CMA CGM has introduced a Low Sulphur Surcharge (LSS20) effective December 1st, 2019 to cover the increase in fuel-related costs associated with the implementation of the IMO 2020 regulation.

As from October 1st, 2020, taking into consideration the current price of VLSFO, CMA CGM informs its customers that this Low Sulphur Surcharge is not applicable and may come back later as per our formula.

Please contact your local CMA CGM office should you require information about any other pricing information

(*) The associated basic freights are available here. Other Bunker related surcharges, THC (Origin and Destination), Peak Season charges and similar charges and Safety and Security-related surcharges may also apply and are accessible at http://www.cma-cgm.com/ebusiness/tariffs/charge-finder. Other charges such as Contingency charges and local charges may also apply.


  • The supply of VLSFO has proven more than adequate amid COVID-19.
  • Call on marine gasoil (MGO) as an expensive alternative has been less than expected.
  • Refiners have adjusted their crude sales and changed their blend component pools.
  • The use of marine gasoil in engines has not increased as rapidly.
  • This is attributed to the fact that ship engineers think in terms of volume rather than the energy content.
  • Competition for low sulphur heavy gasoil and waxy streams has increased.
  • The price of solar and wind continues to decrease steadily with increase in battery storage technology.
  • The cost of hydrogen production is plummeting due to a likely surge in the availability of cheap renewable power.

According to an article published in The Manifold Times and Petroleum-Economist, the new rules on the sulphur content of shipping fuels came into force this year. This article revisits 2018 predictions to see what turned out as expected and what surprised.

Demand weakens due to COVID-19

It is easy to forget that, pre-COVID, new International Maritime Organization (IMO) 2020 regulations reducing the maximum sulphur content in much of the world’s bunker fuels from 3.5pc to 0.5pc were expected to be one of the dominant narratives in the year’s oil price dynamics.

The demand hit in the wake of pandemic’s global restrictions has, as well as eclipsing IMO 2020’s significance, also dampened its impact, as anticipated pressure on supply has been greatly reduced. Nonetheless, the effects are being felt—if more in the background than might have been expected.

Story so far

Among the most notable observations as yet, the supply of very low sulphur fuel oil (VLSFO) has proven more than adequate, while the call on marine gasoil (MGO) as an expensive alternative has been less than expected.

Refiners have adjusted their crude sales and changed their blend component pools. And many have strengthened their direct position in the bunkering markets with their own—sometimes proprietary—blends of VLSFO.

The use of marine gasoil in engines has not increased as rapidly as we thought, perhaps as ship engineers still think in terms of volume rather than the energy content.

Competition for low sulphur heavy gasoil and waxy streams has increased, which has generated a revival in hydroskimming economics. And low sulphur vacuum gasoil (LSVGO) has become a reference both for cracker feedstock pricing and for bunker economics.

Supply of alternative fuels

Supply of other alternative fuels continues to be developed, most notably LNG—the fastest-growing and most scalable—with supply infrastructure expanding steadily. But these fuels, which also include methanol and ammonia, will act chiefly to achieve the targets set out in the IMO 2050 decarbonization agenda

On the other hand, scrubbing economics continues to hang in the balance. It is our expectation that scrubbing as a technology will be no more than a short-term solution, as shipowners switch to cleaner fuel alternatives.

Channoil revisited some work it did in 2018 on potential IMO 2020 impacts and looked in some depth at what it got right and wrong on the potential implications for various types of stakeholders compared with what we have seen so far (see Figs. 1-4).

Moving forward

Less than eight months in, and a highly unusual eight months at that, the IMO 2020 story is far from over. We must also look ahead to what might happen next. The outlook for fuels and distillate prices is confused due to a number of ‘known unknowns’, including:

  • Uptake of renewable fuels
  • Uptake of electric cars and their impact on power generation
  • The potential impact of carbon capture and storage
  • Growth in coker investments
  • Growth in LNG/LPG/methanol as bunker fuels
  • Impact of incompatibility within new blended fuels
  • Potential for cheaper scrubber technology
  • Other technological breakthroughs
  • A realistic price setting for carbon emissions.

