Salesforce Hyperforce: A Complete Guide to Architecture, Migration, and Data Residency

Salesforce Hyperforce is regarded as one of the most transformational and beneficial infrastructure developments within the Salesforce ecosystem, especially for businesses that operate across multiple regions, regulated industries, and large-scale enterprise environments.

However, for organizations to fully benefit from the scalability and data residency capabilities it offers, it is important to understand how Hyperforce works. This involves understanding what changes during migration, and how the infrastructure model can affect regulatory alignment, governance, and overall Salesforce operations. Without this level of understanding, businesses may find it difficult to make informed infrastructure, security, and deployment decisions that align with their long-term operational goals. 

This article helps to bridge that knowledge gap by providing a comprehensive guide to Salesforce Hyperforce, which covers its architecture benefits, migration requirements, supported countries, scalability model, geographic hosting considerations, deployment limitations, governance challenges, and practical recommendations for organizations planning a successful Hyperforce transition.

Managing Data Residency and Migrations in Salesforce Hyperforce

Understanding the Hyperforce Operating Zone (EU & Switzerland)

What is an Operating Zone?

In Salesforce Hyperforce, an operating zone is a specific geographic cloud region where Salesforce services and customer workloads are hosted. Hyperforce allows Salesforce environments to run across distributed public cloud regions in different parts of the world, instead of depending on centralized Salesforce-owned data centers. This regional model helps organizations to deploy their Salesforce services in environments that are closer to their users while also supporting local operational and compliance requirements. 

In Europe, the EU, and Switzerland, hyperforce operating zones are the most important because they provide regional hosting options that are designed for businesses that need their Salesforce environments to be deployed within European jurisdictions. 

The EU Hyperforce operating zone provides support for organizations that want their Salesforce workloads hosted within approved European cloud regions. This model helps to improve the responsiveness of applications used by European users while also supporting regional data handling expectations. The businesses that operate across multiple European markets often consider these operating zones when planning for their cloud deployments, migration strategies, and long-term infrastructure governance. 

The Swiss operating zone is usually treated separately because it maintains its own independent legal and regulatory framework outside the European Union. A lot of organizations prefer Swiss-hosted environments due to the country’s strong reputation for privacy and data protection standards. As a result, Salesforce provides Switzerland-focused Hyperforce deployment options for organizations that require infrastructure presence within Swiss jurisdictional boundaries. 

Overall, Hyperforce’s operating zone gives organizations a more region-aware infrastructure model, making it possible for enterprises in the EU and Switzerland to make deployment decisions that better align with their geographic, operational, and regulatory priorities.

Data Residency vs. Data Sovereignty in the EU

What do Data residency and Data sovereignty mean?

Data residency in Salesforce Hyperforce can be described as the physical location where data is usually stored, while data sovereignty is used to collectively describe the legal jurisdiction and laws that govern that data. It is important to understand the difference between these 2 terms, especially for organizations within the European Union (EU), because storing data inside Europe does not automatically guarantee that the data is governed exclusively by the EU laws. 

Data residency is primarily focused on geography. For example, a company using Hyperforce may choose to host its Salesforce environment within an EU-based cloud region so that its customer data remains physically located inside Europe. This approach is often used to support internal compliance requirements, improve regional performance, and align with industry-specific data handling experience. 

Data sovereignty, on the other hand, is used to examine which legal authorities may have access to the data. Even in situations where data is stored in an EU region, organizations would still need to evaluate the existing foreign regulations, cross-border administrative access, cloud provider obligations, and international legal frameworks that could affect data governance. 

Switzerland-specific Considerations

For enterprises using Salesforce through Hyperforce, choosing either the EU or Swiss operating zone is only one part of the broader compliance strategy. Organizations must also assess how data is processed, supported, accessed, and governed throughout the wider cloud environment. These considerations are often very important in making major cloud adoption and migration decisions, especially in highly regulated industries such as finance, healthcare, and the public sector. 

Switzerland also includes another layer to this assessment because Swiss data protection operates independently from the European Union’s regulatory framework. As a result, some organizations prefer Swiss-hosted environments not only for their data residency but also because of Switzerland’s unique legal and privacy policies.

Ultimately, Hyperforce gives organizations more flexibility in selecting where Salesforce environments are hosted, but data residency alone should not be confused with data sovereignty. The businesses that evaluate Hyperface deployments must carefully consider both the physical location of their data and the legal frameworks that may still apply to it.

