Adani Ports Quitely Deploying India’s First Fully Automated Container Cranes at Its Indian Ports

Adani Ports & Special Economic Zone (APSEZ) has begun deploying fully automated container cranes at Vizhinjam port, Kerala, operated remotely from climate‑controlled cabins, marking a major leap in India’s port automation and sustainability drive.

ABB is the technology partner behind Adani Ports’ automation at Vizhinjam, providing the control systems and automation solutions for quay and yard cranes, enabling India’s first fully automated container terminal. Their systems allow cranes to be operated remotely from climate‑controlled cabins, doubling productivity and enhancing safety.

The announcement about Adani Ports unveiling India’s first fully automated container cranes at Vizhinjam dates back roughly eight months. Even though the news is eight months old, it remains strategically relevant because Vizhinjam becoming India’s first fully automated container terminal is a milestone in South Asia.

ABB supplied the automation technology that allows cranes to be operated remotely from a centralized control room. Operators now work in climate‑controlled cabins using joysticks and screens, eliminating the need to sit in crane cabins 30–50 meters above ground.

Besides, APSEZ has expanded its partnership with Kaleris, a US-based supply chain execution software company best known for its Navis Terminal Operating System (TOS). Through this partnership APSEZ will deploy an AI-augmented, plug-and-play operating platform across a global network of 15 container terminals spanning 9 ports. The port is central to India’s transshipment strategy, reducing reliance on Colombo and Singapore.

Key Highlights of Vizhinjam Port Automation

• Automated cranes: Quay cranes and yard gantry cranes are now remotely operated from air‑conditioned control rooms, eliminating the need for operators to sit in cabins 30–50 meters above ground.
• Climate‑controlled cabins: Operators use joysticks and multiple screens in shared cabins, ensuring comfort, safety, and consistent productivity.
• Community integration: Women from fishing and coastal communities have been trained to operate these advanced cranes, creating new employment opportunities.
• ABB automation systems: ABB provided the technology for quay and yard crane automation, enabling India’s first fully automated container terminal.
• Digital twin monitoring: IoT‑enabled systems collect real‑time operational data, displayed on large 3D video walls for proactive exception handling.

Benefits of Automation

Feature	Impact
Remote crane operation	Eliminates operator fatigue, improves safety
Climate‑controlled cabins	Consistent productivity, collaborative environment
AI & IoT integration	Real‑time monitoring, faster decision‑making
Automated gantry cranes	No human operator required, 24/7 efficiency
Community training	Employment for local women, social inclusion

Strategic Importance

• India’s first deep‑sea trans-shipment hub: Vizhinjam is designed to handle Megamax containerships and reduce reliance on foreign hubs like Colombo and Singapore.
• Capacity growth: Phase 1 capacity is 1 million TEUs, with expansion planned to 7.2 million TEUs.
• Sustainability: APSEZ is embedding low‑carbon operations, afforestation, and renewable energy adoption into its port strategy.

Risks & Challenges

• High capital costs: Automation requires significant upfront investment in AI, IoT, and digital twin systems.
• Skill transition: Continuous training is needed to upskill local communities for advanced tech roles.
• Cybersecurity risks: Increased reliance on digital systems makes ports vulnerable to cyber threats.

Adani Ports and Special Economic Zone (APSEZ) has expanded its partnership with US-based Kaleris, committing up to $100 million to deploy AI-powered automation across 15 container terminals at nine ports, as part of a broader $850 million investment in technology and decarbonisation by 2031.

Key Details of Adani’s AI Port Automation

• Investment scale: Up to $100 million in two phases, part of a larger $850 million technology and decarbonisation plan.
• Partnership with Kaleris: Deployment of the N4 Terminal Operating System (TOS) and AI-augmented optimisation solutions.
• Coverage: Rollout across 15 container terminals spanning nine domestic and international ports.
• Efficiency gains: Up to 20% improvement in RTG crane productivity and 14% improvement in terminal truck productivity.
• Capacity expansion: Unlocking 91 million metric tonnes (MMT) of additional cargo handling capacity by 2030, supporting APSEZ’s goal of 1 billion tonnes per annum throughput.

Strategic Impact

Focus Area	Details
AI-enabled automation	Defines next frontier of competitiveness in ports and logistics
Unified digital backbone	Seamless integration across yard, gate, and vessel workflows
Decarbonisation	Part of $850M plan to modernise and reduce carbon footprint
Global footprint	Expansion includes hubs in India, Australia, Israel, Tanzania, and Colombo
Customer experience	Faster turnaround, improved planning accuracy, superior service

Why It Matters

• Global competitiveness: AI-driven automation positions APSEZ alongside leading global port operators.
• Sustainability: Integration of AI, IoT, and optimisation aligns with decarbonisation goals.
• Economic impact: Boosts India’s logistics efficiency, reducing costs and enhancing trade flows.
• Technology leadership: Demonstrates India’s capability to deploy AI at scale in critical infrastructure.

The ambitious AI automation plan comes with significant hurdles. High upfront costs of $100 million demand strong returns on investment, while increased reliance on digital systems exposes ports to cybersecurity vulnerabilities. Workforce adaptation is another challenge, as employees must transition to AI-driven operations. Finally, scaling automation across diverse ports introduces execution complexity, requiring robust integration and continuous monitoring.

Global Port Automation Leaders 

The world’s leaders in port automation today are concentrated in Asia and Europe, with China’s Qingdao and Shanghai, Singapore, and Rotterdam consistently ranked at the top for fully automated container handling, AI-driven scheduling, and sustainability integration.

Port	Region	Key Automation Features	Global Significance
Port of Qingdao, China	Asia	Fully automated end-to-end terminal, electric AGVs, AI scheduling	Ranked #1 globally; benchmark for large-scale automation
Port of Shanghai, China	Asia	Automated stacking cranes, digital twin systems	Handles world’s largest container throughput
Port of Singapore	Asia	Autonomous vehicles, AI-driven berth allocation, paperless customs	Global hub for smart logistics and sustainability
Port of Rotterdam	Europe	Automated cranes, IoT integration, hydrogen-powered equipment	Europe’s most advanced smart port
Port of Los Angeles, USA	North America	Semi-automated terminals, AI analytics	Leading US port despite labour constraints
Tanger Med, Morocco	Africa	Automated stacking, smart cargo handling	Africa’s largest and most advanced port
Port of Melbourne, Australia	Oceania	Automated yard cranes, smart energy systems	Regional leader in automation and sustainability

What Sets Them Apart

• China’s dominance: Ports like Qingdao and Shanghai lead due to full-scale automation, electrified equipment, and AI-driven scheduling.
• Singapore’s innovation: Known for autonomous vehicles, predictive analytics, and carbon-neutral goals.
• Rotterdam’s sustainability: Europe’s leader in hydrogen-powered equipment and IoT integration.
• North America’s lag: Despite advanced tech, governance and labour constraints slow full automation adoption.

Challenges

Global leaders face high capital costs, cybersecurity vulnerabilities, and workforce adaptation challenges. North American ports, in particular, struggle with labour union resistance, while Asian hubs must balance rapid scaling with sustainability goals.