Observations to be made on uncertainties

But there are certain observations we can offer on some of these uncertainties. For one, the price of solar and wind continues to decrease steadily. Coupled with the increase in battery storage technology, this has put the renewable argument to the fore. The cost of hydrogen production is also plummeting and—due to a likely surge in the availability of cheap renewable power—electrolysis is making hydrogen power a realistic contender for the fuel crown.

Forecast growth of electric and hybrid cars also continues to push further upwards. The effect of 1mn electric cars—assumed by 2035—is to reduce crude oil demand by 1mn bl/d. But we are conscious of the fact that, in developed economies, carpools are rotated every seven years. If the fashion for electric cars accelerates, then that timeframe could get rapidly shorter.

Policy goals to reduce diesel cars

European governments, for example, those of France and the UK, have also set policy goals to reduce the number of diesel cars. A big reduction in diesel engines will have an immediate effect on the price of the middle distillate. If coker investments carry on, then it is possible to imagine a scenario where the differential between diesel and HFO will narrow.

The use of marine gasoil (MGO) in engines has not increased as rapidly as we thought, perhaps as ship engineers still think in terms of volume ($/t) rather than energy content ($/mn Btu). There is also a lubricity argument in favor of higher viscosity fuels, while low viscosity MGO needs cooling before it enters the engine and thus, if VLSFO is available, it is more ‘engineer acceptable’. But the question will arise again once NOx and PMO specifications are tightened ­further.

Reflections on regulations and other unforeseen market dynamics in 2020

Søren Høll, CEO at International bunker trading firm KPI OceanConnect, on Tuesday (18 August) published an article sharing his reflections on regulations and other unforeseen market dynamics in 2020 have disrupted the bunker fuel market and outlines the relevance of his company’s role in weathering these forces:

IMO 2020, or ‘MARPOL Annex VI, regulation 14’ as it was less memorably known back when we started preparing for it in 2018, was always going to bring huge changes for shipping.

For some people, it was even going to be as substantial as ships’ switch from coal to oil in the early 20th century. Those predictions have fortunately proven to be unfounded so far, but there hasn’t been any shortage of challenges for our industry in the wake of IMO 2020’s arrival.

Mergers for expansion

During the last few weeks as we’ve been concluding our merger with OceanConnect and I’ve had a chance to reflect on how far we’ve come this year.

  • It’s easy to forget that crude prices started to slide not only because of Covid-19 in February and March but also due to disagreements within OPEC+ about how much oil they should produce. Covid-19 has reduced demand for oil and created a huge glut of both crude and refined products. Even if a vaccine emerges soon, we’re unlikely to see this oversupply abate entirely; not least because countries like Venezuela, Libya, and Iran with huge crude reserves are currently ‘offline.’
  • At times in January, it looked as though shipowners who’d invested in scrubbers for their fleets could see payback periods of less than two years in some cases. By March, however, the spread between 3.5% HSFO and 0.5% VLSFO dropped to as low as $40 a tonne from over $300, and payback periods are now commonly assumed to be at least four or five years. We’re unlikely to see sustained interest for retrofitting scrubbers as long as the spread remains low. On new builds, I’m slightly more optimistic about positive economics.
  • By common estimates, the three biggest cruise lines, Carnival, Norwegian, and RCCL together on average consumed about half a million tons of bunkers each month in 2019. For context, that’s more than 10% greater than total fuel sales of Panama registered by the AMP. Especially for physical suppliers in cruise hotspots like the Caribbean, which supports about a third of global cruise voyages, bunker demand is unlikely to return in full before 2022 at the earliest.
  • The bunker price volatility we’ve seen this year – and in many previous years – is a textbook example of why it pays to consult with your marine fuel supplier to help manage this risk. I was talking to a longstanding client last week, and for her, there are three big advantages to be gained from hedging and risk management: Reduced volatility reduces the cost of capital; knowing there will be no abrupt cost increases means that they can more easily plan ahead, and by smoothing out revenue and expenses they know they won’t need to borrow on unfavorable terms because they’ve got good liquidity.
  • The merging of KPI Bridge Oil and OceanConnect brings together a wealth of knowledge and expertise, new ideas and ways of thinking, and a renewed energy to a changing marketplace. There’s no shortage of challenges ahead for the shipping or bunkering markets, but I’m very optimistic about the company we’re building and the value we can provide.

