Space Law 2026 Comparisons

Ecuador is progressively aligning itself with international space governance frameworks, although it does not yet have a dedicated national space law. The country ratified the 1967 Outer Space Treaty, which establishes the foundational principles for the exploration and use of outer space. In March 2025, Ecuador acceded to the Registration Convention, marking a significant step towards enhanced transparency regarding space objects.

Ecuador signed the Artemis Accords in June 2023, becoming the 26th signatory and the third South American nation to do so. This signalled Ecuador’s commitment to sustainable and transparent space activity, as well as its openness to international cooperation in civil space exploration.

At the domestic level, no formal legislative proposal has been tabled as of mid-2026. The regulatory gap means that space activities are currently governed by a patchwork of existing telecommunications, constitutional and international treaty provisions.

Ecuador is a member of the United Nations Committee on the Peaceful Uses of Outer Space (COPUOS) and participates in both its Scientific and Technical Subcommittee and its Legal Subcommittee. The country’s engagement in these multilateral forums is expected to inform future domestic legislative efforts.

The NewSpace economy in Ecuador is at a nascent stage. The country’s equatorial location provides a significant natural advantage for space activities: launches from the equator benefit from the Earth’s rotational velocity, reducing fuel costs and increasing payload capacity for eastward orbital insertions.

In October 2025, Astralintu Space Technologies secured Ecuador’s first-ever private investment in the space industry from Grupo Futuro, one of the country’s leading business groups. This investment is funding the construction of the Equatorial Stargate Ground Station, Ecuador’s first high-capacity private teleport operating at latitude 0.

The facility would support both horizontal and vertical launches, re-entry operations and specialised runway capabilities.

The legal and regulatory framework remains under construction, creating uncertainty for investors and operators who require predictable licensing and oversight regimes.

Ecuador’s space industry is characterised by its emerging nature. The country does not have a mature launch capability, a national satellite programme or a governmental space agency. However, it possesses several distinctive features that define its space sector.

First, Ecuador’s equatorial geography is its most significant asset. The country straddles the equator, providing optimal conditions for orbital launches, particularly into geostationary and low-Earth orbits. This geographic advantage has attracted private-sector interest in establishing ground station infrastructure and launch facilities.

Second, Ecuador has a historical connection to space activities through the Cotopaxi Satellite Tracking Station, which was established by NASA in 1957 and operated as part of the Minitrack network until it was transferred to the Ecuadorian government in 1982. The station participated in the Apollo-Soyuz mission and the Space Shuttle Columbia’s second flight.

Third, the country’s space sector is primarily driven by private actors rather than the state. Current private-sector activity focuses on ground station infrastructure and spaceport development.

Ecuador’s legal system is based on civil law, with the Constitution of the Republic (2008) as the supreme legal instrument. International treaties ratified by Ecuador form part of the domestic legal order.

The main sources of rules relevant to space activities are as follows. The Constitution establishes in Article 4 that the Ecuadorian State shall exercise rights over the corresponding segments of the geostationary synchronous orbit, maritime spaces and Antarctica. Article 313 declares telecommunications and the radio-frequency spectrum as strategic sectors under exclusive state control. Article 66(19) recognises the right to protection of personal data.

The Organic Law of Telecommunications (LOT, 2015) and its General Regulation govern the telecommunications sector, including the use and exploitation of the radio-frequency spectrum. The LOT establishes ARCOTEL as the regulatory and control authority and requires enabling titles (concessions or authorisations) for the use of spectrum.

Ecuador lacks a dedicated national space law. Space activities are therefore governed by the interplay of constitutional provisions, telecommunications regulation, data protection legislation and international treaty obligations. No specific case law on space matters has developed in Ecuador, as the sector is too nascent to have generated disputes adjudicated by national courts.

There is no coming legislative evolution that has been formally announced, although discussions regarding a national space law framework have taken place within government circles since 2023.

