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The recently formed sailing cruise line Tradewind Voyages has announced that it is suspending new bookings and may have to cancel voyages because of sanctions-related disruption to its financing.

The line’s owner, DIV Group, has a financing relationship with the German division of VTB Bank. The Russian state-owned banker has been hit hard by European and U.S. sanctions over the invasion of Ukraine. Among other things, this means that VTB’s German subsidiary has been cut off from its Russian parent company: German financial regulator BaFin has ruled that VTB’s Moscow headquarters can no longer give the German branch instructions or access its assets due to EU sanctions.

DIV Group, the owner of Tradewind Voyages, says that it is currently “taking financial advice” and exploring options. In the meantime, Tradewind has paused voyage sales and it cautioned that “voyage cancellations are expected.” All customer deposits for bookings are secure, however, and are stored in a trust fund.

“While we have been working with VTB Germany, its headquarters are based in Russian where the bank has been sanctioned because of the conflict between Ukraine and Russia,” said CEO Alan McGrory. “DIV Group continues to explore every option to rectify the issue. The decision to pause sale on voyages is a difficult one, but the right thing to do currently.”

Tradewind Voyages’ sole vessel, the gigantic square-rigger Golden Horizon, was scheduled to sail in the Mediterranean through October 2022 and the Caribbean for the 2022-23 winter season.

Golden Horizon is a new five-masted barque built by Brodosplit Shipyard for Star Clippers. After a series of complex disputes over the vessel’s construction and financing, Star Clippers dropped out of the project, and Brodosplit completed the vessel on its own. The shipyard then leased her to newly-formed Tradewind Voyages, which began commercial operations in May 2021.


The White House released a video of President Biden talking to retail CEOs and is pushing the U.S. House to pass the Ocean Shipping Reform Act of 2022, which the Senate passed in March.

The law would allow the U.S. Federal Maritime Commission (FMC) to investigate late fee charges by carriers and bar ocean carriers and terminals from refusing to fill available cargo space. The president is pushing a message that the ocean carriers are monopolistic and need to be reined in.

“There’s only nine shipping companies, nine, N-I-N-E, major ocean line shipping companies who ship from Asia to the United States,” Biden said. “These companies have raised their prices by as much as 1,000%.”

Congress will soon be scheduling a vote on the Ocean Shipping Reform Act of 2022.

It has bipartisan support in both the House and Senate and is expected to pass. The U.S. House of Representatives is considering voting on the Senate’s version of the bill, which contains deadlines for key provisions, including rulemakings, studies, and reports. Some of those provisions are as follows:

1. Demurrage/Detention rulemaking

The FMC will create rules that define prohibited practices by common carriers, terminal operators, shippers, and ocean transportation intermediaries with regards to demurrage and detention charges. The deadline would be no more than 45 days after enactment and final ruling no later than one year after enactment.

2. Unfair/discriminatory methods rulemaking

The FMC will define what is unfair or unjust discriminatory methods used by carriers. This provision seeks to address concerns and complaints by exports and small shippers. The deadline would be no more than 60 days after enactment with final ruling no later than one year after enactment.

3. Rulemaking on refusing to deal

The FMC, along with the U.S. Coast Guard, will address shippers’ complaints of carriers ignoring customers they deem unprofitable to their operations. The deadline would be no more than 30 days after enactment with a final ruling no later than six months after enactment.

4. Street Dwell Time Statistics

The White House Office of Management and Budget (OMB) will approve information for the collection and publication of container dwell times. They will also publish statistics on dwell times for the top twenty-five ports. Dwell time is used to determine detention costs and is a major cause of port congestion. The deadline is not later than 60 days after enactment and not later than 240 days after enactment.

5. Enhancing FMC’s investigation capacity

The FMC will add staff to their five divisions to assist in investigations and oversight. The deadline would be not later than 18 months after the date of enactment.

6. Emergency authority to address supply chain congestion

The FMC will issue an information request for public comment on whether the current supply chain congestion has created an emergency situation that has caused a significant effect on competitiveness and reliability of the international ocean transportation supply system. If such a situation exists, should a temporary emergency order be put into effect and would it alleviate these issues. The deadline would be no later than 60 days after enactment and emergency orders remaining in effect no longer than 60 days.

7. Chassis pool best practices

The FMC will work with the Transportation Research Board to conduct a study and develop best practices for on-terminal/near-terminal chassis pools that provide service to marine terminal operators, motor carries and railroads with the goal of optimizing efficiency and effectiveness. The deadline would be no later than April 1st, 2023, and no later than April 1st, 2024, to publish best practices.

There are some who think this new law will reach too far and cause more harm than good.

