Data Security, Storage, Access, Transfer and Destruction
Researchers should guard data in regards to:
- Network security: Keeping confidential data off the Internet and in extreme cases, store sensitive materials on computers not connected to the internet.
- Physical security: Restricting access to buildings and rooms where computers or media are kept. Only let trusted individuals troubleshoot computer problems.
- Computer systems and files: Maintaining virus protection software up-to-date, don't send confidential data via email (or, if you must, use encryption), set passwords on files and computers, react with skepticism to phone calls and emails that claim to be from your institution's IT department.
IT College Representatives
|Arts & Letters||Greg Topplefirstname.lastname@example.org|
|Design & Social Inquiry||Matthew Canavanemail@example.com|
For additional questions please contact Research Integrity Office at: firstname.lastname@example.org or 561-297-1383.
Database Storage and Disposal Recommendations
- It is advisable to export data from raw SQL database or input the data in analytical files in a manner that strips the immediately identifying variables from the SQL database or the paper files.
When creating databases in analytical files:
- Check that they do not contain names or identifiers.
- Utilize dedicated password protected, restricted-access space on shared network drives and conduct and save analytic work directly into these locations.
- The use of cloud-based servers to store and manipulate data is also a feasible secure option to manage data without permanent local storage.
- Contact your College IT representative to explore the options for FAU available servers and storage options.
- The use of remote access software is an alternative solution.
- If a local copy of the data is required, follow recommendations in the sections below.
- Work within the secure network as much as possible, and when possible, upload your work to dedicated space on FAU shared network drives.
- After uploading to FAU network drives, remove local workspaces and copies of the data when no longer needed.
Password-protection of individual files/documents is usually offered by the manufacturer of the software, (i.e.: Microsoft). Users must control the security of their own documents.
In general, good practice is to have three copies in at least two locations (e.g. original + external/local backup + external/remote backup). Geographically distribute your local and remote copies to reduce risk of calamity at the same location (power outage, flood, fire, etc.).
To be sure that your backup system is working, periodically retrieve your data files and confirm that you can read them. You should make these checks when you initially set up the system and on a regular schedule thereafter. CDs or DVDs are not recommended because they are easily lost, decay rapidly and fail frequently.
FAU has a policy in place 6 for backups to ensure that the institution has a safe and recent copy of data in case a system crashes or other disaster occurs. The system(s) run a backup script each night when there is little activity. A third-party cloud storage company maintains offsite backup data. All data is encrypted and stored safely.
Personal identifying information should be kept separate from the research data AND data should be stored in an encrypted format.
FAU Supportive Storage Options
- BHRIC - Biomedical Health Research Informatics Core
- HPC - High Performance Computing
KOKO Software Modules - KoKoSec
To gain access to Koko, click here.
The research plan should determine which personnel will have access to the data.
Principal investigators should have clearly established who controls the data (e.g., the PI, a student, lab personnel, university, or sponsor).
The IRB protocol should specify whether any outside parties will have access to study data and the process for storing and/or transferring that data.
Data Sharing and Transfer
Why data is shared?
- Required by publishers (e.g., Cell, Nature, Science).
- Required by government funding agencies (e.g., NIH, NSF).
- Allows data to be used to answer new questions.
- Makes research more open.
- Makes your papers more useful and citable by other researchers.
Data transmission needs a plan to protect the confidentiality of the data.
Research teams are advised to develop standard operating procedures regarding a secure transmission process regardless of the data being anonymous, coded or non-sensitive.
Secure data transmission processes are a best practice and mitigate the potential of data breaches.
FAU provides extensive guidance, software and resources to assist researchers to encrypt and transfer data.
How to Share Data?
- File Formats for Long-Term Access: The file format in which you keep your data is a primary factor in the ability to use your data in the future. Plan for both hardware and software obsolescence.
- Don't Forget the Documentation: Document your research and data so others can interpret the information. Begin to document your data at the very beginning of your research project and continue throughout the project.
- Ownership and Privacy: Make sure that you have considered the implications of sharing data in terms of copyright, IP ownership, and subject confidentiality. The way to share your data must be planned and described in the original research protocol. Always work with your IT representative, to establish a realistic, up-to-date sharing plan.
Refer to FAU-Sponsor Research for need and terms of Data Use Agreements Guidance:
7 Click here to review guidance document.
An optimal option is to create/find a data repository. The decision should be based on the long-term security offered and the ease of discovery and access by colleagues in the field. There are two common types of repository to look for:
- Discipline specific: Accepts data in a particular field or of a particular type (e.g., GenBank accepts nucleotide sequence data).
- Institutional: Accepts data of any type produced within the institution that maintains it (e.g., the University of California's Merritt) Central Data Repository.
Transfer of De-Identified Data
Responsibilities Beyond Research Team
Prior to data access, students and external investigators not explicitly listed in the IRB data access listing should:
Note: This must all be documented electronically or on paper, approved by the PI and the data manager should be informed.
Note: The data manager will create an individual folder on the secure server or cloud server for each separate study project.
Responsibilities of the Principal Investigator
- Verify documents listed above are complete.
- Make sure DUA is in place.
- Create an individual folder on the secure server or cloud server for each separate study project.
- Create the data set with a mapped set of Identification numbers (NEWID) without personal identifiers.
- Safeguard the Identification key. It will not be on a personal computer.
- According to the data use timeline or DUA or the research plan, send an email to the student or scientist and ask them to delete the data set. This email will be kept on file for the record.
Data Retention and Destruction
HIPAA: Records must be retained for a minimum of 6 years after each subject signed an authorization.
VA: Records must be retained indefinitely per VA federal regulatory requirements.