The Ecuadorian State plays a predominantly regulatory role in space activities through its telecommunications authority, though it also participates through international commitments and facilitates private-sector development.

ARCOTEL (Agencia de Regulación y Control de las Telecomunicaciones) is the primary governmental authority with relevance to space activities. Created by the LOT in 2015, ARCOTEL administers, regulates, and controls the radio-frequency spectrum and telecommunications services. It is responsible for granting enabling titles for the use of spectrum, including frequencies allocated to satellite services, and for coordinating with the International Telecommunication Union (ITU).

The Ministry of Telecommunications and the Information Society (MINTEL) is the sector’s governing body, responsible for issuing public policy, approving national plans, and directing ARCOTEL in the application of those policies.

There is no specific governmental agency or ministry dedicated exclusively to space affairs. The Ecuadorian Space Institute (IEE), which was created in 2012 under the Ministry of Defence with responsibilities for scientific research, satellite information management and international space cooperation, was dissolved by presidential decree in 2019. Its dissolution left Ecuador without a formal institutional anchor for space policy.

The Ecuadorian Civilian Space Agency (EXA) is a private, non-governmental organisation and does not exercise governmental authority. EXA’s role is limited to research, education and the execution of its civilian space programme.

Ecuador does not have a specific authorisation or licensing regime for space activities such as launch, in-orbit operations or re-entry. There is no dedicated space activities act establishing a licensing framework comparable to those found in the United States, the United Kingdom or France.

However, to the extent that space activities involve the use of the radio-frequency spectrum (as is the case for virtually all satellite operations), operators must obtain enabling titles from ARCOTEL. The LOT establishes three types of enabling titles: concessions, authorisations (for specific activities) and registrations. The granting process involves technical and legal review by ARCOTEL’s directorate.

As there is no space-specific licensing regime, any future launch or re-entry activities from Ecuadorian territory would require the development of new regulatory instruments addressing launch-site safety, aviation coordination and environmental permitting, in addition to ARCOTEL's spectrum-related authorisations.

The use of radio frequencies by space operators is governed by the general telecommunications regulatory framework under the LOT and its implementing regulations.

ARCOTEL is the government entity responsible for the administration, regulation and control of the radio-frequency spectrum. Under Article 313 of the Constitution and the LOT framework, spectrum is treated as a strategic resource and a limited public-domain asset that is inalienable, imprescriptible and non-attachable.

ARCOTEL manages frequency allocations through the National Frequency Plan (Plan Nacional de Frecuencias), which is aligned with the ITU’s Radio Regulations and the decisions of the World Radiocommunication Conference (WRC). Ecuador, as a member of the ITU, coordinates its frequency and orbital slot allocations through the ITU’s Radiocommunication Bureau, following the procedures established in the Radio Regulations for advance publication, coordination and notification of satellite networks.

For satellite services, operators must obtain a concession of frequencies from ARCOTEL. The enabling title specifies the frequencies, orbital parameters, technical conditions and duration of use. ARCOTEL verifies that proposed satellite networks do not cause harmful interference to existing assignments.

At the domestic level, ARCOTEL has the authority to investigate and resolve interference complaints. Ecuador also participates in the Andean Community’s coordination mechanisms for satellite systems, under the principle of reciprocity in Andean satellite systems.

Ecuador does not currently have the infrastructure or regulatory framework for launching space assets from its territory. There is no operational spaceport, launch pad or dedicated launch-services regime.

The state’s role in launch activities is therefore best described as a potential facilitator rather than a provider or active user. The government has signalled openness to the development of private launch infrastructure through its engagement with international frameworks (the Artemis Accords) and preliminary regulatory discussions within government.

Should launch activities commence from Ecuadorian territory, the regulatory process would likely involve multiple governmental agencies: ARCOTEL for spectrum-related matters, the Directorate General of Civil Aviation (DGAC) for airspace coordination and safety, the Ministry of Environment for environmental impact assessment, and potentially the Ministry of Defence given the dual-use implications of launch technology.

