Mediterranean Shipping Company (MSC) has announced it will accelerate efforts to promote an electronic Bill of Lading (e-B/L) across the maritime industry in response to the crisis brought on by COVID-19.
In a statement, the carrier said it has been running a pilot scheme alongside its third-party blockchain platform WAVE to introduce the e-BL in India since late-2019.
MSC’s customers continued to ship goods by using what it called the “reliable and secure digital platform for the fast transfer of trade-related documents”, even through throughout the pandemic, the company said.
The pandemic caused a drop in TEU volume across the world but as China has resumed exports, congestion has hurt port operations, particularly in India.
The problem has been exacerbated by lockdown measures forcing people to work remotely which has led to vital documents such as the Bill of Lading (BL) being incomplete.
To mitigate this problem, MSC has said it will offer the WAVE e-BL solution to streamline affected operations and ensure continuity of service.
In the pre-COVID, paper-based process, it would take days for the BL to travel from origin to destination, physically changing hands several times along the way.
“We have had situations where couriers were unable to deliver documents between ports, trade offices and banks due to quarantine measures,” relates Capt. Deepak Tewari, Managing Director at MSC India.
“WAVE mirrors the paper-based process that the shipping and cargo transportation industry is used to, only without physical couriers.
“Thus, it’s an ideal solution to implement at a time when our customers need to rapidly adjust their processes, as the learning curve is quite low.” he adds.
Captain Deepak Tewari, MSC, also commented: “We have been working with WAVE on introducing and piloting an e-BL solution since 2019. We ran successful pilot projects with some of our customers last year, where we saw first-hand the benefits which arise from digitalising this part of the process.
“When the COVID-19 pandemic hit, we decided to accelerate our roll-out and offer the e-B/L solution to our broader base of customers.”
Gadi Ruschin, CEO at WAVE, comments: “Our mission since founding WAVE has been to transform the efficiency and security of international trade documentation through our robust digitisation protocol.
“We now see ourselves as ‘mission critical’ to ensuring trade can continue as physical movement of people and the paper they carry has been shuttered across the world. It couldn’t come at a more critical time as countries rely on trade to fight COVID-19 and save their economies.
“We launched this unique onboarding effort to help MSC swiftly onboard stakeholders and navigate the challenges while preparing the carrier to flourish once conditions normalise.”
MSC claimed its e-BL solution can cut BL transit time from days to minutes, without the need for physical contact. The e-B/L is sent using WAVE’s blockchain-based system, which uses distributed ledger technology to ensure that all parties can issue, transfer, endorse and manage trade-related documents through a secure, decentralised network.
The new container terminal at the Namibian Port of Walvis Bay is now fully operational, according to a report by the African Development Bank (ADB).
In a statement, the ADB said the terminal was built on constructed on 40 hectares of land reclaimed from the ocean by China Harbor Engineering Company Ltd (CHEC) as part of a project worth $300 million.
It will, according the the bank, turn Walvis Bay into becoming a logistics hub for southern Africa to meet the growing regional demand for freight and provide maritime access for landlocked countries of the Southern Africa Development Community (SADC).
The African Development Bank provided a ZAR 2,982 million ($178 million) loan representing over 70% of the project funding.
The works included the dredging over 3.9 million cubic metres of sand, used partly for the reclamation, construction of a 600-metre quay wall, the laying of 304,000 square metres of paved surface and the construction of a workshop and administrative buildings.
It also entailed the installation of four ship-to-shore (STS) cranes, the construction of a one-kilometre road, the laying of 2.3 km of rail lines, and the installation of service networks. The facility’s electricity supply was also successfully upgraded, the report noted.
“Overall, the project has fully achieved its goals,” the report said, increasing the terminal’s capacity from 355,000 TEUs (20-foot equivalent unit) to 750,000 TEUs yearly. It has also reduced vessel waiting time to less than 8 hours and cut container transit time from 14.5 days to 9.5 days.
Expanded activities required the training of seven pilots and 26 ship-to-shore crane operators, including one woman.