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Source: Petroleum-Economist & ManifoldTimes


Joining forces to shape the fishery sector of tomorrow is the newly launched (3 September) publication prepared by IMO, ILO and FAO. The new brochure will help promote safe and decent work in fisheries through the application of international standards.

The publication provides an overview of the four main international binding fisheries conventions/agreements* that promote the safety of fishing vessels, safety of fishers, training of fishers, and responsible and safe fisheries operations.

Guidance for policy and decision-makers in the fisheries, maritime, and labour sectors is also provided with a view to encourage the ratification and implementation of the above-mentioned fisheries instruments.

As fishing remains one of the most dangerous professions in the world, the sector needs to change to become more sustainable. This publication aims to support governments in achieving their commitments towards Sustainable Development Goal (SDG) 8: Promote sustained, inclusive, and sustainable economic growth, full and productive employment and decent work for all; and SDG 14: Conserve and sustainably use the oceans, seas and marine resources for sustainable development.

* The IMO (2012) Cape Town Agreement (CTA), The IMO (1995) International Convention on Training, Certification and for Fishing Vessels Personnel (STCW-F), The ILO (2007) Work in Fishing Convention (C188), The (2009) FAO Agreement on Port States Measures to Prevent Deter and Eliminate Illegal, Unreported and Unregulated Fishing (PSMA)

Source:imo


September 2, 2020: Israeli carrier ZIM has announced the establishment of a new subsidiary company, ZKCyberStar, in co-operation with cybersecurity experts Konfidas.

The new company will offer a full range of cybersecurity services, tailor-made for the maritime industry, to increase cyber readiness and ensure business continuity in the event of a cyber-attack.

ZKCyberStar will provide a suite of services to support operational cybersecurity readiness, including cyber and regulatory postures, strategy and planning, cyber awareness and executive training, incident response capabilities, supply chain risk management, ongoing threat intelligence, regulatory alerts and briefs, and more.

The ZKCyberStar solution employs a unique methodology designed and developed specifically to achieve maximal readiness for and protection against a maritime cyber-attack, according to a statement.

ZKCyberStar will be led by the current ZIM global intermodal division manager, Ronen Meroz as CEO, the international cybersecurity expert and former secretary of the Prime Minister of Israel’s national cyber initiative task force, Ram Levi and the co-founder and COO of Konfidas, Eli Zilberman Caspi.

“I have decided to create ZKCyberStar to support and advise organisations in our industry, using our long-standing co-operative relationship with the top cybersecurity expert team of Konfidas,” commented Eli Glickman, ZIM president and chief executive.

Cyber-attacks have been a long-standing challenge for the industry, which has been magnified by the Covid-19 pandemic, according to ZIM, which believes that the ongoing digitalisation of the maritime industry has increased the sector’s exposure to cyber-attacks that can cause significant disruptions at great cost.

“The maritime and logistics industries have witnessed an unprecedented rise in cyber-attacks in recent years,” Levi agrees and warns, “Those attacks serve as a wake-up call for an industry which is critical to modern trade and commerce.”

Source: Container News


Ships are responsible for approximately 3% of all greenhouse-gas (GHG) emissions, equivalent to the total emissions of Germany or Japan. Not so much, someone would say. On the table are proposals to slow ships down and slash shipping’s climate footprint, but too many countries and industry bodies are opposed to immediate emergency action.

How to reduce GHG Emissions?

How Cargo Ships Can Go Green?

The Guardian gives more stats:

If shipping were a country, it would be the sixth biggest in terms of emissions share. And it is growing fast – shipping could produce 17% of global emissions by 2050, if left unchecked. About 90% of the world’s trade is carried by sea…

[Shipping] emissions are particularly harmful because they are mostly the result of burning heavy, pollutant-ridden fuels that are usually banned or subject to regulation onshore because of their toxic effects.