Limitations of Hyperforce for Multi-Country Data Residency

The limitations of Salesforce Hyperforce for multi-country data residency include regional infrastructure boundaries, country-level localization restrictions, and the operational complexities of managing regulatory alignment across multiple jurisdictions. 

Regional Infrastructure Boundaries 

Hyperforce allows organizations to select deployment regions that are closer to where their operations are located. Its infrastructure model is still primarily built around broader regional cloud zones instead of fully isolated country-by-country environments. This means that multinational businesses cannot always maintain completely separate residency environments for every country they operate in. 

For example, an enterprise operating across Germany, France, Spain, and Switzerland may prefer customer records from each market to remain exclusively within their restrictive national jurisdiction. However, depending on the available Hyperforce operating zones and supported cloud regions, some workloads may still be hosted within shared regional infrastructure instead of dedicated country-specific deployments.

Operational Complexities 

Maintaining separate Salesforce integrations, governance policies, security controls, and compliance workflows across several regions can significantly increase administration overhead. As organizations expand into more jurisdictions, the maintenance of consistency across aspects such as reporting, access management, and regulatory oversight can sometimes be overwhelming.

Limitations associated with availability

It is not every Hyperforce-supported country that currently offers the same Salesforce services, cloud capabilities, or deployment options. In some cases, organizations may need to balance their preferred localization strategy against the infrastructure availability that is currently supported within the Hyperforce ecosystem. 

These limitations are important to consider, especially for businesses that operate in heavily regulated industries such as finance, healthcare, telecommunications, and the public sector, where county-specific data handling requirements are stricter. This is why most organizations perform detailed residency and compliance assessments before migrating to Hyperforce to ensure that the available operating zones are in alignment with their legal and operational requirements.

EU Regulatory Landscape and Ongoing Challenges

The EU regulatory landscape that surrounds infrastructure continues to evolve, and this creates ongoing compliance challenges for organizations using Salesforce Hyperforce within Europe. While Hyperforce generally provides businesses with more flexibility over regional hosting and deployment, the companies that operate in the EU still navigate through complex and constantly changing data protection expectations across multiple jurisdictions.

One of the biggest regulatory drivers is the General Data Protection Regulation(GDPR), which places strict requirements on how organizations should collect, process, store, and transfer personal data. This means that for businesses that use cloud-based platforms like Salesforce, compliance is no longer limited to where data is physically stored. Regulators are now looking out for how data is accessed, processed, transferred, and governed throughout the broader cloud environment.

Cross-border data transfer regulations have also become a major concern for multinational organizations. To follow legal documents such as Schrems II and increased scrutiny around international data flows, many enterprises now pay closer attention to how customer information moves between jurisdictions, especially when public cloud infrastructure providers operate globally distributed systems.

Another ongoing challenge is the developing push for digital sovereignty within Europe. There are currently several EU governments and regulatory bodies that are encouraging organizations to maintain greater control over sensitive national and citizen data. This has increased the demand for region-specific cloud hosting, stricter governance policies, and clearer insight into how cloud providers manage infrastructure operations across borders. 

The regulatory environments also vary across industries. This is why financial institutions, healthcare providers, telecommunication companies, and public-sector organizations often face additional compliance obligations beyond standard GDPR requirements. As a result, the businesses that evaluate Hyperforce deployments must not only consider EU-wide regulations but also country-specific legal frameworks and sector-based governance standards.

It is important for organizations to also not regard regulatory compliance as a one-time migration task. The enterprises that are using Hyperforce require ongoing governance reviews, infrastructure assessments, and compliance monitoring to ensure that their Salesforce environments remain aligned with changing European regulatory expectations.

What Is Salesforce Hyperforce?

Understanding Salesforce Hyperforce Architecture

Salesforce Hyperforce is a complete re-architecture of the Salesforce platform, designed for the public cloud. This next-generation cloud-based infrastructure is composed of code rather than hardware. This helps to ensure that the platform and applications can be delivered rapidly and reliably to locations worldwide.

When Salesforce announced Hyperforce in 2020, they described it as:

“A quantum leap forward in how Salesforce can accelerate global customers’ digital transformations and empower them to grow, fast and at scale.”

Hyperforce allows for increased scalability, agility, and performance by being on the public cloud instead of Salesforce’s data center. Customers have more choices and control over where their data is stored. This gives them better options with data residency. 

What Is a Public Cloud and Why Salesforce Hyperforce Runs on It?

Public clouds are an essential aspect of Hyperforce’s approach. These clouds provide cloud data storage to wide-ranging users, simultaneously using shared resources. As you may know, public clouds are used in Software-as-a-Service, Platform-as-a-Service, and Infrastructure-as-a-Service.

