The first Annual SYNCHRO-NET meeting

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The SYNCHRO-NET project had its first annual project meeting in Barcelona in early June. I had a pleasure to take part in the three-day event and enjoy the welcoming atmosphere and sunny weather of the Catalonian capital.

For those who are not yet familiar with the project, SYNCHRO-NET is a three-and-half-year demonstration project on advanced logistics optimization. The project seeks to advance and promote new concepts of synchro-modality and slow steaming for more cost-efficient, less congested and greener intermodal supply chains. The project includes three demonstrations that test slow-steaming and synchro-modal solutions in real international logistics networks. The first demonstrator involves shipping of goods from the Far-East to the ports of Valencia, Algeciras and Barcelona, and subsequent movement by rail inland and final short truck movement. The second demonstrator focuses on regional logistics movements through the Port of Cork. The third demonstrator will address multimodal container movements in major European routes. The project is funded by the European Commission under the Horizon 2020 Programme.

During the two first days of the meeting, the Partner Forum discussed the SYNCHRO-NET work ahead: standardization, development of a tool for logistics optimization, real-world demonstrations, and exploitation and dissemination of the project’s results. The discussion produced some interesting findings and conclusions. The Partner Forum observed that, given the large number and variety of factors, the optimization of shipping and logistics in terms of cost (including CAPEX, crew cost, fuel), duration, environmental impact, reliability and various types of risks is nothing but an easy task. For example, weather, tide and state of the sea affect maritime logistics, its speed, reliability and cost-efficiency. There was also a great deal of discussion about the dimensions of risk in the meeting. The International Organization of Standardization (ISO) defines risk as the “effect of uncertainty on objectives.” In this light, the concept of risk in the SYNCHRO-NET context covers at least damage to cargo, lead time variability, variability of cost, and possibility of theft and piracy. The Forum concluded that cost-efficiency and quality of international logistics depend largely on real-time awareness and visibility over logistics operations: “the sooner you know, the lower the cost will be to solve the problem.”

The three days of SYNCHRO-NET meetings culminated in the International Logistics and Material Handling (SIL) conference, the primary annual industry fair and networking event for logistics professionals in Spain. In the conference, Mr. Santiago Blasco (DHL) introduced SYNCHRO-NET at the “Consumer & Goods” working session for a large audience. Later that day, a group of leading logistics experts from Spain and the rest of Europe debated on pressing topics at three SYNCHRO-NET roundtables. The roundtable sessions focused on the general theme “How to build win-win solutions synchro-modal logistics stakeholders.” Here are brief summaries of the roundtable sessions:

  • “Smart Steaming – how to build a win-win solution for all stakeholders.” The members of the roundtable raised concerns about organizational, technical and business challenges of future slow steaming. There are obvious draw-back in slow steaming such as longer lead times and lower capacity utilization. However, the panel concluded that smart rather than slow steaming is here to stay: “While maintaining high service level, we can make logistics more cost-efficient.”
  • ”Effective management of synchro-modal logistics.” The panelists of the second session argued that the concept of synchro-modality is not yet very established in the logistics sector. Even so, the panel agreed that synchro-modality builds on real-time optimization, risk analysis and advanced, ITC-enabled logistics planning. Synchro-modality requires visibility over the supply chain, so that logistics planers react to contingencies and can make effective decisions in real time. The panel concluded that collaboration across supply chain operators – especially among shippers, carriers, freight forwarders – is the key to synchronized international logistics.
  • “Synchro-modal IT tools: innovation and value added to the logistics industry.” The third panel focused on the rather technical topic of leveraging cloud-based IT architecture for advanced logistics planning. The panelists saw a great potential in modern ICT solutions to enable synchro-modality, smart steaming and other ways for optimizing international freight transport. There still remain challenges for bridging a broad array of different computer systems for higher degree of logistics interconnectedness and interoperability.

