Genetec Inc. recently underscored the growing importance of data sovereignty within the realm of physical security.
With the expanded use of cloud solutions for surveillance, access control, and IoT systems, deciding where data is stored has emerged as a crucial consideration for security and IT decision-makers.
These systems store sensitive data, including surveillance footage, access logs, and sensor information, that is now frequently kept in international data centres, prompting security professionals to question which laws govern their data and how it can be legally utilised.
The implications of data crossing borders
The location where data is stored matters significantly, as crossing national borders subjects it to diverse legal frameworks that can sometimes be contradictory. This environment introduces various risks, such as potential compliance penalties under stringent regulations like Europe's GDPR, California's CCPA, India's Digital Personal Data Protection Act, and Australia's Privacy Principles.
Non-compliance with these regulations can lead to significant fines. There's also a risk of losing control, as data in foreign jurisdictions may be accessibly by authorities in those locations, increasing uncertainty about access conditions.
During political instability, these factors could add geopolitical exposure, potentially threatening critical infrastructure. Operational disruptions may occur if international regulations hinder access to data, especially during critical incidents.
Selecting the right technology partner
Adhering to data sovereignty requirements extends beyond internal policy frameworks
Adhering to data sovereignty requirements extends beyond internal policy frameworks; it involves selecting suitable technology partners. Integral considerations for evaluating vendors include privacy safeguards such as role-based access and anonymisation tools.
These features ensure responsible data handling from the outset. Deployment flexibility is also crucial, giving organisations the ability to choose between on-premises and cloud storage, or a hybrid approach, based on specific needs.
Moreover, systems should align with global regulations, providing adaptability to evolving legal landscapes. This ensures ongoing compliance by demonstrating data storage locations, including backups, and management strategies.
Steps to enhance data sovereignty
Physical security leaders should take clear action to enhance data sovereignty. First, map the legal environment to identify applicable regulations across operational regions, ensuring physical and IT data compliance.
Determining where and how data will be stored and processed, along with examining local residency options and compliance assurances, should be part of vendor discussions.
Adapting to regulatory changes is essential, necessitating flexible technologies and architectures. Furthermore, investing in governance policies surrounding data access, sharing, and retention can establish consistent practices across an organisation.
A collaborative approach
With over 130 countries enforcing data protection laws, data sovereignty has become a collective responsibility. It is vital for IT departments, physical security teams, executive leaders, and regulators to collaborate, ensuring sensitive data remains protected and legally compliant.
As cloud use expands and privacy regulations evolve, prioritising data sovereignty will be increasingly critical. Successful organisations will be those that embed data sovereignty as a strategic component of their overall security approach.
Genetec Inc., the global pioneer in enterprise physical security software, highlights why data sovereignty has become a central concern for physical security leaders as more surveillance, access control, and IoT systems move into the cloud.
Surveillance video, access control logs, and IoT sensor readings are among an organisation's most sensitive assets. As they are increasingly hosted in data centres around the world, questions such as where that data resides, who governs it, and how it can legally be used are moving up the agenda for security and IT leaders.
With organisations in the region increasingly relying on cloud-based physical security systems, understanding data sovereignty obligations has become just as vital as managing traditional risks such as theft, safety, and facility protection. Here are some key considerations for IT and physical security leaders as they review how and where their security data is stored and governed:
The risks of crossing borders
Why does it matter where data is stored? Because once information crosses national borders, it becomes subject to different, sometimes conflicting, laws. This can introduce certain risks, such as:
- Compliance penalties: Regulations such as GDPR in Europe, the CCPA in California, India’s Digital Personal Data Protection Act, and the Australian Privacy Principles (APP) impose strict guidelines on how personal data can be transferred internationally, and non-compliance can result in large fines.
- Loss of control: Data stored outside a jurisdiction may be accessible to foreign authorities, creating uncertainty about who can demand access and under what conditions.
- Geopolitical exposure: This loss of control particularly matters in times of political tension, when the flow of data across borders can create points of vulnerability, especially for critical infrastructure and other data of national interest.
- Operational disruption: If a regulator restricts access to data stored abroad, organisations may lose visibility into incidents just when they need it most.
What to look for in a technology partner
Meeting data sovereignty obligations is not just about an organisation's internal policies. It also depends on the technology partners they select. When evaluating vendors, there are several areas physical security leaders should pay close attention to:
- Built-in privacy safeguards: Security systems should incorporate features such as role-based access controls, anonymisation tools, and detailed audit trails. These capabilities ensure that sensitive data is handled responsibly from the start, rather than being bolted on after deployment.
- Deployment flexibility: Organisations need options. In some cases, storing all data on-premises makes the most sense. In others, cloud hosting is appropriate. Often, certain workloads are kept locally while others are processed in the cloud, which provides the right balance. The important point is that systems should allow for choice rather than forcing a one-size-fits-all model.
- Alignment with global regulations: Laws can change and, when technology is involved, things could move quickly. Systems that can adapt to evolving requirements give organisations confidence that they will remain compliant over time. This includes the ability to demonstrate where data is stored, both primary and redundant copies, and how it is managed, even if regulations shift.
Practical steps for strengthening data sovereignty
For physical security leaders, there are clear actions that can help strengthen data sovereignty:
- Map the legal environment: Identify which regulations apply to the organisation across all the regions where users operate. Physical security data should be included in this assessment alongside IT data.
- Ask providers the right questions: Where will the data be hosted, including backups? How will it be processed? What are the options for local residency? Can one demonstrate compliance with applicable laws? What are their policies about accessing data when requested by government entities?
- Plan for change: Assume that regulations will evolve. Choose technologies and architectures that can adapt without requiring complete replacement.
- Invest in governance: Establish internal policies that cover how data is accessed, shared, and retained. This will help ensure consistency across sites and departments.
A shared responsibility
With more than 130 countries now enforcing some form of data protection law, data sovereignty has become a collective responsibility. IT, physical security, executive leadership, and regulators all play a role in ensuring that sensitive information is protected and compliant with local requirements.
As cloud adoption accelerates and privacy laws continue to evolve, data sovereignty will only become more important. The organisations that succeed will be those that make it a strategic pillar of their cyber and physical security posture.
