Modi and Jetten Elevate India–Netherlands Ties with New Defence, Semiconductor, and Cybersecurity Roadmaps

India and the Netherlands have elevated their ties to a Strategic Partnership, with defence technology and climate sustainability emerging as the twin pillars of their 2026–2030 roadmap.

At the invitation of the Prime Minister of the Netherlands, Mr. Rob Jetten Indian Prime Minister Narendra Modi paid an official visit to the Netherlands on 16-17 May 2026. This marked PM Modi’s second visit to Netherlands.

Defence & Technology Collaboration

• Defence Industrial Roadmap: Co‑development and co‑production of advanced defence equipment, systems, and components through technology transfer and joint ventures.
• Cybersecurity Cooperation: Enhanced collaboration in cyberspace, focusing on countering cyber threats, cybercrime, and building secure ICT environments.
• Semiconductor Partnership: Dutch Semicon Competence Centre linked with India’s Semiconductor Mission, supported by NXP, ASML, Tata, and CG Semi.
• Emerging Technologies: Joint research in AI, quantum computing, photonics, and space applications, with academic partnerships between IITs and Dutch universities.

Climate & Sustainability Partnerships

• Green Hydrogen Roadmap: Accelerates production, usage, and export of green hydrogen, leveraging India’s potential and Dutch renewable expertise.
• Circular Economy: Collaboration on industrial circularity, waste‑to‑value projects, and resilient urban systems.
• Renewable Energy Cooperation: Joint Working Group overseeing projects in solar, hydrogen, and energy storage.
• Water Management: Cooperation on Namami Gange, delta management, wastewater reuse, and a Centre of Excellence at IIT Delhi.

Key Highlights Table

Area	Initiatives	Impact
Defence	Industrial Roadmap, joint ventures, tech transfer	Strengthens military self‑reliance, EU‑India defence ties
Cybersecurity	Annual consultations, cyber school, LoI on cyberspace	Enhances resilience against cybercrime & threats
Semiconductors	ISM–Dutch Semicon Centre, IIT–Dutch university MoUs	Builds trusted supply chains, talent pipelines
Green Hydrogen	India–Netherlands roadmap	Accelerates clean energy transition
Circular Economy	Waste‑to‑value, RECEIC partnerships	Promotes sustainable urban systems
Water Management	Namami Gange, IIT Delhi Centre of Excellence	Advances climate‑resilient water solutions

Risks & Considerations

• Implementation Complexity: Defence collaboration requires harmonizing regulations and standards.
• Supply Chain Vulnerabilities: Semiconductor and critical minerals partnerships must address disruptions.
• Energy Transition Challenges: Scaling green hydrogen demands infrastructure investment and policy alignment.
• Climate Resilience: Water and circular economy projects hinge on sustained funding and adoption.

Tech Mahindra, Cisco Unveil Cyber Resilience Fabric for Unified Enterprise Security

Tech Mahindra and Cisco have jointly launched the Cyber Resilience Fabric, a next‑generation enterprise security solution integrating Cisco’s Splunk Enterprise Security with Tech Mahindra’s Risk Scoring platform.

Cyber Resilience Fabric empowers enterprises to move beyond traditional alert triage toward risk‑aligned, Business driven security decisions. By embedding intelligence‑based prioritization into workflows, it enhances early threat detection, precise response, and resilient recovery of mission‑critical services. The solution addresses a pressing industry challenge—expanding attack surfaces and rising operational complexity—while enabling faster, more effective incident management. 

Key Technical Features

• Unified Visibility: Aggregates alerts from diverse sources—network traffic, application logs, endpoint activity, cloud workloads, and identity systems—into one operational layer. 
• Splunk Integration: Uses Cisco’s Splunk Enterprise Security for real‑time monitoring and analytics. Cisco’s Splunk Enterprise Security ingest and normalize massive volumes of security data.  
• Risk Scoring: Tech Mahindra’s proprietary platform applies contextual risk prioritization to security events.
• AI‑Driven Analytics: Applies machine learning to distinguish genuine threats from operational noise. Enhances triage accuracy, reduces operational noise, and accelerates incident response.
• Decision Support: Enables proactive, risk‑led decision‑making instead of reactive alert management.

Strategic Benefits

• For CISOs/CIOs/CTOs: Provides deeper visibility into cyber risk posture, governance alignment, and compliance.
• Operational Efficiency: Reduces alert fatigue and fragmented SOC responses.
• Resilience Focus: Shifts security from attack prevention to operational continuity during and after attacks.
• Automation: Embeds intelligence‑driven prioritisation into workflows for faster incident management.

Comparative Context

Feature	Cyber Resilience Fabric	Traditional SOC Tools
Integration	Splunk + Risk Scoring	Standalone monitoring
Analytics	AI‑assisted, contextual	Rule‑based, static
Risk Prioritisation	Business‑aligned	Alert‑centric
Visibility	Unified across infra	Fragmented
Response	Faster, risk‑led	Slower, reactive

Risks & Considerations

• Adoption Complexity: Enterprises must integrate existing SOC workflows with the new unified fabric.
• Data Governance: Ensuring compliance with sector‑specific regulations.
• Operational Change: Requires cultural shift from alert‑driven to risk‑driven security operations.