The demand for services from the port of Walvis Bay has increased by about 8% following the commissioning of the new terminal, the report notes. Cargo volumes, revenues and income from other services (maritime, port, berth and light dues, and other storage and handling fees) are expected to increase by at least 8% in 2020 and 2021. After that, growth should reach 5% yearly the report projects.
The project completion reporting team was led by Richard Malinga, Bank Principal Transport Engineer and Task Manager for the project.
The Walvis Bay expansion aligns with the Bank’s High-5 strategic priorities, including promoting the integration of Africa.
But for as much as shipping has changed over the decades, not much about the bill of lading (BL) has. Today, it’s pretty much the same often-paper, always-time-consuming document it ever was.
That’s why driving an eBill standard is largely considered the Holy Grail of global trade. Succeed in that, and partners up and down the supply chain would benefit from the days and weeks that paper BLs add to the process as they are printed, pouched, messengered, lost, found and waited upon.
It’s ironic because there isn’t a single aspect of the BL that couldn’t be done better digitally. To demonstrate, let’s dive into the essence of these documents and the challenges that remain to making them digital.
How does an original paper bill of lading work?
Once the vessel departs, an original BL can be issued by the ocean carrier. After the shipper endorses the original bill, it is couriered to the buyer who then needs to surrender it back to the carrier at destination as part of the cargo release process.
It sounds simple enough, but along the way the BL impacts many other processes and actions. Even before issuance, the time-consuming process from a shipping instruction to the issuance of a verified BL, many iterations and changes can occur to get the BL into an approved state.
The BL, and its critical data fields are required for customs clearance, letter of credit, change of title and other processes. One delay in any of these can result in costly extra charges.
The functions of a bill of lading were made to be done electronically
In oftentimes convoluted international shipments, the BL is the legal go-to document that facilitates negotiation, lending and risk reduction by performing three key functions:
1. It is evidence of a contract of carriage
2. It confirms receipt of goods
3. It serves as the title to the goods
So, can eBill perform these functions while maintaining the integrity and legality that’s required? The P&I Clubs think so. Today’s top eBill solutions meet these challenges through rule frameworks and advanced security measures — all while providing significant cost and time savings.
eBills can play a pivotal role — and a digital role
Carriers issue the BL, but they rely on information from shippers which may change multiple times during the booking and shipper’s instruction processes. Electronic features like structured documents make creation, approval, distribution, tracking — everything — easier than paper.
This benefits not only the shippers but the carriers, buyers, sellers and banks without having the need to continue to print out paper — which defeats the purpose
Digital does the different types of bill of lading better
There are many types of BL, reflecting the complexities of international trade. Eliminating paper is only the beginning of the ways eBills can help streamline processes related to the two main categories of BL:
Sea Waybills are sometimes referred to as “Express Release.” They have a named consignee on them but are issued without any original documents that have to be presented for the release of the cargo. Non-negotiable and non-transferable, they are usually used in three cases:
Intra-company shipments between divisions located in different countries
Shipments when no negotiations take place between the seller and the consignee
Instances when the shipper doesn’t have to submit an original BL to any party in order to secure their payment
Original BLs have different forms that all hinge on the issuance of original BL documents in some way.
· Order BLs are the most common type of BL. They enable delivery of the cargo to be made “To Order” to the bonafide holder of the BL. These types of BL are negotiable and often linked to letter of credit transactions. Often banks must verify and endorse the original BL before the cargo can be released to the buyer.
Straight BLs stipulate that the cargo may only be released to the specified consignee and only upon the surrender of an original BL.
Open BLs are negotiable and transferable. The name of the consignee can be changed with the consignee’s signature and transferred — often multiple times.
Going Digital assists in filling out the bill of lading
With shippers providing the majority of the information for a BL, completeness and correctness is crucial. eBills help guide the way. If shippers can provide bill of lading information digitally, there’s less risk of keying errors. Form fields and autofill features all speed the process and lead to time savings.
One of the challenges of going paperless with BLs from the very beginning is standards. Adhering to set data standards makes information useful for different parties within organizations and multiple supply chain partners and it enables seamless workflows from automation. Unfortunately, standards are far from being standard today.
