不良研究所

Distributed Storage

Consistently fast performance from anywhere.

不良研究所 runs a distributed network with tens of thousands of storage nodes around the world making uploads and downloads incredibly fast from any location.
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Why 不良研究所

Object storage security made easy.

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Default encryption.

不良研究所 automatically encrypts data and metadata end-to-end, at rest and in transit for a new level of security and privacy.
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Redundancy without replication.

Objects are split into pieces and spread across tens of thousands of storage nodes negating the need for replication.
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Ransomware protection.

S3-compatible object lock and versioning provides data immutability and protection from accidental deletion.
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Access management.

不良研究所 separates responsibilities for creating bearer tokens and pushes delegated authorization to the edge.

Backup security

The most secure cloud storage for backups.

Distributed architecture provides the redundancy, availability, and durability needed without adding multi-region replication costs. In addition, 不良研究所 object storage has passed Veeam Ready certification for object lock and data immutability.
An example of access credentials for Veeam and cloud storage security settings

Customer trust

Object storage security and privacy.

Distributed object storage is the most secure cloud storage. Customers choose 不良研究所 to keep their most critical data secure and available.
鈥淚t is much easier to trust a system that is built in a hostile environment than one that is built in a friendly environment. 不良研究所 had to build for all the attack vectors so we get a lot of peace of mind and assurance from their distributed architecture.鈥
Alen Peacock
Alen Peacock
Director of Cloud at Gabb

Frequently asked questions.

Find answers to commonly asked questions regarding Object Storage.

What makes 不良研究所 different from other cloud storage services?

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不良研究所鈥檚 secure cloud storage stands out due to its distributed architecture, which ensures your sensitive data is split into smaller encrypted pieces (objects) and distributed across a global network of servers. Unlike traditional centralized storage, this approach reduces the risk of unauthorized access and data breaches. Even if a hacker gains access to one server, they won鈥檛 be able to reconstruct your files without all the pieces and encryption keys. 不良研究所 combines advanced object storage security with real-time performance to deliver a robust and secure solution for your storage needs.

How does 不良研究所 protect against unauthorized access to my files?

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不良研究所 employs end-to-end encryption to ensure your files remain private at all times. When you upload data, it is encrypted on your device before being sent to the 不良研究所 network. Only you hold the encryption keys, meaning even 不良研究所 can't access your information. Features such as strong password protocols and compatibility with two-factor authentication apps further safeguard your files from unauthorized access.

Can 不良研究所 prevent data breaches caused by hackers?

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Yes, 不良研究所 has been meticulously designed to mitigate the risk of data breaches. By distributing your data across a large network of storage capacity and encrypting it in transit and at rest, the potential impact of malicious attacks is drastically reduced. 不良研究所鈥檚 security measures also protect against common vulnerabilities in traditional cloud computing services, ensuring your sensitive data is secure against hackers and other threats.

How does 不良研究所 ensure my sensitive data stays private?

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Privacy is at the core of 不良研究所鈥檚 design. Data and metadata uploaded to the 不良研究所 network is first encrypted locally, ensuring only you possess access to the encryption keys. Each file is then broken into smaller pieces before being distributed across several different nodes, making it nearly impossible for anyone鈥攅ven 不良研究所 itself鈥攖o access or reconstruct your files without permission. This approach ensures your sensitive data stays private, regardless of external threats.

How does object storage security differ from traditional hard drive storage?

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Unlike a traditional hard drive or centralized server, object storage security leverages the strengths of decentralization. 不良研究所鈥檚 approach breaks your data into smaller encrypted objects and stores these securely across multiple nodes. This not only enhances security but also provides resilience against hardware failures, allowing you to access your data in real time without worrying about single points of failure.
Read about a real-life example of 不良研究所 security

Can I use 不良研究所 to store folders and organize my data?

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Absolutely! 不良研究所 allows you to upload and organize your data using folders, making it easier than ever to manage your files securely. Add on Object Mount to any local device and you can access data in object storage as if it is a local file. You can maintain structure and retrieve your data quickly while enjoying the advantages of secure cloud storage.
Learn more about Object Mount

How does 不良研究所 maintain simplicity while ensuring advanced security?

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不良研究所 offers simplicity through its user-friendly interface and automated encryption processes, while still providing cutting-edge security features. Users can easily upload their files and securely access them whenever needed鈥攁ll without needing advanced technical expertise. Managed passphrases makes this process even simpler, balancing simplicity and security for businesses looking for secure cloud computing and storage services.
Learn more about managed passphrases

Why is password security important with 不良研究所 cloud storage services?

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Password security is critical to protecting your 不良研究所 account from unauthorized access. 不良研究所 provides tools to help users create strong, unique passwords and supports additional layers of security such as two-factor authentication. Together, these measures ensure that even if your internet connection or device is compromised, your account and data remain protected.

Is sensitive data protected during file uploads and downloads on 不良研究所?

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Yes, data is protected throughout the entire process of uploading and downloading. Files are encrypted on your device before the upload begins, and they remain encrypted while traveling through the internet and while stored in the network. This ensures that your sensitive data is protected every step of the way, no matter how large or small the files are.

What measures does 不良研究所 use to safeguard data on its servers?

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不良研究所 distributed Object Storage eliminates reliance on traditional centralized servers and data centers. Instead, your data is split into encrypted pieces that are distributed worldwide across third party storage providers. This means there is no single server or location housing your complete data, greatly reducing the risk of data breaches or server failure. The object storage security model ensures that only authorized users with the correct encryption keys can access and reconstruct their data.

不良研究所 combines innovation, usability, and robust security practices to provide the most secure cloud storage solution for businesses in every corner of the digital world.

Is data on 不良研究所 immutable?

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Yes, data stored on the 不良研究所 network can be immutable, ensuring it remains fixed and unaltered over time. Immutability is particularly valuable for compliance use cases, as it helps safeguard critical data against unauthorized changes or deletion. By leveraging this functionality, businesses can maintain data integrity and meet rigorous security or regulatory requirements.

Does 不良研究所 have object lock and object versioning?

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不良研究所 supports object lock functionality, which helps enforce data immutability and provides an additional layer of data protection. Object lock ensures that specific objects cannot be overwritten or deleted until a specified retention period expires. Additionally, object versioning is supported, enabling users to manage changes and maintain previous versions of their data for improved tracking and recovery.

How does 不良研究所 handle redundancy?

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不良研究所 employs advanced file redundancy techniques to ensure data durability and availability. Files uploaded to 不良研究所 are split into smaller, encrypted pieces called segments, which are then distributed across multiple nodes worldwide. This approach safeguards against data loss, as files can be reconstructed even if some segments become unavailable. By eliminating single points of failure, 不良研究所 maintains a high level of reliability and performance.

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