CASSANDRA compendium. Technologies for supply chain visibility and security (Ch. 8)

Summary: Chapter 8 of the CASSANDRA compendium reviews current and future technologies that help managers to improve visibility and security over global end-to-end supply chains. The supply chain visibility technologies, in essence, provide logistics managers with a variety of information – shipment data, performance metrics, inventory levels, production / delivery schedules and sales forecast, for example – in or close to real time. The chapter’s review on supply chain security technologies focus mainly on security sensors (e.g., motion detectors), container seals, biometric user authentication devices (e.g., fingerprints), and non-intrusive inspection equipment (e.g., X-ray screening stations). The section also elaborates modern ways for sharing information among stakeholders that are concerned about security of the supply chain. The CASSANDRA compendium is available for download: www.cassandra-project.eu. Review by Toni Männistö (CBRA)

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Full review: Chapter 8 includes some interesting details and insights about modern visibility and security technologies, many of which are relevant especially for CORE demonstrations but also for other work packages such as WP2 (SCS controls), WP7 (CORE Connectivity Infrastructure and Solutions Development Environment) and WP8 (CORE Ecosystem).

Many large logistics operators have developed own supply chain visibility systems to coordinate and organise logistics operations. A large logistics service provider, Kühne+Nagel uses its KN login visibility system that allows the company to optimise its complex global operations in terms of speed, time-certainty, security and cost-efficiency and many other relevant metrics. DHL, a German-based international express courier and logistics company, uses its LOGIS software for its operations. Previous EU projects have also developed visibility systems, for example Smart CM SICIS (Shared Intermodal Container Information System).

These visibility systems enable fast response to most operational contingencies that are about cause deviations from original plans. For instance, if a shipper got instant information about a stolen container, a new delivery could be quickly arranged and the consignee could be informed as soon as possible about the reshipment. Moreover, the visibility systems often interface ITC systems of other key stakeholders in the international supply chains. Customs, for example, receive advance cargo information (ACI) automatically from these systems.

The second part of the chapter 8 focuses exclusively on security technologies. The review starts with description of security sensors that are designed to detect tampering, unplanned detours, and other suspicious events in the supply chain. The modern sensor technologies sense at least changes in lighting, acceleration, location (geo-fencing functionality), motion and CO2 levels (used, e.g., to detect stowaways inside shipping containers). The chapter introduces modern user authentication technologies (e.g., fingerprints, face, retina, hand geometry and other unique biometric characteristics). Some information is provided regarding non-intrusive screening solutions that are often considered to be necessary for fast and secure screening operations. The rest of the chapter discusses various technical and institutional solutions for exchanging security-relevant information among supply chain operators and relevant government agencies. Especially interoperability of ICT systems seems to be crucial for effective security efforts in the global supply chains. The CASSANDRA compendium is available for download: www.cassandra-project.eu. Review by Toni Männistö (CBRA)

Reference

Hintsa, J. and Uronen, K. (Eds.) (2012), “Common assessment and analysis of risk in global supply chains “, Compendium of FP7-project CASSANDRA, Chapter 8

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AVIATION SECURITY – Progress Made, but Challenges Persist in Meeting the Screening Mandate for Air Cargo, GAO, March 2011 (CORE1062)

Summary: This GAO report reviews the recent progress of the US air cargo security scheme. The Transportation Security Administration (TSA), the main agency responsible for the US air cargo security, has been working towards the implementation of the 100% screening requirements of the 9/11 Commission Act of 2007. So far TSA has set up a voluntary Certified Cargo Screening Program (CCSP) to allow trusted logistics operators to screen air cargo outside congested airports, launched a program for testing technologies for air cargo screening and expanding its program for approving explosive detection dog teams. The main obstacle in meeting the 100% screening requirement is that TSA has no reliable mechanism for verifying screening data from domestic foreign screening operators, which self-report the data. TSA also struggles in finding resources to employ as many transport security inspectors as it is required to oversee the Certified Cargo Screening Program. The report also points out that the current technologies that TSA has approved for cargo screening cannot screen large cargo units – pallets or unit loading devices (ULDs) – and this incapability reduces speed and cost-efficiency of air cargo screening. Overall, this GAO document provides a general outlook on state and challenges the US air cargo security regime, and therefore those CORE demonstrations that focus on the US-bound or US-origin air transport should consider the report as a key source material. The report is available for download at: www.gao.gov/assets/130/125678.pdf.

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Full review: This document is relevant for the CORE demonstrations that involve air transportation into or through or from the US. Especially the DHL demo, that concentrates on shipping of military aircraft parts from the US to Spain, is affected by the TSA’s programs and initiatives that the report analyses. The report is very concise and informative, so it might be beneficial to the CORE’s educational and training activities.