Digital makes the information included in a BL more useful
Users look to the bill of lading as an infallible source of essential and comprehensive information like names and addresses, purchase orders or reference numbers, special delivery instructions, pickup date, description of items, packaging type, NMFC freight class and DOT hazmat designations.
eBills of lading can make this information highly transparent to supply chain partners who can use it. But like many of the benefits of eBills, this transparency hinges on adoption — if all the participants of the supply chain are rowing together digitally, it works. If not, it just makes for another manual process that may end up being even more work than paper.
With its centrality to supply chains and essentiality to digitizing global trade, it’s easy to understand why the industry has its sights set on digitizing this important document. But acceptance of the eBill remains both the goal and the greatest challenge today. That’s why getting the eBill to catch on will require successfully digitizing the entire process for eBills, too.
TradeLens, with its relationships with the world’s largest ocean carriers, is in a unique position to explore the digitization of this process at an unprecedented scale. Within an ecosystem where there’s already widespread acceptance, the potential of the eBill could finally be revealed.
A companion guide in support of increased compliance in the reporting of goods and conveyances (RCG) to Customs, South Africa.
Necessary information for – Air, Sea and Road carriers, vessel’s agents, NVOCCs, freight forwarders, Air and Sea terminal operators, container depot operators, transit shed operators and de-grouping depots. Also, all private software service providers to the trade.
The guide offers easy navigation through –
registration and electronic trading with SARS Customs
the various electronic messages mandated by law, covering import and export movements, across all modes of permissible international transportation
message types for each transaction type
scenarios to facilitate easier understanding across operators in the supply chain on how the various electronic reports are sequenced, ensuring that Customs formulates a comprehensive end-2-end view of a international trade transaction
reference webpages, official notifications, Customs rules and other pertinent information concerning cargo reporting.
All information is hyperlinked to SARS documentation, found on the official SARS website www.sars.gov.za
Customs and Border Protection (CBP) has expanded its pilot of a new, voluntary scheme to try to improve the security of low-value shipments entering US borders.
The Section 321 Data Pilot is focused in particular on e-commerce, and aims to improve data-sharing between online marketplaces, carriers, technology firms and logistics provider to help protect American consumers from illicit goods arriving by air, ocean, truck, or rail.
That includes, “illicit narcotics, unregulated prescription drugs, brand counterfeits, and unsafe food and beauty products”, according to the CBP, which plans to run the pilot until August 2021.
Nine companies have been selected to participate in the pilot, including e-commerce giants Amazon and eBay, carriers Zulily, FedEx, DHL and UPS, as well as technology firm PreClear and logistics providers XB Fulfillment and BoxC Logistics.
CBP has said that it plans to expand access to all interested and qualified participants “in early 2020.”
The participants will provide cargo origin, content, tracking, recipient and other information to CBP upfront, in addition to the information that is currently legally required for Section 321 shipments – in other words one shipment per day for eligible importers, individuals or companies with a value of $800 or less.
CBP says it wants to see whether having that additional information will enable it to perform “more effective and efficient targeted screening” of these low-value shipments.
Research published in 2018 has suggested that two-thirds of counterfeit goods intercepted by customs around the world are discovered in small parcels sent through postal or courier services.
In part because they are harder for customs officials to track and seize, and also because in many jurisdictions they have not required detailed manifests for their contents. The US stepped up the manifest requirements for Section 321 shipments from January 1, 2019.
CBP broadened the scope of the 321 Data Pilot last month, shortly after the pilot was launched in August, to include ocean shipments and international mail which weren’t included in the original plan.
“Combined with the exponential growth of the online shopping market in the US over the past five years, CBP has seen a significant increase in small, low-value packages,” said the agency in a statement.
“Today, CBP processes more than 600 million express consignment and international mail shipments a year – approximately 1.8m a day. The unprecedented growth in volume of these low-value shipments requires creative solutions to interdict illicit and dangerous products to enter the US.”
Source: article by Phil Taylor, Securityindustry.com, 20 January 2020
Maersk and IBM have introduced their global blockchain solution TradeLens, with 94 organizations already participating. The companies announced their joint venture in January this year after collaborating on the concept since 2016.
