More organizations across Latin America are reviewing how much control they have over the cloud systems that store and process sensitive information. They need clear answers about where data remains and who manages the platform. They also need to know where technical teams are located and how backups and recovery are handled. This is becoming an important part of cloud planning for public institutions and private companies.
This is particularly important for banks, healthcare providers, government agencies, and critical infrastructure companies. These sectors often need stronger controls around data handling and system access. International providers remain widely used because they offer advanced capabilities and large ecosystems. Still, some organizations prefer local or dedicated environments that provide clearer control over operations, encryption, infrastructure, and the movement of sensitive information.
There is no single model for cloud sovereignty across Latin America. Regulations and procurement requirements vary between countries. Brazil operates under the General Data Protection Law (LGPD), Mexico under the Federal Law for the Protection of Personal Data in Possession of Private Parties, Colombia primarily under Statutory Law 1581 of 2012, alongside rules such as Law 1266 for financial and credit data, and Chile currently under Law No. 19,628 on the Protection of Private Life, which will be substantially modernised by Law No. 21,719 from December 1, 2026. This guide compares ten providers that address sovereignty in different ways. The list includes regional clouds, government-operated platforms, private deployments, and international providers with stronger options for data location, access, and operational control.
Data sovereignty refers to the rules and controls that determine who can manage, access, and process an organization's information. National law is an important part of this, same as cloud operations. Customers should review the provider's legal structure, administrator access, infrastructure management, and encryption arrangements. These details help determine whether sensitive information remains under the level of control the organization requires.
Data residency is easier to define because it focuses on geography. It tells the customer where information is physically stored or processed. The OECD notes that cloud data can be stored across different jurisdictions, which is one reason data location and cross-border transfers matter when assessing cloud infrastructure. Local residency can be useful, but it does not guarantee local operational control. A foreign support team or parent company may still have responsibilities within the environment. Data sovereignty therefore covers a wider set of legal and operational conditions.
More sensitive data is moving to the cloud across Latin America. This includes financial records, health information, public sector data, and important business systems. As a result, organizations are paying more attention to control. They want to know where data is stored. They also want to know who can access it and what happens if the service goes down.
The rules around this are different across the continent. Some markets have stricter privacy laws. Others place more focus on data transfers or public sector systems. Industry rules can add another layer. This means companies need to look at the exact workload first. Then they can decide how much local control they really need from a provider.
Sovereignty depends on how much control the customer can keep. A provider may store data locally and still rely on teams, systems, or parent companies outside the country. This is why buyers need to look beyond the location of the server. They should review how the whole service is managed and where the main dependencies sit.
| Provider | Main LATAM markets | Sovereignty model | Key strength | Best for |
|---|---|---|---|---|
| Ilkari | Colombia and LATAM | Regional sovereign cloud | Directly operated infrastructure | Regulated enterprises |
| SERPRO | Brazil | Government sovereign cloud | Brazilian state control | Government workloads |
| OMID | Brazil | Local sovereign public cloud | Owned Brazilian infrastructure | Regulated companies |
| Claro Cloud | Multiple LATAM markets | Regional and hybrid cloud | Broad local footprint | Regional enterprises |
| TIVIT | Brazil and wider LATAM | Private sovereignty-focused cloud | Local operations | Brazil-based workloads |
| Gigas | Colombia, Chile, Peru | Regional independent cloud | Own virtualization platform | Enterprise cloud |
| Telefónica Tech | Brazil, Colombia, Peru, Chile, Argentina | Regional VDC | Multi-country presence | Multinationals |
| Oracle | Customer site and LATAM regions | Dedicated cloud deployment | Full OCI region on premises | Large regulated organizations |
| Microsoft | Customer site and LATAM regions | Disconnected private deployment | Local Azure control plane | Azure users |
| Google Cloud | Brazil and Chile | Data boundary controls | Assured Workloads | Hyperscale residency |
Best for: Sensitive workloads that require dedicated cloud infrastructure in Latin America.
Ilkari is a sovereign infrastructure provider offering data centre, sovereign cloud and domain name services across Europe and Latin America. Its infrastructure services are designed to give enterprises and regulated organisations greater control over data residency, governance and critical workloads.
In Latin America, Ilkari operates its sovereign cloud from ILK COL1 in Tocancipá, Colombia. Because the company manages the environment directly, customers have a clearer view of where their workloads are hosted. They can choose between shared resources and a dedicated setup, with the dedicated option providing stronger separation for systems that require tighter control over access and infrastructure.
The facility holds certifications including ICREA Level IV, TIA 942 C Rated 3, ISO 27001 and ISO 22301. Ilkari also provides compute, storage, networking and resilience services through an open architecture model designed to reduce vendor lock-in. Beyond sovereign cloud, the company operates data centre infrastructure in Croatia, Colombia and Iceland and provides corporate domain management, DNS, domain protection and digital intelligence services. The main limitation is that its documented sovereign cloud presence in Latin America remains focused mainly on Colombia.
