Data is the lifeblood of many modern businesses. It’s also a key driver of customer trust, which can impact revenue and brand reputation. Whether your data is in storage or transmitted between applications, it must be protected from cyberattacks and natural disasters like power outages. Strong access restrictions and verification procedures are critical for safeguarding cloud data.
With the growth of cloud infrastructures, companies store massive amounts of confidential data – from proprietary information to private financial and customer details. This data may be in public, private and hybrid cloud environments, software-as-a-service applications, and other third-party hosting. This information requires strict access restrictions and strong password policies to ensure unauthorized individuals or programs cannot access confidential data or resources. Authentication procedures such as multi-factor authentication, which verifies a user’s identity through something the person knows, has or is, can reduce theCloud possibility of unauthorized entry. Organizations must comply with privacy laws and regulations, including the General Data Protection Regulation (GDPR) in the EU, the Health Insurance Portability and Accountability Act (HIPAA) in the United States, and strict security standards. To do so, they must have consistent data security policies in place and be able to prove their compliance to auditors. Security solutions like those offered by Arctic IT can help lower attack opportunities and improve an organization’s overall cloud security posture.
According to the 2020 Cost of a Data Breach Report by Ponemon Institute and IBM Security, discovering a breach takes an average of 280 days. With violations resulting in corporate and personal data loss, the best way to protect sensitive information is through practical cybersecurity controls. This includes end-to-end encryption. This type of encryption restricts message content to the intended recipients only and keeps it secure throughout its journey. It uses a private key generated on the sender’s device and a public key generated on the recipient’s device to encrypt each transmission segment. Unlike other types of encryption that encrypt data on the server side, which can still be decrypted by hackers with access to the server, end-to-end encryption prevents anyone from viewing messages while in transit because only the recipient has the keys. This also protects against tampering, as encrypted messages are not legible to anyone outside the intended recipients.
When protecting data in the cloud, best practices for securing sensitive data and applications in the multi-cloud environment include access management, monitoring suspicious activity, and deploying effective security controls. It also includes implementing zero-trust access controls and establishing strong authentication and verification methods. Authentication and multi-factor authentication guarantee that only authorized users can access data and apps in the cloud by confirming their identity through something they know, have, or are. This helps prevent unauthorized data breaches and attacks. Regularly examining passwords and access privileges helps reduce the risk of unauthorized logins by individuals or malware programs. In addition, a cloud workload protection platform routinely analyzes the innards of your cloud software to identify risks, such as misconfiguration and vulnerability. These tools can find and remediate these issues in real-time to avoid a potential breach and data loss. This network security solution is essential to your cloud data protection strategy.
Data Loss Prevention
As companies move to the cloud to boost flexibility and productivity, they must implement cloud data protection solutions to safeguard consumer and company information from internal and external threats. This includes encrypting sensitive data and protecting data at rest and in transit within the cloud environment. It’s also important to establish a zero-trust framework that enables enterprises to defend access to their data proactively. To build a trusted link, zero trust uses context, including device, user, and content. This prevents unauthorized entry and data leaks while ensuring enterprise applications have the necessary access privileges to function properly. Regular testing and monitoring of users, permissions, and credentials help detect unauthorized behavior that may indicate a breach. Safe deletion techniques also help prevent confidential data from being stolen or leaked. Companies can’t protect what they don’t know exists, so a complete data inventory is essential. This enables organizations to design and implement cloud-based data protection solutions addressing potential hazards.