Dr. Marina AlcoverAcademic director focused on measurable results and operational excellence in maritime education. Integrates IMO/STCW regulations and ISO 21001/9001 f
Masters · 1500 h · 11 modules
Master's in Blockchain and Smart Contracts for Naval Logistics
Immers you in the digital revolution that is transforming the maritime industry. Learn to apply blockchain technology to optimize traceability, security, and efficiency at every stage of the naval supply chain. This program…
Duration1500 h
FormatOnline
Starts30 November
Places20 / 20
Prior knowledge
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Programme overview
What is the Master’s in Blockchain and Smart Contracts for Naval Logistics?
The Master's in Blockchain and Smart Contracts for Naval Logistics
Immers you in the digital revolution that is transforming the maritime industry. Learn to apply blockchain technology to optimize traceability, security, and efficiency at every stage of the naval supply chain. This program equips you to design and implement smart contracts that automate processes, reduce costs, and promote transparency in complex logistics operations. Master the key tools and concepts to lead innovation in a constantly evolving sector.
Differentiating Advantages
- Practical Applications: Developing blockchain solutions for container management, document verification, and cargo tracking.
- Security and Transparency: Implementing smart contracts to guarantee data integrity and trust between parties.
- Supply Chain Optimization: Improving efficiency and reducing costs through the automation of logistics processes.
- Industry Experts: Learn from professionals with experience in blockchain and maritime logistics.
- Innovative Final Project: Develop a real-world blockchain solution for a specific industry challenge.
Programme type
Master's Degree
Study mode
Online
Duration
1,500 hours
Modules
11
Programme highlights
- Master Blockchain: Delve into the underlying technology and its application in naval logistics.
- Advanced Smart Contracts: Learn to design, develop, and implement smart contracts to optimize processes.
- Innovative Naval Logistics: Discover how Blockchain is transforming traceability, security, and efficiency in the maritime sector.
- Real-World Case Studies: Apply your knowledge to concrete challenges and innovative projects in the naval environment.
- Industry Experts: Learn from leading professionals in Blockchain and logistics, with real-world experience.
- Boost your career at the forefront of technological innovation and lead the digital transformation in naval logistics.
Curriculum
Programme Structure
The programme is structured in 11 modules, listed below in order of study.
01
Advanced blockchain integration for optimisation and security in the naval logistics chain
- Blockchain fundamentals applied to naval logistics: data structures, distributed consensus and governance models
- Design and development of smart contracts for automation and control in maritime logistics processes
- Blockchain integration with ERP and SCM systems in naval environments: architecture, protocols and APIs
- Advanced Cryptography: Digital Signatures, Hashing and Zero Knowledge Testing in Logistics Information Protection
- Implementation of private blockchain networks and permitted for the naval supply chain: Hyperledger Fabric and Quorum
- Security and resilience in distributed environments: attack prevention, anomaly detection and failure recovery
- Real-time monitoring and traceability via IoT and blockchain: connected maritime sensors and immutable registration
- Logistics process optimisation with smart contracts: inventory management, customs documentation and automated payments
- Pilots: Blockchain integration for route optimisation, fleet management and cargo certification
- Regulations and compliance in the blockchain application in naval logistics: international standards, regulations and digital audits
02
Smart Contracts architecture and its application in the digital transformation of the naval supply chain
- Fundamentals of the Smart Contracts architecture: Data structures, logic models and programming languages (Solidity, Vyper)
- Modular design and architectural patterns in Smart Contracts for naval logistics management
- Integration of Smart Contracts with ERP systems and IoT platforms in maritime supply chains
- Consensus protocols and their influence on the execution and validation of smart contracts
- Development of scalable and secure architectures for transactions in private blockchain environments and naval consortia
- Decentralised oracle mechanisms for the incorporation of critical external data (Maritime Climate, Charging Status, GPS location)
- Automation of customs control processes and dispatch using Smart Contracts: Fraud optimisation and reduction
- Audit and formal verification in SMART Contracts to ensure integrity, safety and regulatory compliance in naval logistics
- Strategies for updating and maintaining smart contracts in blockchain networks deployed for the maritime supply chain
- Advanced use cases: tokenization of naval assets, traceability of goods and digital certificates under blockchain
03
Blockchain implementation and development of smart contracts for safety and efficiency in the naval logistics chain
- Fundamentals of blockchain technology: block structure, distributed consensus, and asymmetric cryptography applied to maritime environments
- Public, private and consortium blockchain models with a focus on naval logistics integration
- Advanced Consensus Protocols: Proof of Work, Proof of Stake, Practical Byzantine Fault Tolerance and its impact on the safety of the Shipping Company chain
- Design and architecture of Smart Contracts: Programming languages (Solidity, Rust), design patterns and best practices for its naval development
- Implementation of smart contracts for maritime supply chain traceability: load tracking, documentation verification and digital certification
- Advanced Security in Smart Contracts: Audits, Vulnerability Mitigation, Reentry Attack Prevention, and Exception Handling
- IoT integration with blockchain for real-time monitoring of naval assets: sensors, data streams and decentralised storage