While private storage environments offer users more control over information, they are much more expensive than public clouds. Plus, when organizations use public clouds such as Microsoft Azure, Amazon AWS, or Google Cloud to run applications and store data, they don’t have to invest in owning and maintaining physical servers. This saves tremendous amounts of time and money. 

What Drove Salesforce to Create Salesforce Hyperforce?

Salesforce created Hyperforce as a response to the anticipated, evolving demands of a fast-digitalizing and increasingly complex business landscape. Salesforce’s current architecture faced challenges due to several factors. These factors include the increase in remote work, global distribution, data growth, and new geographic hosting rules. These challenges have had an impact on Salesforce’s customers.

• Data residency: Before Hyperforce, customers’ data was stored in one of several Salesforce-owned data centers. However, many countries now have regulations regarding where data originating in their country needs to be housed. In addition to the European Union’s GDPR, other examples include Canada’s Personal Information Protection and Electronic Documents Act (PIPEDA), Australian Privacy Principles (APP), and Indonesia’s Personal Data Protection (PDP) laws. 

• Performance: Centralized data centers, while effective, often introduce latency and performance challenges, particularly for users distant from the server. 

• Capacity: In many organizations, data volumes are growing by an average of 63% per month. This expansion doesn’t show any sign of slowing down. Salesforce wanted to ensure that customers wouldn’t be restricted by capacity limitations. 

• Remote work: According to a recent study, 71% of companies permanently allow some type of remote work, and 62% of immediate teams are distributed across multiple time zones. This combination requires cloud solutions that can seamlessly support distributed teams.

Salesforce Hyperforce Architecture Explained

Core Architectural Principles of Hyperforce

The core architectural principles behind Salesforce Hyperforce are centered around scalability, regional flexibility, cloud-native infrastructure, security, and service resilience. Unlike the traditional Salesforce infrastructure, which relied heavily on centralized Salesforce-managed data centers, Hyperforce was designed to operate as a modern cloud architecture that is capable of running across multiple public cloud environments worldwide.

Cloud-native Design

Hyperforce uses containerized services and automated orchestration systems that allow Salesforce applications and workloads to scale dynamically based on demand. This makes the platform more adaptable to changing workloads, regional traffic spikes, and enterprise growth requirements.

Regional Deployment Flexibility 

Hyperforce is designed to support deployment across different geographic cloud regions so that organizations can host Salesforce environments closer to their users and operational markets. This regional model helps to improve performance, support residency requirements, and give enterprises more control over where their cloud infrastructure operates.

Security and Compliance

Hyperforce incorporates automated security controls, encryption capabilities, continuous monitoring, and infrastructure-level compliance support across supported regions. These features help organizations that operate in regulated industries to maintain stronger governance over their cloud environments while aligning with evolving regulatory requirements.

Resilience and Availability 

The architecture of Hyperforce is designed to support redundancy, automated recovery mechanisms, and distributed infrastructure operations that reduce dependence on single physical environments. This helps to improve system reliability and helps to maintain service continuity across large-scale enterprise deployments. 

The combination of these architectural principles forms the foundation of Hyperforce’s modern infrastructure strategy, allowing Salesforce to deliver a more scalable, region-aware, and cloud-optimized platform for global enterprise operations.

Containerized Services and Separation of Layers

Containerized services are a cloud-native architectural approach that allows Salesforce to package applications and their dependencies into isolated environments called containers. So instead of running workloads on fixed physical servers, Salesforce Hyperforce can deploy and manage these services dynamically across cloud-hosted Salesforce infrastructure based on operational demand.

This approach makes the Hyperforce architecture more flexible and scalable than traditional hosting environments. The lightweight and portable nature of containers allows Salesforce to move, replicate, and scale services across cloud regions more efficiently without rebuilding entire infrastructure environments from scratch. This helps Hyperforce to respond faster to traffic spikes, regional growth, and changing enterprise workload demands. 

Another important part of the architecture is the separation of layers. The separation between infrastructure layers and application services makes it possible for Salesforce to deploy, update, and scale services more efficiently without relying on tightly connected infrastructure dependencies. This allows Salesforce to roll out innovations, regional expansions, and platform improvements faster than with traditional hosting models.

The separation of layers also improves operational resilience. If one infrastructure component requires maintenance, scaling adjustments, or system updates, application services can often continue operating independently without affecting the broader environments. 