Cross-references:

  • GAO, Aviation Security: Federal Coordination for Responding to In-flight Security Threats Has Matured, but Procedures Can Be Strengthened, (Washington, D.C.: July 31, 2007).
  • GAO, Aviation Security: Transportation Security Administration May Face Resource and other Challenges in Developing a System to Screen All Cargo Transported on Passenger Aircraft
  • GAO, Aviation Security: Federal Efforts to Secure U.S.-Bound Air Cargo Are in the Early Stages and Could Be Strengthened, GAO-07-660 (Washington, D.C.: April 2007).
  • GAO, Aviation Security: Progress Made in Systematic Planning to Guide Key Investment Decisions, but More Work Remains, GAO-07-448T (Washington, D.C.: February 13, 2007).

Additional keywords: Air cargo security, 100% screening, Certified Cargo Screening Program (CCSP)

 

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Review of TAPA TACSS – Air Cargo Security Standards, 2012 (CORE1045)

Summary: TAPA TACSS – Air Cargo Security Standards (TACSS) is a certifiable security program for the air cargo industry to close down, as much as possible, all risks for high value freight whilst being handled and transported on the ground. Available to General Public at the TAPA Website, this standard is hyperlinked here: https://www.tapaemea.com

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Full review: The Transported Asset Protection Association (TAPA) is a self-funded industry group comprising of manufacturers, shippers, logistics providers and law enforcement agencies that share the objective to eliminate loss of product by criminal act. The theft of high value, high risk products moving in supply chains in Europe costs businesses in excess of € 8.2 billion a year.

Although the focus of TAPA is to stop the unauthorized removal of items from the logistics chain, many of the methods used by criminals to achieve this are entirely relevant to the other security threats seen within the industry. E.g. unauthorized entry, deception techniques, tampering of shipments etc.  TAPA has created a number of certifiable security standards:

  • FSR (Freight Security Requirements)
  • TSR (Trucking Security Requirements)
  • PSR (Parking Security Requirements)
  • TACSS (TAPA Air Cargo Security Standards)

The latter one, TACSS is a set of security standards designed specifically for Air Cargo Handling Facilities. It takes into account the mode of operation of such terminals often having open doors, and yet often operating inside a secure area within an airport, behind a fence. By providing comprehensive requirements and a certification scheme for the protection of air cargo whilst being transported on the ground, TAPA hopes to provide its own members and industry partners with viable options for improving and/or maintaining an effective air cargo security program.

There are two levels to the Standard. Level 1 & Level 2, with 1 being the higher level of security, and the decision of which Level to certify against is decided by risk assessment which takes into account the geographical location of the facility and crime levels in the area. Certification is by Independent Validator against a checklist and valid for 2 years.

Detailed analysis of relevance for CORE: The CORE implementation objectives, which specify what will be done and how to reach the vision, are all subject to the Policies, Regulations, and Standards that exist within the Security Domain of the Global Supply Chain. Among all Work Packages of the project, some are directly impacted by the project, while others are solely primarily or secondarily contributed. Among these Work Packages, the CORE demonstrators will validate the applicability and benefits of the CORE approach in representative operating scenarios characteristic of the global supply chain. They will specifically show the way towards a Global Secure Supply Chain. The overriding goal is to demonstrate substantial gains in security and facilitation covering every major facet of the supply chain security sector.

The following Work Packages are directly impacted by the TACSS initiative:

  • WP7: CORE Connectivity Infrastructure and Solutions Development Environment – provide an integrated set of tools for developing solutions for the Demonstrators in line with SCSRF utilizing results from reference projects particularly e-Freight and ICargo.
  • WP12: Demonstrator Schiphol – apply global data pipeline concept to air cargo supply chains, managing air freight specific trade compliance requirements, and offering supply chain visibility in dashboards. Trade lanes with e.g. Africa, involving multiple inspection authorities.
  • WP17: DHL Demonstrator – managing airfreight trade compliance requirements EU-US in the context of fast supplying of parts. In this demonstrator, TAPA TACSS and mutual recognition with the US will become evident.

The following Work Packages are primarily affected by TAPA TACSS, as airfreight is part of global supply chain:

  • WP14: Demonstrator FALACUS – FastLAne through CUStoms – implement an extensive supply chain of ceramics products along international corridors between Italy and USA.
  • WP15: Decathlon Demonstrator – operational and security related Key Performance Indicators (KPIs) within the CORE framework will be applied to monitor the overall level of security within the supply chain for different supply chain actors Taiwan to retail shop destinations across Europe implementation of this new transit modality and the impact it would have on the overall performance of the supply chain.
  • WP19: Stakeholder Engagement – Knowledge Diffusion and Sustainable Development – Specify and apply an inclusive Stakeholder Engagement Strategy emphasizing international co-operation to promote harmonization of regulations, and to support further development and implementation of international standards.