The SYNCHRO-NET project has had a strong start, and the project progresses on the right track and at the full speed after one year of work. There is still much hard work to do over the next six months, for CBRA and other partners. In autumn, CBRA researchers will be focusing on reviewing policies, legislations, and standards that have an effect on synchro-modality and slow steaming. The CBRA team will also continue promoting the SYNCHRO-NET project and its findings at various events and publications. Stay with SYNCHRO-NET and visit the project website www.synchro-net.org.

CBRA Blog by Dr. Toni Männistö

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Figure 1 Santiago Bosco presenting SYNCHRO-NET at the the International Logistics and Material Handling (SIL) conference

Enhancing security through efficiency focus- Insights from a multiple stakeholder pilot implementation (Sternberg et al. 2012)

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Summary

Efficiency and security are said to be opposing goals of logistics operations: when security goes up, efficiency decreases, and vice versa. Yet, it is suggested that information technologies could improve efficiency and security simultaneously. Sternberg et al. (2012) investigate this hypothesis: whether and to what extent increased attention to efficiency results in improved security in carrier operations in a seaport context. In a longitudinal case study, they research carrier operations in connection with port terminals carrying out Roll-in Roll-out (RoRo) operations on trailers at the port of Gothenburg. They find that investments in new ICT solutions, in fact, remove some of the barriers to higher efficiency and improve security against cargo theft and terrorism. In particular, they report that ICT investments increased efficiency in terms of reduced waiting times and increased ability to plan port operations (pre-arrival notification) and fast positioning of trailers in a port. The new ICT solutions also increased security in terms of more secure document handling (decreases the risk that sensitive information falls into the hands of criminals), better anomaly detection (helps customs identify trailers that are most likely tampered in-transit) and increased visibility. The abstract is available at: http://onlinelibrary.wiley.com.

Review by Toni Männistö (CBRA) based on his doctoral thesis.

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Full review

This article is relevant for CORE demonstrations that focus on sea port operations (WP10-11 and WP13-15 and WP17). The research shows how a ‘common information sharing platform’ – an electronic and highly automated communication network among LSPs, carriers, ferry operators, port operators and authorities – increases logistics efficiency and security performance simultaneously. The main components of this platform include information sharing through a common information area, real-time geographical position of truck and trailer, identification technology in truck, RFID tags on transport units and RFID readers mounted on terminals, electronic manifest, and electronic container seals. More specifically, Sternberg et al. (2012) observed that adoption of a set of IT-enabled SCS solutions eliminated logistics efficiency and security issues simultaneously:

  • Real-time geo-positioning of trucks and trailers enabled the port operator to allocate a vacant spot for a trailer prior to its arrival, which reduced the waiting time at the port entrance. The real-time information enabled also customs to detect anomalies in shipping schedules and routings that would imply a heightened risk of smuggling.
  • RFID-based identification of drivers, trucks, and trailers automated and accelerated the access formalities at the port entrance and increased reliability of driver authentication.
  • Digitalization of cargo manifests eliminated the time-consuming manual document handling and reduced the risk of unauthorised access to confidential information.
  • E-seals enabled customs officers to identify intact containers and spare them from time- consuming inspections.

Reference

Sternberg, H., Nyquist, C., & Nilsson, F. (2012). Enhancing Security Through Efficiency Focus—  Insights from a Multiple Stakeholder Pilot Implementation. Journal of Business Logistics, 33(1), 64-73.

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Controlling access to pick-up and delivery vans: the cost of alternative measures (Haelterman et al. 2012)

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Summary

The situational crime prevention theory suggests that preventive security measures often backfire. For this reason, it is problematic that many managers do not have a holistic picture which kind of considerations should precede selection of implementation of security measures. A paper by Haelterman et al. (2012) tests the practical feasibility of a new management model that is designed to highlight the most promising preventive security measures given a set of preconditions and costs. The authors apply this model in the context of pick-up and delivery van operations at a Belgian branch of a major express courier company. Such transport operations are subject to risk of theft and terrorism, especially if unauthorized people managed break into pick-up and delivery vans. To test the management model, the authors collect views of of supply chain practitioners in two expert panels and through a survey. Their analysis covers a broad array of preventive security measures including key card, audible alarm, silent alarm + GPS, notification on vehicles, awareness training, no company logos, formal instructions / compliance checks & sanctioning, double drivers, over security escorts. The abstract is available at: http://link.springer.com.