Additionally, containerized supports automation throughout the Hyperforce ecosystem. Operational tasks such as infrastructure provisioning, workload distribution, service monitoring, and update management can all be handled more dynamically across different cloud regions. This allows Hyperforce to maintain consistent performance and operational efficiency across its global infrastructure footprint.

Together, containerized services and layered architecture help Hyperforce deliver a more modern, scalable, and cloud-optimized Salesforce environment that is better suited for global enterprise operations.

How Salesforce Hyperforce Differs from Traditional Salesforce Hosting

The Salesforce Hyperforce differs from the traditional Salesforce hosting in the type of infrastructure they run on. Hyperforce runs on public cloud infrastructure, while the traditional Salesforce environment primarily relies on Salesforce-owned or tightly managed data center infrastructure. 

Within the traditional Salesforce infrastructure, workloads are usually hosted within a more centralized environment where Salesforce maintains tight control over the underlying hardware and infrastructure stack. While this model provides stability and reliability, it lacks the required flexibility when organizations need region-specific deployments, faster geographic expansion, or more localized options.

On the other hand, Salesforce Hyperforce is a cloud-native infrastructure that uses a more distributed and scalable operating model. It allows Salesforce to deploy services dynamically across multiple public cloud regions using containerized workloads and automated infrastructure management instead of depending on fixed infrastructure environments. 

Another major difference between these 2 models is their regional deployment capabilities. Traditional Salesforce hosting environments provide few options for organizations that want infrastructure aligned with specific geographic or compliance requirements. Hyperforce, on the other hand, allows businesses to choose from supported operating zones across different countries and regions, making it easier to align industry infrastructure decisions with residency governance and performance objectives. 

Infrastructure instability also differs significantly between these 2 models. Traditional hosting environments are usually more dependent on physical infrastructure expansion cycles, while Hyperforce can scale resources dynamically depending on operational demand within public cloud ecosystems. This allows Salesforce to respond faster to workload increases, regional growth, and enterprise expansion requirements.

Feature	Traditional Salesforce Hosting	Hyperforce
Infrastructure	Salesforce-owned data centers	Public cloud
Regional Flexibility	Limited	High
Scalability	Moderate	Dynamic
Residency Options	Limited	Expanded

Public Cloud Providers Behind Salesforce Hyperforce Architecture

Hyperforce is built on top of public cloud infrastructure that is provided by major cloud vendors instead of relying entirely on traditional Salesforce-managed data center environments. This allows Salesforce to deploy its services across globally distributed cloud regions while taking advantage of the scalability, resilience, and infrastructure capabilities that are provided by modern cloud platforms.

The primary public cloud providers that support Hyperforce include: 

• Amazon Web Services (AWS)
• Google Cloud 
• Microsoft Azure in specific environments and regions 

These providers help to supply the infrastructure resources that Hyperforce uses to run Salesforce workloads, including compute power, storage systems, networking, regional cloud availability, and infrastructural resilience capabilities.

The use of public cloud providers allows Salesforce to expand into new geographic markets more efficiently than with a traditional infrastructure expansion model. This way, instead of building and maintaining entirely new physical data center environments for every region, Hyperforce can deploy services within supported cloud regions that are already operated by these large-scale cloud providers. This helps to fast-track regional availability and support organizations that require infrastructure closer to their operational markets.

While Hyperforce runs on third-party public cloud hosting, Salesforce still manages the Salesforce platform itself, including application services, platform operations, security controls, and customer management. The public cloud providers mainly supply the foundation infrastructure. 

Why Salesforce Hyperforce Architecture Improves Scalability

Scalability Hyperforce improves scalability by using a cloud-native infrastructure that can dynamically allocate resources across multiple public cloud regions depending on the level of operational demand. 

This scalability is largely driven by containerized workloads, automated infrastructure management, and public cloud resource elasticity. The combination of these features allows Salesforce to distribute workloads more efficiently, respond faster to traffic spikes, and support enterprise growth without depending on physical infrastructure expansion cycles.

Also, Hyperforce assists in improving regional scalability by allowing Salesforce services to be run closer to users across globally distributed cloud regions. This helps to reduce the infrastructure problems while maintaining more consistent performance across large-scale enterprise deployments.

Salesforce Hyperforce Countries: Where Hyperforce Is Available

Why Hyperforce Countries Matter for Data Residency

Hyperforce countries matter for data residency because they determine the geographic regions where the Salesforce  Hyperforce environment and customer data can be hosted. For organizations operating under strict regulatory, legal, or internal compliance requirements, the location of these cloud regions can directly affect how data is stored, 

Most businesses, especially those in finance, healthcare, government, and telecommunications, are required to keep certain categories of data within specific jurisdictions. This is why the availability of Hyperforce in a particular country or region can influence whether an organization is able to meet its residency and compliance objectives.