Ship fuel produces sulphur, which contributes to acid rain; ships burn more than 3m barrels a day of residual fuel oil, with a sulphur content more than 1,000 times that of petrol for road vehicles.

The dirty fuel also releases black carbon – soot, made up of unburned particles – that is borne on the winds to the Arctic, where it stains the snow and increases the greenhouse effect, because dark snow absorbs more heat.

Since then, the International Maritime Organisation has brought in standards to reduce the use of fuels with sulphur content from 3.5% to 0.5%, enforceable January 2020, and generally aims to reduce its carbon emissions by 50% by 2050. Yet as XR’s Feb 2020 protests pointed out (wearing polar bear suits), what’s still planned to be emitted will still be appallingly destructive (to the Arctic and everywhere else). The IMO’s latest GHG report (August 2020) anticipates a 50% increase in GHGs by 2050 – and reports other horrors, like the methane gas emission from increasingly Liquid Natural Gas (LNG) powered ships.

What COVID (and the economic response to it) will do to international trade is another question… but in any case, shipping seems ripe for a decarbonization revolution, certainly in terms of its propulsion tech.

Cue Smart Green Shipping – an attempt at a commercial consortium, aspiring to innovate towards a zero-carbon emissions status for the sector. The picture above (simulated for them by Immersive Storylab) is their vision of a new class of wind-powered (and when the wind fails, hydrogen-powered) cargo ships.

The story is picked up in detail by a blog from the International Futures Forum in Edinburgh, who hosted Smart Green Shipping’s director Diane Gilpin in conversation last year. She asks the open, fundamental question:

What is shipping for?  How is it serving us?

The ship owners are now making money largely from buying and selling ships.  They pass costs on to the operators and thus have no incentive to improve efficiency.  National governments subsidize shipbuilding to preserve jobs, leading to a glut of low quality, low cost, disposable vessels.

The overcapacity drives down freight rates.  Preoccupied with the struggle for survival in the present, there seems to be little appetite to think seriously about the future.

But there are some leverage points in the existing system that might stimulate a different kind of demand and help to feed a new shipping system fit for the 21stcentury.

Drax, for example, needs to import 80m tonnes of biomass into the UK to generate ‘carbon neutral’ electricity.  They therefore also have an interest in clean shipping, and the muscle to shape some long term contracts.

Diane has acted as a producer around this opportunity to bring together all the talents and interests required to design and engineer the capacity to retro-fit an existing vessel with cutting edge wind power technology and put a boat in the water by 2021.  Drax has agreed to award a long-term contract to the shipowner who does that in a commercially viable way.

Simulation of retrofitted existing vessel for Drax challenge

The economic case is compelling.  Yes, the wind is unpredictable (it does not blow all the time).  But what about the cost of oil?  Is that predictable – tomorrow, in five years, in thirty?  We know what the cost of the wind will be with absolute certainty:  zero.  The only question is how best to harness that energy.

Retrofitting one ship by 2021 is not enough.  Clearly we need to design and build a new fleet of fully renewable vessels.  So Diane is now working with an international consortium with the ambition to put a first 100% renewable, commercially viable vessel in the water by 2030 (wind power plus an engine fuelled by hydrogen derived from offshore wind).

…The new ship design will increase initial capital costs but will offer low, predictable long-term operating expenditure.  So these ships will be built to last.  As Diane says, “they will be loved, looked after, repaired and repurposed as the world changes.”  This will demand new financial and business models, which are still being devised.  The critical new factor is the predictability in operating costs.  As Diane put it, “certainty has a great value in an uncertain world.  It remains to be seen how finance will quantify that.”

All of the elements are in now in play:  the hardware (the technology and engineering), the software (the data and analytics), and the finance (new business models, insurance, investment).  The question is – where to start?  Where can we find the right conditions to support this systems innovation, to move from vision to realization?