Review by Toni Männistö (CBRA) based on his doctoral thesis.

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Full review

The research of Haelterman et al. (2012) sets a solid theoretical basis for practical supply chain security work. All CORE work packages that cover aspects of road transport benefit from the analysis of this research paper. The research shows that a set of preconditions influence outcomes of preventive security measures: availability (legal, infrastructure), practicability (perceived), required knowledge, required expertise, user awareness, user belief, use commitment (anticipated), and co-operation. Security measures also incur different kinds of costs: financial costs, ethical/social cost (labeling, distrust, civil liberties, inequalities), aesthetical cost. Finally, as the theory on situational crime prevention suggests, security measures may result into various reverse effects, including crime displacement (geographical, temporal, target, tactical, crime types), escalating effects (e.g., use of violence), creative adaptation, and enticement effects.

Reference

Haelterman, H., Callens, M., & Vander Beken, T. (2012). Controlling access to pick-up and delivery vans: the cost of alternative measures. European Journal on Criminal Policy and Research, 18(2), 163-182.

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The displacement effect in cargo theft (Ekwall 2009)

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Summary

Cargo theft has always been a problem for shippers and logistics service providers. Even so, regardless of the persistent efforts to reduce cargo theft, crime continues to strive. This classic supply chain security paper by Daniel Ekwall analyzes and explains why cargo theft continues to occur in the transport network despite all implemented countermeasures. Focusing on Swedish transport and logistics facilities, the Ekwall’s research builds on interviews with six subject matter experts, survey with four terminal operators, and macro-statistics from TAPA (Transported Asset Protection Association). The paper finds some evidence on crime displacement in terms of method (modus operandi): cargo thieves target increasingly cargo in-transit because logistics facilities are nowadays better protected. However, displacement is likely to be partial in contrast to complete displacement. This means that absolute theft risk can be reduced. Download the abstract here: http://www.emeraldinsight.com.

Review by Toni Männistö (CBRA) based on his doctoral thesis.

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Full review

The Ekwall’s research gives an interesting overview on criminological theories underpinning supply chain security research. The theoretical outlook provides the foundation for the CORE work and all CORE work packages can therefore benefit from the analytical discussion and findings of this research paper. The main lesson is that criminals and terrorists are calculating antagonists who adapt their behavior in response to information on risks and rewards of crime opportunities. More specifically, Ekwall argues that professional cargo thieves seem to target increasingly “cargo on wheels” instead of warehoused goods. He explains this shift in the behavior with the fact that, facility security has improved relatively more than in-transit security over the past decade. However, he stresses that it is hard to establish a causal relationship between security interventions and changes in criminal behavior. He holds further that if displacement occurs, it is likely to be partial rather than complete.

Reference

Ekwall, D. (2009b). The displacement effect in cargo theft. International Journal of Physical Distribution & Logistics Management, 39(1), 47-62.

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New survey on European postal security

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PostEurop and Cross-border Research Association have launched a new online survey on postal security management to promote further development and implementation of best security practices in the postal sector. The survey is part of the ongoing SAFEPOST project that the European Commission is co-funding under the Seventh Framework Programme (FP7). SAFEPOST project going to finish in the end of July after four years of work towards higher postal security in the European Union.

The survey studies the current state of postal security management among PostEurop members, 52 postal operators in 49 European countries. The goal is to collect responses mainly from security and safety managers of the PostEurop members, but also postal expert familiar with sorting and distribution processes are welcome to provide their inputs. The first part of the survey focuses on security implementation and security performance, and the second part studies postal managers’ expectations and concerns regarding the following six main SAFEPOST innovations:

Common Postal Security Space:

SAFEPOST has created an online platform for sharing security-related information between postal operators. This Common Postal Security Space provides a digital track record of security controls and related evidence (for example X-ray images) that a postal parcel has encountered over its journey, and facilitates an easy and controlled way to exchange information both with other operators as well as the authorities.