Another reason why Hyperforce countries matter is operational performance. Hosting Salesforce in environments closer to users helps to reduce latency and improve application responsiveness across different markets. For global enterprises operating across multiple regions, this can create a more stable and efficient salesforce experience.

The availability also affects migration planning. Some organizations may want to move their Salesforce environments into regions that align more closely with local regulations or internal governance policies. However, it is not every Salesforce service or Hyperforce capability that is available in every country. This is one of the reasons why businesses often need to evaluate the supported regions before making the decision of where to migrate.

For multinational enterprises, Hyperforce country support becomes even more important because different jurisdictions may have different residency expectations and regulatory frameworks. As a result, organizations have to carefully evaluate Hyperforce regional availability before expanding or migrating their Salesforce infrastructure. 

How to Check Whether Your Salesforce Org Can Move to a Supported Hyperforce Country

The process of checking whether your Salesforce org can move to a supported Hyperforce country usually involves reviewing the organization’s current infrastructure status, regional availability, product compatibility, and migration eligibility requirements. This check is very important because not every Salesforce organization is immediately eligible for migration, and the supported Hyperforce regions can vary depending on the Salesforce products and services being used. 

To start the verification process:

• Check whether the organization’s Salesforce instance is already running on Hyperforce infrastructure
•  Review integration and deployment dependencies before migration: This involves checking APIs, middleware tools, firewall configurations, trusted URLs, automation workflows, and third-party integrations to ensure they continue functioning properly within the target Hyperforce region.
• Check compliance and residency requirements: Confirm whether the target Hyperforce country aligns with your internal governance policies, customer obligations, and regional data handling requirements 

Many enterprises also work directly with Salesforce account teams or migration specialists during this process. This helps organizations to identify migration limitations, supported regions, infrastructure dependencies, and operational considerations before transitioning their Salesforce organization into a Hyperforce-supported country.

Top 5 Benefits of Moving to Salesforce Hyperforce

Scalability and Performance

Hyperforce’s decentralized architecture enables scalability with optimal performance. Customers can take advantage of the cloud’s elasticity and scalability to expand without worrying about the underlying infrastructure. 

Performance remains optimal even as user numbers and data volumes increase. This means that Salesforce applications can handle more complex, data-intensive operations. Hyperforce also makes it possible to deploy resources quickly and easily, which reduces implementation time from months to just weeks or even days. 

Global Reach Across Hyperforce Countries

Hyperforce facilitates global reach and accessibility by distributing data and workloads across multiple regions. This ensures that users around the world experience low latency and high performance when interacting with Salesforce applications. It enhances the user experience and ensures consistent access to critical CRM functionalities.

Flexible Data Residency

Customers can choose the geographic location where their application data is stored. This is especially helpful for organizations subject to strict data storage requirements or industry-specific regulations. With Hyperforce, businesses can align their Salesforce deployment with regulatory frameworks, fostering compliance and instilling confidence in customers and stakeholders.

Robust Security Measures

With end-to-end encryption, advanced access controls, and a distributed security model, Hyperforce enhances the overall security posture of Salesforce deployments. 

Marketed as “built-in security controls and access restrictions,” Hyperforce is secure by default with least-privileged control and security principles that require verification for every access request. It limits users to appropriate levels of access to customer data. This helps protect sensitive information from human error or misconfiguration. Encryption, at rest and in transit, comes standard.

Future-Ready Adaptability

Organizations can seamlessly pivot to meet new challenges and opportunities. Whether expanding into new markets, launching innovative products, or restructuring business processes, Hyperforce provides the foundation for agile and forward-thinking CRM solutions.

Known Issues with Salesforce Hyperforce and How to Avoid Them

The use of Hyperforce is not without its own challenges. 

The biggest issue by far is the lack of support for data residency in many countries. As of now, Salesforce can offer country-specific data storage for Australia, Brazil, Canada, France, Germany, India, Japan, Singapore, South Korea, Sweden, the UK, and the US. It should be noted that Customer 360 users can only receive data residency as a feature in the US or Germany.

With more and more people working remotely around the world, the fact that Hyperforce data residency is not available globally can be very problematic.

There are also known glitches in the Smartcomm managed package and disruptions to bot functioning. While many of these can be resolved using basic troubleshooting, others are not so simple. For example, SVG previews are no longer available for new file uploads. It is also highly likely that you would have to manage endpoints manually. Dealing with such issues can be expensive and time-consuming. 