They view this as a rush to judgement and more of a knee-jerk reaction to the current supply chain issues. The new rules focus on exports more than imports and do not address the root causes. If other countries are having similar supply chain congestion and increased shipping costs, would action by the U.S. Congress fix those issues or make things worse causing more congestion? Is there anything different with the U.S. situation compared to the rest of the world?

The opposite argument is that Congress should be looking at those factors that affect the U.S. market only and address those issues instead of painting everything with the same broad brush. Only time will tell how this plays out and ripples through the supply chain after the law has been enacted. It will be several years until we have our answer.


VANCOUVER, BC / ACCESSWIRE / June 15, 2022 / AMPD Ventures Inc.
(CSE:AMPD)(OTCQB:AMPDF)(FRA:2Q0) ("AMPD" or the "Company"), a next-generation
digital infrastructure provider, is pleased to announcethat its wholly-owned
subsidiary, AMPD Technologies (Canada) Inc. ("AMPD Technologies"), has entered
into a binding Memorandum of Understanding ("MOU") with Unleash Future Boats
GmbH ("UFB"), for CAD $1.8 million in revenue to AMPD as part of an
anticipated broader collaborative relationship between the two companies. UFB
are experts in water-based autonomous transportation and recipients of the
Regulatory Sandbox Innovations Award by the Federal Republic of Germany.

AMPD Technologies will be developing and manufacturing four Computing
Containers which will then be shipped to Schleswig-Holstein in Germany to
commence "Proof of Concept" trials on a government-approved 42 km test field
Schlei for autonomous ships. This agreement marks an exciting new vertical for
AMPD Technologies in the zero-emission, autonomous, maritime vessel market.
The global autonomous ships market size was estimated to be worth USD $5.8
billion in 2020 and is projected to reach USD $14.2 billion by 2030, at a
compound annual growth rate (CAGR) of 9.3% from 2020 to 2030^1.

The signing of the definitive agreement contemplated by the MOU is contingent
upon the successful awarding of funds from the German Federal Ministry for
Digital and Transportation, regarding a previously submitted funding grant to
develop the Digital Port Schleswig-Holstein. The grant award is anticipated by
the fourth quarter of 2022.

"UFB and AMPD share the vision of a sustainable, greener future," commented
Anthony Brown, CEO of AMPD Ventures. "Having the opportunity to architect and
build the next generation of digital infrastructure for maritime traffic, that
will support zero-emissions watercraft, is very exciting. Lars and his team in
Germany have developed first-class expertise in autonomous vehicle technology
and we are looking forward to building out this solution that will have global
implications together."

"We are very pleased to enter into a formal relationship with our Canadian
partners, AMPD Technologies and their extremely impressive, high-performance
computing capabilities," said Lars Engelhard, Founder and CEO of Unleash
Future Boats.

About Unleash Future Boats GmbH (UFB)

UFB is a pioneer in the field of autonomous and zero-emission transport
systems for mobility and logistics on the water. UFB develops sustainable
solutions through electric drive systems with fuel cells and green hydrogen.
The company has previously introduced ZeroOne, the world's first fully
autonomous ship with international registration and global insurance.

Clean and sustainable mobility for people will be provided by FutureOne, an
on-demand ferry that offers significant shortcuts on both urban and rural
waterways. The logistics of the future on the water will be redefined by
CargoOne, a zero-emission truck on the water. UFB's complete ecosystem
includes fully digital ports, joint ventures and mobility hubs that are
rewriting the rulebook of maritime transportation.

About AMPD Ventures Inc.

AMPD is a next-generation infrastructure company specializing in providing
high-performance computing solutions for low-latency applications. With
state-of-the-art, high-performance computing solutions hosted in sustainable
urban data centres, AMPD is leading the transition to the next generation of
computing infrastructure as ‘the hosting company of the Metaverse.' Through a
mix of infrastructure as a service ("IaaS") and an upgraded, high-performance
cloud offering, we are meeting the low-latency requirements of multiplayer
video games and eSports, computer graphics rendering, artificial intelligence,
machine learning, mixed reality, big data processing, and the as-yet uncharted
technological developments of the coming decades. Additional information about
the company is available on SEDAR and our website at http://www.ampd.tech.

For further information please contact Investor Cubed Inc.:

Neil Simon, CEO
Telephone: (647) 258-3310
Email: nsimon@investor3.ca

ON BEHALF OF THE BOARD OF DIRECTORS

/s/ "Anthony Brown"

Anthony Brown
CEO & Director
AMPD Ventures Inc.
Telephone: 604-332-3329
Email: ir@ampd.tech

Cautionary Statement

Forward-Looking Information

Certain statements in this news release may contain forward-looking
information within the meaning of the Canadian securities laws. Often, but not
always, forward-looking information can be identified by the use of words such
as "plans", "expects", "is expected", "budget", "scheduled", "estimates",
"forecasts", "intends", "anticipates", or "believes" or the negatives thereof
or variations of such words and phrases or statements that certain actions,
events or results "may", "could", "would", "might" or "will" be taken, occur
or be achieved. Forward-looking statements or information herein include
statements or information with respect to the Company's relationship with UFB,
the expected receipt and timing of grant funds from the German government to
fund the MOU, expectations for the size and growth of the global autonomous
ships market, the benefits AMPD expects to realize from the MOU, and the
Company's intended expansion into the zero-emission, autonomous, maritime
vessel market.