The TACSS Initiative could also help with the following Work Packages, with the following secondary effects:

  • WP3: Multi-method Threat and Vulnerability Analysis (MTVA) Suite
  • WP4: SC Situational Awareness Tools & Maps
  • WP5: Real-time Lean Agile Resilient Green Optimized (LARG+O) SC
  • WP16: ENI Demonstrator
  • WP22: Analysis and Testing of a Secure Hybrid Composite Container

CORE Impact anticipation: CORE seeks to give consolidated solutions and develop the resilience, optimization and interoperability of the global supply chain, including Port, Container, Post, Truck, Rail, Maritime and Air. Air freight is thence a part of the global vision of CORE. TAPA TACCS contributes thence directly to CORE vision. Impact?

Cross-references: Air Cargo World on TAPA TACSS and air cargo crimes: www.aircargoworld.com

Full citation: TAPA EMEA Website, TACSS Page, accessed 23 September 2014: https://www.tapaemea.com

 

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Review of IATA E-Freight – an air cargo industry initiative facilitated by IATA, to remove paper from the supply chain, 2014 (CORE1044)

Summary: Launched by IATA in 2006 as part of the StB program, E-Freight became an industry-wide initiative involving carriers, freight forwarders, ground handlers, shippers and customs authorities. The roadmap to 100% E-Freight outlines a shared end-to-end industry approach with clear leadership roles, around three core components, or “pillars”:

  • Pillar I: Engaging regulators and governments worldwide to create an ‘e-freight route network’ with fully electronic customs procedures and where regulations support paperless shipments.
  • Pillar II: Working collaboratively within the cargo supply chain to digitize the core industry transport documents, starting with the air waybill.
  • Pillar III: Developing a plan to digitize the commercial and special cargo documents typically accompanying airfreight today, in or outside of the ‘Cargo pouch’ 2014 targets.

Year 2014 target was to grow global e-AWB penetration to 22%. Available to General Pubic at the IATA Website, this standard is hyperlinked here: http://www.iata.org

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Full review: Benefits: E-freight will bring following benefits to the air cargo industry:

  • Operational – shorter transit times, less paperwork (no copying/ printing/data-capturing)
  • Quality – improved transparency, reduced chance of data errors, no missing documents
  • Security – improved control of distribution of shipment details
  • Environmental – reduced paper consumption

Two key challenges of implementation: The first is that the ‘Contract of Carriage’ is printed on the reverse side of the paper Air Waybill. Without this, it is imperative that this ‘Contract’ is secured by other means. With this in mind, IATA has created a standard multilateral agreement that can be signed by Carrier and Agent / Forwarder as appropriate. The multi-lateral agreement was released in 2013, and will improve the numbers of e-freight shipments considerably. The second challenge is relevant to CORE and that is the electronic shipment data. This exists in two forms: FHL at House Air waybill level, and FWB at Master Air waybill level. Here the challenge is to get ‘first time right’ data. Without the correct data, any congruence checks made with the physical shipment will not align, and the shipment cannot be shipped. It is almost like turning up at the airport as a passenger with your brother’s passport.

Detailed analysis of relevance for CORE: The CORE implementation objectives, which specify what will be done and how to reach the vision, are all subject to the Policies, Regulations, and Standards that exist within the Security Domain of the Global Supply Chain. Among all Work Packages of the project, some are directly impacted by the project, while others are solely primarily or secondarily contributed. Among these Work Packages, the CORE demonstrators will validate the applicability and benefits of the CORE approach in representative operating scenarios characteristic of the global supply chain. They will specifically show the way towards a Global Secure Supply Chain. The overriding goal is to demonstrate substantial gains in security and facilitation covering every major facet of the supply chain security sector.

Data is relevant in the CORE project as it could be an enabler of some data screening, either to assess for cargo deemed to be more of a risk (like the ACAS trial running in North America), or even to specifically identify and target a specific shipment.

The following CORE Work Packages are directly impacted by the E-Freight initiative:

  • WP7: CORE Connectivity Infrastructure and Solutions Development Environment – provide an integrated set of tools for developing solutions for the Demonstrators in line with SCSRF utilizing results from reference projects particularly e-Freight and iCargo.
  • WP12: Demonstrator Schiphol – apply global data pipeline concept to air cargo supply chains, managing air freight specific trade compliance requirements, and offering supply chain visibility in dashboards. Trade lanes with e.g. Africa, involving multiple inspection authorities.
  • WP17: DHL Demonstrator – managing airfreight trade compliance requirements EU-US in the context of fast supplying of parts. In this demonstrator, Cargo 2000 and mutual recognition with the US will become evident.

The following Work Packages are primarily contributed by E-Freight, as airfreight is part of global supply chain:

  • WP14: Demonstrator FALACUS – FastLAne through CUStoms – implement an extensive supply chain of ceramics products along international corridors between Italy and USA.
  • WP15: Decathlon Demonstrator – operational and security related Key Performance Indicators (KPIs) within the CORE framework will be applied to monitor the overall level of security within the supply chain for different supply chain actors Taiwan to retail shop destinations across Europe implementation of this new transit modality and the impact it would have on the overall performance of the supply chain.
  • WP19: Stakeholder Engagement – Knowledge Diffusion and Sustainable Development – Specify and apply an inclusive Stakeholder Engagement Strategy emphasizing international co-operation to promote harmonization of regulations, and to support further development and implementation of international standards.