Early adopters include more than 20 port and terminal operators across the globe, including PSA Singapore, International Container Terminal Services Inc, Patrick Terminals, Modern Terminals in Hong Kong, Port of Halifax, Port of Rotterdam, Port of Bilbao, PortConnect, PortBase and terminal operators Holt Logistics at the Port of Philadelphia. They join the global APM Terminals’ network in piloting the solution at over 230 marine gateways worldwide.
Pacific International Lines has joined Maersk Line and Hamburg Süd as global container carriers participating. Customs authorities in the Netherlands, Saudi Arabia, Singapore, Australia and Peru are participating, along with customs brokers Ransa and Güler & Dinamik.
Participation among beneficial cargo owners has grown to include Torre Blanca / Camposol and Umit Bisiklet. Freight forwarders, transportation and logistics companies including Agility, CEVA Logistics, DAMCO, Kotahi, PLH Trucking Company, Ancotrans and WorldWide Alliance.
TradeLens uses IBM Blockchain technology built on open standards to establish a single shared view of a transaction without compromising details, privacy or confidentiality. Shippers, shipping lines, freight forwarders, port and terminal operators, inland transportation and customs authorities can interact via real-time access to shipping data ad shipping documents, including IoT and sensor data ranging from temperature control to container weight.
Using blockchain smart contracts, TradeLens enables digital collaboration across the multiple parties involved in international trade. The trade document module, released under a beta program and called ClearWay, enables importers/exporters, customs brokers, trusted third parties such as Customs, other government agencies, and NGOs to collaborate in cross-organizational business processes and information exchanges, all backed by a secure, non-repudiable audit trail.
During a 12-month trial, Maersk and IBM worked with dozens of partners to identify opportunities to prevent delays caused by documentation errors and information delays. One example demonstrated how TradeLens can reduce the transit time of a shipment of packaging materials to a production line in the U.S. by 40 percent, avoiding thousands of dollars in cost.
Through better visibility and more efficient means of communicating, some supply chain participants estimate they could reduce the steps taken to answer basic operational questions such as “where is my container” from 10 steps and five people to, with TradeLens, one step and one person.
More than 154 million shipping events have been captured on the platform, including data such as arrival times of vessels and container “gate-in,” and documents such as customs releases, commercial invoices and bills of lading. This data is growing at a rate of close to one million events per day.
TradeLens is expected to be fully commercially available by the end of this year.
This Friday, 20 April 2018, SARS Customs will implement its new Cargo, Conveyance and Goods Accounting solution – otherwise known as the Cargo Processing System (CPS). In recent years SARS has introduced several e-initiatives to bolster cargo reporting in support its electronic Customs Clearance Processing System (iCBS), introduced in August 2013.
Followers of SARS’ New Customs Acts Programme (NCAP) will recognise that the CPS forms part of one of the three core pillars of the new legislative programme, better known as Reporting of Conveyances and Goods (RCG). The other two pillars are, Registration, Licensing and Accreditation (RLA) and Declaration Processing (DPR). More about these in future articles. In order to expedite the implementation of the new Acts, SARS deemed it necessary to introduce elements of the new functionality via a transitional manner under the current Customs and Excise (1964) Act.
Proper revenue accounting and goods statistical reporting, can only be adequately achieved if Customs knows what goods ‘actually’ arrive, transit and exit it’s borders. Many countries, since the era of heightened security (post 9/11), have invested heavily in the re-engineering of policies and systems to address the threat of terrorism. This lead to a re-focus of resources and energies to develop risk management systems based on ‘advanced information’. SARS has invested significantly in automated systems in the last decade. Shortly, SARS it will also introduce a new automated risk engine with enhanced capabilities to include post clearance audit activities.
It should also not come as a surprise to anyone conversant with Customs practice, that international Customs standards such as the WCO’s SAFE Framework of Standards, the RKC and the Data Model are prevalent in the new Customs legal dispensation and its operational business systems.
South Africa will now follow several of its trading partners with the introduction of ‘advance reporting of containerised cargo’ destined for South African sea ports. This reporting requires carriers and forwarders to submit ‘advance loading notices’ to SARS Customs at both master and house bill of lading levels, 24 hours prior to vessel departure.