Saket Singh, SVP & Business Head – Digital Core Services (Cloud, Infrastructure, Network and Cyber Security Services), Tech Mahindra, said, “In today’s hyper-connected enterprise landscape, the growing scale and sophistication of cyber threats are overwhelming traditional security operations, often leading to delayed detection and fragmented response. Through our partnership with Cisco, we are addressing this challenge by combining contextual risk intelligence with AI-driven analytics to help enterprises move from reactive alert management to proactive, risk-led decisioning. Cyber Resilience Fabric will enable faster detection, prioritized response, and stronger operational resilience.”

Shannon Leininger, SVP, Global Partner Sales & Splunk Channel Chief, Cisco, said, “The convergence of data, AI, and security is non-negotiable for modern enterprises. By integrating Splunk’s and Tech Mahindra’s unique capabilities, we are accelerating our customers' ability to prioritize effectively and automate their defense, delivering real, measurable digital resilience.”

Uber, Adani to Launch India Data Hub for Global Tech Expansion

Uber CEO Dara Khosrowshahi has confirmed that Uber will set up its first India data centre in partnership with the Adani Group, located in Ahmedabad, and operational later this year.

Key Highlights of the Announcement

• Partnership: Uber is collaborating with the Adani Group to establish the facility.
• Location: The data centre will be in Ahmedabad, Gujarat.
• Timeline: Expected to be ready later in 2026.
• Purpose: To test and deploy Uber’s technology at scale, supporting global operations “from India, for the world.”
• Strategic Context: India is one of Uber’s fastest-growing markets, with Bengaluru already serving as a major global tech hub.

Why This Matters

• For Uber: Strengthens engineering and AI infrastructure, supports real-time mobility platforms, predictive demand engines, fraud detection, and analytics.
• For Adani Group: Adds another layer to its AI-linked infrastructure strategy, complementing renewable-powered data centre plans and partnerships with Google and AdaniConneX.

This Uber-Adani partnership adds momentum to India’s positioning as a global hub for AI, cloud, and hyperscale infrastructure. 

Broader Industry Context

• Reliance Digital Connexion (JV with Brookfield & Digital Realty)
• NTT Global Data Centers
• STT GDC India
• CtrlS, Sify, Nxtra (Airtel), Yotta, Equinix

Risks & Considerations

• Energy Dependence: Adani’s renewable-powered promise will be tested against India’s grid reliability.
• Regulatory Oversight: Compliance with India’s Digital Personal Data Protection Act (DPDPA).
• Competition: Reliance, Google, and others scaling aggressively may create pricing pressures.

Quick Comparison: Uber vs Other Global Entrants

Company	Partner	Location	Capacity/Focus
Uber	Adani Group	Ahmedabad	Tech deployment, AI-ready
Google	AdaniConneX	Visakhapatnam	$15B AI hub, gigawatt scale
Reliance	Brookfield, Digital Realty	Andhra Pradesh	₹1.6 lakh crore, 1.5 GW cluster
NTT	Independent	Multiple cities	Hyperscale cloud, enterprise clients

Tesla’s Robotaxi Transparency: 17 Crash Reports Expose Teleoperation Risks and Safety Concerns

Tesla has finally unredacted all 17 Robotaxi crash reports filed with U.S. regulators, revealing that most incidents in Austin (July 2025–March 2026) were minor and often caused by other drivers, though two teleoperator-related crashes and one injury requiring hospitalization raise new safety concerns.

Unredacted crash data means the full, original accident reports are made public without sensitive details being hidden or blacked out.

In Tesla’s case, when its Robotaxi crash reports were first submitted to U.S. regulators, the narratives describing how each crash happened were redacted — essentially censored, with large portions removed under the label of “confidential business information.” That made it impossible for outsiders to know whether the Autonomous Driving System (ADS) failed, or if human drivers simply hit the Robotaxi.

By releasing unredacted reports, Tesla now provides: Full crash narratives with detailed descriptions of what happened in each incident, Teleoperator involvement with clear accounts of remote driver errors.

The report data revealed mostly minor collisions but raising new safety concerns, including two teleoperator-related crashes and one injury requiring hospitalization.  

Transparency Shift

Tesla had long been criticized for redacting every crash narrative in its filings with U.S. regulators, citing “confidential business information.” In May 2026, the company resubmitted reports to the National Highway Traffic Safety Administration (NHTSA) with full narratives, aligning with practices of rivals like Waymo and Zoox. This move addressed criticism that secrecy fueled speculation about whether Tesla’s Autonomous Driving System (ADS) was failing or simply being hit by careless human drivers.

Tesla competitors, Waymo and Zoox, have always filed unredacted reports, so Tesla is now catching up.  