Ecuador’s accession to the Registration Convention in 2025 is a preparatory step, as it establishes the obligation to register space objects launched from its territory with the United Nations.

Ecuador is party to the following main space treaties.

• The 1967 Treaty on Principles Governing the Activities of States in the Exploration and Use of Outer Space, including the Moon and Other Celestial Bodies (Outer Space Treaty). Ecuador ratified this treaty, which forms the cornerstone of the international space law regime.
• The 1972 Convention on International Liability for Damage Caused by Space Objects (Liability Convention). Ecuador acceded to this treaty, which establishes the liability framework for damage caused by space objects.
• The 1975 Convention on Registration of Objects Launched into Outer Space (Registration Convention). Ecuador acceded to this convention, which entered into force for Ecuador on 17 March 2025.

Ecuador has not ratified the 1968 Rescue Agreement or the 1979 Moon Agreement.

Ecuador is a member of COPUOS and participates in its Legal Subcommittee and Scientific and Technical Subcommittee. Ecuador also signed the Artemis Accords on 21 June 2023.

Regarding the implementation of international instruments, Ecuador’s Constitution recognises ratified international treaties as part of the domestic legal order. The practical implementation of space-specific obligations, however, remains limited due to the absence of domestic space legislation.

Ecuador does not have space-specific insurance requirements, liability caps or indemnification mechanisms. No domestic legislation establishes mandatory insurance for space operators, minimum coverage thresholds, or state-backed indemnification schemes for damage caused by space activities.

The general civil liability framework under Ecuador’s Civil Code applies to damage caused by any activity, including space activities where a domestic nexus exists. However, this framework was not designed to address the unique risk profile of space operations.

Under the international regime, Ecuador’s obligations under the Liability Convention would apply. This Convention establishes absolute liability for damage caused on the surface of the Earth by a space object, and fault-based liability for damage caused in outer space.

There are no domestic rules regarding risk assessment, insurance premium determination or liability thresholds specific to space missions. Any operator conducting space activities with an Ecuadorian nexus (eg, a launch from Ecuadorian territory or an operator licensed or supervised by Ecuador) would need to manage risk through contractual arrangements, including private insurance, indemnification provisions and cross-waivers of liability, in the absence of a prescriptive domestic framework.

Very high altitude (VHA) activities, including the deployment of stratospheric balloons and high-altitude platform stations (HAPS), are not specifically regulated in Ecuador. There is no domestic legal framework addressing the boundary zone between airspace (governed by aviation law) and outer space (governed by space law).

The Directorate General of Civil Aviation (DGAC) regulates all activities within Ecuadorian airspace under the Civil Aviation Code. ARCOTEL regulates spectrum use for any communications platform, including HAPS. However, there is no specific regulatory pathway for VHA operations that bridges the gap between aviation and space regulation.

It is worth noting that Ecuador’s constitutional claim over the geostationary orbit (Article 4) implicitly acknowledges the significance of different altitudinal zones for national interest, but this provision has not been developed into a comprehensive framework covering VHA activities.

The general regulatory framework imposes certain requirements that would apply to space operators.

Ecuador does not have a specific regime governing the generation, collection or processing of space-derived data as a distinct category. Where such data contains personal data, for example in Earth observation imagery, the general regime of the Organic Law on the Protection of Personal Data (LOPDP, 2021) applies. The LOPDP establishes principles of lawfulness, consent, purpose limitation, data minimisation and security for the processing of personal data.

Tenure security for spectrum concessions is established in the LOT. Concessions have defined terms (typically up to15 years for telecommunications services) and may be renewed subject to compliance. The LOT establishes grounds for revocation, including non-payment, interference, non-compliance with technical conditions and cessation of operations. Progress rights (ie, protection of investments made in reliance on a concession) are not explicitly addressed in the LOT, though general principles of legitimate expectations under administrative law would apply.

