Valad Infotech

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Case Studies

CASE STUDY – OIL & GAS VESSELS  

Excelerate Energy

FSRU VESSELS

Valad is proud to partner with Excelerate Energy, a leading U.S.-based company, in streamlining their PMS standardization and onboard inventory management. We support their fleet of nine FSRU vessels, strategically stationed across the globe, ensuring seamless operations and exceptional efficiency.

K Line LNG

LNG VESSELS

We are also proud to offer comprehensive and ongoing support to K Line LNG, United Kingdom, by meticulously populating, updating, and maintaining their fleet’s Planned Maintenance System (PMS) database, thereby ensuring data accuracy, enhancing operational efficiency, and contributing to the seamless management of their maritime assets.

Alpha Gas

TANKER VESSELS

Alpha Gas, a prominent leader in the Greek maritime industry, has partnered with Valad to streamline and optimize their onboard inventory management processes, focusing on improving operational efficiency, ensuring precise inventory tracking, and fostering better organization across their fleet.

Minerva Marine

TANKER VESSELS

We proudly partnered with Minerva Marine to optimize inventory across 10+ vessels, enhancing efficiency and accuracy. Additionally, we supported their PMS database management by populating spare parts for seamless tracking.

Prime Tanker

TANKER VESSELS

We partnered with Prime Tanker to enhance inventory management across 7+ vessels. Our solutions improved efficiency and accuracy in their operations. By streamlining their inventory processes, we ensured better control and reduced downtime. This partnership has led to more effective fleet management.

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Case Studies

CASE STUDY – MESPAS, SWITZERLAND

CASE STUDY – MESPAS, SWITZERLAND

MESPAS initially faced challenges in managing software sales and PMS database integration. They needed a dedicated team for software demonstrations, training, database management, and marketing to support business growth.

MESPAS

VALAD’S SOLUTION

We began working with MESPAS from inception, providing end-to-end project management. Our services include software demonstrations, training (both on-site and off-site), PMS database management, software implementation, ticketing support, and marketing assistance.

BENEFITS

  • Seamless software implementation and database integration.
  • Efficient ticketing support and issue resolution.
  • Increased sales with dedicated marketing efforts.
  • A growing team of 15 active resources ensuring comprehensive support.
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12+ Years of partnership

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Case Studies

CASE STUDY – P&O MARITIME, DUBAI

CASE STUDY – P&O MARITIME, DUBAI

P&O Maritime faced issues with managing the inventory and database for their fleet of 117 vessels due to missing equipment manuals and unstructured data. Additionally, they needed a reliable system to address PMS-related issues, as there was no dedicated support for troubleshooting.

P&O Maritime

VALAD’S SOLUTION

Valad built a comprehensive database, organized the inventory, and introduced a ticketing support system. Any PMS issues are now raised as tickets, and a dedicated team resolves them efficiently.

BENEFITS

  • Accurate, structured database for all vessels.
  • Efficient ticketing system with dedicated support for PMS issues.
  • Ongoing support ensuring smooth operations and quick issue resolution.
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5+ Years of partnership

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CASE STUDY – LDPL, FRANCE/ DUBAI

CASE STUDY – LDPL, FRANCE/ DUBAI

LDPL faced challenges in managing procurement activities and data population for their entire fleet. They needed assistance with handling inquiries, vendor quotations, order processing, delivery logistics, and payments while also requiring a team to help with data implementation for their fleet.

LD Ports & Logistics

VALAD’S SOLUTION

We acted as an extension of their procurement department, managing all procurement-related tasks. Additionally, we deployed a team to assist with data population and fleet implementation on a project basis.

BENEFITS

  • Streamlined procurement processes.
  • Efficient order processing, delivery handling, and payment chasing.
  • Successful fleet data population and implementation.
  • Increased operational efficiency with dedicated support.
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9+ Months of partnership

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Case Studies

CASE STUDY – ROYAL IHC, NETHERLANDS

CASE STUDY – ROYAL IHC, NETHERLANDS

IHC faced significant challenges with the implementation of PMS data for their rigs. While they had all the necessary information, they lacked the team and structure to input and organize the data correctly.

