“The importance of data sovereignty and security creates complexity in a world where sharing such information across borders generates huge social and economic benefits,” says Andrew Cruise, Managing Director of Routed. It is clear that in the digital age, data sovereignty is becoming more important, as data is increasingly generated and collected through a variety of channels, including e-commerce, social media platforms and mobile devices.
Essentially, data sovereignty is a phrase that describes the principle that a country has the authority and right to govern and control the data generated within its borders. Thus, the concept of data sovereignty gives governments the power to regulate the collection, storage, processing, and distribution of any data that originates within their borders.
Obviously, this will have an impact on cross-border data flows and international data-sharing agreements. Remember that different countries adopt different data sovereignty policies, but broadly, they are about demanding that data generated within the country be kept within the borders for security or regulatory purposes.
Complicating the situation is the recognition that data access and the sharing of such information across borders generates social and economic benefits of somewhere between 2,5% and 4% of GDP. In addition, data transfers of this nature also enable a wide variety of other critical activities, such as the sharing of essential information related to crime prevention, scientific research and innovation, anti-fraud and money-laundering activities, disaster management and even climate change.
It is worth paying close attention to data sovereignty, not only from the point of view of safeguarding private data, but also to avoid liability issues related to legal violations associated with a failure to protect personal information.
A major reason for the complexity around data sovereignty is that the laws governing it vary greatly from country to country, as do cloud service providers’ agreements concerning privacy policies and user rights. Therefore, organisations operating across multiple countries or regions must understand each country’s regulations to comply with all applicable laws.
In fact, ultimately, there are multiple differing definitions of exactly what constitutes ‘data sovereignty’, and it is vital that we obtain some form of industry-wide collaboration in defining and upholding the principles of data sovereignty.
Recognising the complexities of data sovereignty, VMware notes that the answer lies in sovereign cloud deployment, as this is an option that is inherently more secure and offers better data integrity and data assurance.
To this end, VMware is making efforts to promote Sovereign Cloud Partnerships and the criteria they use to select providers, but at the same time, it seeks to limit the number of providers in each region - thus ensuring the rarity of the ‘cloud sovereignty’ badge.
Among VMware’s requirements are for such service providers to have locally sited data centres and, in terms of data security, for them to be ISO and payment card industry data security standard (PCI-DSS) compliant - both areas where Routed has met requirements.
It already segregates management networks from production networks, storage traffic from a host strategy, and even separates host traffic from public-facing web traffic. In addition, we have multi-factor authentication (MFA) in place and have been leveraging the principle of least access from the very beginning. Routed has been highly conscious of implementing security best practices on its infrastructure from the outset.
Moreover, while the company may have secured our back end, poor security measures further down the value chain, like leaving ports open on firewalls, are difficult to mitigate against. However, when it comes to issues of data resilience and data integrity, this requires that backup and replication products be available to assist in a disaster recovery scenario.
Ultimately, there is no one true definition of what data sovereignty is, but it will always entail data locality within sovereign borders, data security and data integrity.
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