Best for: Brazilian public agencies that need strong national control over sensitive data.
SERPRO runs Nuvem de Governo from its own infrastructure in Brasília and São Paulo. The service is built around the needs of Brazilian public institutions. For classified workloads, SERPRO says the data remains in Brazil and is managed by local employees. This gives agencies stronger control over location, operations, and access than they would normally get from a standard commercial cloud region.
The service includes computing, databases, analytics, security, connectivity, AI, and GPU capacity. SERPRO lists ISO 27001 and ISO 27701 certifications. Its Brasília and São Paulo facilities also hold Tier III Facility certification from Uptime Institute. The main advantage is clear national responsibility for sensitive workloads. The main limitation is that the platform is intended mostly for government use, not for the broader enterprise market.
Best for: Brazilian businesses that want fewer outside providers involved.
For companies that want a Brazilian cloud provider, OMID offers a fairly direct model. It runs infrastructure in São Paulo and Rio de Janeiro and keeps the main operations in the country. Support, monitoring, and security are managed locally as well. This can be useful for regulated businesses that want fewer unknowns around who runs the environment and where important systems are placed from day to day.
Cloud infrastructure, disaster recovery, cybersecurity, colocation, and managed services are all part of OMID's offering. The company lists certifications such as ISO 27001, ISO 27017, ISO 27018, and PCI DSS. Its strongest point is direct local operation. The main limitation is that the company is far more established in Brazil than across the rest of Latin America, which may not suit every regional business.
Best for: Regional businesses looking for local hosting with broad LATAM coverage.
Claro Cloud offers cloud services through a large network of data centers and local operations across Latin America. This makes it relevant for companies that need infrastructure in more than one country. Instead of putting every workload in the same foreign region, they can choose local options in several markets. Claro also brings local support and billing, which can make day to day management easier for regional teams.
There is one important limitation. Claro Cloud is not one uniform platform. Some services use VMware, while others include technology from AWS or Oracle. The amount of local control therefore depends on the product. A customer should check who operates the hardware and software, where backups are kept, who can provide technical support, and whether outside administrators can reach the environment when needed.
Best for: Businesses that want sensitive workloads hosted and managed locally.
TIVIT runs private cloud services from locations in São Paulo and Rio de Janeiro. It can also manage security, infrastructure, and day to day operations for customers. This gives companies a local place to keep important workloads without requiring them to manage the full cloud environment internally. It can be especially useful for businesses that need more support than a standard self service public cloud usually provides.
The company is no longer Brazilian owned. Almaviva, a technology group from Italy, acquired TIVIT in 2025. This is important for customers that need strict control over corporate jurisdiction. TIVIT lists certifications and credentials including ISO 27001, ISO 22301, and PCI related standards. Companies should also check facility ownership, backup locations, administrator access, and whether support can involve teams connected to the parent group.
Best for: Companies that need local cloud placement without using the biggest global platforms.
Gigas offers cloud infrastructure in Colombia, Chile, and Peru and manages it with a platform called Gyper. It is based on KVM, an open source technology that runs virtual machines. The technical name is less important than what it means for customers. Gigas controls more of the platform itself and is not completely tied to a large commercial virtualization provider or one of the main global hyperscalers.
The company lists ISO 27001, ISO 27018, PCI DSS, SOC 1, and SOC 2 Type II certifications. These support its security credentials, but they do not remove the need for further checks. Gigas is headquartered in Spain. Organizations should therefore ask where support teams work, who owns the facilities, how backups are handled, and whether people or systems outside Latin America can still access the cloud environment.
Best for: Multinationals that want local hosting without changing providers in every country.
Telefónica Tech gives regional businesses access to Virtual Data Center services in Brazil, Colombia, Peru, Chile, and Argentina. This can reduce the need to work with a different cloud provider in each market. The service uses VMware and can include security, backup, containers, disaster recovery, and infrastructure management. Companies can also decide whether they want Telefónica Tech to handle the environment or keep more of that work in house.
Its biggest strength is convenience across several countries. The limitation is that local hosting does not always mean local ownership or control. Telefónica is a Spanish group, and some data centers come from partners. Its VMware sovereign certification is tied to Spain. Companies should therefore check who owns the facility, where technical teams are based, where backups are stored, and how access is managed for each deployment.
Best for: Organizations that want Oracle cloud services without putting sensitive systems in a public region.
OCI Dedicated Region brings Oracle's cloud technology into a location controlled by the customer. The full environment can sit inside the organization's own facility or another approved site. Data and key management systems remain there as part of the deployment. This gives regulated companies more control than they would normally have in a shared Oracle region while still letting them use many familiar OCI services.