Regarding cybersecurity, the Organic Law for the Strengthening of Cybersecurity entered into force on 22 May 2026 (Official Registry, Fifth Supplement No. 290). The law establishes a framework for the protection of critical digital infrastructure, mandatory incident notification, and risk management obligations for operators of essential services, aligned with ISO/IEC 27000 and National Institute of Standards and Technology (NIST) standards. The Ministry of Telecommunications and the Information Society (MINTEL) serves as the governing authority. While the law does not contain space-specific provisions, its requirements regarding critical infrastructure protection and security management systems will apply to ground-segment operations of space systems as these are developed in Ecuador. The Criminal Code (COIP) additionally criminalises cybercrimes, and the LOPDP establishes security obligations for data controllers and processors

Ecuador’s domestic legal framework addresses non-interference primarily through the telecommunications regulatory regime. The LOT and ARCOTEL’s regulations require that spectrum users operate within their assigned parameters and do not cause harmful interference to other authorised users or international assignments.

ARCOTEL has the authority to investigate interference complaints, order corrective measures, and impose sanctions on operators causing harmful interference. The National Frequency Plan is aligned with the ITU’s Table of Frequency Allocations, ensuring compatibility with international assignments.

At the international level, Ecuador’s obligations under the Outer Space Treaty (Article IX) require the avoidance of harmful contamination and the conduct of activities with due regard to the interests of other States. The ITU coordination procedures, which Ecuador follows as a Member State, serve as the primary mechanism for preventing interference between satellite networks.

Ecuador does not have specific regulations establishing operators’ obligations regarding behaviour in outer space, launch preparation or return to Earth. In the absence of a national space law, there are no domestic ESG guidelines for space activities, no specific regulations on space debris mitigation, and no rules protecting areas of special interest such as lunar heritage sites or scientific research zones.

However, Ecuador’s international commitments provide a baseline. The Outer Space Treaty requires that activities be conducted in accordance with international law, with due regard for the interests of other states, and with avoidance of harmful contamination. The Artemis Accords, while non-binding, commit signatories to principles of transparency, interoperability, registration of space objects, preservation of outer space heritage, sustainable utilisation of space resources and orbital debris mitigation.

The absence of domestic environmental regulations specific to space activities (including debris mitigation requirements) is a gap that a future national space law would need to address. Ecuador has endorsed the UN Guidelines for the Long-term Sustainability of Outer Space Activities through its COPUOS membership.

The Organic Law on the Protection of Personal Data (LOPDP), published in the Official Registry on 26 May 2021, is Ecuador’s primary data protection legislation. It establishes a comprehensive framework for the processing of personal data, modelled in many respects on the European Union’s General Data Protection Regulation (GDPR).

There are no specific national rules on the processing, generation, collection or protection of space data as a distinct legal category. Space data that does not constitute personal data (eg, satellite imagery of terrain, weather data or technical telemetry) falls outside the LOPDP’s scope. However, to the extent that space-generated data can identify or make identifiable a natural person (eg, high-resolution imagery capturing individuals, geolocation data), the LOPDP applies in full.

The State’s role in controlling and accessing data is governed by constitutional provisions and sectoral legislation. Article 66(19) of the Constitution recognises the right to the protection of personal data and the right to access public information. The LOPDP authorises processing for reasons of public interest, national security and defence, subject to proportionality requirements.

From a business-to-business perspective, the LOPDP’s provisions on data processing agreements, data protection officers and data protection impact assessments apply to commercial arrangements involving space data that includes personal data. Data sharing and interoperability of space data sets are governed by the general contractual freedom regime under the Civil Code, subject to the LOPDP’s constraints.

Regarding international data transfers, the LOPDP requires that transfers to third countries meet adequacy standards, rely on contractual safeguards (such as standard contractual clauses), or be based on explicit consent. The Superintendence of Personal Data Protection (SPDP) has authority to assess adequacy and may issue binding corporate rules.

