DanelecConnect
Improve your fleet management with DanelecConnect, the simple, cost-effective, and fully agnostic solution that enables data-driven decision-making. Access crucial vessel operation data from shore instantly with the leading maritime IoT infrastructure solution. Ideal for ship owners and operators, DanelecConnect facilitates quick and easy issue identification, key performance indicator monitoring, and analysis of diverse parameters, integrated with third-party data analytics.
Customize DanelecConnect to your requirements and fully empower your vessel with cutting-edge technology. Achieve continuous improvement and performance optimization with ease using this flexible vessel data collection system. Choose DanelecConnect to stay ahead of the competition in the digital age.
Key Features
Enhance decision-making with DanelecConnect, a reliable IoT solution providing increased transparency for operational optimization and asset management. Get real-time facts on vessel performance, eliminate uncertainty, and improve collaboration with easy identification of issues and failures, KPI monitoring, and third-party data analytics integration.
Remove cost, complexity, and security concerns with a fully agnostic solution adaptable to changing operational strategies and equipment.
With DanelecConnect, you have the freedom to choose and change your equipment and sensors without being tied to a specific manufacturer or supplier. Our solution is fully agnostic, ensuring reliable data collection from any equipment on board your vessel. The ability to customize access to data for analysis and utilization gives you greater control over your operational strategy.
The compatibility and adaptability of DanelecConnect ensures seamless integration even with equipment retrofits or changes.
DanelecConnect is powered by our connectivity Hardware modules developed using decades of expertise with VDR (Voyage Data Recorder) technology and supported by our worldwide service network for installation and maintenance.
Remote Data Interface (RDI) modules pick up analog, digital or serial sensor data throughout the ship for on-board data collection.
The Vessel Remote Server (VRS) module connects to the vessel’s existing network/communication infrastructure for data transfer to shore.
Most importantly, these hardware modules provide the basic building blocks of a cost-efficient internet-of-things (IoT) infrastructure onboard vessels. Danelec connectivity modules work with existing Danelec VDR installations or any other VDR make and model, and can even be applied on vessels without a VDR on board.
Get instant access to vessel VDR data with Danelec's Remote Management Tool. Easily transfer and replay recorded information in case of an incident or emergency. Perform VDR diagnostics and pre-APT tests remotely, saving time and reducing the risk of unsuccessful APTs.
With the crew's permission, remotely configure the VDR system from shore without physical attendance.
- On Demand Remote Access to Shipboard Systems
- Emergency transfer of recorded VDR data to shore
- Customize duration and offset of the data set to download
- Downloaded data fully playable, even with poor connection
Get instant access to vessel data with DanelecConnect, regardless of VDR availability. Benefit from efficient data collection and real-time monitoring through customizable dashboards, without the hassle of manual input for noon-reports. Save on data transfer costs with pre-processed and compressed data downloads, using narrowband satellite channels for less than 1 MB per day.
Enhance decision-making with advanced analytics, including vessel performance and fuel optimization.
- Diagnose status of VDR and connected sensors remotely
- Prepare for APT and service attendance while the vessel is at sea
- Remote configuration of the VDR from shore
Easily diagnose your VDR and connected ship systems with VDR OnDemand, saving time during mandatory Annual Performance Tests (APT). The data sample collected while the vessel is at sea enables fast and efficient APT completion. Avoid the risk of failed tests and minimize downtime with preparation by service technicians. With extended access enabled by the crew, remote configuration is possible without physical attendance.
- Run analysis of alarms from shore
- Remote “health check” of the system
- Troubleshoot issues before service call
With VDR OnDemand, routine checks and analysis of alarms and alerts can be done remotely, reducing data communication costs. In case of service issues, log files containing essential VDR system data can be downloaded for troubleshooting before the service call. Perform regular "health checks" of your VDR system to avoid potential problems and ensure reliable performance.