Oracle remains responsible for much of the technology behind the environment. It owns the cloud hardware and software and handles support, upgrades, and maintenance. The customer controls the location, applications, and data and can choose customer managed encryption keys. The biggest limitation is the effort required to run this model. Companies need to confirm local availability, physical requirements, service options, support access, and commercial terms before deployment.
Best for: Organizations that need Microsoft cloud tools with stronger local control.
Microsoft's strongest sovereignty option for Latin America is Azure Local with disconnected operations. It lets organizations run Azure based workloads inside infrastructure they control, without needing a constant connection to Microsoft's public cloud. The local environment can keep running on its own, while only limited registration and licensing information is exchanged when required. This can suit companies that need tighter control over where systems operate and how they are managed.
This setup gives customers more local control than a standard Azure region. Public Azure locations can help with data residency and performance, but they still remain part of Microsoft's global cloud. Azure Local asks more from the customer. It supports fewer services, needs dedicated hardware and management, and leaves the organization with more responsibility for security, maintenance and keeping the environment available.
Best for: Companies that need stronger control over where Google Cloud data stays.
Google Cloud offers extra location controls in Brazil and Chile through Assured Workloads. These settings help companies keep supported data and services within the São Paulo or Santiago regions. Customers can also add encryption and access controls. This is useful for organizations that already depend on Google Cloud but need clearer rules around where certain workloads and information can remain.
It is important to understand the limit. This is not a fully local sovereign cloud run by a national provider. Google still operates the wider platform, and support for Brazilian workloads can involve staff outside the country. Its stronger partner based sovereignty model is not currently available in Latin America. Companies with stricter needs should check support access, backups, administrator permissions, and key management.
Regional cloud companies can give businesses more visibility into where their systems are hosted and who manages them. They may also provide support from teams in the same market. This can be helpful for companies that need stronger local control. The limitation is that smaller providers may not offer the same range of services, global regions, or advanced tools as larger cloud companies.
Global providers offer wider coverage and more technology choices. They are usually stronger in areas such as managed databases, analytics, AI, and developer tools. Some now offer dedicated environments for customers with stricter sovereignty needs. Even so, these setups can still involve global operations. Companies should compare the actual controls instead of assuming that either a regional or global provider is always better.
Sovereign cloud in Latin America is still evolving, and companies now have many different models to choose from. Some providers keep more infrastructure and operations local, while others offer strong residency controls through larger global platforms. The important thing is to understand where the limits are. Companies need to know what stays local, what depends on outside systems, and who can access the environment.
Ilkari is a good option for organizations that want more direct control over regional infrastructure and dedicated deployment choices. It can be especially relevant for regulated or sensitive workloads. Still, there is no provider that fits every case. A government agency, a bank, and a multinational company may all need different levels of control, service range, and regional coverage.
Brazil, Mexico, and Argentina have some of Latin America’s strongest rules around personal data. Brazil has the LGPD and an active national regulator. Mexico also has a solid federal privacy framework that sets clear expectations for companies. Argentina stands out because its legal system has received EU adequacy recognition. For companies using cloud services, the main point is simple. They need to understand where personal data stays and how it can legally move across borders.
No. There is no general rule under the LGPD that forces companies to store personal data in Brazil. Businesses can use cloud services or data centers abroad if they follow the rules for international transfers. These rules require proper protection and an accepted legal basis for moving the data. The LGPD may also apply to foreign companies serving people in Brazil. Some regulated industries can face stricter requirements, so those cases need separate review.
AWS, Azure, and Google Cloud offer strong data residency options in Latin America, but full sovereignty is more complicated. Companies can place data in local cloud regions and use contracts that limit where information is stored. However, the providers themselves remain subject to U.S. law. This can matter for highly sensitive workloads. Organizations with stricter requirements often keep critical data on local or private infrastructure and use public cloud services only for systems that can tolerate more outside involvement.
Data residency refers to the physical location of data. Data sovereignty refers to the legal control around that data. For example, a company can keep its systems inside a Latin American country and satisfy a residency requirement. The situation changes if a foreign cloud provider still manages the environment. Laws from the provider’s home country may also matter. This is why companies need to look at both location and control when they assess sensitive or regulated cloud workloads.
Local providers can be more sovereign, especially when they operate the infrastructure with local staff and under local law. This gives customers a clearer view of who can access their systems and where control sits. Hyperscalers can offer strong residency and security options, but they are still global companies. Foreign legal rules may therefore remain relevant. Local clouds can work better for sensitive public or regulated workloads. Hyperscalers may be stronger when companies need advanced technology, global reach, or very large scale.