These shortcomings don’t significantly reduce the huge advantages Hyperforce can offer, but it is important to be aware of them.

Hard-Coded References, Dynamic IP Addresses, and URL Changes

Hard-coded references, dynamic IP addresses, and URL (Uniform Resource Locator) changes are some of the most common technical issues organizations encounter during the transition to Hyperforce.

Hyperforce operates on cloud-based Salesforce deployment instead of the traditional Salesforce hosting model, and as a result, there are certain network configurations and system dependencies that previously worked in static environments may no longer behave the same way after migration.

Take hard-coded references within integrations, APIs, middleware platforms, or internal workflows, for example. Some organizations build systems that directly reference fixed Salesforce URLs, instance names, or static infrastructure endpoints. 

Dynamic IP addressing is another important consideration. Traditional environments sometimes allow organizations to rely heavily on static IP allowlisting for integrations and security policies. However, cloud-native environments like Hyperforce are designed to be more dynamic and scalable. This can affect firewall rules, third-party integrations, security gateways, and external systems that depend on fixed network configurations. 

URL structure changes can also create operational problems if organizations have embedded Salesforce links directly into applications, automation scripts, email templates, documentation, or user workflows. After migration, previously trusted URLs or domain references may redirect differently or require updates to align with the new Hyperforce deployment environment. 

These issues become even more critical in a large enterprise ecosystem where Salesforce is deeply connected to ERP systems, customer portals, analytics platforms, identity providers, and external business applications. A single outdated reference or unsupported network configuration can create disruptions across multiple interconnected systems. 

To avoid these problems, organizations usually perform detailed dependency mapping and integration assessments before migration. This often includes reviewing hard-coded URLs, auditing firewall rules, validating API integrations, updating allowlists, and testing external connectivity within the target Hyperforce environment before production cutover occurs.

Change Set and Deployment Limitations

The limitations associated with change sets and deployment in Hyperforce include legacy infrastructure dependencies, integration compatibility issues, and environment-specific deployment settings.

In many organizations, deployment packages, automation workflows, APIs, and third-party integrations are often built around assumptions that are tied to the traditional Salesforce hosting environment. During a Salesforce to Hyperforce, changes to URLs, network configurations, regional deployment structures, or cloud infrastructure behavior can affect how these components function if they are not properly reviewed beforehand. 

Another challenge comes from the complexity of the enterprise ecosystem. Large organizations usually connect Salesforce environments to ERP (Enterprise Resource Planning) systems and analytics platforms. Identity providers, middleware tools, and external business applications. This is why deployments made within one Salesforce environment can sometimes impact workflows, authentication processes, or integrations operating across other interconnected systems. 

CI /CD (continuous integration/continuous deployment) governance processes may also need updates after migration. Firewall rules, trusted URLs, IP allowlists, deployment permissions, and external connectivity settings often require reassessment to ensure deployment operations continue functioning properly within the Hyperforce ecosystem. 

There are also testing and validation requirements. Organizations frequently need to verify API behavior, automation performance, network connectivity, integration stability, and security configurations within the target Hyperforce operating zone before production deployment takes place. The processes that previously worked inside the traditional Salesforce infrastructure may also require adjustments within a cloud-native deployment environment.

Governance for Multi-Region Deployments

Governance for multi-region deployments in Hyperforce is mainly centered on maintaining operational consistency, compliance oversight, and security control across multiple cloud regions and deployment environments. As organizations expand their Salesforce infrastructure across different geographic locations, governance becomes more complex due to the number of interconnected systems, regional regulations, and deployment dependencies involved.

Maintaining consistent security and compliance policies across different operating zones. 

Organizations that operate in multiple regions often need to manage different residency requirements, access controls, audit policies, and regulatory obligations simultaneously. Without proper governance structures, it becomes difficult to ensure that all Salesforce environments follow the same operational and compliance standards.

Visibility and administrative control.

Large organizations usually manage multiple Salesforce organizations, integrations, deployment pipelines, analytics systems, and third-party applications spread across several regions. As these environments become more disturbed, monitoring infrastructure activity, managing permissions, and maintaining centralized oversight can become significantly more difficult.

Regional deployment differences. 

There are certain Hyperforce regions that support different infrastructure capabilities, services, or deployment timelines, which can affect how organizations standardize workflows across environments. This becomes especially important for businesses that require synchronized deployments, unified reporting, or centralized governance frameworks across multiple countries. 