Equipment
- 5 x Ethernet (1000BASE-T) ports
- 1 x RS-422 serial interface
- 1 x digital input
- IEC 60945 protected
- 256GB SSD
- 1GB RAM
- 1000 max no. of tags
- Built-in motion-tracking sensor
- USB port for future applications
- 12-24V DC power input
- AC power (110-230V, 50-60Hz) through AC adaptor
- Normal or Extended Access operating modes
- DIN rail mountable or standalone
Find out more: download the datasheet
- 8 x Ethernet (1000BASE-T) ports
- 1 x RS-422 serial interface
- 1 x digital input
- IEC 60945 protected
- 1TB SSD
- 4GB RAM
- 10.000 max no. of tags
- Built-in motion-tracking sensor
- Application hosting
- 12-24V DC power input
- AC power (110-230V, 50-60Hz) through AC adaptor
- Normal or Extended Access operating modes
Find out more: download the datasheet
- 8 inputs for serial data (IEC 61162-1, IEC 61162-2, Modbus) (serial version)
- 8 inputs for analog data (analog version)
- 24 inputs for digital data (digital version)
- Powered from Data Acquisition Unit or locally
- Can be daisy chained
- Can operate as standalone equipment
- Support for SWAP technology™
Find out more: download the datasheet
- 2 inputs for video recording
- RGBHV (analog version)
- DVI-D / DVI-A (digital version)
- Ethernet (100BASE-TX) interface
- Powered from Data Acquisition Unit (PoE)
- 4 / 8 inputs for bridge audio and VHF
- Ethernet (100BASE-TX) interface
- Powered from Data Acquisition Unit (PoE)
DanelecConnect Application Program
NAPA Office is a web based business intelligence service for a front end of ship performance and operational data. The data for the service is collected from various systems, such as onboard flow meters, meters, torque/thrust meters, automation systems and navigation systems or meteorological services.
Ship Performance Analytics Services is a state-of-art analysis service for ship and fleet performance. By using NAPA 3-D ship model, latest hydrodynamic research, powerful and scalable cloud computing, ingenious in-house algorithms and supervised learning, NAPA is able to normalize the ship performance measurements to any desired reference condition.
Main characteristics
- Web based reporting framework
- One centralized place for all operational data from the ships
- Centralized administration of users, ships and templates
- Fleet view with alert functions on user-set KPI
- Flexible and customizable reports
- Different dashboards for different KPIs
- Data mining and Business Intelligence (BI) tool
Benefits of NAPA Office
- Improved fuel efficiency
- Emission reporting at ship and fleet level
- Uniform reporting of fuel and energy consumption
- Close monitoring of movement and day-to-day fleet operations
- Performance benchmarking of the fleet
- Improved ship-shore communication
- Reduced workload onboard
Features and Functionalities
- Sensor data collection onboard the ship and storing in a cloud database
- Data enrichment with the metocean (meteorology and oceanology) data from top class weather providers
- Data analysis with sophisticated proficient algorithms and statistical modeling
- Results reporting and visualization to the user via NAPA Office, which is NAPA’s data presentation tool for centralized business intelligence
Find out more
NAVTOR helps the world’s leading ship owners and managers improve fleet performance through data, working together to build insight-driven analytics and enhancing decision-support via a hands-on, expert model.
NAVTOR's core solution, NavFleet, helps clients improve data quality, reduce fuel consumption, minimize emissions and reduce daily running costs, thus saving money.
TVA is the most holistic vessel performance software and service platform in the market. In principle, our customers outsource vessel performance management to Tres, and we deliver results.
How it's done
Customers trust NAVTOR and NavFleet because we follow a logical, proven approach that drives tangible benefits.
NAVTOR work hand-in-hand with clients to improve the quality of data, which is a key enabler for delivering performance improvement. With better data, we deliver targeted analysis and recommendations to customers and measure results.
Our team of performance specialists monitor vessels on a 24/7/365 basis and proactively address data and performance gaps.
NAVTOR use a holistic approach when optimizing vessel performance, accounting for the total energy balance on board. We monitor hull performance, speed management, engine performance, as well as production and consumption of all energy on board.
Who is Tres
We are a global team of industry experts that are dedicated to vessel performance management. They work with all vessel types and sizes.
They are experienced marine engineers, officers, naval architects, software engineers and corporate strategists whose sole focus is on generating value for customers 24/7/365.
What they can do for you
Real-time analytics helps uncover insights, which can be used to adjust performance on the spot. The flexible, proactive approach to vessel performance drives lasting improvement and savings for all vessels in your fleet.
The ”Tres Approach” has helped customers realize from 2-14% fuel savings per year (depends on scope, vessel type and size). We have also delivered up to 20x return on investment (ROI) based on our unique approach.
21st Century Fleet ops
nauticAi is a Finnish maritime IT-startup specialising in affordable Operational awareness solutions.
nauticAi technology is used for automated quality assurance and risk management (BOQA), real-time situational awareness and chartering/operations.
What is Danelec-BOQA?
BOQA is a methodology adopted from the Flight industry. The basic idea is to use sensor and external data to analyse human operational quality and deviations from normal behaviour.
Danelec-BOQA is a way to pro-actively use the ship’s VDR data as per OCIMF recommendations.
Track your fleet
nauticAi BOQA provides seamless tracking by combining your Fleet Data with terrestrial and satellite AIS and global weather forecasts.
Monitor events
BOQA makes it really easy to monitor events. We use AI-assisted analytics to do it all for you!
