On the 2nd of December 2020, a landmark decision by the Commission on Narcotic Drugs (CND) highlighted a shift towards 'Cannabis Legalization in Morocco'. The UN's main drug control body removed cannabis from its list of most dangerous drugs, a move reflecting changing attitudes and setting the stage for significant legal and economic developments in Morocco. which includes heroin and synthetic opioids. Cannabis is subject to the 1961 Single Convention on Narcotic Drugs and was, until December 2020, included in a category allowing it to be banned because of its "particularly dangerous properties". This amendment was based on a recommendation by the World Health Organization (WHO). In fact, in January 2019, the WHO unveiled six recommendations for the inclusion of cannabis in the UN drug control treaties. Among the many points made by the Organization, it has been clarified that cannabidiol (CBD), a non-toxic compound, is not subject to international controls and it has, in fact, become a prominent part of wellness therapies in recent years, sparking a billion-dollar industry. The decision made by the WHO was supported by 27 countries against 25. The decision is not in favor of a legalization of cannabis worldwide, which remains among the "highly addictive and liable to abuse substances”. However, it implies that its production and marketing remain reserved for scientific and medical use under international law. According to this decision, Morocco has raised the issue at the Government Council level. In fact, the Ministry of Interior has drafted a law on the legalization of Cannabis for medical use, in order to regulate the activities related to the cultivation of cannabis, its production, manufacture, transport, marketing, export, and import for medical and therapeutic purposes, subject to authorizations issued exclusively by a specialized agency. What is the composition of the Cannabis Plant? Cannabis is a type of hemp, which is a plant used in the yarn industry. As for its composition, the most important part of the plant is its “flower”, it is responsible for producing the so-called “Resin”, this material contains 2 molecules, “THC” and “CBD”. THC contributes to altering the consumer's state of consciousness making them “high”. It is also used for anesthesia purposes as in the case of cancer patients undergoing chemotherapy. Meanwhile, CBD does not have the same purpose. In addition to its sedative effect, it works against THC to limit its properties, particularly by calming the nervous system. CBD has major therapeutic virtues, according to the U.S. National Centre for Biotechnology Information (NCBI), such as anti-inflammatory properties, it alleviates anxiety and depression, it can calm the symptoms of epilepsy, and it can even contrast certain psychotic disorders (such as schizophrenia), etc.…. Studies conducted by NCBI even suggest that at high concentrations, CBD inhibits the proliferation of tumor cells from certain cancers and that it could reduce the risk of necrosis of the arteries after a heart attack. That’s why the debate about the advantages and disadvantages of Cannabis has risen again, and some countries have realized that maybe they are missing out on the benefits of this plant and its potential for both healthcare and the economy. Cannabis, what is the potential for the Moroccan economy? Globally, according to the report released in 2019 by New Frontier Data on the global cannabis industry, the global total addressable cannabis market (regulated and illicit) is estimated at USD 344 billion in the top five regional markets: Asia ($132.9 billion), North America ($85.6 billion), Europe ($68.5 billion), Africa ($37.3 billion) and Latin America ($9.8 billion). On the other hand, the global legal marijuana market size according to a recent research study by Precedence Research was valued at USD 17.5 billion in 2019 and predicted to reach a market value around USD 65.1 billion by 2027 expanding at a compound annual growth rate (CAGR) of around 17.8% during the period 2020 to 2027. A report has been published as a result of a study conducted in Morocco in 2003 -2004 by the United Nations. According to this report, the area dedicated to the cultivation of cannabis in Morocco was estimated at 134,000 ha in 2003 with a turnover of USD 15 billion in 2003 and 13 billion in 2004. At that time, the total Moroccan production was estimated at 98,000 tons and its conversion into resin (hashish) at about 2,760 tons, with almost half of it originating from the region surrounding Chefchaouen. However, these numbers have been reduced drastically thanks to the "cannabis-free provinces" campaign that Morocco conducted in 2007. As a matter of fact, the