D-tube drug screening station:

SAFEPOST has demonstrated a new screening solution, D-tube, that can be fully integrated into the sorting process. The D-Tube’s prototype detects illegal substances, such as narcotics and explosives, at high accuracy.

Explosive detection system:

SAFEPOST has demonstrated a Raman spectroscopy screening device for detecting trace amounts of explosives and explosive precursors on the outside of postal items. The device is designed to be seamlessly integrated, at the same level as X-ray machines already used today, in the sorting process and detect the explosive threats at a high accuracy and at a low false alarm rate (≈ 1 %).

Image recognition system:

SAFEPOST has developed an Image Recognition solution that photographs five visible sides of a postal parcel at one or more locations in the postal network. The solution compares these images to detect signs of tampering or damage (≈ 92% detection rate). The current solution functions properly when the conveyor belt moves no faster than 0.5 m/s.

Radiological screening:

SAFEPOST has demonstrated detection of radiation in moving parcels, that can be fully integrated into the sorting process. The current version of the detector is able to detect any harmful level of radiation, and identify the radioactive isotope, and when possible to consider effects of possible attempts of hiding the radioactivity with lead or other shielding material by detecting neutron radiation.

Security standard and certificate:

SAFEPOST project is working towards a new European security standard for the postal operators that would give recommendations about use of security inspection technologies, exchange of security-related information, cyber security, and key security performance indicators. This standard would pave the road towards a voluntary security certification program that would help the postal operators to show their commitment to security.

This survey research is expected to produce interesting new insights about postal security activities and security performance among the PostEurop members. If the response rate is high, the survey findings will set a basis for pan-European benchmarking of security activities. The findings would also contribute to smart policy making, legislation, and standardisation in the field of postal security.

Finally, depending on the response rate, CBRA is going to publish an academic journal paper based on the results. Building on solid theory on supply chain security risk management, the journal paper would provide new empirical about how supply chain security implementation is associated operational and security performance. We expect that collaborative security measures improve both on-time delivery performance (a proxy for operational performance) and supply chain security performance simultaneously. Collaborative security measures include survey items such as “we coordinate security activities with our business customers” and “we exchange customs declaration information with customs authorities electronically [for example, ITMATT or CUSITM messages]”. Another hypothesis is that, on the one hand, non-collaborative security contributes to supply chain security performance but decrease on-time delivery performance on the other hand. Examples of such non-collaborative measures include “we use tamper-evident mail bags to transport high-value postal items” and “We perform security controls also on non-airmail items to detect explosives.” The figure below summarises the theory and hypotheses of the research paper.

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Figure 1 Theoretical framework of the SAFEPOST survey paper

The survey findings will be presented in the final SAFEPOST meeting in Madrid 5-6 July 2016. After the meeting, we hope that we can expand the scope of the survey to cover the rest of the world, as well. The next step would be to contact representatives of the Universal Postal Union (UPU) and coordinate distribution of the survey into the organisations’ 192 member countries.

 

CASSANDRA compendium. Standards in supply chain management (Ch. 9)

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Summary: Chapter 9 of the CASSANDRA compendium lists and discusses various standards that set the context for international supply chain management. The chapter focuses especially on management standards (e.g., ISO28000), technical standards (e.g., RFID, electronic seals and barcodes), standards for exchange of information among supply chain stakeholders (e.g., UN/EDIFACT and XML messaging), and customs security standards (especially the World Customs Organisations’ SAFE Framework of Standards). GS1 Global Visibility Framework and other industry standards are included in the discussion, as well. The chapter points out that because a large variety of standards are already available, the challenge is not a lack of standardisation but the lack of harmonisation between different standards. The section also concludes that even if the diversity of standards was harmonised, the next step would be to ensure that the standards would be consistently implemented in different contexts.