The E-Freight Initiative could also help with the following Work Packages, which are secondarily affected:

  • WP3: Multi-method Threat and Vulnerability Analysis (MTVA) Suite
  • WP4: SC Situational Awareness Tools & Maps
  • WP5: Real-time Lean Agile Resilient Green Optimised (LARG+O) SC
  • WP16: ENI Demonstrator
  • WP22: Analysis and Testing of a Secure Hybrid Composite Container

CORE Impact anticipation: CORE seeks to give consolidated solutions and develop the resilience, optimization and interoperability of the global supply chain, including Port, Container, Post, Truck, Rail, Maritime and Air. E-Freight contributes thence directly to the CORE vision.

Cross-references: WCO News Magazine: http://www.wcoomd.org

Full citation: IATA Website, E-Freight Page, accessed 23 September 2014: http://www.iata.org

 

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Review of Cargo 2000, C2K – an IATA interest group with the mission of creating and implementing quality standards for the worldwide air cargo industry, 2015 (CORE1043)

Summary: Cargo 2000 is the quality standard for the tracking, measuring general air cargo shipments. It is a project commenced in 1997 and is supported by a self-funded group of the world’s leading Airlines, Forwarders, Ground Handling Agents and specialist IT providers. IATA then provides oversight, administration and facilitation on behalf of the Membership. Cargo 2000 (C2K) uses standard recognized IATA Cargo-IMP (Interline Message Procedures) already used within the air cargo industry to provide reference points for measurement. These are known as FSU (Freight Status Update) messages. The key metrics under C2K are NFD (Notified for Delivery), in which case the destination has received both the physical cargo shipment and the information (paper or electronic) is available for collection by the Agent of the Consignee, and FAP, Flown as planned. In this case, the service delivered matches that which was promised to the customer in terms of timings and flights. In order to simplify and standardize the various processes that support C2K, as it is used by multiple stakeholders in a live environment, the C2K Master Operating Plan (MOP) was completely revised in 2012. The result is a very visual process description that allows every stakeholder to clearly see the part they play in the overall end-to-end routing of the shipment. The visual nature of the schematics, also allows the assessment of any new legislation, processes or procedures to be predicted both up and down the chain. Available to General Pubic at the IATA Website, this standard is hyperlinked here: http://www.iata.org

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Full review: Relevance for CORE: The CORE implementation objectives, which specify what will be done and how to reach the vision, are all subject to the Policies, Regulations, and Standards that exist within the Security Domain of the Global Supply Chain. Among all Work Packages of the project, some are directly impacted by the project, while others are solely primarily or secondarily contributed. Among these Work Packages, the CORE demonstrators will validate the applicability and benefits of the CORE approach in representative operating scenarios characteristic of the global supply chain. They will specifically show the way towards a Global Secure Supply Chain. The overriding goal is to demonstrate substantial gains in security and facilitation covering every major facet of the supply chain security sector.

The following CORE Work Packages are directly impacted by the C2K Industry Standards:

  • WP7: CORE Connectivity Infrastructure and Solutions Development Environment – provide an integrated set of tools for developing solutions for the Demonstrators in line with SCSRF utilising results from reference projects particularly e-Freight and iCargo.
  • WP12: Demonstrator Schiphol – apply global data pipeline concept to air cargo supply chains, managing air freight specific trade compliance requirements, and offering supply chain visibility in dashboards. Trade lanes with e.g. Africa, involving multiple inspection authorities.
  • WP17: DHL Demonstrator – managing airfreight trade compliance requirements EU-US in the context of fast supplying of parts. In this demonstrator, Cargo 2000 and mutual recognition with the US will become evident.

The following CORE Work Packages are primarily contributed by C2K:

  • WP14: Demonstrator FALACUS – FastLAne through CUStoms – implement an extensive supply chain of ceramics products along international corridors between Italy and USA.
  • WP15: Decathlon Demonstrator – operational and security related Key Performance Indicators (KPIs) within the CORE framework will be applied to monitor the overall level of security within the supply chain for different supply chain actors Taiwan to retail shop destinations across Europe implementation of this new transit modality and the impact it would have on the overall performance of the supply chain.
  • WP19: Stakeholder Engagement – Knowledge Diffusion and Sustainable Development Specify and apply an inclusive Stakeholder Engagement Strategy emphasising international co-operation to promote harmonisation of regulations, and to support further development and implementation of international standards.

The C2K Standard will have the secondary effects on the following Work Packages:

  • WP3: Multi-method Threat and Vulnerability Analysis (MTVA) Suite
  • WP4: SC Situational Awareness Tools & Maps
  • WP5: Real-time Lean Agile Resilient Green Optimised (LARG+O) SC
  • WP16: ENI Demonstrator
  • WP22: Analysis and Testing of a Secure Hybrid Composite Container

CORE Impact Anticipation: CORE seeks to give consolidated solutions and develop the resilience, optimisation and interoperability of the global supply chain, including Port, Container, Post, Truck, Rail, Maritime and Air. Cargo 2000 contributes thence directly to CORE vision.