area cultivated for cannabis resin in Morocco amounted to 47,000 ha in 2017 for only 1,147 ha destroyed (2.4%), according to the United Nations Office on Drugs and Crime (UNODC). With this area, the Kingdom would have an estimated open air production around 38,000 tons, and 760 tons from indoor production. Morocco thus, retains its position as the world's largest producer of cannabis resin with a market value of USD 9 Billion in 2017. The illegal market takes the lead over the legal one, of course. As stated above, the total global market is valued at USD 344 billion in 2019, of which only USD 17.5 billion is legal. Therefore, the illegal market is valued at USD 326.5 billion. Even if the legal market is very limited, the study by Precedence Research predicts an expansion at 17.8% CAGR and a total value of USD 65.1 Billion in 2027. Morocco will be in a prime position to exploit this legal market if more widespread legalization occurs. What would be the legal frame of Cannabis legalization? The country acknowledges that legalization should have clear rules to regulate the cultivation and production of Cannabis. In fact, last February the Ministry of Interior presented a draft law on the legalization of Cannabis for medical use which was adopted by the House of Representatives in May. The proposed law contains 56 articles, a third of which establishes clear rules to regulate this activity which will be conditioned by an authorization granted by a national agency that will be created for this specific purpose. The law covers cultivation, production, exploitation, export/import of seeds and plants, processing, transportation, marketing, and the export of final products. The authorizations would be granted only in areas indicated in a dedicated decree. They will be issued within the limits of the quantities necessary to meet the needs of medical, pharmaceutical, and industrial production. Similarly, authorization will not be granted to produce THC (tetrahydrocannabinol) which is the main molecule of cannabis whose content must not exceed a level set by a regulatory text. On top of that, it is to be specified that the applicant for authorization must be of Moroccan nationality, has the legal majority, domiciled in one of the douars (villages) of the identified provinces. He also must be a member of a cooperative that will be created for this purpose and must own the land or have permission to grow cannabis on it. Additionally, authorized producers must comply with the provisions of the specifications to be prepared by the National Agency, in coordination with the relevant government authorities. In conclusion, the legalization of Cannabis will unlock great potential for the Moroccan economy, especially since the market is estimated to reach USD 69 billion by 2027. Not to mention that many countries are currently conducting massive research regarding the uses of Cannabis in the medical field. However, the country must not rely on local market’s demand only, efforts should be oriented to exploit global markets and partner with global pharmaceutical firms to build strong exporting business models. ***Numbers are not completely reliable since the scope is illegal Sources: https://www.leconomiste.com/flash-infos/cannabis-47-000-ha-cultives-au-maroc https://www.globenewswire.com/news-release/2019/04/18/1806583/0/en/New-Study-Estimates-the-Global-Cannabis-Market-at-Over-340-Billion-USD.html https://encadrementcannabis.gouv.qc.ca/le-cannabis/ https://www.cbdcorner.fr/difference-cbd-thc/ https://www.leconomiste.com/article/1075528-legalisation-du-cannabis-les-details-du-projet-de-loi https://www.globenewswire.com/news-release/2020/12/01/2137727/0/en/Legal-Marijuana-Market-Growth-is-Expanding-over-17-8-by-2027.html http://www.apdn.ma/apdn/images/stories/file/etudes_enquettes/Morocco_survey_2004_reference.pdf https://www.youtube.com/watch?v=eAP5N2gPHhM&t=746s https://www.leconomiste.com/flash-infos/legalisation-du-cannabis-le-projet-de-loi-adopte-chez-les-representants https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7023045/ https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7693730/ https://www.ncbi.nlm.nih.gov/pmc/articles/PMC6387667/