Before expanding into multiple operating zones, it is important for enterprises migrating to establish dedicated strategies. These strategies usually include centralized policy management, region-specific compliance controls, deployment governance frameworks, continuous monitoring processes, and standardized security practices to maintain consistency across all environments.

Requirements Before Migrating to Salesforce Hyperforce

While Hyperforce relies on modern cloud-based technologies, it was also created to be compatible with previous Salesforce versions. However, this compatibility is not perfect. As a result, some areas and options might not fully migrate. To avoid problems and ensure seamless migration to Hyperforce, make sure to follow these best practices: 

• Avoid using direct references to instances in the custom code of a Salesforce organization. Generic URLs are recommended instead of IRLs that contain instance names in order to avoid interruptions during maintenance tasks.

• Avoid using hard-coded IP allowlists. There are several modern approaches that can be implemented instead, including:
  • Allowlisting domains instead (*.force.com, for example).
  • Using modern authentication for web services and API endpoints so that there is no need for IP whitelisting.
  • Implementing mTLS (mutual transport layer security) to guarantee secure links to and from the client by validating the certificates of both entities before the connection is established.

• Request a dedicated Hyperforce IP list if the IP allowlist is an unavoidable compliance or business requirement.

• Use the SNI (service name indicator) to ensure the successful implementation of the HTTPS protocol. SNI itself is a security feature used to configure SSL/TLS (Secure Sockets Layer/Transport Layer Security) certificates; it makes it possible for the same IP address to host several websites with different certificates at once.

• Avoid pinning the certificates. This security practice is considered outdated, and Hyperforce is designed for periodic certificate rotation.

• .NET version 5.0 or higher is a requirement for companies that use Streaming Clients or Platform Events. The Hyperforce RFC does not support any .NET version lower than 5.0.

• The usage of Streaming API version 37 or higher is recommended. Streaming API version 36 or below might encounter error responses in Hyperforce environments.

Many of these practices are not mandatory per se, but they can help eliminate the need and hassle of performing adjustments after the migration process is complete.

How to Find Out Whether You Are Already on Salesforce Hyperforce

If you are not sure whether or not you are already on Salesforce Hyperforce, there is a relatively simple way to figure this out. 

The first step is to discover the instance ID associated with your Salesforce environment. It can be found by going to the Setup menu and choosing the Company Information category. This page offers a lot of general information about your company, including name, locale, time zone, amount of data used, etc. One of the lower sections on this page, called “Instance”, offers a combination of four or five symbols that are going to be used next. For example, NA254 represents a non-Hyperforce instance in Northern Virginia, USA.

The second step is to go to Salesforce’s Find My Instance page, which provides a map of all Salesforce instances in the form of a 3D model of our planet. Simply use the instance ID located above to find the instance itself on this map. Once found, you’ll see information about the target, including its location and whether the instance is Hyperforce or Non-Hyperforce.

Recommendations for Salesforce Hyperforce Migration

In most cases, the process of migrating to Hyperforce cannot be initiated on the client side.

There is no specific migration timeline available in the official documentation, but any Salesforce user with Manage Users and Modify All Data permissions is technically eligible for migration. 

The migration process for any Salesforce org is preceded by an official notification that explains the time frame of migration and the general rules set. Typically, migrations happen during a company’s preferred maintenance windows. However, this proposed time can be changed by reaching out to the Salesforce Account Team. 

The migration process takes approximately three hours on average. During this time, all the elements of the selected Salesforce org are in read-only mode. If the selected organization does not meet the migration criteria, the process can be deferred for a certain time period. 

We should also note that even Salesforce recommends familiarizing yourself with the Hyperforce infrastructure beforehand, with either detailed documentation or a resource called Hyperforce Migration Assistant, which provides a guided migration experience (available to most users as of Winter 2024).

Step-by-Step Guide to Prepare for Salesforce Hyperforce Migration

Migrating from Salesforce to Hyperforce can be a very smooth and straightforward process if you prepare in advance and have a clear understanding of what to do. Here is a step-by-step guide on how to successfully prepare for Hyperforce migration:

1. Perform a thorough evaluation of your Salesforce environment. Take note of any specific compliance requirements, as well as whether you would need to scale your operations upwards. Having a clear understanding of your company’s needs is a good first step.

2. Choose a public cloud provider that makes the most sense for you.  Integrations with specific software might be easier in Amazon’s, Google’s, or Microsoft’s ecosystem, so be sure to do your research. Salesforce supports a number of different public cloud providers, leaving plenty of choice for the end user.

