With cybercrime constantly on the rise and data increasingly being exposed, it makes sense that organizations feel concerned about outsourcing their data to a public cloud provider. However, security risks still exist when using an in-house server — including privilege abuse and policy ignorance — which can be minimized by entrusting your business with a cloud service that delivers top-of-the-line protection.
However, It seems the tide is turning – more and more organizations are embracing cloud computing as a safer solution than traditional on-premise systems. Oracle services are at the forefront of this shift, providing customers with flexible, scalable solutions that prioritize staying secure. By weaving security into every aspect of their cloud system architecture from top to bottom – they guarantee protection for all users without compromising privacy or data integrity.
Oracle services employ many layers of vulnerability assessment to shield stored information from potential harm. Your data is the heart of our operation, and with their zero-trust architecture, it is safe by design. So it’s useful for figuring out how to put that information to use in terms of infrastructure, people, devices, and apps.
Oracle’s extensive security results from a constant evaluation of risk and reliability. In addition, we provide whole-stack protection for your infrastructure, so you can expand your company with complete faith in Oracle’s ability to monitor for and eliminate security risks, mistakes, and abnormalities and keep your data safe from any potential threats.
1. Cut the odds
They prioritize security in their designs to improve your security and lessen potential threats. Oracle Database’s rigorous separation of roles and the Oracle Cloud’s virtualized, segregated networks are two such features.
With Oracle’s Access Management and automatic patching for Autonomous Database, they minimize complexity, eliminate human mistakes, and cut costs associated with security.
Oracle’s Autonomous Database and Oracle Cloud Infrastructure, with its Continuous Monitoring of User Behavior and Access Management, help keep your organization safe by encrypting all data at rest and preventing unauthorized access.
4. Oracle Cloud Infrastructure Security
Oracle’s Cloud Infrastructure was explicitly created to provide advanced development controls for mission-critical applications. The first and only autonomous database, Oracle Autonomous Database, can only be operated on Oracle Cloud Infrastructure.
- Automation: Patches for Oracle’s operating system, Linux, are installed mechanically in Oracle Cloud Infrastructure, thanks to Oracle Autonomous Linux and OS Management. This results in lower overall costs, less room for human mistakes, and higher levels of vulnerability assessment and availability. This way, IT employees’ availability, security, and efficiency may increase without requiring human intervention.
- Round-the-clock encryption: Oracle’s cloud infrastructure employs a system-wide encryption application to safeguard all information at all times. It uses end-to-end encryption for client tenant data both at rest and in transit. In addition, transportation Layer Security ensures information safety while in transit.
- Customer isolation: Oracle’s cloud platform prioritizes safety throughout development. Its design helps mitigate vulnerabilities posed by sophisticated attackers and keeps tenant information secure by isolating it. Customers get protection against hypervisor-based threats thanks to isolated network virtualization.
5. Oracle Autonomous Database Security
By managing itself in terms of patches, updates, security, and management, Oracle Autonomous Database speeds up innovation with less wasted time and effort. In addition, it reduces the likelihood of human mistakes and unscheduled downtime for businesses.
Let’s look at how Oracle’s autonomous database helps.
- Automation: By eliminating the need for human intervention, Oracle’s Autonomous Database may cut the cost of security management by as much as 55 percent. After widespread vulnerability and exposure notifications have been published, proactive security automation can mitigate data breaches, such as automatic patching.
- Always On: Oracle Autonomous Database, like Oracle Cloud Infrastructure, encrypts all data at all times, whether at rest or in transit.
- Duty Isolation: Eliminating direct access to the database node and local file system is one of the primary features of Oracle Autonomous Database, whereas Oracle Database Vault provides isolation between service administrators and service users.
6. Oracle Software as a Service Security
The advantages of a cutting-edge cloud suite are available across the board with Oracle’s SaaS offerings. They provide comprehensive, adaptable, secure, and open solutions for the whole enterprise without the hassles of maintaining an expensive on-premises solution.
These solutions provide full comfort because of Oracle’s emphasis on safety.
- Automation: Oracle Identity Cloud Service (IDCS) enables supplementary authentication methods like multifactor authentication and provides automated behavioral monitoring throughout the whole stack
- Round-the-clock Monitoring: Oracle services provide auditors, application owners, and security operations teams with comprehensive SaaS security controls using key technologies.
- Cloud security service: The Oracle Identity Cloud Service (IDCS) is a component of Oracle Fusion SaaS that is always present. By doing so, the company can ensure that identity-based vulnerability assessment is embedded into every layer of its security infrastructure.
7. Data Safe
Modern, unified, and fully automated, Oracle Data Safe is a security solution that keeps clients’ Oracle Cloud databases safe. Data Safe’s primary goals are to identify weak points in their defenses, expose vulnerabilities in their data, people, and applications, and provide guidance for mitigating those threats.
8. Oracle Key Vault
Oracle Transparent Data Encryption relies on Oracle Key Vault, which was built expressly for managing encryption keys at fast speeds. It’s included in Oracle’s top-tier security suite. Oracle Real Application Clusters (Oracle RAC) and pluggable databases are all examples of complex database designs that need encryption key management (PDBs).
Protecting data during the whole replication process, Key Vault provides online access control for encrypted trail files regardless of the database vendor.
9. Database Vault
Oracle Database may be configured as a limited application environment to prevent unwanted access to private information using Database Vault. In addition, Oracle Database Vault’s built-in vulnerability assessment also safeguards and aids in meeting the requirements of numerous regulations and guidelines concerning protecting personally identifiable information.
Oracle services offer comprehensive protection, empowering customers to feel secure knowing their data is safe and sound. In addition, automation means they don’t need to worry about threats – allowing them to focus on what really matters: expanding their business into new opportunities!