The implementation of CPS is significant in terms of its scope. It comprises some 30 odd electronic cargo notices and reports across the sea, air, rail and road modalities. These reports form the ‘pipeline’ of information deemed necessary to ensure that the ‘chain of custody’ is visible and secure from point of departure to final destination. For the first time, South Africa will also require cargo reporting in the export domain.
It is no understatement that the CPS initiative is a challenge in particular to new supply chain entities who have not been required in the past to submit electronic reports. In order to meet these reporting requirements, a significant investment in systems development and training is required on the part of SARS and external trade participants. To this end, SARS intends to focus on ramping up compliance amongst all cargo reporters across all transport modalities. The first modality will be road, which is the most significantly developed and supported modality by trade since the inception of manifest reporting under the Customs Modernisation Programme. The remaining transport modalities will receive attention once road is stabilised.
Hong Kong-based CargoX raised $7 million through an initial coin offering to build its smart contract-based house bill of lading solution. CargoX, has designs on developing so-called smart contracts to transfer house bills of lading onto a blockchain solution it is building. House bills of lading are issues by non-vessel-operating common carriers (NVOs).
The coins, also called tokens, can be used to pay for CargoX’s smart contract solutions, but those interested in the blockchain-backed bill of lading solution can also pay with traditional currencies.
“Our platform will support all the legacy payment options with fiat money, but as we are a startup based on blockchain technologies, we are working on implementing cryptocurrency payment as well,” said CargoX founder Stefan Kukman. “There will be various service levels supported, and there will be additional features and services provided to holders and users of our CXO utility tokens.”
The ICO serves two purposes in this application. It helps CargoX raise funds as opposed to seeking venture capital investment, but the coins can also be used to transact within the solution. So, the sale of the CXO tokens is ancillary to the product offering.
That’s different from another crypto-token liner shipping model that emerged in the second half of 2017 called 300Cubits. That company issued tokens, called TEUs, to underpin a solution that would penalize shippers and carriers for no-show or overbooking behavior.
CargoX, meanwhile, said it wants to be a neutral platform for global trade documentation and is starting with the bill of lading approach. The solution comprises an app, a document exchange protocol, and a governing body, which is currently being established.
“The next step is to demonstrate the viability of our platform with a test shipment,” Kukman said.
That pilot, scheduled for the second quarter of 2018, links a logistics company with its clients on a shipment from Asia to Europe.
“Technology companies often lack the shipping and logistics expertise necessary to break into this industry,” Kukman said. “On the other hand, logistics companies venturing into the tech field may be held back by their reliance on established, old-school business practices.”
To register, CargoX collects “know your customer” and NVO license information “to establish roles and permissions on the platform.”
“Once companies register, they will receive their public and private key for signing the Smart B/Ls. This can be done in the Smart B/L distributed application provided by CargoX, or with the help of the CargoX Smart B/L API (application programming interface) integrated into the company’s system.”
That integration can take a few hours or weeks, depending on the workflow of the company, CargoX said.
The ultimate goal of bringing bills of lading to the blockchain solution is to create a common, encrypted repository of data. The secondary benefit of that process would be the potential to eliminate bank-backed letters of credit for suppliers, as the smart contract would automatically trigger payment.
“The shipping industry currently wastes billions of dollars on spending related to letters of credit, which are used in global trade as a payment guarantees,” Kukman said.
In terms of how the blockchain-backed bill of lading would function in practice, Kukman said that data will be encrypted and stored in a decentralized storage application.
“These are much safer than centralized storage, as they use the same blockchain security mechanisms as the billions of dollars worth of cryptocurrencies such as bitcoin currently in circulation,” he said. “Actual ownership (of the document) will be traded (sent) in the same way people send tokens today, from one wallet to another.”
The first full agricultural commodity transaction using a blockchain platform has been completed by Louis Dreyfus Company (LDC), Shandong Bohi Industry, ING, Societe Generale and ABN Amro.
The trade included a full set of digitalized documents (sales contract, letter of credit, certificates) and automatic data-matching, thus avoiding task duplication and manual checks. Time spent on processing documents and data was reduced five-fold. The companies involved said that other benefits included the ability to monitor the operation’s progress in real time, data verification, reduced risk of fraud and a shorter cash cycle.