3. Formulate a detailed migration plan to follow. A detailed roadmap with key milestones, timelines, and critical systems that have to be migrated can be created with your Salesforce team or with a business partner.

4. Perform thorough testing and validate information before going live.  Many post-migration issues and downtime can be avoided or at least mitigated if the newly migrated environment is thoroughly tested beforehand, making sure that all systems run properly.

5. Go live on Hyperforce and monitor the performance in several ways. Once the migration is complete and the environment is up and running, keeping an eye out on the performance of the system is also important. Look for any irregularities or other potential problems you may have missed during the initial check-up.

Salesforce Hyperforce Migration Case Studies

Real-world examples are the best way to showcase the advantages of certain methods or technologies. The case studies below illustrate how different companies have benefited by successfully transitioning to Salesforce Hyperforce infrastructure.

Global Financial Services Corporation

A UK-based financial services corporation that operates in dozens of countries has been using Salesforce for years, but grappled with a number of issues:

• High latency for APAC (Asia-Pacific) users.
• Regional hosting location requirements in multiple jurisdictions.
• Scaling limitations during peak load hours.

Migrating to Salesforce Hyperforce resolved most of their issues, with the exception of the geographic hosting requirements in locations that do not have support for Hyperforce yet. 

Benefits achieved:

• Seamless and convenient scaling during any market volatility time frames.
• At least a 40% reduction in latency for APAC customers.
• Full compliance with GDPR and regional data sovereignty frameworks (where applicable).

The migration itself was finished in four weeks instead of the projected three months.

Healthcare Provider Network

A healthcare provider network in Australia had major integration issues with local healthcare systems. They also needed to scale quickly during and after the COVID-19 pandemic while meeting strict requirements in terms of data sovereignty under Australian Privacy Principles.

By using Salesforce Hyperforce, they resolved all of these issues:

• The security situation improved, with a zero-trust architecture that is built into Hyperforce.

• System response times are 60% faster than before.

• APP regulations have been met in their entirety, ensuring local country-specific data storage.

• Scalability to meet a 300% increase in patient data processing was successfully tested and handled with ease.

Should You Migrate to Salesforce Hyperforce?

All Salesforce customers will most likely move to Hyperforce as it is considered the next-generation architecture by Salesforce.

The good news is that Hyperforce is designed to be fully compatible with all Salesforce applications and tools. All Salesforce applications, customizations, and integrations, regardless of Cloud, can be run on Hyperforce due to its backward compatibility. 

If you’re an existing Salesforce customer, you can migrate to Hyperforce without needing to overhaul your current systems. You get all the benefits of Hyperforce without the worries often associated with migrations. 

For more details about Hyperforce benefits and migration considerations, check out this Salesforce Hyperforce FAQ, consult with Salesforce representatives, and engage with the Salesforce community. 

Frequently Asked Questions

How does Salesforce Hyperforce pricing compare with the traditional Salesforce environment?

While Hyperforce does not come with additional licensing costs by itself, there might be indirect cost increases to consider, including network infrastructure updates, consulting fees for migration assistance, training costs for new tools, additional security modifications, and so on.

That being said, Hyperforce can also result in substantial cost savings, including:

• Lower maintenance costs for physical infrastructure.

• Reduced necessity to create and maintain custom infrastructure environments.

• The removal of redundant third-party tools that can now be replaced with Hyperforce’s built-in features.

• Cloud scalability that leads to better resource optimization across the board.

Can you use existing Salesforce backup solutions after migrating to Hyperforce?

Depending on your current backup solution, some adjustments might be necessary when moving to Hyperforce, including:

• IP allowlist updates for data export services.

• Connection settings updates for third-party backup solutions.

• Companies with physical backups would have to revise their entire strategies for cloud-based storage.

• Custom backup solutions might have to be completely reconfigured to account for new security requirements and API endpoints.

• Native Salesforce backup tools should work as usual.

Can you keep some Salesforce orgs on classic infrastructure and migrate others to Hyperforce?

This kind of hybrid approach is possible. Keep these considerations in mind: 

• It is possible to migrate to different geographic regions separately.

• Connected organizations would still be able to operate across different infrastructures.

• Productions and sandbox environments have the option of independent migration.

• The migration readiness of each organization is evaluated separately.

However, the hybrid approach becomes more and more difficult as time goes on. Additional configuration might be required for cross-organization integrations, both monitoring and maintenance become far more complex, and accounting for both infrastructure types would make security and compliance that much more challenging. Because of this, permanent hybrid deployment is generally not recommended, although a temporary hybrid approach could be helpful to some companies.