According to Science Europe, when developing a data management plan, the third topic researchers are required to address is "Storage and backup during the research process", which broadly encompasses two main questions:
How will data and metadata be stored and backed up during the research process?
How will data security and protection of sensitive data be taken care of during the research?
SharePoint is a cloud storage solution that allows you to share documents with your team and manage your research project. When a new research project commences, IT Support at RCSI provides the Primary Investigator (PI) of that study with a SharePoint Online (SPO) site. SharePoint has replaced the previous RCSI V: drive system. All research data and documentation associated with the project (including signed consent forms) should be stored within the project’s unique SPO site. The owner of the SPO site has full control privileges to their site - only the SPO site owner can add users to the SharePoint group and assign user permissions. The SPO site owner can also grant access to an external collaborator who does not have an RCSI email account, using the procedure described in the RCSI IT Guide on Inviting external guests to a SharePoint online site. Please note, SharePoint is used in RCSI primarily for internal collaboration to avoid any potential data leakage. As such, when an SPO site is created, the external sharing feature may be disabled as a security measure. If you need to enable the external sharing feature, you should contact RCSI IT support to request an SPO site that has this feature enabled. The project PI can purchase additional storage space using grant funds, by contacting IT with their request. For more information please refer to the RCSI IT Guide on SharePoint.
Data protection and the Microsoft 365 service at RCSI: Both OneDrive and SharePoint are hosted in the Microsoft cloud, with geographical location restricted to the European Economic Area, so are capable of GDPR compliance. Non-RCSI storage systems, such as DropBox and Google Drive, provide no restriction on the geographical location of the storage and are therefore not GDPR compliant, and must not be used for any data subject to GDPR or with any restrictions or conditions from the data provider.
ICHEC Kay is Ireland's national supercomputer for academic researchers and is based in the Irish Centre for High-End Computing (ICHEC) at NUI Galway. RCSI has contracted capacity on ICHEC Kay for computational work that uses large-scale anonymised data.
|At RSCI, clinical research depends upon the secure storage and processing of personal data in order to deliver precision medicine and in conjunction with clinical trials. This data cannot be processed on most external services. The following storage and processing options are more suited to personal data that is subject to GDPR.|
Isilon storage (PowerScale) is a centrally funded a substantial storage system that is highly scalable (i.e. possible to add more storage nodes in order to handle the increased workload). It provides a single central location for active research data which is highly resilient compared to point solutions. Isilon storage is sufficiently secure and auditable to support the storage of Personal Data. It is integrated with the Active Directory so that access to data is controlled through the Active Directory, and it is easy to audit who has access to any data. For data which the Data Management Plan mandates to be retained beyond the lifetime of the funded project and for which there is no suitable public repository, it can be archived to storage within Microsoft Azure while remaining manageable from the Isilon system.
Local Compute Cluster: This is a small Slurm cluster onsite at RCSI (Dublin) and it works in a similar way to ICHEC Kay but at a much smaller scale. The Local Compute Cluster is physically secure with encrypted disks. It is CIS (Centre for Internet Security) Hardened, which provides additional security to the Linux operating system. The Local Compute Cluster is also integrated to Active Directory so identity is assured. Because of these and other security measures, it can be used to process personal data. The can install required software on the cluster, on request.
External access: There is a controlled capability to make specific data on the storage system accessible to external collaborators; however, they have to be registered with RCSI in order to maintain audit trails and for technical reasons related to access control.
Portable drives and laptops
Confidential data should not be copied to or stored on a portable computing device or a non-RCSI owned computing device. However, in situations that require confidential data to be stored on such devices, data owners and device users must acknowledge how they will ensure that data is encrypted and how encrypted data will be accessible by the owner in the event that an encryption key becomes lost or forgotten. Methods to meet this requirement include:
For more information please see the RCSI Data Encryption Policy.
Research data must be retained and disposed of securely according to the relevant retention and disposal schedule, in accordance with legal, ethical and research funder requirements, and with particular concern for the confidentiality and security of the data. Research data that underpins published results or is considered to have long-term value should be retained, subject to informed consent to do so, where relevant. The current RCSI REC guideline is that research data should be retained for 5-7 years and then destroyed. However, this retention time could be significantly less or more depending on the nature of the study being conducted. The RCSI Research Data Management Policy states that in the absence of the other provisions, the default period for research data retention is 10 years from date of last requested access. Retained data must also be deposited in an appropriate national or international reputable data repository.