In the test, the Easy Trading Connect platform was used to execute a soybean shipment transaction from the U.S. to China. The transaction involved user participation on the blockchain-based platform by teams from Louis Dreyfus Company as the seller and Bohi as the buyer, with banks issuing and confirming the letter of credit. Russell Marine Group and Blue Water Shipping also participated in the process, issuing all required certificates. The U.S. Department of Agriculture provided valuable insights on how to include phyto-sanitary certificates in the process.
The Easy Trading Connect platform was first validated with an oil cargo transaction in February 2017, with the subsequent launch in November 2017 of an energy consortium aiming to offer blockchain-based services to the energy sector. The same principle was then applied to develop a blockchain-based platform tailored to agricultural commodities trading.
ING, Societe Generale, ABN Amro and other major industry players such as LDC have a long-term ambition to improve security and operational efficiency in the commodity trading and finance sector through digitalization and standardization.
“One thing is clear: the digital revolution is transforming the commodities sector,” said Gonzalo Ramírez Martiarena, Chief Executive Officer of LDC. “Distributed ledger technologies have been evolving rapidly, bringing more efficiency and security to our transactions, and immense expected benefits for our customers and everyone along the supply chain as a result. The next step is to harness the potential for further development through the adoption of common standards, and welcome a truly new era of digital trade flow management on a global level.”
Source: Maritime Executive, 3 January 2018 (Image credit: David Hundley (LDC)
ZIM, an Israeli container shipping company, has successfully completed a blockchain document exchange pilot for paperless bills of lading using blockchain-based software from Wave to send a document that acknowledged receipt of cargo for shipment.
Wave connects all members of the supply chain to a decentralized network and allows them a direct exchange of files.
During the trial, all participants issued, transferred and received original electronic documents using Wave’s application, which manages ownership of documents on the blockchain to eliminate disputes, forgeries and unnecessary risks.
The containers, shipped by Sparx Logistics from China to Canada, were delivered to the consignees “without a hitch”, reported ZIM in an announcement about its breakthrough.
ZIM said that it is “convinced” that the blockchain technology and the Wave application is “the solution that will drive the trade to the digital era”.
The new blockchain-based system developed by Wave uses distributed ledger technology to ensure that all parties can issue, transfer, endorse and manage shipping and trade related documents through a secure decentralized network.
Wave’s application is free for shippers, Importers and Traders and requires no IT or operational changes.
Durban-based Hamburg Süd is the first shipping line – and the first South African Revenue Service (Sars) client – to be granted exemption from the requirement to submit paper manifests to local customs branches, thus becoming the first fully electronic cargo reporter.
While the electronic reporting of pre-arrival manifests to Sars has been a requirement since August 2009, shipping lines are, to date, still required to present pre- and post-arrival paper manifests to local customs branches in order to account for cargo. This was also because the data accuracy of electronic submissions varied significantly between different reporters.
Sars’ implementation of the new Manifest Processing (MPR) system in June 2016, provided industry with the mechanism to also report acquittal manifests electronically. Additionally, the system is able to match customs clearances to their corresponding cargo reports (manifests) in order to identify instances of non-reporting.
Three months after MPR was introduced, the facility for full paperless cargo reporting was made available to shipping lines and airlines who submit both pre-arrival and post-arrival manifests to Sars electronically; submit complete sets of manifests without any omissions; achieve a reporting data accuracy rate of 90% or higher in respect of both their pre-arrival and acquittal manifests reported for each of the three months preceding any application for exemption from paper reporting requirements; and can maintain that level consistently.
A significant benefit to carriers reporting electronically is the cost-saving of hundreds of thousands of rands spent per year in the paper and administrative costs associated with submitting paper manifests to Sars offices. The process is now more efficient allowing for improved risk management, security and confidentiality.
“Hamburg Süd’s core business strategy is to deliver a premium service to our customer, and to achieve this, compliance is a core driver. SARS paperless reporting is in line with our compliance and sustainability strategy,” said Jose Jardim, general manager of Hamburg Süd South Africa.
For Customs, the mandatory submission of cargo reports forms a significant part of the new Customs Control Act (CCA) in order to secure and facilitate the international supply chain.