Forward-looking information involves known and unknown risks, uncertainties
and other factors that may cause the actual results, performance, or
achievements of AMPD to differ materially from any future results, performance
or achievements expressed or implied by the forward-looking information. Such
factors include, but are not limited to: uncertainties related to UFB and the
MOU, including in regard to the receipt and timing of government funds for the
MOU, the success of AMPD's collaboration with UFB, the possibility that the
autonomous maritime market will grow more slowly or will not grow as large as
expected; and the possibility of competing superior technology; general
business, economic, competitive, geopolitical, technological and social
uncertainties; as well as those factors discussed in the section entitled
"Risk Factors" in the Company's Form 2A Listing Statement dated October 17,
2019, and "Risk and Uncertainties" in the Company's most recent Management
Discussion and Analysis filed on SEDAR. Because of these risks and
uncertainties, forward-looking information should not be unduly relied upon.
The Company does not undertake to update this forward-looking information,
except as required by law.

^1 Source: https://www.marketsandmarkets.com/Market-Repor
ts/autonomous-ships-market.

SOURCE: AMPD Ventures Inc.


The union and employers negotiating the contract for more than 22,000 port laborers on the U.S. West Coast on Tuesday said they are committed to reaching a deal and are not planning any work stoppages or lockouts that would worsen supply chain logjams.

The International Longshore and Warehouse Union (ILWU) and the Pacific Maritime Association (PMA) employer group have been in negotiations since May.

They said they do not expect to reach a deal before the high-stakes labor agreement, which covers workers at key ports like Los Angeles and Long Beach, expires on July 1.

In a joint statement released Tuesday, the ILWU and PMA said that at a meeting in Los Angeles on Friday, they shared with U.S. President Joe Biden their commitment to reaching a deal.

“Neither party is preparing for a strike or a lockout,” they said.

The news came just hours before the nation’s busiest ocean trade gateway in Los Angeles, which employs the lion’s share of West Coast port workers, reported near record imports for May.

Import volumes at the Port of Los Angeles are easing from the levels seen during the throes of the pandemic, when home-bound shoppers binged on everything from exercise equipment to garden supplies.

Still, they remain about 20% above normal – stoking shipper anxieties that any breakdown in the often-contentious labor talks could spawn work slowdowns, gum up cargo flows and send inflation-fueling transportation costs even higher.

The nation’s supply chain issues have raised enough concerns that the Biden administration has stepped in to assist.

The complex notched its third-highest monthly import result in May, processing 499,960 20-foot equivalent units (TEU). That was down 6.7% from the year earlier due to COVID-related shutdowns in parts of China and moderating demand from U.S. consumers.



More wind experts are convinced that combining different rotor technologies on deck will lead to greater energy savings. To this end, the European Union has granted funding for the Optiwise HORIZON Project, which will look at how up to three different wind propulsion systems installed on a single ship could derive significant energy savings, with the backers of the project estimating savings could be as high as 30 to 50%.

Among the Dutch-led consortium is Euronav, the Belgian tanker giant, whose sustainability manager, Konstantinos Papoutsis, commented: “We are aware of the huge challenge that the maritime industry is facing to reduce its green house gas emissions according to the IMO ambition, and the gradually introduced regulations to advance this effort. Zero emission fuels are assumed to be the main solution. However, sufficient and affordable supply of such fuels is highly uncertain for the foreseeable future, which means that energy saving onboard is expected to be increasingly important, both environmentally and economically. We expect that the knowledge built through such R&D efforts will benefit the waterborne industry in its decarbonisation journey.”

Extensive simulations on multiple ship types involving different wind propulsion kits – including hard sails and rotors – will be carried out as part of the European research.

Splash reported last month New York-listed wood chip producer Enviva has signed up for a sail-assisted bulk carrier to be ordered by Mitsui OSK Lines (MOL), which will feature both MOL’s own hard sail Wind Challenger as well as rotor sails created by Anemoi Marine Technologies.

Wind propulsion has transitioned from the perception of being blue sky technology in the previous decade to gaining industry interest over the past few years. The conversion of that interest into investment is now taking place at a quickening pace.

There are currently 19 large vessel wind propulsion installations in operation and that number will likely double over the next 12 months according to the International Windship Association (IWSA).


It’s not just self-driving cars in life. There are also ships! A subsidiary of Hyundai has navigated a huge building semi-autonomously, a first in the world.