Cross References: Introduction to Cargo 2000 by IATA, http://www.iata.org/whatwedo/cargo/cargo2000/Documents/c2k-introduction.pdf

Full Citation: IATA Website, Cargo 2000 Page, accessed 22 September 2014: http://www.iata.org

 

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A Decade of GAO’s Supply Chain Security Oversight, 2015 (CORE1113)

Summary: The US Government Accountability Office (GAO) is an independent government watchdog organization that has been publishing many reports on the US government’s supply chain security initiatives over the past ten years. This article reviews 25 most relevant GAO’s reports that discuss strengths, weaknesses and future challenges of the US policies and regulations on supply chain security. The review findings reveal interesting facts about similarities and differences of the US and the EU approaches to supply chain security. This comparison opens new venues for further Transatlantic benchmarking as well as harmonisation and mutual recognition of supply chain security programs. This review was conducted as part of European FP7-Project CORE.  The reviewed document is available for download here: https://hicl.org. Review by Toni Männistö (CBRA)

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Full review: The GAO reports suggest that the US administration has been struggling with effective performance monitoring and auditing of its supply chain security initiatives. The reports indicate that there is some confusion about costs of security initiatives for the government and for the business community. There is also a lack of common understanding about the actual benefits of many of these programs. The GAO reports also urge US government officials to adopt risk-based approach to supply chain security, for example to use information and intelligence to assess risk levels of specific shipments, people, trading companies, and other entities, and then employ security solutions that are commensurate to the risk level. The GAO reports also emphasize the importance of involving the industry in the process of defining new policies and regulations.

Altogether, the review team found that the GAO documents are not only highly relevant for SCS management and governance but also of high quality. The study concludes that it might be useful for the EU to establish a quality-assurance organization similar to the US GAO. This new EU body would oversee spending of the EU and its member states on supply chain security programs and projects and this way improve efficiency of such investments.

Reference: Männistö, T., and Hintsa J., (2015), “A Decade of GAO’s Supply Chain Security Oversight,” Proceedings of the Hamburg International Conference in Logistics (HICL), September 24-25, 2015, Hamburg

 

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FP7-CORE Education – Two new diagrams

Today’s CBRA Blog presents two new diagrams which have been recently designed and developed in the context of FP7-CORE Education and training work (Work package 19.1). The information visualized in the diagram is based on CBRA’s supply chain security research work since year 2001, particularly from the past 5-6 years.

Some background information on the first diagram of crime types in global supply chains has been presented before for example in CBRA’s Blog of 13 October 2014 – Crime taxonomies from Athens. In the center of this diagram we list the crime types – including document fraud and cybercrime – which in the supply chain criminal context are performed in order to succeed with the actual economic or ideological crime, e.g. cargo theft or terrorism.

The left area of the circle lists four examples of crime types, which typically are of primary concern for supply chain companies: cargo theft, sabotage, parallel trade and product specification fraud. With such crime types it is commonly up to the companies to prevent, to detect and to react – of course, law enforcement agencies can be called for any time there is reasonable suspicion of such activities (and naturally in certain cases the government agencies may even be the first ones to detect and react, e.g. in case of armed robberies and truck hijackings).

The right area of the circle deals with supply chain incidents where the authorities typically focus on prevention, detection and reaction: fraud in indirect border taxes; trafficking / violations in cross-border restrictions and prohibitions; human trafficking; and exploitation of illicit labor. From supply chain perspective one can characterize them as “a priori non-disruptive illegal activities – only if / after authorities detect the violations, the supply chain is disrupted and the involved supply chain companies can get in trouble”.

Lastly, on the bottom area of the circle, we list four supply chain crime areas where the prevention typically is in strong interest of both supply chain companies and governmental agencies – and, the detection and (instant) reaction varies on case-by-case basis: counterfeiting, sales channel violations, sea piracy and terrorism. Counterfeiting hits revenues on both sides of the equation, and, with many products can also be health damaging or even lethal. Not having proper sales licenses, and/or selling to unauthorized buyers – for example cigarettes and alcohol, dual use and strategic goods etc. – can again harm both the involved companies and the society as a whole. And of course, sea pirates hijacking cargo ships; bombs exploding and bringing planes down; and terrorists attacking critical supply chain infrastructures, all are in the best interest of both companies and government agencies to prevent, to detect, and to react – in the fastest and most effective possible manner.

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The second new educational diagram below depicts the negative socio-economic impact areas – six in total – caused by twelve typical smuggling and trafficking activities. The data behind it has been presented before e.g. in CBRA’s Blog of 14 January 2015 – Socio-economic damages. Inside the square we present the six societal impact areas – the larger the area, the more links there are between the trafficking activities and the negative impacts. As an example of a “big area”, seven different types of trafficking typically lead into increasing market place distortions and/or unfair competition. In the other extreme, only trafficking in stolen cultural products leads to losses in cultural heritage.