"Power to X" in few words "Power to X" or "PtX" is a technology that consists in transforming electricity into another energy vector. This "X-vector" could be heat (Power to Heat) to meet industrial needs or to supply heating networks. It could also be a synthesis gas (Power to Gas) such as hydrogen for mobility purposes, or methane which can itself be injected into the gas network for industrial, heating, or mobility needs. "Power to X": What opportunities exist for Morocco? Thanks to its strategic geographical position and exceptional wind and solar energy potential, Morocco could capture a significant share of Power to X demand, estimated at 2- 4% of global demand in 2030. This was the most prominent result of the two studies carried out simultaneously by the three German Fraunhofer Institutes in 2018 that aim to explore the economic and ecological impact of Power to X on Morocco. In this regard, a workshop about Power to X technology and its opportunities in Morocco was organized on February 11, 2019 within the framework of the Moroccan-German Energy Partnership (PAREMA). The purpose of the workshop was to showcase the results of these studies that reveal to which extent this technology will constitute an opportunity for renewable energy in Morocco as a local industry with high export potential given the country's objective of reaching 52% of the renewable energy mix by 2030. However, according to Prof. Wolfgang Eichhammer project coordinator from Fraunhofer ISI, investing in technologies substituting fossil energy sources but involving other environmental risks such as increasing the consumption of land, water and resources have to be assessed very carefully and linked to sustainability criteria. In this respect, Morocco could become an exporter of carbon-neutral energy sources and make a major contribution to achieving the Paris Climate Agreement target if and only if it is able to deal with the risks associated with PtX. To this end, the Minister of Energy, Mines and Sustainable Development announced the establishment of a national task force supported by a consortium of public and private actors as well as the elaboration of an in-depth study to prepare the PtX roadmap for Morocco. Hydrogen & Ammonia: main development focus by 2030 The Research Institute for Solar Energy and Renewable Energies (IRESEN) has announced recently that Morocco will become a carbon-neutral energy exporter by 2030 through the launch of construction works for a dedicated platform for green hydrogen and ammonia starting January 2020. This infrastructure, with an investment amounting MAD 150 million, results from a partnership between IRESEN, via Green Energy Park, and both OCP and the Mohammed VI Polytechnic University on the Moroccan side, as well as Fraunhofer institutes on the German side. The platform will be dedicated to the R&D demonstration of Power to X technologies, with a diversified research program on hydrogen applications in the production of high added value green molecules such as ammonia and methanol. It is worth pointing out that this technology is complementary to renewable energies and will help to reduce carbon emissions while creating a strong opportunity for economic and social development through exports due to the current lack of profitability of conventional electricity exports given the sharp drop in renewable energy costs compared to electricity transmission. In addition, beyond the existing infrastructures, in particular, the Maghreb-Europe Gas Pipeline and the port infrastructure, capable of playing the role of a liquid fuel export platform, economic relationship with the European Union are constantly strengthening. In Europe, Germany which is the Kingdom's privileged partner in renewable energy sector, intends to replace its fossil fuel (coal) and nuclear energy needs starting from 2022 until 2038 by importing clean energy, in accordance with its environmental commitments. According to Badr IKKEN the General Director of IRESEN, this situation represents an important opportunity for countries like Morocco, capable of producing clean fuels, particularly green molecules such as hydrogen and green derivatives. Fertilizer industry: a good illustration of the economic opportunity for Morocco Together with hydrogen, green ammonia represents a promising economic opportunity to satisfy not only the needs of its local fertilizer industry but also those of the international market in the long term. Indeed, the Kingdom is highly dependent on imported ammonia as an input for phosphorus-based fertilizers from Ukraine, Trinidad & Tobago, and the USA. Replacing these imports with green ammonia may, therefore, strengthen local fertilizer manufacture. In terms of capacity, about 3 GW will be needed to produce 1 Mt of green ammonia, which corresponds to Morocco's current imports. A domestic production of ammonia would represent, for Morocco, not only an opportunity for independence but also an opportunity to diversify its traditional markets. Furthermore, the export of clean ammonia can reduce greenhouse emissions by ~95% making it beneficial for both exporting and importing countries. National task force to present a study on the development of PtX roadmap In April 2020, a