative AI (GenAI), machine learning (ML), cloud architectures, and microservices. The pillar aims to enhance core banking technology, data management, cybersecurity, and operational processes through innovation.

3. Socio-economic Impact

This pillar promotes inclusive banking by expanding financial access to underserved populations, including rural communities and gig or platform workers. PSBs are expected to align their initiatives with national economic development goals, contributing to equitable growth and social welfare.

4. Excellence

The excellence pillar seeks to improve operational efficiency, governance, and customer-centric processes. It also encourages PSBs to adopt cost-effective next-generation operating models, ensuring better service delivery and institutional performance.

Key Reforms under EASE 9.0

1. GCC Strategy and Leadership

PSBs will implement a Global Capability Centre (GCC) strategy in FY 2026–27 to centralize high-value functions and strengthen talent capabilities. State Bank of India (SBI), which established the first PSB GCC in Karnataka earlier this year, will take the lead. GCCs act as strategic hubs for IT, research, development, and business support, enhancing global competitiveness.

2. Technology Infrastructure Plans

Banks are required to assess active-active data centre models for business continuity. They will also develop core AI stacks, including Large Language Model (LLM) licensing, GPU strategies, and private cloud deployment. Additionally, PSBs will implement enterprise-wide consent management, data tokenisation, and anonymisation to ensure secure and continuous data usage for business and strategic purposes.

3. Collaborative Solutions

PSBs are encouraged to collaborate to provide end-to-end banking solutions. This includes leveraging blockchain technology, advanced risk assessment models, and fraud detection frameworks. Collaborative initiatives will strengthen service delivery, operational efficiency, and competitiveness across PSBs.

Banking, Financial Services, and Insurance (BFSI) GCCs

About BFSI GCCs

BFSI GCCs are 100% owned subsidiaries of global financial institutions, located in talent-rich countries like India. They centralize high-value functions, drive innovation, and provide operational efficiency specifically for the Banking, Financial Services, and Insurance sector.

Core Functions

BFSI GCCs specialize in risk management, compliance, fintech solutions, cybersecurity, AI/ML, RegTech, data analytics, and core platform development. These centers have evolved from simple cost-saving hubs to advanced innovation and strategy centers.

India’s Position in the BFSI GCC Ecosystem

India currently hosts 185–190 BFSI GCCs, employing around 540,000 professionals, which is 25% of all GCC employees in the country. The ecosystem is projected to grow from USD 40–41 billion in 2023 to USD 125 billion by 2032. Key hubs include Bengaluru (analytics/engineering), Hyderabad (fintech), Mumbai (financial services core), Pune, Chennai, and Gurugram/NCR.

Highlight: BFSI GCCs have become strategic innovation hubs, contributing to India’s position as a global leader in financial services technology.

Strategic Impact of EASE 9.0

The EASE 9.0 reforms are expected to:

• Enable PSBs to leverage technology for operational efficiency and global competitiveness.

• Foster collaborative innovation through blockchain, AI, and advanced risk management.

• Expand financial inclusion by providing services to underserved communities.

• Support national economic growth by aligning banking practices with strategic development goals.

Highlight: EASE 9.0 prepares PSBs for scale, innovation, and socio-economic impact, making them globally competitive and technologically advanced by 2047.

The United States has expressed serious concerns over the capabilities of Iran’s Shahed attack drones, highlighting their growing use in modern conflicts and their potential to disrupt regional security.

About Shahed Drones

Shahed (meaning “witness” in Farsi) drones are low-cost, one-way attack unmanned aerial vehicles (UAVs) developed by Iran.

• They are often called “kamikaze” or suicide drones because they are designed to explode upon impact, functioning like guided missiles.

• The most widely used variants are Shahed-131 and Shahed-136.

• Russia refers to them as Geran-1 (Shahed-131) and Geran-2 (Shahed-136).

• Cost-effective: Each drone costs between $20,000 and $50,000, much cheaper than traditional ballistic or cruise missiles.

• They can be deployed in large swarms, making it difficult for air defenses to intercept them.

Highlight: Shahed drones are known as “the poor man’s cruise missile” due to their low cost and high operational impact.

Key Features

Range and Size

• Shahed-131: 700–900 km

• Shahed-136: 2,000–2,500 km

• Length: 2.5–3 meters

• Weight: Around 200 kg at launch (mostly fuel and payload)

Launch Mechanism

• Launched using a disposable rocket booster mounted underneath.

• After launch, the booster is jettisoned, and a piston-driven engine provides propulsion.

• Can be launched from static rail mounts or vehicles.

Navigation

• Uses a combination of civilian GPS/GLONASS and an inertial navigation system (INS).

• Pre-programmed coordinates guide the drone to its target.

Payload

• Can carry high-explosive fragmentation, thermobaric, or shrapnel warheads.

• Designed to maximize damage to personnel, vehicles, and infrastructure.

Strategic Importance

• Shahed drones provide affordable yet effective strike capability, making them a strategic tool for asymmetric warfare.

• They overwhelm air defenses when deployed in swarms.

• They are increasingly used in regional conflicts, raising international concerns about proliferation and security.

Highlight: Their low cost, self-sacrificial design, and ease of deployment make Shahed drones a game-changer in modern military strategy.

The Prime Minister of India recently inaugurated the 11th edition of the Raisina Dialogue in New Delhi, reinforcing India’s role as a hub for global strategic and economic discussions.

About Raisina Dialogue

The Raisina Dialogue is India’s flagship conference on geopolitics and geo-economics, aimed at addressing the most pressing international challenges. It is modeled after the Munich Security Conference and Singapore’s Shangri-La Dialogue.

Key features include:

• Annual Event: Held every year since 2016 in New Delhi.

• Multi-stakeholder Engagement: Brings together heads of state, cabinet ministers, local government officials, and thought leaders from private sector, media, and academia.

• Organisers: Hosted by the Observer Research Foundation (ORF) in partnership with the Ministry of External Affairs, Government of India.

• Global Participation: Supported by numerous institutions and individuals committed to advancing dialogue on global issues.

Raisina Dialogue 2026 Highlights

• Edition: 11th

• Theme: “Saṁskāra – Assertion, Accommodation, Advancement”

• Participants: Approximately 2,700 participants from 110 countries will join in person.

• Duration: Three-day conference featuring discussions across multiple formats.

Six Thematic Pillars

1. Contested Frontiers: Power, Polarity, and Periphery – Discussions on geopolitics, strategic competition, and shifting power dynamics.

2. Repairing the Commons: New Groups, New Guardians, New Avenues – Addressing global governance, collective resources, and emerging institutional frameworks.

3. White Whale: The Pursuit of Agenda 2030 – Focus on sustainable development goals and global development agendas.

4. The Eleventh Hour: Climate, Conflict, and the Cost of Delay – Examining climate crises, conflict management, and urgent policy interventions.

5. Tomorrowland: Towards a Tech-topia – Exploring technological innovation, digital governance, and futuristic tech landscapes.

6. Trade in the Time of Tariffs: Recovery, Resilience, Reinvention – Addressing global trade, tariffs, economic recovery, and resilience strategies.

Significance

The Raisina Dialogue provides a platform for India to engage with global leaders, foster strategic partnerships, and shape discussions on geopolitical, economic, and technological issues. It positions India as a key player in global policy debates and strengthens multilateral cooperation.