Technical Security
The following technical controls support LiveOffice’s infrastructure, application and data security policies.
These include:
- Infrastructure Security
- Application Security
- Data Security
Redundant Firewalls
LiveOffice uses best-of-breed, redundant firewalls to block Internet-based attacks from its network and maintain high availability.
Redundant Load Balancers
Minimum System Baselines
Role-Based Access Controls
LiveOffice’s cloud-based email archiving solutions contain a number of roles, including built-in roles and custom roles, for users, account managers, policy managers, role managers, administrators and auditors.
Two-Factor Authentication
Users must login to LiveOffice services with a username and password. With LiveOffice’s Trusted Networks capability, companies may choose to “lockdown” access for certain services, so only users logging in from specified IP address ranges are permitted to login to any given domain.
Password Hashing
Audit History
Administrators can conduct audits and review the history of their LiveOffice archiving applications to review important statistics and user actions. They can also setup email alerts to receive notification of any new hits to active surveillance searches, e-discovery downloads or other areas of concern.
LiveOffice employs a variety of security measures to ensure its databases and data are secure.
Encryption in Transit (TLS)
When clients send data to LiveOffice for archiving, they typically use a 256-bit TLS-encrypted tunnel. Transport Layer Security (TLS) is an encryption protocol that provides security for communications (e.g., email and IM) sent via the Internet as well as other types of data transfers. TLS encryption maintains the data integrity of emails, so they can’t be modified, intercepted or altered while in transit.
Encryption at Rest (AES)
LiveOffice uses the industry-leading Isilon clustered Network Attached Storage (NAS) solution to store data. Isilon’s proprietary oneFS clustered file system technology stripes (also known as sharding) data across every hard drive and node in a given Isilon cluster. This means any given email message or file is spread across the drives and nodes in the system.
In addition, LiveOffice’s innovative data at rest architecture uses an Advanced Encryption Standard (AES) of 256-bits, while using unique encryption keys for each client. LiveOffice stores and maintains the keys separately from the physical data. This separation ensures data is only accessible when the two components come together, which only occurs via the application service. (LiveOffice clients may select this service.)
If clients select this option, LiveOffice can hash user passwords in storage. This is important in the unlikely event that the database is compromised. Password hashing also ensures that no employees are able to login to a customer’s archive without the customer’s permission.
Secure Virtual Client Domains
LiveOffice archiving solutions are physically multitenant solutions but use application security to protect client data. Client data segregation in the archive is controlled across multiple layers, including a unique client journal address, unique database IDs and storage partitions. Each client’s data is stored in a company unique folder on a common/shared storage cluster infrastructure.