Ensure compliance
Have you ever needed to check Charter Party compliance? Well, we make this super simple with our special C/P Compliance graph.
Find out more
GreenSteam I4 has been operating for over 12 years and is at the forefront of using machine learning to provide actionable insights for shipping Owners, Operators and Charterers.
Working across the sector and growing rapidly, GreenSteam currently helps operators of over 500 vessels to make fuel savings and reduce emissions.
GreenSteam focuses exclusively on the shipping industry, employing a wide range of experts including naval architects and oceanographers to PhDs in machine learning.
Choose from GreenSteam’s suite of services to suit your needs. Providing a clear picture of your fleet, identify where your most significant fuel losses are and receive accurate, actionable advice on how to minimize them – giving you clarity and control.
Offering a low entry point to double digit fuel savings, GreenSteam provides insights that result in better informed decisions.
What is machine learning?
Machine Learning systems improve their performance through direct experience of real-world conditions.
At GreenSteam, our artificial intelligence-based model of a vessel does not make any assumptions – it uses data.
Make Better Decisions, When They Matter Most
Real-time, high frequency data for better insights and decisions into a vessel, leg, or voyage–while underway. Course correct, collaborate across commercial and technical teams, and optimize for specific outcomes.
Outcome-Based Optimizations
Deliver results that are important to your business and specific to your charterers and vessel classification. Find savings, improve consumption, and achieve best possible TCE, ETA, and emissions scoring–all while getting more yield out of every vessel.
Manage and Triage Your Entire Fleet
Allocate the right resources at the right time, determine optimal dry docking or other maintenance events, and understand added resistance or performance degradation—through user-friendly visualizations, historical data, and predictive analyses.
Reduce Fuel Consumption & Emissions
Cut costs, cut emissions, and maximize returns—while driving cross-team collaboration, greater transparency, and stronger accountability for your shipping company, shareholders, and the planet we all share.
Adhere to Charter Party Agreements
With Nautilus Platform, see performance changes in real time and receive recommendations to help avoid commercial penalties, maximize fuel efficiency, and fulfil your charter party agreements.
For more than a decade StratumFive has been delivering leading cost-effective voyage monitoring solutions and now provides services to more than 12,000 ships through its global network, which includes the FleetWeather operations centre in the USA and its 50 year history of service excellence.
Analyse, Monitor, Optimise
Podium gives detailed insight into past vessel performance, real time visibility of present performance, and predictive analysis of future performance – enabling informed decisions, saving fuel, cutting emissions, and reducing operational costs whilst delivering the contracted voyage.
Any data – Any way – Anywhere
Podium is capable of processing and visualising billions of data points every month for every client – scaling with and learning from your data as it grows and displaying it how, when and where you need it.
Unite ship & shore
Podium brings together voyage monitoring, reporting, analysis and optimisation into one easy-to-use, and uniquely flexible platform, with highly performant and correlated APIs.
Custom onboard forms, fields, and complex validation rules can be created, per vessel, or fleet-wide – all automatically synchronised with the Podium shoreside platform.
Any combination of fields can be automatically distributed to any number of shoreside recipients, ensuring each stakeholder only receives data that is relevant to their specific role and requirements.
Configure without constraint
Connect, select, assemble, access. There’s no ‘one size fits all’ with Podium. Using ready-made programmable building blocks you can craft dashboards, alerts, visualisations and KPI’s to precisely match the day-to-day needs of every department and individual user.
Configure realtime, multi-parameter notifications and alerts, enabling proactive operational decisions.
Podium is cloud hosted and can be deployed swiftly, and scaled effortlessly across your organisation.
As the industry leader in maritime data analytics, ioCurrents leverages machine learning and artificial intelligence, giving your crews and shoreside personnel a live view of vessel operations. Take the opportunity to make datadriven decisions.
The company’s third party data analytics platform, MarineInsight, applies AI and machine learning models to provide your crews with real-time, analyzed, actionable data, from anywhere. Employing the IoT device on board to run the analytics in real-time, MarineInsight frequently and efficiently sends the analyzed, compressed data from the device on board to a secure cloud, where the shoreside team can access it.
Failure prediction: automated anomaly detection
Artificial Intelligence-Driven Machine Learning Models developed to predict failures.
Voyage and fuel optimization
Artificial Intelligence-Driven Machine Learning that provides planning AND live en-route optimization recommendations to ensure your goals are met, while balancing how YOU value both time and fuel.
Condition-based maintenance scheduling
Artificial Intelligence-Driven Machine Learning Models that understand the current condition of equipment, and continually update and recommend appropriate maintenance windows based on equipment use, rather than simply depending on a calendar or hours based approach.