Finally, a graphic that makes the renewable impact of smart Green shipping really clear (click image to enlarge):


Source: maritimecyprus


Israeli carrier ZIM is branching out with a new revenue stream, debuting today ZKCyberStar, a cyber security consulting company created in partnership with Tel Aviv-based Konfidas.

The new company will provide bespoke cyber security solutions, guidance, methodology and training to the maritime industry and marks another milestone in the broadening of ZIM’s tech offerings to the shipping industry.

“Multiple recent cyber attacks on the maritime industry have caused significant disruptions at great cost, raising awareness and highlighting the crucial importance of cyber security,” a release from ZIM stated today.

ZIM is uniquely positioned to tackle cyber threats in our industry

Eli Glickman, ZIM president and CEO, commented: “ZIM is uniquely positioned to tackle cyber threats in our industry. In recent years, I was approached by global companies seeking advice regarding cyber threats, and I have decided to create ZKCyberStar to support and advise organisations in our industry, using our long-standing cooperative relationship with the top cyber security expert team of Konfidas.”

Ram Levi, Konfidas founder and CEO, said: “As we move towards heavily networked and increasingly automated systems, cyber security must be a top priority. Our unique partnership with ZIM, a global leader in container shipping, will enable ZKCyberStar to provide strong client-driven cybersecurity solutions with global expertise and implementation.”

Levi is a former secretary of the prime minister of Israel’s National Cyber Initiative Task Force.

Earlier this month ZIM detailed a new artificial intelligence-based screening software it has created to detect and identify incidents of misdeclared hazardous cargo, something it is keen to licence to its peers. It has also been leading the way in developing e-bills of lading for the shipping industry with ZIM president Glickman determined to make the carrier a digital leader among container carriers.

Glickman, who headed up utility Israel Electric before being appointed ZIM boss three years ago, described how he wants to make ZIM “a start up of the container shipping industry” in an earlier interview with Splash.

Israel is already home to one of the best known maritime cyber security consultants, Ra’anana-headquartered Naval Dome.

Among high profile cyber attacks in recent months, Mediterranean Shipping Co (MSC) was struck over the Easter weekend while Australia’s Toll Group has suffered not one, but two hacking incidents this year.

Speaking in the wake of his company suffering its second cyber attack in the space of just three months, Thomas Knudsen, group managing director at Toll, said this May cyber crime posed “an existential threat for organisations of all sizes, making it more important than ever for business, regulators and government to adopt a united effort in combatting the very real risk it presents the wider community”.

Source: splash247

The increasing number of cyber incidents against commercial vessels and port authorities has led the US Coast Guard to publish updated guidelines for mitigating cyber risks and vulnerabilities in the shipping sector.

In March 2020, the US Coast Guard issued new “Guidelines for Addressing Cyber Risks at Maritime Transportation Security Act (MTSA)-regulated facilities”. The Guidelines are intended to assist facility owners and operators in complying with the requirements to assess, document, and address system and network risks.

The Maritime Cybersecurity Guidelines were mandated by the increasing number of cybersecurity incidents on shipping companies as well as port facilities. But the root cause behind all US Coast Guard efforts to raise awareness of imminent cyber threats is the expanding maritime cyber threat landscape because of the proliferation of emerging technologies and the digitalization of devices onboard vessels. Heavily digitized vessels introduce new cybersecurity vulnerabilities that increase operational risk.  Exploitation, misuse, disruption, or simple failure of cyber systems can cause injury or death, harm the marine environment, disrupt vital trade activity, and degrade the ability to respond to other emergencies.

The European Union also enforces maritime cybersecurity requirements

These risks are even more crucial to national economies because the shipping sector is part of the national critical infrastructures. For example, the European Union has recognized the importance of commercial vessels to the EU digital market and has mandated the operators and owners of the vessels to abide by the security requirements of the Network and Information Systems Security Directive (NIS Directive).

To address these challenges and risks, national and transnational organizations have developed sets of best practices and recommendations. ENISA, the European Union Cybersecurity Agency, published in November 2019 the report “Port Cybersecurity – Good practices for cybersecurity in the maritime sector.” The United Kingdom Department of Transport released in January 2020 a practice guide on “Cyber Security for Ports and Port Systems.”