- Deployment and maintenance of private blockchain networks for naval logistics: node configuration, governance, and permission management
- Comparative analysis of leading blockchain platforms (Ethereum, Hyperledger Fabric, Corda) for your application in naval logistics
- Case studies and real simulations: automation of customs processes, automated chartering contracts and guarantee of regulatory compliance through Smart Contracts
04
Governance, interoperable standards and cryptographic security on blockchain platforms for traceability, cargo tokenization and autonomous naval fleet management
- Blockchain governance fundamentals: on-chain and off-chain models, consensus mechanisms and decentralised organisational structures applied to naval logistics
- Interoperable standards for maritime supply chains: in-depth analysis of protocols such as Epcis, ISO 28005 and GS1 adapted to blockchain platforms
- Maritime Cargo Tokenization: Design and Issuance of Digital Tokens for Physical Asset Representation, Smart Contract Automation, and Property Rights Management
- Applied cryptographic security: Advanced use of hash algorithms, digital signatures, asymmetric encryption and Zero-Knowledge Proofs techniques to ensure integrity and privacy in logistical traceability
- Implementation of SMART Contracts for autonomous fleet management: programmable logic for automation of operational processes, predictive maintenance and optimisation of naval routes
- Cross-Chain Interoperability Protocols: Strategies for secure and efficient integration between various blockchain platforms in multi-naval organisation environments
- Compliance and regulatory aspects: Compliance with international and marine regulations related to blockchain, data and security in naval logistics management
- Advanced decentralised governance mechanisms (DAO) applied to naval consortia: roles, permits, voting and conflict resolution
- Crypto risk assessment and mitigation: security audits, vulnerability analysis and response to specific attacks on naval blockchain networks
- Real case study: Adoption and impact of blockchain governance on the traceability and efficiency of naval logistics, including tokenization of containers and autonomous fleets
05
Design, deployment and advanced audit of SMART Contracts for automation and safe control in naval logistics operations
- SMART Contracts Advanced Fundamentals: Solidity, Vyper, and Contract-oriented development in Naval Logistics
- Modular and scalable design: architecture patterns for smart contracts that support complex and multi-actor operations in maritime ecosystems
- Integration of Oracles and External Data Sources: Real-time validation of maritime conditions, load states and port availability through reliable oracles and fault tolerance
- Naval Supply Chain Automation Mechanisms: Implementing Automated Flows for Inventory Management, Payment Release, and Document Certification under Default Conditions
- Development of specific consensus protocols for private and consortium blockchain networks oriented to the naval and port industry, optimising latency and transactional security
- Advanced SMART Contracts deployment and migration strategies in public blockchain and permitted environments, ensuring integrity, compatibility and controlled versions
- Automated and manual technical audit: Exhaustive identification of common vulnerabilities (reentrancy, overflow, front-running) and application of best practices for robust and resilient contracts
- Implementation of autonomous governance mechanisms through smart contracts for decentralised control of assets and operational decisions in naval logistics consortia
- Integration with ERP systems and naval logistics management platforms using APIs and standard protocols for secure, real-time synchronisation of critical data
- Pilots and advanced simulation of smart contract execution scenarios under adverse conditions, including network attacks, systemic failures, and maritime force majeure events
06
Innovation in security, traceability and naval automation through blockchain and state-of-the-art smart contracts
- Blockchain fundamentals applied to the shipbuilding industry: decentralised consensus, cryptographic hash and immutable blockchains
- Design and development of smart contracts for logistics automation: Advanced Solidity, Contract Patterns and Testing Tools
- Crypto security in maritime environments: vulnerability analysis, asymmetric encryption techniques, and distributed authentication protocols
- Comprehensive Naval Load Traceability: Non-Fungible Token Implementation (NFT) for Single Tracking and Real-time Verification
- IoT and blockchain integration for continuous monitoring: sensors, chain data and smart alerts for logistics management
- Latest Trends in Process Automation with Smart Contracts: Decentralised Oracles, Triggers and Advanced Conditional Execution
- Governance and compliance models in Naval Blockchain: International regulations, MARPOL standards and SOLAS applied to digital records
- Scalable architectures for hybrid blockchain in ports and fleets: private, public and consortium chains with flexible access control
- Simulations and cases Implementation Pilots: Supply chain optimisation, cost reduction and fraud mitigation using blockchain technology
- Evaluation of future challenges: interoperability between platforms, energy sustainability and evolution of smart contracts for maritime logistics
07
Implementation of blockchain and smart contracts for optimisation, security and automation in the advanced naval logistics chain
- Basics of blockchain in naval logistics: concepts, types of blockchain (public, private, hybrid) and decentralised architectures applied to the maritime sector
- Applied cryptography: hashing, digital signatures and consensus algorithms (POW, POS, PBFT) to ensure integrity and security in logistics transactions
- Design and development of specific smart contracts for naval operations: Solidity, Vyper languages and best practices in secure coding
- Blockchain integration with maritime ERP and TMS systems: Strategies for efficient data and process synchronisation