study on the development of the roadmap was presented at the 3rd meeting of the National Power-to-x task force. According to the study, the draft roadmap should propose: - Short-term actions that aim to reduce costs along the entire production and operating value chain through the establishment of a dedicated industrial cluster to deal with the development of an infrastructure master plan. The actions also aim to ensure technology transfer through capacity building and the development of local content and to create the right conditions for the export of P2X products. - Medium-term actions through the development of a storage plan for the electricity sector and the establishment of an appropriate regulatory framework for the use of Power-to-x in transport. - Long-term actions through the development of a regulatory and commercial framework to extend Power-to-x technologies to heat production. It was also recommended that three working groups be set up. The first should be tasked with translating the roadmap into a portfolio of concrete, pilot and deployment projects for Power-to-x technologies. The second group will be responsible for developing an appropriate approach to develop exports of green molecules, in order to seize the opportunities offered in Morocco and which are already reflected in the interest expressed by the Kingdom's European partners. While the third group will be responsible for further strengthening research and development in the various fields related to Power-to-x. World "Power to X" Summit 2020: a showcase of the Moroccan leadership Organized by IRESEN, the first edition of the World Power-to-X Summit is a conference gathering policymakers, industry leaders, research experts, and worldwide innovators to discuss the PtX technology and its uses in producing renewable electricity, green molecules and feedstock, CO2 recycling.... This two-day conference was planned to take place in Marrakech from June 10 to June 12, 2020, however, with the current circumstances due to the COVID-19 pandemic, a rescheduling might take place. Safae Laghmari - Senior Analyst at Infomineo References: Ait Almouh, H. (2019). "Power To X: Quel intérêt pour le Maroc?", lavieeco.com, March 12, available at: https://www.lavieeco.com/economie/energie/power-to-x-pour-le-maroc-quel-interet-pour-le-maroc/ Benmalek, S. (2019). " Énergies propres : le modèle marocain intéresse l’Allemagne, selon Rabbah", lematin.ma, December 10, available at: https://lematin.ma/journal/2019/energies-propres-mode-marocain-interesse-lallemagne-selon-rabbah/327813.html Bladi.net (2019). "Énergies Renouvelables : les ambitions du Maroc à l’horizon 2030", bladi.net, December 2, available at: https://www.bladi.net/energies-renouvelables-maroc,62055.html Challenge.ma (2019). " Le Maroc bientôt exportateur de pétrole… vert", challenge.ma, November 30, available at: https://www.challenge.ma/petrole-vert-le-maroc-bientot-exportateur-124529/ Fédération de l'Energie (2020). "World Power to X summit 2020 du 10 au 12 Juin à Marrakech", fedenerg.ma, available at: http://www.fedenerg.ma/evenement/world-power-to-x-summit-2020-du-10-au-12-juin-a-marrakech/ Finances News Hebdo (2019). "Les grandes ambitions du Maroc sur le marché de l’hydrogène à l’horizon 2030", fnh.ma, December 9, available at: https://fnh.ma/article/developpement-durable/les-grandes-ambitions-du-maroc-sur-le-marche-de-l-hydrogene-a-l-horizon-2030 Fraunhofer - ISI, (2019). "Carbon-neutral energy from power-to-X: Economic opportunity and ecological limitations for Morocco", isi.fraunhofer.de, September 2019, available at: https://www.isi.fraunhofer.de/en/presse/2019/presseinfo-24-klimaneutrale-energie-aus-power-to-x-marokko.html H2 Today (2019). "Le Maroc veut se lancer aussi dans l’hydrogène", hydrogentoday.info, August 27, available at: https://hydrogentoday.info/news/5678 IRESEN (2019). "Terms of reference: Expert Mission for Assistance in a Study on 2050 Power-To-X Roadmap for Morocco", iresen.org, October 8, available at: http://www.iresen.org/Site_Iresen/wp-content/uploads/2019/10/ToR_ConsultMar_PtX-Road-Map-2050-Morocco_FV.pdf La Quotidienne (2019). "Le Maroc se met à la technologie «Power-to-X»", laquotidienne.ma, February 13, available at: https://www.laquotidienne.ma/article/developpement_durable%20/le-maroc-se-met-a-la-technologie-power-to-x Libération (2019). "Le Maroc pourrait devenir un exportateur de pétrole vert avant 2030", libe.ma, December 3, available at: https://www.libe.ma/Le-Maroc-pourrait-devenir-un-exportateur-de-petrole-vert-avant-2030_a113744.html MAP Ecology (2019). "«Power-to-X»: une commission nationale verra le jour", mapecology.ma, February 13, available at: http://mapecology.ma/actualites/power-to-x/ Media 24 (2019). "Energies renouvelables: le Maroc prépare sa feuille de route "Power to X", media24.com, February 13, available at: https://www.medias24.com/power-to-x-maroc-energie-145.html Media 24 (2019). "Le Maroc, exportateur de pétrole vert avant 2030", media24.com, November 30, available at: https://www.medias24.com/le-maroc-exportateur-de-petrole-vert-avant-2030-5925.html Ministry of Energy, Mines and Environment (2019). "« Power to X», Hydrogène et ammoniac verts: Quelles opportunités et priorités pour le Maroc?", mem.gov.ma, February 11, available at: https://www.mem.gov.ma/Pages/CommuniquesDePresse.aspx?CommnuniqueDePresse-89.aspx Morocco Travel Blog (2020). "World Power-to-X Summit 2020 Comes To Marrakech", moroccotravelblog.com, January 7, available at: https://moroccotravelblog.com/scalia_news/world-power-to-x-summit-2020-comes-to-marrakech/ www.energypartnership.ma (The Moroccan-German Energy Partnership - PAREMA website) https://industries.ma/la-feuille-de-route-nationale-pour-les-technologies-ptx-au-centre-dune-reunion-a-rabat/ https://leseco.ma/power-to-x-une-feuille-de-route-nationale-en-reflexion/
In southern Morocco, on the edge of the Saharan desert, lies a marvel of modern engineering that harnesses the power of the sun: the Noor Power Plant. This facility is not only the second-largest solar plant in the world, boasting a capacity of 510MW over an expansive area, but it is also a pioneering project in concentrated solar power (CSP) technology. Unlike the more common photovoltaic (PV) systems, the Noor Power Plant utilizes CSP to tap into the sun's thermal energy, marking a significant shift in how solar energy is captured and utilized. This is the second largest solar plant in the world with a total capacity of 510MW and an area that dwarfs the nearby city of Ouarzazate. However, its staggering size is not the only thing setting this power plant apart. Unlike most solar projects which use photovoltaic (PV) technology, the Noor Power Plant employs Concentrated Solar Power (CSP). While PV exploits the chemical and physical properties of photons hitting a solar cell (see photovoltaic effect), CSP exploits the thermodynamic properties of the sun. In simplified terms, a CSP plant has mirrors concentrating sunlight on a thermal receiver (normally molten salts) heating it up to 150–350 °C. The heat trapped in this fluid is then used to generate steam to drive a turbine connected to a generator, much like any other thermoelectric plant. This process is fundamentally different from a PV installation where the solar panel itself is the generating element. This difference has a crucial impact on the point of dispatchability. Without investing in additional battery storage assets, a PV facility can only dispatch electricity as it’s being produced. This is a huge drawback since it means that a PV system must usually be integrated by an alternative source of dispatchable energy to cover non-productive hours (nighttime, cloudy weather, etc…) or invest in expensive storage solutions (usually l-ion batteries). R&D has made strides in electricity storage techniques, but these remain a costly solution for utility scale projects. [caption id="attachment_4983" align="aligncenter" width="577"] Solar Power Explained[/caption] Instead, a CSP system can intrinsically store potential energy as heat in the working fluid for hours allowing producers to choose the time and amount of energy to dispatch even when the sun isn’t shining. This means that it does not need to be integrated by other power sources and does not require expensive electricity storage solutions. The storage capabilities have been rapidly improving just over the past few years too. Taking the Noor Power Plant as an example, Phase 1 (commissioned in 2016 ) has a storage capacity of 3 hours while Phase 2 and 3, which came online only 2 years later, can store energy for 7 hours. Despite this significant advantage CSP only accounts for less than 2% of all solar power projects. Why is this? The main factor has to do with space. CSP requires approximately twice as much acreage as PV to produce the same energy. In addition this area must be contiguous since the mirrors must reflect on a single heat receiver. Adding to this direct cost are the costs associated with construction in vast, barren, flat and hot places, i.e. deserts. Projects in these remote locations require construction of ancillary infrastructure such as longer roads, transmission lines, facilities, and transportation. This translates in higher capital expenditures for CSP. While the space requirement and associated costs are intrinsic to the technology, another cost factor are the installation costs which are still