Effective maritime cybersecurity is mission-critical 

Today more than ever, Facility operators use computers and cyber-dependent technologies for communications, engineering, cargo control, environmental control, access control, passenger and cargo screening, and many other purposes. Not just operational technologies are computerized but also facility safety and security systems such as security monitoring, fire detection, and general alarm installations increasingly rely on computers and networks.

Maintaining effective cybersecurity is no longer just an IT issue but is rather a fundamental operational imperative in the 21st-century maritime environment.

According to Nir Ayalon, the CEO of Cydome, a maritime cybersecurity solution company, “Commercial vessels can no longer rely on an IT cyber solution and ensure the full coverage on all operational systems to be resilient from cyber-attacks. We at Cydome acknowledged the importance of having a holistic cybersecurity solution to address all risks of highly digitalized vessels and help vessel operators be compliant with cybersecurity requirements. Cydome’s unique cybersecurity solution is positioned on board of both IT and OT systems to provide a wider spectrum of defense against different types of cyber-attacks (both internal and external threats). Clients that use Cydome solution receive a better picture of their current assets onboard and use it to improve the vessel’s cybersecurity and safety at sea”.

The US Coast Guard instructs Commercial vessels’ operators and owners to perform a Facility Security Assessment (FSA) to assess and document risks and cybersecurity vulnerabilities associated with their computer systems and networks. Identifying and assessing cybersecurity vulnerabilities is the foundation of an efficient cybersecurity program. You can’t protect what you don’t know.

When cybersecurity vulnerabilities are identified in the Facility Security Assessment, an owner or operator may demonstrate compliance with the regulations by providing its cybersecurity mitigation procedures in a variety of formats. The information may be provided in a stand-alone cyber annex to the FSP or incorporated into the FSP together with the physical security measures.

While vessel owners need not identify a specific technology or business model, they are required to provide documentation to show how they are addressing the cybersecurity risks identified. Facility operators may elect to demonstrate mitigation of identified vulnerabilities by employing the many available best practices, such as the NIST Cybersecurity Framework.

The ultimate goal of cybersecurity programs in the shipping sector should be cyber resilience, to ensure business continuity and reliable operations even after a cyber-attack. Cyber resilience has emerged over the past few years because traditional cybersecurity measures are no longer enough to protect organizations from sophisticated and persistent cyber-attacks. Both cybersecurity and cyber safety are important because of their potential effect on personnel, the ship, environment, company, and cargo.

Source: informationsecuritybuzz


The Department of State will conduct a public meeting at 9:00 a.m. on Wednesday, September 23, 2020, by way of teleconference. Members of the public may participate up to the capacity of the teleconference phone line, which will handle 500 participants. To access the teleconference line, participants should call (202) 475-4000 and use Participant Code: 839 604 42#. The primary purpose of the meeting is to prepare for the forty fourth session of the International Maritime Organization’s (IMO) Facilitation Committee to be held virtually from September 28 to October 2, 2020.

The agenda items to be considered include:

Start Printed Page 53433

—Decisions of other IMO bodies

—Consideration and adoption of proposed amendments to the Convention

—Review and update of the annex of the FAL Convention

—Application of single-window concept

—Review and revision of the IMO Compendium on Facilitation and Electronic Business

—Developing guidance for authentication, integrity and confidentiality of content

—For the purpose of exchange via a maritime single window

—Consideration of descriptions of Maritime Services in the context of e-navigation

—Development of amendments to the Recommendations on the establishment of National Facilitation Committees (FAL.5/Circ.2)

—Development of guidelines on creating a tool to measure domestic implementation of the FAL Convention

—Unsafe mixed migration by sea

—Consideration and analysis of reports and information on persons rescued at sea and stowaways

—Guidance to address maritime corruption

—Regulatory scoping exercise for the use of Maritime Autonomous Surface Ships (MASS)

—Technical cooperation activities related to facilitation of maritime traffic relations with other organizations