Crash Data Highlights

Between July 2025 and March 2026, Tesla reported 17 Robotaxi crashes in Austin, Texas.

• 13 incidents → property damage only
• 2 incidents → no injuries
• 1 incident → minor injury (no hospitalization)
• 1 incident → minor injury requiring hospitalization

Many crashes occurred while Teslas were stationary — rear-ended at red lights, clipped by buses, or sideswiped by passing vehicles. Two incidents involved teleoperators: one in July 2025 where a remote driver hit a metal fence, and another in January 2026 where a barricade was scraped at ~9 mph. Another unique case involved the ADS failing to avoid a dog running into the street.

Comparison with Other Operators

Company	Transparency	Crash Types	Injuries
Tesla	Initially redacted, now public	Rear-ends, teleoperator errors, minor contacts	2 minor injuries (1 hospitalization)
Waymo	Full narratives	Mostly rear-ended by human drivers	Property damage only
Zoox	Full narratives	Low-speed collisions, misjudged turns	No serious injuries

Emerging Safety Concerns

• Teleoperation risks: Remote driving under 10 mph introduces new failure points.
• Stationary vulnerability: AVs stopping cautiously are often rear-ended by inattentive drivers.
• Public trust: Transparency helps credibility but also exposes flaws.
• Regulatory oversight: NHTSA may tighten rules around teleoperation protocols.

Implications for India

Tesla’s testing of the Model Y L in India makes these findings globally relevant.

• Urban traffic complexity: Dense conditions in Gurugram could amplify stationary collision risks.
• Policy frameworks: Regulators must address teleoperation safety before Robotaxi rollout.
• Consumer confidence: Transparent reporting and independent audits will be critical for adoption.

Tesla’s Robotaxi project began as Elon Musk’s vision in 2016 for a shared autonomous ride‑hailing network, officially launching in Austin, Texas, in June 2025 with Model Y vehicles equipped with Full Self‑Driving (FSD) software. 

Honda Abandons 2040 EV Goal After $10B Loss

Honda has reportedly taken a dramatic turn in its electrification journey, abandoning its ambitious plan to transition to an all‑EV lineup by 2040. The decision follows the automaker’s first annual loss in nearly seven decades, driven largely by massive EV‑related write‑downs and shifting global market dynamics.

Honda’s decision to scrap its 2040 all‑EV target is a watershed moment in the auto industry. After reporting its first annual loss in nearly 70 years, Honda has chosen to pivot away from an all‑electric future toward a more diversified strategy centered on hybrids, motorcycles, and financial services.

It is to be noted that Honda has not yet issued any official press release announcing the scrapping of its 2040 all‑EV target. The most recent formal communication from Honda (May 16, 2024) reaffirmed its commitment to achieving 100% EV and FCEV global sales by 2040, with a ¥10 trillion investment plan and the launch of seven “Honda 0 Series” EV models by 2030.

Honda’s official communications still list India as a priority market for hybrids and motorcycles, but no EV‑specific press release has been issued for the region.

The news of Honda scrapping its EV 2040 targets has been widely reported in financial and industry outlets, but Honda’s own newsroom and corporate site have not yet published an updated press release reflecting this reversal.  

Historic Losses and Policy Headwinds

• Honda reported an operating loss of ¥414.3 billion ($2.63 billion) for FY ending March 2026.
• EV‑related write‑downs totaled ¥1.45–1.58 trillion ($9–10 billion).
• US tariffs (15%) and removal of EV tax credits ($7,500) further eroded competitiveness.
• Slower‑than‑expected EV adoption and aggressive competition from Chinese automakers compounded the challenge.

Strategic Pivot

Focus Area	Details	Rationale
Hybrids	15 new models by 2030, especially SUVs & sedans	Lower risk, faster consumer adoption
Motorcycles	Strong demand in Asia	Reliable growth engine
Financial Services	Expanding consumer finance	Diversification
Carbon Neutrality	Target shifted to 2050	Flexibility with hybrids + offsets

Honda has suspended its $11 billion Canada EV battery project, signaling a decisive retreat from large‑scale EV investments. Instead, the company will lean on hybrids, motorcycles, and financial services to stabilize profitability.

Implications for India

• Expect hybrid launches tailored for emerging markets, offering cost‑competitive mobility.
• Motorcycles will remain a cornerstone of Honda’s India strategy.
• EV rollout in India will likely be delayed, with hybrids positioned as the bridge technology.

Risks and Challenges

• Brand Perception: Scrapping EV targets may weaken Honda’s image as a future‑ready automaker.
• Global EV Slowdown: Reflects broader industry hesitation, not just Honda.
• Regulatory Uncertainty: Future climate policies could force Honda back toward EVs.

Conclusion

Honda’s retreat from its 2040 all‑EV target underscores the harsh realities of the global EV market—high costs, policy volatility, and uneven consumer demand. By pivoting to hybrids and motorcycles, Honda seeks stability while still aiming for carbon neutrality by 2050. The move reshapes its global strategy and positions India as a key testing ground for hybrid‑first mobility.