significantly higher than PV due to the relatively low developer experience and limited supply chain. Yet, these are already declining due to the slow but constant commissioning of new projects. In fact, 2018 saw a 26% drop in the global weighted average Levelized Cost of Electricity (LCOE) over 2017. CSP’s LCOE in 2018 was 0.185 USD/kWh, significantly higher than PV’s 0.085 USD/kWh. This is also still above the fossil fuel cost range (0.05-0.17 USD/kWh). Notwithstanding, current auction and PPA data suggests that by 2020 CSP will offer electricity in the USD 0.06 to US 0.10/kWh range. Dropping costs and dispatchability are bound to significantly accelerate the adoption of this technology worldwide. However, it may be wrong to view CSP and PV as competitors. As illustrated earlier, these are two fundamentally different technologies. It is the opinion of this analyst that CSP is better tailored for large utility scale projects while PV is better suited for distributed energy production and smaller capacities (rooftops, parking lots, self-consumption, etc…). CSP may be better understood as a direct competitor of other dispatchable thermoelectric energy producers such as gas and coal plants. Afterall renewable technologies should supplant fossil fuels not each other. This certainly appears to be the idea of the Moroccan Renewable Energy Agency (MASEN) which aims to blow the historical achievements set by the Noor plant out of the water with the Midelt project which integrates CSP and PV to produce 800MW in order to meet its 2020 target of 2000MW solar capacity. Over 2,000 years have passed since Archimedes used sun-mirrors to burn Roman ships to break the siege of Syracuse, it appears that we may have to rely on the same idea to get ourselves out of an even bigger mess yet again. Lorenzo W. Bruscagli - Associate at Infomineo References: RE PROJECTS MAP Renewable Power Generation Costs in 2018, IRENA MASEN Launches Noor Midelt II Solar Farm Tender Process, Morocco World News, July 10 2019
Each episode MEA Pulse brings you on a journey to learn about the Middle East and Africa regional economy and business trends with a featured country pertinent to the topic. Hosting Ismail Berrada from Infomineo's Casablanca office, MEA Pulse Episode 4 is a discussion on the current state of Morocco's automotive sector and the factors that have contributed to foreign investment within the sector. Tune in to gain more insights on who the key investors in Morocco are and who they are serving, as well as how the government is working to encourage development within the sector. https://soundcloud.com/user-961934619/automotive-sector-in-morocco Tip for Our Podcast Audiences Cut to the chase by clicking on the MEA Pulse icons in the comment section to listen directly to the section that you are most interested in, or you can simply click on any of the following sections. Ismail's self-introduction Morocco's development in the sector Key players within the sector What automotive components is Morocco producing? How is the Moroccan government driving growth in the sector? What factors makes Morocco an attractive region for investment? Is Morocco an attractive region for non-European investors? What is the current state of the Moroccan automotive sector? Is there a risk that OEMs might shift to other regions to base their manufacturing? Can Morocco's performance in the aeronautic sector be compared with its performance in the automotive sector? Become a MEA Pulse Follower! To keep up with future episodes, don't forget to follow MEA Pulse on Soundcloud!
The Development of Morocco’s IT Sector Morocco aims to position itself as a strategic hub in the Middle East and North Africa by becoming one of the top performing countries in the region in terms of Datacom infrastructure and IT business environment. The investment reform plan presented in July 2016 by Moulay Hafid Elalamy, Minister of Industry, Trade, Investment and the Digital Economy, marked a strategic step in the realisation of new reforms for building a competitive and efficient economic model. This article aims to provide a comprehensive overview of the reforms launched and initiatives taken to develop the Morocco Digital Program 2020. To continue its efforts in promoting Morocco as an attractive destination for outsourcing services and an anchor in the global digital movement, the government has lifted the ban made by the Telecommunications Regulatory National Agency (ANRT) over internet protocol (VoIP) services. In our previously published article, The VoIP ban in Morocco[1], we explained that the ban of VoIP could impact the operating costs of the companies in the sector and decrease the country’s competitive advantage in terms