However, it is often advisable to retain research data/records for a longer period depending on the nature of the study and the data collected. For example, the Medical Research Council (UK) recommends the following retention schedule for various study designs:
However, longer retention periods for both basic research and population health and clinical studies may be appropriate in some cases. For example: For basic research – Retention periods of 10 years+ may be more appropriate where there is the potential for Intellectual Property to arise (e.g. laboratory notebooks could be retained indefinitely). Similarly, research data relating to studies which directly inform national policymaking should be considered for permanent preservation in an appropriate archive or repository.
The data that you collect, organise, prepare, and analyse underpin all of your research, and backups are an important instrument to ensure that data, and related files, can be restored in the event of loss or damage. Some of the most common causes of data loss, such as hardware failure and human error, can be prevented or minimised through an active data backup policy.
Files that are stored on both OneDrive and SharePoint are hosted in the Microsoft cloud and are backed up to an alternative location within the EU (GDPR) region. Microsoft manage this process as part of their service agreement with RCSI.
It is recommended that you make three copies of your data
Store the copies on two different media (Physical and in the Cloud).
Keep one backup in a different physical location.
The ideal backup strategy will typically include both an online backup cloud service and an offline backup device (e.g. external hard drives, USB) to ensure your data is secure no matter what happens to your device. If you are working with sensitive research data, backups of the data must be protected against unauthorised access in the same manner as the original files and you may need to think a little bit more carefully about your backup strategy and where it is appropriate to store your data. In general, confidential data should not to be copied to or stored on a portable computing device or a non-RCSI owned computing device. You should clearly state in your backup strategy how often backups will be made and who will be responsible for doing so. In many instances, backups of your data can be automatically created using various software and data storage services. You should routinely test your backup solution to ensure you can recover your data in the event that you do actually need to restore from a backup. For more information please see the CESSDA Data Management Expert Guide: Backup.
Confidential data at rest on computer systems owned by RCSI and located within controlled spaces and networks are protected by strict access controls that authenticate the identity of those individuals who access the specific system or data. For more information see the RCSI Data Encryption Policy. Below are some general recommendations to help you secure and protect your devices which may contain research data (these have been adapted from the UCD Device Security Recommendations).
A strong password is a key part of ensuring data security, whether you are simply storing your own research files or sending files to collaborators. Access to all RCSI information systems and networks must be controlled via strong password authentication schemes. The RCSI’s password policy is as follows:
Passphrases are also recommended as they are often easier to remember, but much more difficult to hack. A passphrase is a password made up of (at least) four randomly chosen words. It is as easy to remember as four randomly chosen letters, but it results in very strong passwords. For example a passphrase could be simple (e.g. apple tower africa elephant ) or more complicated to make it compatible with a service that insists on punctuation marks and capitals (e.g. Ap.ple.Tower@fricaElephant). Please see the RCSI System Access Control Policy and the University of Edinburgh's Guide to Choosing a Strong Password for more information and tips.
Encryption is simply the process of translating a file into meaningless code. To translate this code back into the original meaningful information a key (often a password) is required. Recovering information from encrypted files without the key is nearly impossible. The key/password for an encrypted file should never be sent with the encrypted file, an alternative method (such as over the phone, or a text) should be used to send the key/password separately. RCSI uses BitLocker Encryption, TLS. SMTP TLS (Transport Layer Security) for encrypting confidential and other college sensitive data (please see the RCSI Data Encryption Policy). All RCSI Windows laptops come with this BitLocker Encryption. Both devices and individual files can be encrypted.
Device encryption helps to protect information on your device should it go missing or get stolen. If your device is encrypted, the data on it can only be accessed by people who've been authorized (usually through a password). Again, a strong password is required to ensure your encrypted device is truly secure. Device encryption is already available on supported devices running any Windows 10 edition (see Microsoft for further information).
File encryption can be used to store sensitive data on portable devices (such as a USB drive), to securely email it, or just to add an additional layer of security onto your existing data management.
In order to protect your data and information, all files and documents should be encrypted before transferring them. Researchers should follow RCSI acceptable use policies when transmitting data and must take particular care when transmitting or re-transmitting confidential data received from non-RCSI employees. Transmission of data via RCSI email is automatically encrypted using TLS. SMTP TLS (Transport Layer Security) is the mechanism by which two email servers, when communicating, can automatically negotiate an encrypted channel between them. RCSI has configured mail flow to ensure that TLS is always used for email transmission. For more information please see the RCSI Data Encryption Policy.
Additionally manual encryption of attachments helps to protect your data and information if either the recipient’s or your email account is compromised. The encrypted files cannot be viewed by anyone, including yourself, without the decryption password, which should be sent to the recipient using a different transfer method (e.g. over the phone or via text).
How to email files securely