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Full review: The chapter focuses on listing different standards that affect the modern supply chain management. There not much details to be reported in this section. However, especially people working with CORE work package 6 “SCS Reference Framework and Standards” should read the brief listing and general discussion of standards and standardisation. Other chapters of the CASSANDRA compendium provide complementary information about standardisation in the field of supply chain management (e.g., Ch. 5 & 6).

Reference

Hintsa, J. and Uronen, K. (Eds.) (2012), “Common assessment and analysis of risk in global supply chains “, Compendium of FP7-project CASSANDRA, Chapter 9

CORE2007

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

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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

CORE2007

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EU logistics security – an interesting decade

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I had a great pleasure to work intensively on the European surface transport security standardization efforts, some years ago – this CBRA Blog aims to summarize the main work done, and the key objectives achieved.

 

Couple of years after the US 9/11, 2001 terrorist attacks, the European Commission Directorate General of Transport and Energy, EC DG TREN, started to prepare a proposal for a regulation of the European Parliament and of the Council on enhancing cargo surface transport security. In the meanwhile, 9/11 was already triggering an avalanche of new customs, aviation and maritime supply chain security regulations, programs and standards, in the US, Europe and across the globe. But when it came specifically to surface transport security for road and rail cargo (and inland waterways, to that matter) in Europe, nothing was cooking before the DG TREN initiative “Secure Operator”, first announced in 2004. By 2006, the main goal of the EC proposal for a regulation on enhancing supply chain security (SCS) in the EU was shaped as to achieve greater protection of the European freight transport system against possible terrorist attacks. The specific objectives of the draft regulation were defined as: (i) to increase the level of security along the supply chain without impeding the free flow of trade; (ii) to establish a common framework for a systematic European approach without jeopardizing the common transport market and existing security measures; and (iii) to avoid unnecessary administrative procedures and burdens at European and national levels. In addition, the draft regulation related to the need to prevent a patchwork of various supply chain security standards and solutions across EU.

blog2105162However, it quickly became clear that there was no common sense of urgency in supply chain security regulations across EU Member States, particularly in the context of threat of terrorism to surface (cargo) transport. One was lacking a commitment towards an integrated approach, which would urge everybody to look at the holistic supply chain picture. The countries and especially stakeholder (or, lobby) organizations clearly focused on their specific interests on a part of the supply chain, thus appearing uncomfortable when trying to identify the “big picture”. Ultimately, the draft regulation was blocked in the European legislative process and finally officially withdrawn by the Commission, in 2010.

 

 

In the meanwhile, already in 2005, an expert group in supply chain security was formed under the umbrella of European Committee for Standardization (CEN) – and that’s when Cross-border Research Association started to play a role in the “EU land transport security regulations and standards play”, first as the rapporteur for the expert group, and later as the research party for the technical committee in supply chain security. The expert group was formed technically under the CEN working group “Protection and Security of the Citizen” (CEN/BT/WG161), and the (pre)standardization work was partly based on the Logistics Action Plan of the EC that indicated the need for standardization in the transport security domain for the whole logistic chain.

blog2105163Following the conclusions and recommendations by the expert group, the CEN Technical Committee in Supply Chain Security (CEN/TC 379) was established in 2008, producing ultimately three tangible outputs: Supply Chain Security Feasibility Study (in 2010); CEN Technical Report “Supply Chain Security — Good Practice Guide for Small and Medium Sized Operators” (in 2012, CEN/TR 16412:2012); and, a European Standard: Logistics – Specifications for reporting crime incidents (in 2013, EN 16352:2013-06). The first of the outcomes is available for free (ask by email:  cbra@cross-border.org ), and the latter two you can purchase e.g. from your national standardization institute web shop. All in all, great project experience behind us, couple of good publications, and many new contacts and even few friends for lifetime – thus, no regrets, and if asked, would become rapporteur and lead researcher on these important topics, again and again!