Space data spaces are not specifically governed in Ecuadorian national legislation. The concept of dedicated data spaces as legally structured repositories with defined rules of governance, access and interoperability has not been adopted in Ecuador’s legal framework.

Ecuador does not have a national space data space of its own.

The development of a national space data infrastructure could form part of a future national space strategy, potentially structured around Ecuador’s equatorial position and its ground station capabilities.

Ecuador’s cybersecurity framework has evolved significantly in recent months. The foundational layer consists of the Criminal Code (COIP), which criminalises cybercrimes such as unauthorised access, data interception and system sabotage, and the Organic Law on the Protection of Personal Data (LOPDP, 2021), which establishes security obligations for data controllers and processors.

On 22 May 2026, the Organic Law for the Strengthening of Cybersecurity entered into force (Official Registry, Fifth Supplement No. 290). This law establishes a comprehensive framework for the protection of critical digital infrastructure, mandatory incident notification within prescribed timeframes and risk management obligations for operators of essential services. The law is aligned with international standards such as ISO/IEC 27000 and NIST, and designates MINTEL as the governing authority for cybersecurity. It also reforms several existing statutes, including the LOT, the LOPDP and the COIP, and introduces legal authorisation for ethical hacking and penetration testing under principles of consent, legitimate purpose and personal data protection.

None of these instruments contain provisions specifically addressing space infrastructure cybersecurity, whether on Earth (ground stations and control centres), in space (satellites and spacecraft) or during data transmission between space and Earth. However, the Cybersecurity Law's requirements regarding critical infrastructure protection, security management systems and incident notification are broad enough to apply to ground-segment operations of space systems as these are developed in Ecuador. Operators of ground stations and satellite control centres that qualify as critical infrastructure or essential services under the law will be subject to its obligations.

General cybersecurity standards applicable to telecommunications infrastructure, including ISO/IEC 27001 compliance encouraged by ARCOTEL, would additionally apply to the telecommunications component of space operations. There are no space-specific cybersecurity standards or certification requirements at the national level.

Ecuador’s legal framework does not contain specific measures for environmental protection in orbit or on celestial bodies related to space activities. There are no domestic provisions establishing protected zones in outer space or around satellites.

Ecuador’s Constitution establishes robust environmental protection principles (Articles 71–74, recognising the rights of nature), and the Environmental Code (Código Orgánico del Ambiente, 2017) provides the general framework for environmental impact assessment. Any space activity conducted from Ecuadorian territory, such as a launch, would be subject to environmental impact assessment requirements under this Code.

There are no government or legislative initiatives regarding critical space minerals such as helium-3. Ecuador has not taken a position on the extraction of space resources beyond its general adherence to the Outer Space Treaty’s non-appropriation principle and the resource utilisation principles in the Artemis Accords.

Ecuador does not have specific legislation addressing climate change in direct relation to space activities. However, the country has a comprehensive climate change policy framework under the Environmental Code and the National Climate Change Strategy, which could intersect with space activities in several ways.

Sustainable development initiatives relevant to space activities include the potential use of satellite-based Earth observation for climate monitoring, deforestation tracking and agricultural management. Ecuador’s engagement with the Copernicus programme and other international Earth observation initiatives supports these objectives.

The emerging space industry has emphasised sustainability as a guiding principle. Private actors such as Astralintu have framed their infrastructure development in terms of equatorial network efficiency and reduced energy consumption, though these claims have not been independently verified under domestic regulatory standards.

Ecuador does not have a national law or regulation specifically addressing orbital debris. There is no national plan targeting space debris mitigation, no domestic requirement for end-of-life disposal of satellites and no rules mandating collision avoidance measures.

Ecuador has endorsed the UN Guidelines for the Long-term Sustainability of Outer Space Activities and the Inter-Agency Space Debris Coordination Committee (IADC) guidelines through its COPUOS participation, but these are not binding instruments and have not been transposed into domestic law.

Ecuador does not have a specific tax regime for space activities. Space operators and investors are subject to the general tax framework, which includes the following principal taxes.