Royal IHC

VALAD’S SOLUTION

VALAD started with a small team of two members for the first three months, which grew to eight members over time to manage the project effectively. The team worked at full strength for nearly a year before downsizing to three members who continued to support IHC’s ongoing requirements.

BENEFITS

  • Seamless data input and structure for PMS implementation.
  • Efficient project completion with full team support.
  • Long-term partnership, enabling IHC to focus on core operations with continuous support.
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12+ Months of partnership

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Case Studies

Our Success Stories in Brief Across a Spectrum of Customers

Empowering Vessel’s Active Planned Maintenance System with Database Population

Valad Infotech collaborated with Golden Union, a prominent Greek shipping company, to build the Planned Maintenance System Database for their fleet of Bulk Carriers. Our team meticulously populated the database in less than 4 weeks per vessel, ensuring data accuracy, enhancing operational efficiency, and contributing to the seamless management of their maritime assets.

Optimizing Fleet Maintenance: Comprehensive PMS Database Management for K Line LNG, UK

We are also proud to offer comprehensive and ongoing support to K Line LNG, United Kingdom, by meticulously populating, updating, and maintaining their fleet’s Planned Maintenance System (PMS) database, thereby ensuring data accuracy, enhancing operational efficiency, and contributing to the seamless management of their maritime assets.

Building Brand New Databases for Container Ships

We are proud to have partnered with Hammonia Reederei, a leading German shipping company, to build and maintain a comprehensive database for their pool of vessels. For the past over 2 years, our team has been providing consistent support with all PMS-related activities, delivering high-quality results. Leveraging the expertise of our ABS NS expert, we have successfully assisted the company in building and optimizing their PMS database, ensuring high-quality data for the fleet’s routine and statutory maintenance.

Streamlining Inventory for EU’s one of the largest Multimodal and Logistics player

We gave our expertise to Samskip to manage the onboard inventory for their container vessels and general cargo vessels. Our team conducted thorough on-site inventory checks, packed spare parts in zip-lock bags, and updated the PMS with the locations and count of the spare parts. This process not only optimized inventory but also provided a holistic dollar value of the spare parts onboard, ensuring a well-organized and cost-efficient spare parts inventory.

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Blogs

DATABASE COBWEB – THE FUTURE OF VESSEL DATABASE?

We all have studied the techniques of maintaining a Database at some stage. We have discussed with our colleagues this tedious task day in & day out. We’ve had similar debates about Vessel wise Database vs Global Database. However, these insights are lost in the very Group Discussions & hence we go for a universal rule:

Get back to work doing the task again & again

     …..till we find a problem.

Most times, we find this issue only when the situation is out of hand.

Coming back to the topic & asking ourselves the question.

What is a Data CobWeb?

Like a Spider’s net, with one common point. Data Cobweb can be described as a one-point common library for all your Databases.

So, Database Centralization?

……. YES !

Allow us to quantify the facts for you!

Our team has been fortunate to have conducted 50+ interviews with top shipping & PMS software companies to help us have streamlined our take on the above topic.

Refer to the below pictures for a better understanding.

Needless to say, the difference between both of them is massive.

More so, to justify why De-Centralized DB is a hassle of an experience, we would attempt to show some insights that would influence your view in a broader fashion.

Here, is the quick collaborative outline for root causes we think are of prime importance:

  1. Volume– Depth of Data
  2. Velocity– Speed of data built
  3. Variety– Variance in Data
  4. Veracity– Trustworthiness.

The Last Lap:-

Volume: Depth of Data.

As we start building the Vessel database, it starts with a small volume but with time and usage, the depth of the database drastically increases. The one which initially only included Data captured from OEM manuals now also includes various other modules in the database. Apart from PMS and Stock Items, these modules would range from Crewing database to Accounting to procurement.

Some organizations also include their various Trading Certificates, Class certificates in the databases.

A Centralized database gives a chance to include the whole fleet of vessels data into one common central library.

– Velocity: Speed of data built

If we take Speedy building of databases into consideration; In the case of Vessel wise database, we have to construct and capture the data from scratch, whereas in the case of a Centralized database, we need not capture the data again as the data captured earlier is already present in the central library. All that needs to be done is, just select the matching equipment and distribute the data from one vessel to another vessel equipment-wise. Which will eventually result in building a database in lesser time.