 

 

 

 

And finally, when it comes to the future of SCS regulation and standardization work in Europe – in particular in the land transport security sector (e.g. the LANDSEC expert group, Commission Decision 2012/286/EU): do not be shy in exploiting the tangible outcomes of a decade of our joint work, in particular the Euronorm EN 16352:2013-06, “Logistics: specifications for reporting crime incidents” – no reason to reinvent the wheel!

 

CBRA Blog by Dr. Juha Hintsa on 21.5.2016

 

Summarizing the main milestones of the surface transport security 2004-2014 regulatory and standardization process tracks:

A) Regulatory process -track was largely driven by the European Commission Directorate General for Transport and Energy (EC DG TREN), comprising of the following five sequential steps:
A1. Preparation of the Secure Operator legislation at EC DG TREN (2004-2006)
A2. Publication of the legislative proposal (EC, 2006a)
A3. Publication of an impact assessment study (EC, 2006b)
A4. Announcements and debates at European Parliament and Council (2006-2009)
A5. Withdrawal of the proposal by the Commission, (18.9.2010)

B) Standardization process -track – for which the European Committee for Standardization (CEN) was responsible – consisting of the following seven, chronologically ordered steps:
B1. Establishment of an Expert group in supply chain security, under CEN/BT/WG161, “Protection and Security of the Citizen” (2005)
B2. Publication of the final report of the Expert group, approved by CEN/BT/WG161 (14.11.2006)
B3. Establishment of the CEN Technical Committee in Supply Chain Security, CEN/TC 379 (2008)
B4. Publication of Supply Chain Security Feasibility Study (15.1.2010)
B5. Publication of the CEN Technical Report, CEN/TR 16412:2012 “Supply Chain Security — Good Practice Guide for Small and Medium Sized Operators” (2012)
B6. Publication of a European Standard: Logistics – Specifications for reporting crime incidents, EN 16352:2013-06 (2013)
B7. Closure of the CEN Technical Committee in Supply Chain Security, CEN/TC 379 (2014).

 

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Main references / bibliography:

  • CEN (2013), “Logistics: specifications for reporting crime incidents”, EN 16352:2013-06
  • CEN (2012), “Supply chain security (SCS): Good practice guide for small and medium sized operators”, CEN/TR 16412:2012
  • CEN (2006), “Expert group: Supply chain security”, approved by CEN/BT/WG161, 14.1.2006
  • EC (2012), “Commission Staff Working Document on Transport Security”, SWD(2012), 143 final.
  • EC (2006a), COM(2006)79 final, 2006/0025(COD), COMMUNICATION FROM THE COMMISSION TO THE COUNCIL, THE EUROPEAN PARLIAMENT, THE EUROPEAN ECONOMIC AND SOCIAL COMMITTEE AND THE COMMITTEE OF THE REGIONS on enhancing supply chain security Proposal for a REGULATION OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL on enhancing supply chain security, (SEC(2006)251)
  • EC (2006b), SEC(2006)251 COMMISSION STAFF WORKING DOCUMENT. Annex to the COMMUNICATION FROM THE COMMISSION TO THE COUNCIL, THE EUROPEAN PARLIAMENT, THE EUROPEAN ECONOMIC AND SOCIAL COMMITTEE AND THE COMMITTEE OF THE REGIONS on enhancing supply chain security and Proposal for a REGULATION OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL on enhancing supply chain security – IMPACT ASSESSMENT – {COM(2006)79 final}
  • Hintsa, J., Ahokas, J., Männistö, T. and Sahlstedt, J. (2010), “CEN supply chain security (SCS) feasibility study”, CEN/TC 379 Supply Chain Security, Final report, 15.12010

 

 

Interview with Mr. Warwick on global security profession

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20.5.2016: CBRA had the pleasure to interview Mr. Roger Warwick, who has over 40 years of hands on experience in the European and global security industry.

Hi Roger, and thanks for joining a CBRA interview. Can you first tell a bit about yourself, and your professional background?