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That’s all for the CBRA Blog today – please let us know if you see this type of visualization as beneficial when teaching and learning about the big picture of supply chain security!  Thanks, Juha Hintsa ( email: cbra@cross-border.org )

Revisiting the Yemen bomb plot of 2010

blog_070316This CBRA blog revisits the Yemen bomb plot from 2010, the most decisive turning point in modern air cargo security. More than five years after the events, this blog discusses the plot’s implications to the contemporary air cargo security and outlines CBRA’s recommendations for future security work. Parts of this blog text have already been published in the doctoral thesis of CBRA researcher Toni Männistö.

Two explosive devices aboard passenger planes: The series of events, that we call the Yemen bomb plot, took place on 29 October in 2010. On that day, al-Qaeda terrorists almost destroyed two passenger airplanes with a pair of express courier parcels, each enclosing plastic explosives hidden inside a printer toner cartridge. The explosive parcels where sent to Chicago from the capital of Yemen, Sana’a, via two different express courier operators.

Both parcel bombs were eventually intercepted and defused, without fatalities or injuries. But before the interception, the bombs had already travelled onboard multiple air freighters and passenger planes. Many people flew that day with a fully functional explosive device under their seat! Though the parcels were addressed to Chicago, officials think that terrorists wanted to detonate the bombs mid-air, just before landing using cell phone timer alarms.

A Lockerbie-style mayhem was slightly avoided, largely thanks to a timely piece of intelligence. The bomb plot started to uncover when a suspected double agent tipped Saudi-Arabian intelligence that al-Qaeda terrorists had shipped two parcel bombs from Yemen to the US via the express courier service. The Saudi intelligence forwarded the tracking numbers of the suspected explosive devices to their US and German colleagues and told them to look for printer toner cartridges.

The first parcel was intercepted in Dubai, and the second one at the East Midlands airport, nearly 200 km to the northwest from London. In the UK, a bomb squad did not first recognize anything suspicious when they screened the suspected parcel. “It looked like a printer cartridge – there were no wires or anything,” one of CBRA’s contacts at World Customs Organization (WCO) recounts. “But of course, what the cartridge did contain was explosive that current technologies couldn’t detect.” Later laboratory tests revealed that each parcel contained 300 to 400 grams of PETN, military grade plastic explosive, wirings, and a detonator hidden inside a printer’s toner cartridge. The bombs were so meticulously concealed that they had not only passed the standard air cargo and safety screening but also the special screening of the bomb squad.

Aftermaths: The Yemen incident was rude reminder of the vulnerability of the air cargo logistics to terrorism. Sure, the day was saved by old-school, field intelligence work and prompt government response. But before interception, the first parcel travelled aboard three different flights: Sana’a – Dubai, Dubai – Cologne, and Cologne – East Midlands Airport. The second explosive parcel flew first from Sana’a to Doha and then to Dubai where it was intercepted.

In the immediate aftermaths of the events, aviation security authorities in the US and many European countries stopped accepting freight shipments from Yemen. Germany also cancelled all passenger flights from Yemen for more than two weeks. “As often happens in these situations,” the WCO’s air cargo specialist remarks, “the first reaction was stopping anything coming from this part of the world – any plane for any reason.” The new security rules changed the air cargo operations virtually overnight, seriously disrupting the air cargo and mail service. Delays were widespread and lengthy, but the worst aspect of the disruption was that no one knew when the new apparently transient security regime was to be revoked.

Eventually, once the precautionary stoppage was ended, new unprecedentedly stringent security requirements entered into force, disrupting the air cargo and mail service further. The US Transportation Security Administration, TSA, introduced the most stringent rules: any mail originating or transiting through Somalia or Yemen was banned, as well as printers or printer toner cartridges from high-risk locations. Moreover, parcels originating from any business partners had to be screened up to high-risk screening standards, piece by piece, if such shipment did not accompany a tendering statement, a document assuring that cargo comes from a known and trusted shipper. The new regime disrupted seriously international air cargo logistics, causing air cargo shippers worldwide to accumulate huge backlogs of US-bound shipments. Annoyed and surprised about the turn of events, the air cargo industry reacted to the US rules with a barrage of criticism, calling the measures superfluous and impractical. Over the following weeks, the reactive security rules were gradually relaxed to enable clearing of the backlog of US-bound air cargo.

In the long term, the Yemen events put air cargo security into a spotlight, securing political commitment and spurring further reforms for years to come. The International Civil Aviation Organization, ICAO, for example, included advanced security, concepts such as the “secure supply chain” principle, the concept of high-risk cargo and mail, and the consignment security declaration, CSD, into the new edition of the Annex 17 of the Chicago Convention. Also the European Union expanded the EU air cargo regime to cover airlines operating into the EU aviation security area – EU-28 plus Switzerland, Norway and Iceland – from third country airports. The amendment also specified criteria for identifying and screening high-risk cargo and mail, known as HRCM.

