Parked Data Encryption
Parked Data Encryption Services
What is Parked Data Encryption?
Parked data, or “data at rest,” refers to data stored on hard drives, cloud storage, databases, and other data storage infrastructure. This contrasts with “data in transit” and “data in use.” Data in each of these states faces distinct security risks. Encryption is one of the most important ways to protect valuable data, including securing data at rest.
Most people use encryption every day, whether they know it or not. We use encryption to access the Internet, as nearly all web connections are encrypted to prevent eavesdropping. Email, apps, and VPNs also use encryption for security. All of these services protect data in transit or data in use.
Due to its potential value, data at rest is particularly desirable to malicious hackers. Attackers often target parked data, or data at rest, for theft, ransomware, or corruption. The good news is that data can be encrypted before transmission, which is crucial for protecting stored data on servers or in the cloud.
Securing data at rest through encryption is like locking documents in a safe. It protects against breaches, unauthorized access, and physical theft, ensuring only those with the decryption key can access it.
The Value of Parked Data Encryption
Parked data encryption is a critical security measure that protects data at rest from unauthorized access and breaches. By encrypting data stored on servers, devices, and other storage media, businesses can safeguard sensitive information such as intellectual property, customer data, and financial records. This encryption is a powerful barrier, making the data unreadable without the correct decryption key.
Even if cybercriminals manage to breach the storage systems, the encrypted data remains secure and unusable. The value of parked data encryption lies in its ability to provide peace of mind. You can rest easy knowing that you are securing data and that your organization’s most valuable assets are protected.
Additionally, parked data encryption provides regulatory compliance and enhances trust with clients and stakeholders, reinforcing your organization’s security posture.
Parked Data Encryption with Alexonet
Traditional Data Loss Prevention (DLP) solutions, anchored in on-premises infrastructure, struggled to adapt to cloud channels and often relied on reactive, event-driven approaches with extensive rule management. Unlike these legacy systems, modern DLP solutions automate data risk assessments, ongoing sensitive data monitoring, and encryption via user-friendly SaaS platforms.
Organizations can ensure robust defense against external and internal threats by proactively protecting sensitive data with automatic encryption. Transitioning to a zero-trust data protection platform, DLP now integrates information from any security source, translating it into actionable policy recommendations and intelligent incident response rules.
Alexonet transforms data security management with a comprehensive cloud-based solution, providing continuous data auditing and real-time risk updates. Our services enable your business to feel confident that remote work is secure.
We can also help with cloud transitions by invisibly encrypting data, rendering it useless to hackers even if a breach occurs. Operating quietly in the background, Alexonet’s parked data encryption software is automatically upgraded to counter new and emerging threats. This ensures our clients are safeguarded around the clock with zero maintenance requirements.
Reach out to learn more so you can better provide data at rest security for your business.
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Parked Data Encryption
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Frequently Asked Questions
What is parked data encryption?
Parked data (data at rest) refers to information stored on a medium. The storage medium could be a phone, hard disk, flash drive, data cloud, database, file hosting service, etc.
Hence, parked data encryption is a way of securing data at rest by making it unreadable to anyone without authorization. The authorization is usually a key that interprets the encrypted data into a readable format. Without the key, the data is unintelligible even if someone gains access to the data location.
What are the benefits of parked data encryption?
There are several meaningful benefits of parked data encryption:
- It secures vital information from unauthorized access.
- Safeguards data from theft and ransomware attacks.
- Builds trust among customers and clients.
- Helps maintain regulatory compliance.
- Saves money and resources in terms of data loss and recovery.
Is a password enough for securing data at rest?
A simple password does not provide the same level of security as other methods, such as an encryption key. A password is a preliminary step to securing data at rest. It limits access to your private data but does not make the information unreadable. Hence, even if someone guesses or bypasses your password, they can access your data.
On the other hand, encryption makes data unreadable to anyone without the key to interpret it. So, even after bypassing your password, they still cannot understand your encrypted data because they don’t have the encryption keys. These keys are the only way to understand the randomized sequence of letters, symbols, and numbers that comprise encrypted data.
How can I ensure data at rest security?
While there are several considerations, a few top tips for securing your organization’s parked data include:
- Use strong passwords (avoid birthdays, children, pet names, etc.).
- Do not share credentials with anyone.
- Use parked data encryption tools to scramble vital information and make it unreadable to hackers and unauthorized viewers.
- Perform regular data breach assessments and security audits.
- Work with trusted co-managed IT professionals to run your parked data encryption needs.
- Use popular and trusted encryption algorithms (RSA & AES).
- To protect your sensitive information, install as many layers of security as possible—multifactor authentication, the principle of least privilege, storing encryption keys offline, etc.
What are some forms of data encryption available?
Data encryption has many categories, which are differentiated by encryption type and algorithms, including:
- Symmetric encryption: In symmetric encryption, a single key is used to encrypt and decrypt stored data. This form of encryption is faster and better suited to handling large data sets. Advanced Encryption Standard (AES) encryption is the algorithm approved by the US government and the industry standard in this category.
- Asymmetric encryption: This form of encryption uses one encryption (public) key and one decryption (private) key. While you can share the public key, the private key must be confidential to prevent data breaches. Asymmetric encryption is more secure, but it is also more demanding. That’s why it is less suitable for significant data encryption situations. Rivest-Shamir-Adelman (RSA) is one of the most popular algorithms in this category.
- Hybrid encryption: Hybrid encryption uses aspects of symmetric and asymmetric encryption to combine the benefits of both methods.