of telecom prices. According to a report published by The Brooking Institution in October 2016, the VoIP ban resulted in 320 million USD of economic loss for Morocco during the first half of 2016. In terms of digital progress, Morocco still struggles with disparities in access to computer technologies in crucial sectors. Even though 60% of Moroccans had access to the internet last year[2], the country’s 2016 network readiness index remains relatively low, ranking 78th out of 139[3]. According to the APEBI[4] Chairwoman, Saloua Karkri Belkziz, the development of a digital economy remains crucial to improving the positioning of the country. In order to exploit the full potential of ICT technologies, Morocco needs to develop a strong and dynamic program to establish itself as a competitive player globally. As an initial step, the MCINET[5] will launch the Moroccan Agency for Investment and Exportation Development (AMDIE) to engage in a competitive and high performing economic model. The agency will play a key role in ensuring the deployment of various programs and coordinate between the different actors, bringing together Morocco Export Agency and the Office of Trade Fairs and Exhibitions (OFEC). This structure will support investment at all levels based on elaborated roadmaps and create a real collective dynamic between the different actors. As an important step to further building the country’s international positioning, the MCINET launched a new Digital Program for 2020, subsequent to the Morocco Numeric 2013 Plan, emphasising the importance of introducing more diversification to improve the competitiveness of the country. According to Mr Elalamy, in order to “reach an emerging country status and enable all citizens to fulfil their aspirations, Morocco should attempt to create the conditions for a sustainable economic growth, in which investment acts as a catalyst”[6]. The Digital Program plans to accelerate Morocco’s digital transformation and reinforce the country’s status as a regional digital hub. The program consists of a 750 million USD investment in reducing the digital divide by 50% through the digitisation of administrative services, improved access to the internet through free Wi-Fi in public spaces and digital literacy programs[7], aiming to train over 39,007 ICT professionals by 2020. Overall Architecture of the Morocco Digital 2020 Strategy The Morocco Digital 2020 Strategy relies on 3 main pillars[8]: Pilar I: Boosting e-government services and fostering the dissemination of ICT usage among Moroccan households Pilar II: Positioning Morocco as a digital hub in French speaking Africa and enabling the development of BPO services with high added values Pilar III: Focusing on Human Resources to increase the regional competitiveness of the country and extend the potential growth of the market Morocco Digital 2020 Objectives Many initiatives have been launched in parallel to strengthen the e-consumer’s protection and enforce the market legislations. The General Confederation of Moroccan Enterprises (CGEM) implemented an “e-thiq@” label[9] that aims to categorise trading websites based on a list of criteria (i.e. commercial transaction, protection of consumer personal information, etc.). In recent years, Morocco tried to position itself as a strategic actor and to be on the frontline in terms of e-commerce and digital development. The country tried to extend its expertise in a wide range of IT areas, from offshoring to electronic payment and software development. According to a report published by the International Data Corporation, the Moroccan IT services market is expected to expand at an average annual growth rate of 10.3% in the coming years and is expected to reach $550 million USD by 2018. To achieve these ambitious plans the country should rely on the development of the telecoms and infrastructure sectors, improve information security regulations, and boost the public services. Sources: [1] https://www.infomineo.com/the-truth-behind-voip-ban-in-morocco-and-its-economic-impact-on-the-country/ [2] http://www.internetworldstats.com/stats1.htm [3] http://reports.weforum.org/global-information-technology-report-2016/networked-readiness-index/ [4] Fédération marocaine des technologies de l'information, des télécommunications et de l'offshoring http://www.apebi.org.ma/ [5] http://www.mcinet.gov.ma [6] http://www.mcinet.gov.ma/~mcinetgov/en/content/launching-investment-reform-plan [7] https://www.oxfordbusinessgroup.com/overview/building-new-plan-and-updated-legislation-have-provided-boost [8] https://www.oxfordbusinessgroup.com/overview/building-new-plan-and-updated-legislation-have-provided-boost [9] http://www.cgem.ma/fr/Label-e-thiq@-CGEM