• Corporate Income Tax – companies domiciled in Ecuador are subject to a general corporate income tax rate of 25% on worldwide income. This rate increases to 28% for companies owned by shareholders resident in tax havens. A reduced rate of 15% is available for micro and small enterprises.
• Value Added Tax (VAT) – the standard rate is 15% on the supply of goods and services. Certain exports and international services may be zero-rated.
• Foreign Remittance Tax (Impuesto a la Salida de Divisas, ISD) – transfers of funds abroad are subject to a rate that has varied between 3.5% and 5% in recent years.

Withholding taxes apply to payments to non-residents, including dividends, interest, royalties and service fees, at rates varying from 10% to 25% depending on the nature of the payment and the existence of double tax treaties.

Ecuador has a limited network of double tax treaties, which may be relevant for international space operations involving multiple jurisdictions.

Ecuador offers general investment incentives that may apply to space activities, though no space-specific tax incentives exist.

The Organic Law for Economic Development and Fiscal Sustainability (2021) and the Production Code establish incentive regimes including income tax reductions for new productive investments outside the metropolitan districts of Quito and Guayaquil, tax holidays for investments in priority sectors (though space is not currently designated as a priority sector) and exemptions from the foreign remittance tax for certain types of financing.

Free trade zones (Zonas Especiales de Desarrollo Económico, ZEDEs) offer preferential regimes including reduced income tax rates, VAT exemptions on inputs and customs duty exemptions. A spaceport or ground station could potentially be structured within a ZEDE, subject to approval.

Ecuador’s investment promotion agency, the Ministry of Production, as well as the new technology free zones in the country and bilateral investment treaties, may provide additional protection and benefits for foreign investors in the space sector.

The sale or transfer of space assets (such as satellites, ground stations or spectrum rights) is subject to Ecuador’s general tax framework. Gains from the sale of assets are included in taxable income and subject to corporate income tax at the applicable rate.

The transfer of spectrum concessions requires prior authorisation from ARCOTEL, and the LOT establishes penalties (up to 50% of the transaction value) for unauthorised transfers. The tax implications of such transfers would depend on whether the transaction is structured as an asset sale, a share sale or a contractual assignment.

Transfers involving non-resident parties may trigger withholding tax obligations and, depending on the structure, the foreign remittance tax. Transfer pricing rules under the Internal Tax Regime Law require that transactions between related parties be conducted at arm’s length.

NewSpace in Ecuador is at a very early stage from an investment and financing standpoint. The sector has only recently attracted its first significant private investment, with Astralintu Space Technologies securing backing from Grupo Futuro in October 2025 for ground station infrastructure.

Spin-offs from established businesses into the space sector are not yet a trend in Ecuador, though the involvement of Grupo Futuro (a diversified conglomerate with interests in insurance, finance and technology) represents a form of corporate venture activity.

Venture capital fund activity in Ecuador’s space sector is minimal. The country’s broader venture capital ecosystem is still developing, with most activity concentrated in fintech, agritech and software. However, the announcement of spaceport plans and ground station investments has generated interest among international space-sector investors who see Ecuador’s equatorial position as a strategic asset.

The main sources of finance for space activities in Ecuador are currently private equity and corporate investment. Public funding for space activities is effectively non-existent following the dissolution of the IEE and the absence of a national space budget.

Private funding has taken the form of direct equity investment (as in the Grupo Futuro/Astralintu transaction), and potentially venture capital and project finance for infrastructure development such as the proposed spaceport.

Ecuador’s public-private partnership (PPP) framework under the Organic Law for Public-Private Partnerships could provide a vehicle for infrastructure investment, including spaceports or ground station networks, though no space-related PPP has been structured to date.

Ecuador’s main features designed to attract investment in general, which would also be relevant to space activities, include a stable bilateral investment treaty framework, the legal framework for foreign investment under the Production Code, the availability of special economic development zones (ZEDEs) and the development of technology-oriented free zone regimes aimed at attracting innovation, R&D, digital services, high-tech infrastructure and export-oriented technology projects.

