In today's global landscape, navigating the complex web of data privacy regulations like GDPR, CCPA, and HIPAA is one of the biggest challenges for modern enterprises.
The pressure to innovate quickly is in constant tension with the need for strict governance and compliance. A single misstep can lead to significant fines, reputational damage, and loss of customer trust.
StatelyDB is architected to resolve this tension. We provide the tools to innovate with confidence in highly regulated industries by turning compliance from a reactive burden into a proactive, built-in feature of your data platform.
With StatelyDB, you can ensure enterprise-grade governance without sacrificing development velocity.
Imagine your company is rapidly expanding into the European market. Your legal team has made it clear: under GDPR, all data belonging to EU citizens must be stored on servers physically located within the EU. With your current monolithic database, this is a monumental task. It requires setting up entirely new, siloed infrastructure, complex data routing logic, and a constant, manual effort to ensure data doesn't cross regional boundaries—all of which is slow, expensive, and incredibly risky.
StatelyDB solves this with a flexible architecture designed for data control.
Our BYOC deployment model gives you absolute data sovereignty. By deploying the StatelyDB data plane in your own AWS account, your data never leaves your security perimeter. You have complete control over which region your data resides in, making it simple to meet strict data residency requirements for any jurisdiction.
Our BYOC deployment model gives you absolute data sovereignty. By deploying the StatelyDB data plane in your own AWS account, your data never leaves your security perimeter. You have complete control over which region your data resides in, making it simple to meet strict data residency requirements for any jurisdiction.
With our Multi-Cloud capabilities, you can go even further. StatelyDB can manage data placement on your behalf, automatically routing and storing data in specific regions based on user location or other attributes you define. This automates data sovereignty, ensuring compliance without ongoing engineering effort.
With our Multi-Cloud capabilities, you can go even further. StatelyDB can manage data placement on your behalf, automatically routing and storing data in specific regions based on user location or other attributes you define. This automates data sovereignty, ensuring compliance without ongoing engineering effort.
Imagine your company is rapidly expanding into the European market. Your legal team has made it clear: under GDPR, all data belonging to EU citizens must be stored on servers physically located within the EU. With your current monolithic database, this is a monumental task. It requires setting up entirely new, siloed infrastructure, complex data routing logic, and a constant, manual effort to ensure data doesn't cross regional boundaries—all of which is slow, expensive, and incredibly risky.
StatelyDB solves this with a flexible architecture designed for data control.
Imagine your company is rapidly expanding into the European market. Your legal team has made it clear: under GDPR, all data belonging to EU citizens must be stored on servers physically located within the EU. With your current monolithic database, this is a monumental task. It requires setting up entirely new, siloed infrastructure, complex data routing logic, and a constant, manual effort to ensure data doesn't cross regional boundaries—all of which is slow, expensive, and incredibly risky.
StatelyDB solves this with a flexible architecture designed for data control.
Our BYOC deployment model gives you absolute data sovereignty. By deploying the StatelyDB data plane in your own AWS account, your data never leaves your security perimeter. You have complete control over which region your data resides in, making it simple to meet strict data residency requirements for any jurisdiction.
With our Multi-Cloud capabilities, you can go even further. StatelyDB can manage data placement on your behalf, automatically routing and storing data in specific regions based on user location or other attributes you define. This automates data sovereignty, ensuring compliance without ongoing engineering effort.
Imagine your company is rapidly expanding into the European market. Your legal team has made it clear: under GDPR, all data belonging to EU citizens must be stored on servers physically located within the EU. With your current monolithic database, this is a monumental task. It requires setting up entirely new, siloed infrastructure, complex data routing logic, and a constant, manual effort to ensure data doesn't cross regional boundaries—all of which is slow, expensive, and incredibly risky.
StatelyDB solves this with a flexible architecture designed for data control.
Data regulations grant users specific rights, such as the "right to access" their data or the "right to be forgotten." Fulfilling these requests in a traditional database is often a nightmare. It requires engineers to manually query dozens of tables, painstakingly assemble a complete user profile, and ensure every last trace of a user's data is deleted upon request—a process that is both error-prone and time-consuming.
By modeling your data with a hierarchical key path structure (e.g., grouping all of a user's data under a /user-:id prefix), you gain powerful capabilities:
By modeling your data with a hierarchical key path structure (e.g., grouping all of a user's data under a /user-:id prefix), you gain powerful capabilities:
Fulfilling a GDPR data access request becomes a single, efficient List operation on the user's key path prefix. This retrieves every piece of data associated with that user—profiles, orders, settings, etc.—in one go.