—Application of the Committee’s procedures on organization and method of work

—Work program

—Any other business

Please note: The Committee may, on short notice, adjust the FAL 44 agenda to accommodate the constraints associated with the virtual meeting format. Those who plan to participate may contact the meeting coordinator, Mr. James Bull, by email at James.T.Bull@uscg.mil, by phone at (202) 372-1144, or in writing at 2703 Martin Luther King Jr. Ave. SE, Stop 7509, Washington, DC 20593-7509 prior to the meeting with any questions or requests for reasonable accommodation. Any requests for reasonable accommodation must be received by September 16, 2020. Requests received after that date will be considered, but might not be possible to fulfill.

Additional information regarding this and other IMO public meetings may be found at: https://www.dco.uscg.mil/​IMO.

Jeremy M. Greenwood,

Coast Guard Liaison Officer, Office of Ocean and Polar Affairs, Department of State.

[FR Doc. 2020-19002 Filed 8-27-20; 8:45 am]

BILLING CODE 4710-09-P


Norwegian maritime navigation software provider Navtor has received a majority investment from American technology-focused private equity firm Accel-KKR.

Navtor provides e-navigation solutions including electronic navigational charts (ENCs), digital maritime publications, route optimisation and fleet management across an integrated platform.

According to Navtor, the global maritime e-navigational industry is expanding due to new regulations, an increased focus on safety and ESG goals and advances in technology.

“The sheer size of the global maritime industry and the continuing digitization of fleets bode well for the future of Navtor,” said Maurice Hernandez, head of the European office at Accel-KKR. “Pairing Navtor’s mission-critical software and the deep domain expertise of its management team with AKKR’s know-how in accelerating growth in software companies will lead to exciting outcomes for the marketplace and customers. We look forward to working closely with the NAVTOR team in the coming months and years.”

Accel-KKR was founded in 2000 as a partnership between Accel Partners and KKR.


Saab, Orbcomm and AAC Clyde Space signed a contract for a new satellite that will use the VHF Data Exchange System (VDES) for maritime communications.

They are planning to build and launch a nanosatellite into low Earth orbit (LEO) to test using VDES for communications, extending current coastal VDES into the oceans.

Saab expects a successful trial will lead to a new constellation of these small VDES satellites for global coverage.

Saab chief strategy officer Christian Hedelin said this investment will open new applications for data exchange and internet of things (IoT).

“This is a very exciting project where Saab is testing new technology in space, which we think will become the enabler of future secure communication services and applications,” he said.

This VDES package will enable safer, more sustainable and greener shipping with spin-off potential for other industries.

Satellite VDES will also be a new automatic vessel tracking standard augmenting existing networks, such as the automatic identification system (AIS). All ships in service with VDES can carry out two-way communications with each other across the globe, like a secure wireless internet for shipping, Saab said.

VDES will enable better vessel positioning and communications, with 32 times more bandwidth than AIS. It will facilitate better e-navigation due to its greater capabilities for transferring voyage data. VDES could also be used as a communications channel for data between an unmanned vessel and onshore control centre.

E-navigation and other solutions based on the VDES technology have the potential to deal with the growing global maritime traffic, leading to safer and more optimal traffic management, which will save a lot of fuel and emissions, said Mr Hedelin.

“With the deployment of this technology, we will also contribute to a more sustainable society,” he said.

AAC Clyde Space will manufacture the spacecraft, while Orbcomm will contribute its satellite operating, vessel tracking and IoT experience and Saab the VDES technology.

This project is co-funded by the Swedish Transport Administration (Trafikverket).

“The new LEO nanosatellites are part of what is now called new-space and this project is a good example of how industry can develop powerful and cost efficient space-based solutions,” said Mr Hedelin.

“Saab entering into this business with its technology is a significant opportunity for all involved.”

This initial project will test and develop these technologies in preparation of a future operational VDES satellite constellation with global coverage.

The VDES project will begin in October 2020, followed by the launch of the demonstration satellite in the middle of 2022. After this, commissioning, testing and demonstration will continue until Q1 2023.
Source: rivieramm


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