These mechanisms are not space-specific, but they could be relevant for space-related activities such as ground stations, satellite data processing facilities, space-tech R&D centres, component manufacturing, software development, mission-support services and other high-value technology operations, provided that the relevant eligibility and regulatory requirements are met.

The signature of the Artemis Accords in 2023 has also sent a signal to the international space community regarding Ecuador’s commitment to a rules-based space governance framework, which is relevant for investor confidence.

Ecuador’s equatorial location is itself a major attracting feature, providing natural competitive advantages for launch-related activities, satellite tracking, ground station operations and other space infrastructure.

Ecuador does not impose sector-specific restrictions on foreign investment in space activities. The general regime under the Production Code allows foreign investment on equal terms with domestic investment, with certain exceptions in strategic sectors.

Article 313 of the Constitution classifies telecommunications and the radio-frequency spectrum as strategic sectors subject to exclusive state control. This means that the State retains ultimate authority over spectrum allocation and telecommunications regulation, though private-sector participation through concessions and authorisations is expressly permitted.

Foreign entities seeking to provide satellite segment capacity or telecommunications services must be domiciled in Ecuador or maintain a permanent representative in the country. This is a general requirement for all foreign telecommunications service providers, not a space-specific restriction.

General fundraising documentation for equity investments in Ecuador follows standard corporate law practices under the Companies Law and the Production Code, including share subscription agreements, shareholders’ agreements, articles of association and due diligence reports. For venture capital and growth-stage investments, documentation would also typically include anti-dilution provisions, liquidation preferences and governance arrangements.

Due diligence in NewSpace fundraising or M&A transactions in Ecuador requires mapping the target’s exposure across multiple legal regimes, as there is no single space licensing framework. The key areas are as follows.

• Corporate matters – compliance with the Companies Law regarding share transfer restrictions, change-of-control clauses, prior authorisations from the Superintendence of Companies and any shareholder agreement provisions such as anti-dilution, drag-along, or tag-along rights.
• Spectrum and telecommunications – the status and transferability of ARCOTEL-issued enabling titles, noting that the LOT imposes penalties of up to 50% of the transaction value for unauthorised transfers of spectrum concessions.
• Data and cybersecurity – compliance with the LOPDP and the Cybersecurity Law for any infrastructure qualifying as critical.
• International obligations – alignment with Ecuador’s commitments under the Outer Space Treaty, the Liability Convention, the Registration Convention and the Artemis Accords, particularly regarding transparency, registration of space objects and State responsibility for private-sector activities.
• Intellectual property – any patents, trade secrets, or proprietary technology related to satellite systems or ground infrastructure.
• Environmental and operational matters – environmental permits and airspace coordination for planned launch or ground station operations.

The absence of a consolidated space regulatory authority makes diligence more complex: advisers must assemble a regulatory picture from each applicable regime rather than reviewing a single licence file.

Liquidity events in Ecuador’s nascent space sector are not yet a feature of the market. No space company has conducted an initial public offering, a trade sale to a strategic acquirer or a secondary sale of investor interests.

The general framework for liquidity events under Ecuadorian law covers trade sales, initial public offerings and shareholder-led exits. Trade sales are governed by the Companies Law and the Production Code, while initial public offerings are subject to the Securities Market Law and the Superintendence of Companies’ regulations. Shareholder buybacks and drag-along or tag-along arrangements governed by the shareholders’ agreement.

Ecuador’s securities market plays a minimal role in financing space activities at present. The Quito and Guayaquil stock exchanges are small by regional standards, and no space company is publicly listed.

The Securities Market Law (Ley del Mercado de Valores) establishes the framework for public offerings, which could in principle be used by a space company seeking to raise capital from the public. However, the practical likelihood of a space-sector IPO in Ecuador in the near term is low.