Variety- Variance in Data

In centralized database construction, “Data Variance” could be a deciding factor, wherein if in a vessels database there are 12000 odd spares and similar count with same makers and built yards is present on the other vessel (Say Sister’s vessel) and both databases are being separately managed, it becomes a tricky task. Whereas in the case of centralized databases this “Variance data” factor can be taken into consideration at the initial stage of constructing a database and only not matching equipment data will be captured and the rest can be distributed from the Original vessel.

This effect can be large in a fleet with about 20 vessels i.e. 20 different or same Databases, and how about 100 vessels i.e. 100 Databases.

A centralized database gives owners a good way to track everything on one single platform.

Veracity- Trustworthiness.

Building trust on a centralized database can be a fruitful decision if taken at right time. In the long run, a Centralized database gives an advantage over de-centralized databases. A centralized database will not have Duplicate Spares, maintenances, components, attachments, etc. Tracking of various requisitions becomes easier as everything can be monitored at one single location. The icing on the cake would be if your centralized database is Cloud or web-based, as the database can be accessed from any platform, be it on Mobile or at any other medium available.

…………and the final report:

There are Pros & Cons to both of the mentioned approaches.

Some works are better for one company while the other works are better for the second.

One should understand the purpose they want to achieve.

What are your thoughts?

Ask yourself this question.

You have a Vessel Database, how much percent of the database is useful?

    Categories
    Blogs

    Centralized vs. Decentralized Databases: Navigating the Future of Vessel Data Management

    We all have studied the techniques of maintaining a Database at some stage. We have discussed with our colleagues this tedious task day in & day out. We’ve had similar debates about Vessel wise Database vs Global Database. However, these insights are lost in the very Group Discussions & hence we go for a universal rule:

    Get back to work doing the task again & again

         …..till we find a problem.

    Most times, we find this issue only when the situation is out of hand.

    Coming back to the topic & asking ourselves the question.

    What is a Data CobWeb?

    Like a Spider’s net, with one common point. Data Cobweb can be described as a one-point common library for all your Databases.

    So, Database Centralization?

    ……. YES !

    Allow us to quantify the facts for you!

    Our team has been fortunate to have conducted 50+ interviews with top shipping & PMS software companies to help us have streamlined our take on the above topic.

    Refer to the below pictures for a better understanding.

    Needless to say, the difference between both of them is massive.

    More so, to justify why De-Centralized DB is a hassle of an experience, we would attempt to show some insights that would influence your view in a broader fashion.

    Here, is the quick collaborative outline for root causes we think are of prime importance:

    1. Volume– Depth of Data
    2. Velocity– Speed of data built
    3. Variety– Variance in Data
    4. Veracity– Trustworthiness.

    The Last Lap:-

    Volume: Depth of Data.

    As we start building the Vessel database, it starts with a small volume but with time and usage, the depth of the database drastically increases. The one which initially only included Data captured from OEM manuals now also includes various other modules in the database. Apart from PMS and Stock Items, these modules would range from Crewing database to Accounting to procurement.

    Some organizations also include their various Trading Certificates, Class certificates in the databases.

    A Centralized database gives a chance to include the whole fleet of vessels data into one common central library.

    – Velocity: Speed of data built

    If we take Speedy building of databases into consideration; In the case of Vessel wise database, we have to construct and capture the data from scratch, whereas in the case of a Centralized database, we need not capture the data again as the data captured earlier is already present in the central library. All that needs to be done is, just select the matching equipment and distribute the data from one vessel to another vessel equipment-wise. Which will eventually result in building a database in lesser time.

    Variety- Variance in Data

    In centralized database construction, “Data Variance” could be a deciding factor, wherein if in a vessels database there are 12000 odd spares and similar count with same makers and built yards is present on the other vessel (Say Sister’s vessel) and both databases are being separately managed, it becomes a tricky task. Whereas in the case of centralized databases this “Variance data” factor can be taken into consideration at the initial stage of constructing a database and only not matching equipment data will be captured and the rest can be distributed from the Original vessel.

