Data Sovereignty Compliance – Disaggregation of Digital Information The huge amount of data stored outside of national boundaries has become a critical issue that...
Read MorePrizsm is a computational storage capability that provides flexible, easy-to-use, resilient solutions for quantum-resistant, hyper-secure cloud storage and communications. Prizsm’s algorithm disrupts data at bit-level and randomly distributes complementary binary digits to locations across multiple cloud platforms, meaning information is stored “everywhere and nowhere”.
All data is securely stored across multiple clouds, ensuring a highly protected format at all endpoints.
Inherent safety of all stored data guaranteed, providing peace of mind to users.
Protect data without making any changes to existing processes.
A quantum-resistant solution, safeguarding data against potential encryption breaches by quantum computers.
Switch data storage providers without any limitations or dependence on a single service provider.
Retain full control over data, eliminating reliance on any specific service provider.
Enables new backup strategies, strengthening information resilience for organizations.
Data is stored in more efficient public clouds, contributing to a reduced environmental impact.
Prizsm’s unique multi-cloud distribution approach enables businesses to retain data safely at all levels of security classification.
With Prizsm Storage, you can benefit from cheap elastic cloud storage services in an inherently secure way. The solution provides a centralised place where you can safely store-and-retrieve digital files. Our approach to disaggregated cloud storage is mapped in traditional terms but delivered virtually, meaning organisations can deploy it transparently, without impacting or changing any of their existing business processes and workflows. Sitting between users and the cloud, Prizsm Storage enables you to take back control of your information and the data that underpins it.
Prizsm Edge extends Prizsm Storage to provide a store-and-forward communication capability. It has been designed for use in Edge Computing and IoT environments or any scenario where information needs to be securely shared. The design enables multiple independent channels to share the same cloud storage without risk of crosstalk. Channels can be configured one to one, many to one, one to many, or many to many depending on your use-cases.
Prizsm Key uses the Prizsm algorithm to enable secure key sharing. It disaggregates cryptographic keys and secrets into redundant, complementary bit patterns that can be transmitted via discrete channels for reaggregation by the intended recipient.
Prizsm offers a Quantum Resistant solution to addresses the emerging threat of quantum computing to encryption methods. By employing data disaggregation and random distribution techniques, Prizsm ensures the secure storage of digital information, safeguarding it against potential vulnerabilities posed by quantum computers.
The Prizsm Platform provides a secure, easy-to-use, resilient solution for multicloud digital information storage.
The Prizsm Platform has undergone rigorous testing by leading security experts and cryptologists, including UK MoD testing programs, ensuring uncompromising Security Standards.
At Prizsm Technologies, our exceptional team brings together a wealth of expertise in designing and delivering highly secure and mission-critical systems. With an extensive background in collaborating with large organizations that prioritize data security, we understand the vital importance of protecting valuable information.
Data Sovereignty Compliance – Disaggregation of Digital Information The huge amount of data stored outside of national boundaries has become a critical issue that...
Read MoreInformation Integrity Safeguarding In today’s digital age, where data is the lifeblood of organisations, maintaining information integrity is paramount. Data integrity ensures that information...
Read MoreFor example, data disaggregation offers real potential to future-proof data security in a quantum computing world but there is a trade-off, to some degree,...
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