I have been active in corporate security for over forty years with a background in both fraud investigations and security consulting.  I studied economic crime investigative techniques at Jesus College, Cambridge annual workshops from 1990 to 1995 and certified CPP – protecting people, property and information – in 1999. I am British but for most of my career I have been based in Italy providing services to international corporations with business interests in Italy and Italian organisations operating in other countries.   I am a frequent speaker at international security conferences on security and investigations topics.

We first met around 2005 in a CEN, European Committee for Standardization, supply chain security expert group – under CEN/BT/WG161, Protection and Security of the Citizen. I think you joined as the representative of UNI, the Italian Organization for Standardization – do you recall the good old days?

I certainly do. We were discussing a European response to the US C-TPAT and similar supply chain security programs in an attempt to find a unifying, user friendly system, for the secure international flow of goods – beyond the Customs driven EU AEO program.  Following that I did more work regarding standards and qualified with RabQsa, now trading as Exemplar Global, as a Lead Auditor for security management systems, including ISO28000 and then as a certified Skill Examiner. By the way I audited, for ISO 28000, the DP World port in Peru. In 2013, on behalf of the Italian Government I developed a Critical Infrastructure Organisational Resilience standard that was later published by UNI.

You are also active in international security organizations and associations, including ASIS International. Can you tell bit more about them?

ASIS is a worldwide association of security professionals, first launched in the US in 1955. It has today over 38,000 members around the globe of which 3,000 in Europe.  I put in a lot of work with the ASIS to get the association on the quality management standards track. I am a member of the Standards and Guidelines Commission which has already developed a number of security and organisational resilience standards, which are ISO compliant, including PSC1, Management System for Quality of Private Security Company Operations, which has been adopted by ICoCA, the International Code of Conduct Association for private security operations. We will soon begin to work on a Security Awareness -standard. My role in ASIS in Europe, is to the Chair of the EC Liaison Sub Committee, our aim being the promotion and consolidation of the voice of the security profession and security professionals within the EU.

Your main day job is with Pyramid International and with the TEMI Group, is that correct? Can you tell more about these companies, and the services you offer to your clients?

I am the CEO of Pyramid International ( www.pyramid.it ) which has been based in Italy for over 30 years. It is a corporate security and investigations organisation, which caters mainly for multinational corporations. We have grown to become the security point of reference for corporations trading in southern Europe. In 2008 I formed, together with long term colleagues and friends, each operating in their own jurisdiction around the world, Temi Group ( www.temigroup.com ), which has grown to be what we call the World’s furthest reaching security partnership.  Recently we set up TGI, the Temi Group International Verein in Geneva, of which I am proud to be the Chairman.  Our individual companies are each members of TGI and each is specialised in various security sectors and geographical areas.  Pyramid International, together with Temi Group partners, is the coordinator of our Travel Risk Management services which are now active across the world, in particular Africa and Asia.  We provide both management assistance and protective services.  Our motto is “Safety for staff abroad means peace of mind for management at home.” We are founder members of ICoCA and have rapidly become a market leader for European companies; our customers are amongst Europe’s largest engineering corporations.  They are well aware of the importance of duty of care and operating with organisations, such as ours, that not only are experienced and competent but are also certified and appropriately insured.

Well, good catching up with you Roger, and thanks a lot for the interview. Maybe we could start looking for opportunities regarding joint projects in the future, what do you think?

Thank you Juha very much for the opportunity.  That would be great.  Although we have moved on from protecting goods in the supply chain to the protection of people travelling and working abroad there are many affinities and I am sure that there are many projects we could work on together, in our usual productive manner!

 

Web resources:

CPP: https://www.asisonline.org

Exemplar Global: www.exemplarglobal.org

UNI Critical Infrastructure Organisational Resilience standard: http://catalogo.uni.com

ICoCA, the International Code of Conduct Association for private security operations: http://icoca.ch/

Pyramid International: www.pyramid.it

Temi Group: www.temigroup.com

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

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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

 

CORE1045

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