CBRA considerations for future air cargo security: The modern air cargo security has taken major leaps since the Yemen incident, but the work towards higher air cargo security still continues. The CBRA research team considers that, like in any other area of supply chains, it is crucial both to facilitate cross-border logistics and to ensure adequate security. This classic dilemma of striking the balance between trade facilitation and supply chain security is not easy to solve, but we believe that there are some promising ways to promote logistics-friendly air cargo security.

Governments should normally consult the air cargo industry before introducing new security rules. New security rules should avoid reducing speed, on-time reliability, or cost-efficiency of the air cargo service. There are often ways to integrate new security requirements seamlessly into the sequence of day-to-day logistics activities, but this requires close government-business coordination.

One promising way forward is to improve capabilities of pre-loading risk assessment, so that the riskiest air cargo shipments can be identified early on and subjected to a more stringent screening. Many projects on this matter are under way, most notably the Air Cargo Advance Screening (ACAS) in the US and Pre-loading Consignment Information for Secure Entry
 (PRECISE) in the European Union. The CBRA team applauds these efforts of advancing risk assessment and reminds of the importance of proactive updating of risk-scoring algorithms.

EU’s decision of forcing flights from third countries into EU to comply with EU’s air cargo security regime makes also good sense. It is reasonable to secure air cargo up to an adequate standard sooner rather than later, preferably before the first flight. More global capacity building – especially training and funds for modern screening equipment – are needed in developing countries. Also, auditing activities in third countries would benefit from further resources.

Harmonization and mutual recognition is another key theme for years to come. In the EU, civil aviation and customs authorities might find some synergies if they harmonized their respective Known Consignor (KC) and Authorized Economic Operator (AEO) programs. Air cargo companies would also benefit if types and performance requirements of screening methods would be uniform across the members of the European Union.

Bibliography:

BBC, Q&A: Air freight bomb plot, 2 November 2010

European Commission, Regulation 173/2012, amending 185/2010

International Civil Aviation Organization, Chicago convention, Annex 17, 9th edition

Koolloos M.F.J., Männistö T., van der Jagt O.C., Jezierska M.M., Hintsa J., Kähäri P. and Tsikolenko V. (2015), Security Screening for the Air Express Cargo Industry, Final Report, Brussels, Belgium.

Männistö, T., 2015. Mitigating Crime and Security Risks in the International Logistics Network: the Case of Swiss Post. Doctoral thesis, École Polytechnique Fédérale de Lausanne (EPFL).

CBRA Blog by Dr. Toni Männistö

C-TPAT Program Benefits Reference Guide, 2014 (CORE1032)

Summary: This guidebook outlines the key elements and benefits of the Customs-Trade Partnership Against Terrorism (C-TPAT) program that is designed to secure global supply chains and to improve United States border security. Document is available at: https://www.cbp.gov/sites/default/files/documents/C-TPAT%20Program%20Benefits%20Guide.pdf (link tested on 3 March 2016)

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Full review: C-TPAT partners receive a wide range of benefits listed below:

  • C-TPAT Partners are examined at a considerably lower rate than non-C-TPAT Partners.
  • C-TPAT certified/validated highway carrier Partners are granted expedited border crossing privileges. C-TPAT Partners at many Canada/Mexico land border ports of entry have access to Free and Secure Trade (FAST) Lanes.
  • Some categories of C-TPAT importer Partners are exempt from stratified exams.
  • C-TPAT shipments subject to examination are moved ahead of any non-C-TPAT shipments, to the extent possible.
  • In the event of a significant disruption/delay in cargo processing operations, actions are taken to maintain communication and coordination with C-TPAT Partners for business resumption.
  • C-TPAT Partners’ trade compliance issues are given priority over those issues related to non-C-TPAT Partners.
  • Each C-TPAT Partner is assigned a Supply Chain Security Specialist (SCSS) who coordinates between the C-TPAT Partner and the US Customs and Border Protection agency (CBP). The Specialist also assists the Partner with supply chain security issues.
  • Partners have access to the C-TPAT’s automated Portal system, to communicate with CBP and exchange program related information in a secure manner.
  • C-TPAT Partners are eligible to attend C-TPAT events like the annual Conference and other training seminars organized by the program.
  • C-TPAT importer Partners are eligible to participate in the Importer Self-Assessment (ISA) Program.
  • The Penalty Mitigation benefit is granted to sea carriers for late submission of data required under the Importer Security Filing requirements.
  • C-TPAT members are eligible to participate in other U.S. Government pilot programs, such as the Food and Drug Administration’s Secure Supply Chain program.