Fulfilling a GDPR data access request becomes a single, efficient List operation on the user's key path prefix. This retrieves every piece of data associated with that user—profiles, orders, settings, etc.—in one go.
The "right to be forgotten" is just as simple. A single Delete operation on the user's prefix ensures every item associated with them is completely and irrevocably removed, including all aliases and indexes.
The "right to be forgotten" is just as simple. A single Delete operation on the user's prefix ensures every item associated with them is completely and irrevocably removed, including all aliases and indexes.
Data regulations grant users specific rights, such as the "right to access" their data or the "right to be forgotten." Fulfilling these requests in a traditional database is often a nightmare. It requires engineers to manually query dozens of tables, painstakingly assemble a complete user profile, and ensure every last trace of a user's data is deleted upon request—a process that is both error-prone and time-consuming.
Data regulations grant users specific rights, such as the "right to access" their data or the "right to be forgotten." Fulfilling these requests in a traditional database is often a nightmare. It requires engineers to manually query dozens of tables, painstakingly assemble a complete user profile, and ensure every last trace of a user's data is deleted upon request—a process that is both error-prone and time-consuming.
By modeling your data with a hierarchical key path structure (e.g., grouping all of a user's data under a /user-:id prefix), you gain powerful capabilities:
Fulfilling a GDPR data access request becomes a single, efficient List operation on the user's key path prefix. This retrieves every piece of data associated with that user—profiles, orders, settings, etc.—in one go.
The "right to be forgotten" is just as simple. A single Delete operation on the user's prefix ensures every item associated with them is completely and irrevocably removed, including all aliases and indexes.
Data regulations grant users specific rights, such as the "right to access" their data or the "right to be forgotten." Fulfilling these requests in a traditional database is often a nightmare. It requires engineers to manually query dozens of tables, painstakingly assemble a complete user profile, and ensure every last trace of a user's data is deleted upon request—a process that is both error-prone and time-consuming.
In most NoSQL databases, the lack of an enforced schema means governance is an afterthought—an application-layer problem that leads to inconsistent data and a constant struggle to understand what's actually in your database.
Your schema is a single, version-controlled source of truth that explicitly defines every field, data type, and validation rule. It acts as a living, auditable data catalog, eliminating ambiguity and ensuring data consistency across all applications.
Your schema is a single, version-controlled source of truth that explicitly defines every field, data type, and validation rule. It acts as a living, auditable data catalog, eliminating ambiguity and ensuring data consistency across all applications.
Every change to your data model is captured as a new, immutable schema version. This creates a comprehensive audit trail, allowing you to see exactly how your data has evolved over time, which is critical for compliance and debugging.
Every change to your data model is captured as a new, immutable schema version. This creates a comprehensive audit trail, allowing you to see exactly how your data has evolved over time, which is critical for compliance and debugging.
Our commitment to enterprise-grade security is validated by our SOC 2 compliance, providing third-party assurance that we meet the highest standards for data security and privacy.
Our commitment to enterprise-grade security is validated by our SOC 2 compliance, providing third-party assurance that we meet the highest standards for data security and privacy.
In most NoSQL databases, the lack of an enforced schema means governance is an afterthought—an application-layer problem that leads to inconsistent data and a constant struggle to understand what's actually in your database.
In most NoSQL databases, the lack of an enforced schema means governance is an afterthought—an application-layer problem that leads to inconsistent data and a constant struggle to understand what's actually in your database.
Your schema is a single, version-controlled source of truth that explicitly defines every field, data type, and validation rule. It acts as a living, auditable data catalog, eliminating ambiguity and ensuring data consistency across all applications.
Every change to your data model is captured as a new, immutable schema version. This creates a comprehensive audit trail, allowing you to see exactly how your data has evolved over time, which is critical for compliance and debugging.
Our commitment to enterprise-grade security is validated by our SOC 2 compliance, providing third-party assurance that we meet the highest standards for data security and privacy.
In most NoSQL databases, the lack of an enforced schema means governance is an afterthought—an application-layer problem that leads to inconsistent data and a constant struggle to understand what's actually in your database.
Stop choosing between speed and safety. StatelyDB provides the guardrails to innovate fearlessly, even in the most demanding regulatory environments.