Debt instruments, such as corporate bonds or securitised instruments backed by satellite capacity contracts or ground station revenues, could theoretically be issued on the Ecuadorian securities market, though no such instruments have been structured to date.

Ecuador’s intellectual property framework is established by the Organic Code of the Social Economy of Knowledge, Creativity and Innovation (Código Ingenios, 2016), which governs patents, trademarks, copyright, industrial designs and related rights. Ecuador is a member of the World Intellectual Property Organisation (WIPO), the Andean Community (which establishes a supranational IP regime through Decision 486) and the Paris Convention.

There are no specific intellectual property rules applying to space activities or space assets. The general patent regime applies, including the requirement for novelty, inventive step and industrial applicability. Patents are territorial in scope and confer protection only within Ecuador.

The fundamental principles of international space law, including the freedom of exploration and use of outer space and the non-appropriation principle, create tension with territorial patent systems. An invention made or used in outer space, on a space object registered by Ecuador, would not automatically fall within the territorial scope of Ecuadorian patent protection absent specific legislation (such as exists in the United States or under the European Space Agency’s framework).

IP enforcement in Ecuador is through administrative proceedings before the National Service of Intellectual Rights (SENADI) and judicial proceedings before civil courts. Enforcement effectiveness has improved in recent years but remains a concern for technology-intensive industries.

Given the nascent state of Ecuador’s space sector, there is no established pattern of innovation protection strategies among NewSpace companies based in Ecuador.

In general, companies operating in technology-intensive sectors in Ecuador rely on a combination of patent protection (typically filed first in the United States or Europe and then extended through the Patent Cooperation Treaty), trade secret protection and contractual arrangements (non-disclosure agreements and assignment of IP rights).

Ecuador does not have specific intellectual property enforcement rules applying to space activities or space assets. The general enforcement regime under the Código Ingenios applies.

The question of applying patent law to devices manufactured or activities performed in space is not currently being discussed in Ecuador, given the early stage of the space sector. There are no legislative proposals, academic studies or governmental initiatives addressing this issue.

The quasi-territoriality principle for registered space objects, recognised under Article VIII of the Outer Space Treaty (which provides that the state of registry retains jurisdiction and control over a space object), could in theory provide a basis for extending patent protection to inventions used on Ecuadorian-registered space objects. However, Ecuador has not enacted legislation implementing this principle for IP purposes.

There are no publicly reported records of arbitration agreements in space-related commercial contracts specifically involving Ecuador. The space sector is too nascent to have generated a body of contractual practice from which patterns could be observed.

However, it is standard practice in international commercial contracts related to satellite capacity, launch services and ground station agreements to include arbitration clauses. Ecuadorian law (the Arbitration and Mediation Law) provides a robust framework for domestic and international arbitration, and Ecuador is party to the New York Convention on the Recognition and Enforcement of Foreign Arbitral Awards.

There are no reported claims lodged by foreign investors against Ecuador in space-related investment arbitration. Ecuador’s investment arbitration history has been primarily related to the oil, mining and infrastructure sectors.

Ecuador was previously a signatory to the ICSID Convention but denounced it in 2009 under the Correa administration. In 2021, Ecuador re-acceded to the ICSID Convention, restoring access to this dispute resolution mechanism for future investments. Ecuador’s bilateral investment treaties provide additional bases for investor-state arbitration.

There is no history of space-related litigation in Ecuador. The absence of a national space law, combined with the nascent nature of the space sector, means that no disputes have arisen that would constitute space litigation in the traditional sense.

Telecommunications-related disputes before ARCOTEL and the administrative courts have addressed spectrum allocation, interference, and licensing matters, which could be considered adjacent to space law. However, these cases have not involved space-specific legal issues.

As the space sector develops, potential areas for litigation could include disputes over spectrum rights for satellite services, environmental challenges to launch-site development, contractual disputes regarding satellite capacity and ground station services, and intellectual property disputes related to space technology.