    This effect can be large in a fleet with about 20 vessels i.e. 20 different or same Databases, and how about 100 vessels i.e. 100 Databases.

    A centralized database gives owners a good way to track everything on one single platform.

    Veracity- Trustworthiness.

    Building trust on a centralized database can be a fruitful decision if taken at right time. In the long run, a Centralized database gives an advantage over de-centralized databases. A centralized database will not have Duplicate Spares, maintenances, components, attachments, etc. Tracking of various requisitions becomes easier as everything can be monitored at one single location. The icing on the cake would be if your centralized database is Cloud or web-based, as the database can be accessed from any platform, be it on Mobile or at any other medium available.

    …………and the final report:

    There are Pros & Cons to both of the mentioned approaches.

    Some works are better for one company while the other works are better for the second.

    One should understand the purpose they want to achieve.

    What are your thoughts?

    Ask yourself this question.

    You have a Vessel Database, how much percent of the database is useful?

    Categories
    Blogs

    EMERGING TECHNOLOGIES IN MARINE INDUSTRY

    The world has witnessed more technological advancements in the last decade than the whole of 20th century. The 21st century was kicked off with the internet revolution followed by the vast reach of mobile/portable connected devices. The world is currently witnessing a new revolution of sorts, Artificial Intelligence (AI), Internet of Things (IoT), Machine Learning, Big Data Analytics are a few of the new emerging technologies.

    “Has the maritime industry kept up with these technological changes?”, “Would adopting these new technologies help the maritime industry?”. Most experts believe that the maritime industry has not been able to keep up with the technological advances and it would certainly help the industry if they are adopted.

    The maritime industry has come a long way in the last 15-20 years. Ships have integrated automation in their operations. From complete manual operation of machinery and navigation, ships can now navigate on auto pilot and machinery can operate without manual interaction. This has been possible with integration of hundreds of sensors/controllers for operation machinery automatically and integration of GPS signals, electronic charts and auto pilot for navigating the vessel.

    Still there are some of the new technologies that can help the maritime industry to increase its efficiency and ultimately help realise the dream of a completely un-manned vessel.

    • Internet of Things (IoT) and Automation – Crew on-board ships carry out large number of routine and mundane jobs which takes up most of their time. If these jobs are automated, it will help the crew to focus on more important jobs. This will also help in improving the efficiency of the vessel and improve the quality of tasks done on-board. Ships are already fitted with hundreds of sensors with the help of which the ship can be operated with minimum human interaction. If more and more tasks are automated with the help of more sensors and automation, the dream of an un-manned ship will become a reality.
    • Communication Systems – Most of the ships built in the 21st century are equipped with internet, but are these ships truly connected ships? A connected ship is where the all sorts of data from the ship can be viewed live by all concerned stakeholders, such as by the shore office, the concerned authorities, the charterers etc. Continuous monitoring of the machinery and complete ship can be done from the shore, assistance from the equipment manufacturers, authorities etc will be available instantly in case of a connected ship. This will also be a major step towards the realization of an un-manned ship.
    • Big Data Analytics – The sheer amount of data that is generated on a single ship is enormous due to the number of sensors and transmitters equipped on-board. Consider the amount of data that will be generated across a fleet of 100 vessels. This data cannot be analysed by traditional techniques. With the help of big data analytics data can be analysed and segregated. Predictive and prescriptive analysis would also help increasing the quality and efficiency of the vessel and in turn the fleet. Live analysis of data is also possible in big data analysis, where even minor abnormalities can be identified with the help of algorithms, which could not have been identified by human monitoring.
    • Robotics – The vast power of robotics can be harnessed to make shipping faster, safer and efficient. With recent advancements in robotics operations such as hull cleaning, hull survey and inspections can be done with the help of robots instead of doing processes manually. Robotics combined with the above technologies can revolutionize shipping industry and reduce human intervention to a minimum, thereby improving speed, safety and efficiency.

     

    The ultimate objective of all these technologies is to make shipping/maritime industry into one of the most innovative, efficient and effective industries. Reducing human interaction and intervention to a minimum will reduce the chances of accidents and incidents as 80% of the incidents occur due to human error. But, till the time these technologies are not prepared for all possible situations, an un-manned ship will remain a dream.