- Naval supply chain optimisation through smart contracts: real-time traceability, inventory management and payment automation
- Advanced security in the logistics network: Crypto protocols, distributed key management and mitigation of cyber attacks in maritime environments
- Implementation of decentralised oracles for reliable incorporation of external data to the blockchain ecosystem: maritime sensorization, weather conditions and port events
- Auditing and regulatory compliance on Naval Blockchain Platforms: Transparency, immutable registration and automated reporting for regulatory bodies
- Pilot cases and advanced simulations of smart contracts in naval logistics: automation of chartering contracts, custody chains and cargo insurance
- Scalability and performance analysis: Sharding techniques, sidechains and second-layer solutions adapted to global maritime logistics
08
Advanced strategies for cryptographic integration and decentralisation for secure fleet optimisation and traceability in intelligent naval logistics
- Applied cryptography in naval logistics: basics of symmetric and asymmetric encryption, hash functions and digital signatures for authentication and non-repudiation in maritime communications
- Naval Supply Chain Blockchain Protocols: Comparison between public, private networks and consortia, considering performance, scalability and security in maritime environments
- Design and implementation of Smart Contracts for automation of chartering contracts, insurance and cargo certification, with emphasis on data integrity and traceability
- Application of advanced consensus techniques (POS, PBFT, Tendermint) to ensure safe and efficient decentralisation in fleet management networks and logistics operators
- IoT integration and maritime sensors with blockchain: capture, validation and immutable registration of critical data such as GPS location, environmental conditions and load status for real-time optimisation
- Crypto integration hybrid architecture modelling: combination of off-chain/on-chain for reduction of latencies and costs while maintaining high security and availability
- Crypto protocols for privacy and secure sharing of information: Zero-Knowledge Proofs, Multi-Party Computation and Homomorphic Encryption in the context of Logistic Sensitive Data
- Tools and frameworks for the development and deployment of Secure Contracts: audits, formal verification and update management to minimise operational risks
- Design of incentive and decentralised governance systems for efficient collabouration between shipowners, port operators and logistics providers through tokens and DAOS mechanisms
- Advanced blockchain use cases in naval process traceability and auditing: goods tracking, maintenance control, regulatory compliance and digital documentary certification
09
Innovation and security in naval logistics management through blockchain and smart contracts
- Fundamentals of blockchain in naval logistics: decentralised architecture, distributed consensus and nodes in maritime networks
- Applied cryptography: public and private keys, digital signatures, cryptographic hash and their role in the integrity of naval information
- Design and implementation of smart contracts for logistics processes: automation of chartering contracts, maritime insurance and cargo management
- Blockchain Consensus Mechanisms for Marine Environments: Proof of Work, Proof of Stake and Hybrid Mechanisms Adapted to Naval Logistics
- Integration of IoT and sensors in the logistics chain: real-time traceability of containers, ships and assets using blockchain
- Naval Logistics Specific Blockchain Platforms: Comparative Analysis of Hyperledger Fabric, Ethereum, and Corda Maritime
- Cyber attack security and protection: specific vulnerabilities in naval blockchain systems and best mitigation practices
- Regulations and Compliance: Adaptation of international standards MARPOL, ISPs and SOLAS to blockchain solutions for transparent audits
- Advanced Case Studies: Implementation of Smart Contracts for Route Optimisation, Document Management and Automated Port Payments
- Future and trends: inter-chain interoperability, scalability, emerging technologies such as quantum blockchain and its impact on safe maritime logistics
10
Legal framework, interoperability and business adoption of blockchain in the maritime sector
- Legal validity of electronic documents
- Uncitral Model Law on Electronic Transmissible Documents
- Recognition of electronic bill of lading
- DCSA Initiatives and Industry Standards
- Blockchain platforms of the maritime sector
- Interoperability between networks and systems
- Data protection and GDPR
- Consortium Governance Models
- Cost-benefit analysis of adoption
- Implementation Roadmap
11
Master’s Final Project in Blockchain and Smart Contracts for Naval Logistics
- Conceptualization and definition of objectives for the final work: identification of specific challenges in modern naval logistics
- Deep analysis of maritime supply chains: actors, flows, critical points and operational vulnerabilities
- Blockchain architecture design applied to traceability and transparency in naval operations
- Advanced Smart Contracts development: Logic, security, and automation of key processes in maritime logistics management
- Integration of IoT technologies with blockchain for real-time monitoring of assets and environmental conditions in ships and terminals
- Implementation of specific cryptographic protocols and consensus techniques for private blockchain networks in maritime environments
- Strategies to ensure interoperability between blockchain platforms and existing logistics systems in ports and fleets
- Modelling and simulation of automated processes using Smart Contracts for route, loading and delivery times
- Cyber Risk Assessment: Potential Attacks, Resilience and Resilience in Blockchain-based Naval Supply Chains
- Design of contingency plans and failures in the blockchain infrastructure applied to naval logistics
Workload
Study Time and Workload
1500 hours of study, online and at your own pace. Move the slider to the hours a week you can really put in.