With the impending implementation of Reporting of Conveyances and Goods (RCG) under the CCA – targeted for 2018 – carriers of internal goods in the sea and air modalities are urged to follow Hamburg Süd’s example and ensure that they become compliant in good time so that they can enjoy a smooth transition to the new legal dispensation.
Paperless cargo reporting would bring an end to one of the last remaining paper-based processes in customs while further contributing to the expedited processing of legitimate trade through an enhanced and integrated risk management environment.
According to a Sars spokesman technical stakeholder sessions to implement the reporting requirements introduced by the new Customs Control Act are due to commence soon and carriers and other supply chain cargo reporters are urged to attend in order to ensure they adapt their systems in good time.
Source: adapted from FTW Online, Venter. L, “German shipping line first Sars client to become fully electronic reporter”, September 14, 2017.
The Maputo Corridor Logistics Initiative (MCLI) recently published a communication informing it’s stakeholders about the Single Road Cargo Manifest as received from the Mozambican Revenue Authority (MRA).
The MRA has informed MCLI that the 2nd phase of the Single Road Cargo Manifest process will come into effect from the 16th of June 2017, when all international road carriers transporting goods to Mozambique through the Ressano Garcia border post will be required to submit the Road Cargo Manifest on the Single Electronic Window platform in compliance with national and international legislation. MRA Service Order Nr 17/AT/DGA/2017, in both Portuguese and English, is attached for your consideration.
For information and full compliance by all members of staff of this service, both (National and Foreign) International Cargo Carriers, Clearing Agents, Business Community, Intertek and other relevant stakeholders, within the framework of the ongoing measures with a view to adequate procedures related to the submission of the road cargo manifest, for goods imported through the Ressano Garcia Border Post, in strict compliance to both the national and international legislations, it is hereby announced that, the pilot process for transfer of competencies in preparation and submission of the road cargo manifest to Customs from the importer represented by his respective Clearing Agent to the Carrier is in operation since December 2016.
Indeed, the massification process will take place from 15th of April 2017 to 15th of June 2017, a period during which all international carriers (national and foreign) who use the Ressano Garcia Border, are by this means notified to register themselves for the aforementioned purposes following the procedures attached herewith to the present Service Order.
As of 16th of June 2017, the submission of the road cargo manifest into the Single Electronic Window (SEW) for the import regime, at Ressano Garcia Border, shall be compulsory and must be done by the carrier himself.
International road carriers must therefore register for a NUIT number with the Mozambican Revenue Authority between the 15th of April and the 15th of June 2017 and the necessary application form is included. Road carriers are urged to do so as soon as possible to enable the continued smooth flow of goods through the border post.
SARS has been operating Electronic Data Interchange (EDI) with its external stakeholders since 2001. More than 98% of all customs declaration (CUSDEC) transactions are today submitted electronically to Customs and the electronic submission of multimodal cargo reports (CUSCAR) is steadily increasing. Today, declaration processing is fully electronic end-to-end thanks to the availability of highly established EDI and Customs software service providers supporting the local customs and logistics community. SARS has also recently introduced a benefit for compliant cargo reporters who will be absolved of certain manual (paper) submission requirements once they attain an acceptable level of electronic submission compliance and data accuracy.
The ultimate objective is to ensure that all Customs-to-Business (C2B) transactions are electronic to enable full supply chain connectivity between the South African business community and Customs. This in turn enables the possibility of SARS accrediting or approving ‘supply chains’ as opposed to just individual trader segments (importers and exporters). The extent of electronic compliance is also a pivotal requirement for traders operating under the new Customs Control Act, to be enacted in the future.
SARS overall EDI capability extends further than declarations and cargo reports. In recent years Customs-to-Government (C2G) messaging has also been successfully established between SARS and the Department of Trade and Industry (dti) as well as the South African Reserve Bank (SARB). SARS is also engaging other government stakeholders concerning IT connectivity and data exchange.
Moreover, developments for cross-border Customs-to-Customs (C2C) data exchange are also in the pipeline and could come to fruition with the partner administrations in Mozambique and Swaziland in the foreseeable future. These initiatives will usher in increased supply chain connectivity through active use of the Unique Consignment Reference (UCR) between participating customs administrations. The ultimate objective here is the creation of mutual recognition benefits for local and cross-border traders based on their accreditation status agreed between the participating customs administrations.
