CacheHubadmin2025-07-14T06:42:12+00:00
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The need for cloud storage is pretty simple:
Data needs to be private, hack-proof, and always available. But if your data is stored in a centralized location, it’s still vulnerable. We at Cashehub believe that only you should be able to control your data, and it should be available to you 24/7, 365 days a year.
We utilize a decentralized cloud object storage solution that stores your data globally across nodes and ISPs. Default encryption makes it resistant to ransomware and tampering, with no single point of failure, making it less susceptible to going offline or being hacked. This minimizes risk while increasing confidence and control. We boast user-assigned access grants to ensure maximum security—even we at Cashehub can’t access your files.
CacheHub
encrypted cloud storage for everyone!
CacheHub transforms unused global storage space into a massive global network, eliminating the need for costly data centers and providing enterprise-level durability and high performance without data replication. Businesses save on cloud storage costs and significantly reduce their carbon intensity.
CacheHub makes the proximity of your data irrelevant when it comes to speed. With no need for multi-region replication and more consistently high performance than and other providers, CacheHub saves time and money.
Strongest privacy model.
Zero-knowledge encryption by default.
Decentralized storage (no single point of compromise)
Files split into encrypted pieces across multiple nodes
You control the encryption keys.
No one (including CacheHub) can read your data.
Hierarchically Deterministic
End-to-End Encryption
All data stored on Hierarchically Deterministic End-to-End Encryption
All data stored on CacheHub is encrypted from the client side. What that means is users control the encryption keys and the result is an extremely private and secure data store. Both the objects and the associated metadata are encrypted using randomized, salted, path-based encryption keys. The randomized keys are then encrypted with keys derived from the user’s encryption passphrase.
Neither CacheHub nor any Storage Nodes have access to those keys, the data, or the metadata.
By using hierarchically derived encryption keys, it becomes easy to share the ability to decrypt a single object or set of objects without sharing the private encryption passphrase or having to re-encrypt objects. Unlike the HD API Keys, where the hierarchy is derived from further restrictions of access, the path prefix structure of the object storage hierarchy is the foundation of the encryption structure.
A unique encryption key can be derived client-side for each object whether it’s a path or file. That unique key is generated automatically when sharing objects, allowing users to share single objects or paths, with the ability to encrypt just the objects that are shared, without having to worry about separately managing encryption access to objects that aren’t being shared, is encrypted from the client side. What that means is users control the encryption keys and the result is an extremely private and secure data store. Both the objects and the associated metadata are encrypted using randomized, salted, path-based encryption keys. The randomized keys are then encrypted with keys derived from the user’s encryption passphrase.
By using hierarchically derived encryption keys, it becomes easy to share the ability to decrypt a single object or set of objects without sharing the private encryption passphrase or having to re-encrypt objects. Unlike the HD API Keys, where the hierarchy is derived from further restrictions of access, the path prefix structure of the object storage hierarchy is the foundation of the encryption structure.
Why Security at the Edge Matters
The evolution of cloud services and the transition of many services from on-premise to centralized cloud has massive increases in efficiency and economies of scale.
That efficiency in many ways is driven by a concentration not only of technology, but expertise, and especially security expertise. That efficiency has also come at the cost of tradeoffs between security and privacy. Moreover, many new business models have emerged based almost entirely on the exchange of convenience for giving up the privacy of user data. In the cloud economy, user’s most private data is now more at risk than ever, and for the companies that store that data, new regulatory regimes have emerged, increasing the impact on those businesses if that data is compromised.
Reduced Risk – Common attacks (misconfigured access control lists, leaky buckets, insider threats, honeypots, man-in-the-middle attacks, etc.) depend for their success on breaching a central repository of access controls or gaining access to a treasure trove of data.
Reduced Threat Surface – By separating trust boundaries and distributing access management and storage functions, a significant percentage of the typical application threat surfaces is either eliminated or made orders of magnitude more complex to attack.
Enhanced Privacy – With access managed peer-to-peer, the platform provides the tools to separate responsibilities for creating bearer tokens for access management from encryption for use of the data. Separation of these concerns enables decoupling storage, access management and use of data, ensuring greater privacy with greater transparency. security model provides a way to architect out whole categories of typical application attack vectors.
Reduced Threat Surface – By separating trust boundaries and distributing access management and storage functions, a significant percentage of the typical application threat surfaces is either eliminated or made orders of magnitude more complex to attack.
Enhanced Privacy – With access managed peer-to-peer, the platform provides the tools to separate responsibilities for creating bearer tokens for access management from encryption for use of the data. Separation of these concerns enables decoupling storage, access management and use of data, ensuring greater privacy with greater transparency.
Durability and availability without replication.