Hours a week8
Weeks to finish—
You finish around—
Who it is for
Naval logistics professionals looking to lead the digital transformation and implement blockchain solutions in their supply chain.Maritime transport experts interested in optimizing the traceability, security, and transparency of their operations through smart contracts.Maritime lawyers and consultants who want to understand the legal framework and regulatory implications of using blockchain i
Faculty
Academic direction and faculty
The teaching team at Navalis: working professionals who deliver and oversee the institute's programmes.
Eng. Diego Cifuentes
Cap. Javier Abaroa (MCA)
Dr. Pau Ferrer
Dr. Nuria Llobregat
Eng. Javier Bañuls
Eng. Sofía Marquina
Eng. Tomás Riera
Verified reviews
Student Reviews
Reviews collected and verified by Opynio, not written by us.
Outcomes
Learning Outcomes
- 01Optimizing traceability and security in the maritime supply chain
- 02Implement blockchain solutions for the efficient management of customs documentation and processes
- 03Develop and implement smart contracts to automate and secure transactions in naval logistics
- 04Design and implement blockchain platforms for the decentralized and secure management of naval assets
- 05Evaluate the feasibility and impact of blockchain solutions on cost optimization and operational efficiency in naval logistics
- 06Leading the digital transformation of naval logistics through the strategic application of blockchain and smart contracts
Careers
Career Opportunities
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02Blockchain Consultant in Naval Logistics: Advising on the implementation of blockchain solutions to optimize processes and improve traceability in the naval supply chain.
03Smart Contract Developer for the Maritime Industry: Creation and management of smart contracts to automate payments, insurance, and agreements between parties involved in maritime transport.
04Blockchain Data Analyst in the Naval Sector: Interpretation and analysis of data from the blockchain to identify patterns, risks, and opportunities in naval logistics.
05Blockchain Project Manager in Shipping Companies: Leadership and coordination of projects involving the implementation of blockchain technologies in fleet management and naval operations.
06Blockchain Security Specialist for Naval Logistics: Development and implementation of security measures to protect information and transactions in the supply chain. Blockchain used in naval logistics.
07Innovator in Blockchain Solutions for Maritime Trade: Design and development of new blockchain-based applications and solutions to improve efficiency, transparency, and security in international maritime trade.
08Researcher in Blockchain and Smart Contracts for Naval Logistics: Research and development of new applications and improvements in blockchain technology for the naval industry, collaborating with universities and research centers.
09Blockchain Systems Auditor in the Maritime Sector: Evaluation and auditing of the security and compliance of blockchain systems implemented in naval logistics.
Questions
Entry Requirements
The naval logistics sector.
Yes. The itinerary includes ECDIS/Radar-ARPA/BRM with harbor, ocean, fog, storm, and SAR scenarios.
Online with live sessions; hybrid option for simulator/practical placements through agreements.
By automating processes such as tracking goods, managing documentation, and processing payments, we reduce intermediaries, increasing transparency and security against fraud and errors.
Recommended functional SMCP. We offer support materials for standard phraseology.
Yes, with a relevant degree or experience in maritime/port operations. The admissions interview will confirm suitability.
Optional (3–6 months) through Companies & Collaborations and the Alumni Network.
Simulator practice (rubrics), defeat plans, SOPs, checklists, micro-tests and applied TFM.
A degree from Navalis Magna Institute + operational portfolio (tracks, SOPs, reports and KPIs) useful for audits and employment.
Online admissions
Admissions Process
No waiting for a phone call. If your documents are complete, you can pay in the same session.
Entry requirements
```htmlAcademic/Professional Profile:Bachelor's Degree in Computer Science, Engineering, Business Administration, or a related field; or demonstrable professional experience in blockchain, logistics, or software development.Technical Knowledge:Basic understanding of blockchain, cryptography, smart contracts, and logistics concepts.Documentation:Updated CV, copy of degree(s), ID/Passport, cover letter explaining interest in blockchain and naval logistics.Skills:Analytical and problem-solving skills, teamwork skills, and effective communication.```
Questions?
Frequently Asked Questions
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