In addition, some benefits are associated with Mutual Recognition Arrangements (MRAs) when two customs authorities formally acknowledge the security requirements or standards of one program, as being equivalent to the other program. Some of the resulting benefits to the trade community are illustrated below:

  • C-TPAT importer Partners that also conduct export operations and Partners of the foreign Customs Administration programs (manufacturers and exporters of record) are granted a reduction in their overall cargo risk score, implying fewer examinations at export and import ports.
  • A C-TPAT validation for an overseas partner is not required if an MRA is in place because CBP recognizes the status of the Partner in the foreign partnership program.
  • Companies covered by MRAs need only to comply with a common set of security requirements, avoiding the hassle of following multiple sets of requirements from one partnership program to another.
  • MRAs lead to more transparency in international commerce. Mutual exchange of information between these partners facilitates trade across Mutual Recognition Partner nations.

CORE1032

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C-TPAT Best Practices Catalog Addendum, 2009 (CORE1031)

Summary: This addendum document lists cargo security best practices with focus on prevention of weapons of mass effect, terrorists, and/or contraband from infiltrating into the international supply chain. Each best practice is linked to a specific business entity, such as a Manufacturing Company, a Highway Carrier, an Importer or a Foreign Consolidator but these may apply to other business types as well. The document is available at: https://www.cbp.gov/sites/default/files/documents/ctpat_bpa_2009_0.pdf (link tested on 3 March 2016)

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Full review: The best practices are outlined as follows:

Risk assessment: Programs are in place to enable the identification of the most vulnerable supply chain areas, to grade suppliers supply chain security criteria. Specific processes have been developed to manage the supplier’s products, software and services and internal monitoring systems to enhance the safety and security procedures.

Business partner requirements: Several security measures have been taken by entities. These include conducting supply chain security audits to ensure compliance of non-C-TPAT business partners; carrying out security audits of a foreign manufacturer; making security self-assessments, conducting onsite inspections to ensure freight security; shipping cargo only through accredited ports and steamship lines; monitoring compliance of manufacturing facilities; screening procurements to identify ineligible status of suppliers, and performing audits of business partners.

Conveyance/Container/Trailer Security: Examples of such security practices are: integrating special security features in the GPS (global positioning system); using laser beams to protect trailers; using colour codes for matching consignments; installing infrared sensors in docks to prevent unauthorized access; using special codes to identify correct shipments; documenting all seal changes for shipments in transit; ensuring delivery by authorized Company drivers; sealing containers; operating through C-TPAT carriers; using only “seaworthy” containers; installing in-transit temperature data sensors to ensure product quality; enclosing container storage area; conducting non-intrusive inspection prior to loading a vessel; establishing specific inspection points; using multiple security devices on each container; using automated container yards; instructing foreign suppliers to provide inspection checklists; using dock locking arms for container storage; installing motion sensors in a trailer; operating through contracted highway carriers and security services; documenting a seal destruction policy, and so forth.

Physical Access Controls: Some practices by Importers include establishing multiple security stations within the building; using metal detectors for employees; installing an electronic swipe card/ lock box systems for access control for sensitive documents; conducting electronic scanning of visitors’ drivers licenses; utilizing a third-party software system to manage key inventory; and providing panic buttons for company employees.

Physical Security: Several innovative solutions have been designed to ensure physical security, such as electronically closing gates and activating tire puncturing devices to prevent vehicle exits; using an electronic security information reporting system, installing invisible electronic fences; installing laser sensors; setting up optical light beams to detect intruders; fitting double locks on doors; Installing infrared sensors on fences; using body alarm functions for emergencies; appointing patrolling guards, using multiple glass meeting rooms; using multiple interior infrared security alarm beams to detect unauthorized access; and installing security guard view towers.

Personnel Security: An Importer requires business partners to provide a monthly master list of employees and immediately notify when their employees are hired or terminated, in order to ensure that only authorized business partner’s employees enter the manufacturing facilities.

Security Training/Threat Awareness/Outreach: Business entities have invested in a wide range of training programs. One such initiative is the four-tier C-TPAT training targeted for management and supervisors, shipping and receiving personnel, internal personnel dealing with contractors and hourly staff. Other businesses use different approaches, like establishing an online training portal;; offering general security training and of site-specific training for security guards; issuing security advisories; making regular security awareness assessments; establishing a situation matrix chart to address possible incidents; establishing a direct communication channel between the president of the company and employees; putting in place a toll free hotline for company personnel; conducting security drills and exercises; establishing a web-based security awareness training; documenting security incidents in a central database; and establishing a global communication system to contact all employees and contractors remotely.

Procedural Security: Instances of this type of security measures include a bio-thermal intrusion alarm system; a global SAP network to generate all written orders for import and export; automatic screening procedures of purchase orders for restricted parties; lock boxes for sensitive documentation; an automated loading module called the Automatic Truck Loading System (ATLS); a container seal number as the shipment tracking (invoice/bill of lading) number, and so forth.

Information Technology (IT) Security: Such security practices include a biometric fingerprint door lock; a remote data backup center; a retina scanning system for access to the computer system; requiring supervisory approval to copy data; use of electronic password protected purchase orders; establishing a daily “e-test” for employees to access computers, and so forth.

CORE1031

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