In a context of labor shortages and the absolute need to do more to reduce greenhouse gas emissions, autonomous ships have every right to be widely deployed in ports around the world.

Avikus, a subsidiary of Hyundai, announced a first: one of its ships sailed semi-autonomously, without danger for the crew or for the other boats crossed on its way. The Prism Courage left Freeport, in the Gulf of Mexico on May 1, for the port of Boryeong, South Korea.

The building used version 2.0 of the HiNAS autonomous navigation system developed by Avikus. A level 2 artificial intelligence that allowed the Prism Courage to complete half of its journey (almost 10,000 kilometers out of a total of approximately 20,000 km) without the help of the crew.

This autonomous navigation took place in the open sea. She was able to avoid other ships, take into account the weather and the swell. For everything else, especially the trickier and more complex maneuvers in ports, the human crew took over. And it will still be needed for a long time before ships reach level 5 of autonomous driving!

Despite everything, Avikus emphasizes the gain in energy efficiency, with fuel consumption down by 7%, and a reduction in emissions by 5%. The HiNAS system calculated more efficient and less energy-intensive routes. Hyundai hopes to commercialize its technology by the end of the year. It could well find takers among many shipowners wishing to save money, while respecting their environmental objectives.


Intelsat has added more than 2,000 terminals since November 2021 in key maritime markets including merchant shipping, fishing, leisure and offshore energy.

Launched in 2017, FlexMaritime is powered by a global, multi-layered, high-throughput satellite (HTS) network capable of delivering unrivaled density in bandwidth and high levels of service flexibility and reliability. It is distributed by Intelsat’s solutions partners who combine the scale and power of the network with their customised service plans and specialised value-added services. Vessel owners benefit by leveraging next-generation shipboard technologies, smart shipping, and other in-demand maritime connectivity applications including remote monitoring and performance diagnostics, video streaming, real-time software upgrades, and essential, always-available connectivity for crew members.

“Intelsat is proud to enable our partners and their customers’ success through our enterprise-grade communications network that supports the next-gen solutions and services the maritime industry needs both at the port and at sea,” said Intelsat’s senior vice president of mobility Mark Rasmussen. “Our growth in this sector is a testament to the power of FlexMaritime and our global network, as well as to Intelsat’s continuous innovation, including a committed launch plan for a next-gen software-defined network.”

FlexMaritime is a customisable, wholesale Mbps managed service. Complexity in network configuration, management, and bandwidth availability is removed, and service levels are maintained.

Vessels interested in FlexMaritime services can choose from more than 30 antennas of various sizes, including 1m, 60cm, and the ultra-compact 37cm and 45cm terminals which are widely used in fishing and leisure markets. All antennas connect easily and seamlessly to Intelsat’s fully integrated satellite and terrestrial network.

FlexMaritime is delivered to end customers exclusively through Intelsat’s network of solutions partners.


Bureau Veritas (BV), Laskaridis Shipping and METIS Cyberspace Technology have agreed to embark on a pilot project to develop and apply a new BV SMART 3 class notation covering the use of augmented data in ship operations.

BV has developed a framework of SMART notations for ships, which provide consistent and uniform standards for the ‘smart’ techniques used to monitor and improve fleet performance. In a new ‘Smartship’ pilot project, BV is working with Laskaridis Shipping and METIS to develop a range of additional class notations adapted to the latest advances in digitalisation technology, with a focus on augmented ship. The SMART 3 notation will also cover ship to shore connectivity, remote decision support and remote operations.

“Collaboration in this part of the SMART certification program confirms BV’s recognition of METIS intelligent analytics as fully ready to secure the rewards of shipping’s digital future. We would also like to acknowledge the vital role forward-thinking shipping companies like Laskaridis Shipping play in delivering the true benefits of maritime digitalisation,” said Mike Konstantinidis, chief executive officer, METIS.

Paillette Palaiologou, vice president for Southeast Europe, Black Sea & Adriatic Zone at Bureau Veritas Marine & Offshore, commented: “Digitalisation is transforming the maritime industry, bringing new challenges and opportunities. The new range of notations will help advance the journey towards more digitalised and autonomous ships. We are delighted to partner with Laskaridis Shipping and METIS Cyberspace Technology on this new project. Collaboration is essential to help progress new technologies and to support the industry’s transition.”

“We are very proud to be a partner in the highly innovative SMART certification project,” said George Christopoulos, chief operating officer, Laskaridis Shipping. “We have committed to being at the forefront of maritime digitalisation based on the gains these technologies deliver in operational excellence and enhanced ship sustainability.”

Drawing on Bureau Veritas expertise in the certification, implementation and survey of data infrastructure, the new SMART 3 class notation is expected to provide added value for owners, shipyards and manufacturers of digital solutions for the maritime industry.


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