The SARS Electronic Data Interchange (EDI) Manual (which can be downloaded from the SARS EDI webpage) has been updated with the latest versions of SARS Edifact Data Mapping Guides as well as improved diagrams explaining the functional composition of the various electronic messages specified for Customs processing. Also included are the requirements for registering as an EDI user with SARS.
The manual includes recent updates relating to cargo reporting (manifests) as well as the updated customs declaration message incorporating recent inclusion of customs surety, penalty and forfeiture requirements. The latter enhancement removes another document based requirement (the Form DA70 Provisional Payment) for Customs Brokers with the view streamlining data requirements, enhancing customs billing and customs status reporting with the trade and logistics community. This EDI Manual will be an important document over the coming months and years in that it will feature updated electronic requirements in support of the new Customs Control Act. Watch this space!
The following amended marine notice – click here, issued by the South African Maritime Safety Authority (SAMSA), provides guidance for the implementation of SOLAS Chapter VI Regulation 2 regarding the Verification of the Gross Mass of packed containers. It outlines the Republic of South Africa’s guidelines for the implementation of the mandatory amendments to the International Convention for the Safety of Life at Sea (SOLAS) Chapter VI, Part A, Regulation 2. The SOLAS requirements regarding the Verification of the Gross Mass of packed containers carrying cargo (SOLAS regulation VI/2) will enter into force in July 2016. Amendments to this marine notice include:
The implementation of an enforcement tolerance.
Containers that are loaded on a ship before 1 July 2016 and are transhipped on or after 1 July 2016.
The UK Maritime and Coastguard Agency has dropped the tolerances it was considering for weighing equipment used to weigh a container for the new SOLAS VGM requirement.
One of the issues that has been holding some terminals back from investing in equipment to weigh containers is the lack of any clarity over the accuracy standards that equipment must meet. SOLAS says only that equipment must “meet the applicable accuracy standards and requirements of the State in which the equipment is being used”.
The UK Maritime and Coastguard Agency (MCA) had been consulting on a proposal for two weighing tolerances for equipment used to generate a Verified Gross Mass (VGM) using method 1 (weighing the container):
+/- 400kg up to 20T then +/- 2%
+/- 300kg up to 15T then +/- 2%
Sources involved in the process say some port operators and weighing equipment suppliers had expressed concerns these tolerances were unreasonable. MCA has this week issued new guidance on the VGM requirement, including a procedure for applying for approval to use Method 2 (weighing cargo items and calculating the total weight of a container).
The MCA has dropped any requirement for a specific accuracy level, opting instead to set an enforcement level. It stated: “The verified gross mass should be as accurate as reasonably practical taking into account methodology and operational variances. The MCA has set an enforcement tolerance of ±5% or ±500kg, whichever is the greater value to avoid disruption within the supply chain, however this value is for enforcer’s guidance only and it is the shipper’s responsibility to be as accurate as possible”.
Method 1 equipment includes “weighbridges, or lifting equipment fitted with load cells, or other approved weighing equipment to determine a loaded container’s Verified Gross Mass (VGM)”. Unlike other jurisdictions the MCA has not stated that it requires two 20ft containers on a trailer to be weighed separately, or said anything about how the weight of the truck and trailer is to be obtained. It stated only that “Calculations may be used as part of the method 1 process”, so these items do not in fact need to be weighed as part of the VGM process.
With regard to certification and enforcement, the MCA states: “ Method 1 users are required, on request by the MCA or other body, to provide both of the following:
Evidence that the weighing equipment has been supplied/maintained for the purpose of determining the VGM of a loaded container and is capable of producing a ticket (electronic record). Each ticket must include the container number, the VGM of the container, and the procedures for, and records of, any calculations which have been made. If this information is produced as an electronic record, it is essential that it is able to be produced without delay as a paper document.
Records kept of maintenance and verification (calibration) procedures, including any corrective / remedial actions taken.
The full guidance and other documentation can be found at this link. Source: WorldCargoNews