The Prizsm Assured Information Fabric (AIF) provides the foundation for Assured Information Infrastructure across software-defined, distributed and high-assurance environments.
Rather than relying on any single cloud, repository, jurisdiction or administrator, the AIF distributes trust across heterogeneous infrastructure, enabling Information Survivability and Assured Information Availability when infrastructure is degraded, contested or compromised.
Built around Prizsm’s patent-pending bit-level information disaggregation technology, the AIF integrates transparently with existing infrastructure, allowing organisations to strengthen operational resilience without changing established workflows or replacing existing systems.
The AIF currently comprises three complementary capabilities:
Prizsm Storage provides resilient, multi-cloud information storage through the Assured Information Fabric. It enables organisations to store and retrieve digital information across heterogeneous infrastructure while maintaining transparency to users and applications. By distributing trust rather than concentrating it within a single storage provider, Prizsm Storage strengthens operational resilience, reduces infrastructure dependency and supports information availability across distributed environments.
Prizsm Storage integrates alongside existing infrastructure, allowing organisations to benefit from flexible cloud services without becoming dependent upon any individual provider. Key capabilities are: Assured Information Availability, Distributed Trust, Infrastructure Independence, Multi-cloud operation, Transparent integration, and Quantum-ready architecture.
Prizsm Edge extends the Assured Information Fabric to enable resilient information exchange across distributed and disconnected environments. Designed for Edge Computing, autonomous systems and IoT deployments, Prizsm Edge provides secure store-and-forward communications where connectivity may be intermittent, bandwidth constrained or infrastructure degraded.
Multiple independent communication channels can securely share common information without crosstalk, supporting one-to-one, one-to-many and many-to-many information exchange across heterogeneous environments. Prizsm Edge is particularly suited to software-defined operations where trusted information must remain available despite challenging operating conditions. Key capabilities: Store-and-forward communications, Edge and disconnected operation, Asynchronous information exchange, Distributed channel architecture, and Information survivability under degraded connectivity.
Prizsm Key extends the Assured Information Fabric by providing resilient distribution of cryptographic trust. Rather than transmitting complete cryptographic keys or secrets through a single channel, Prizsm Key disaggregates them into redundant, complementary bit patterns that are distributed across multiple independent communication paths before secure reconstruction by the intended recipient.
This approach reduces dependence upon any individual transport mechanism while supporting resilient key management for high-assurance environments. Key capabilities: Secure key and secret sharing, Distributed trust, multi-channel distribution, Reduced single points of compromise, and Quantum-ready cryptographic architecture.
As Defence, Government and critical industries become increasingly software-defined, operational capability depends upon trusted information rather than individual infrastructure. The Prizsm Assured Information Fabric has been developed to enable organisations to build Assured Information Infrastructure that supports resilient information architectures across contested, distributed and heterogeneous environments. Rather than replacing existing cloud, storage or communications technologies, the AIF complements them, helping organisations strengthen resilience while preserving investment in existing systems.
Future AIF roadmap capabilities include: Policy-driven information governance, Identity and Zero Trust integration, Metadata federation, AI-ready information services, Enhanced edge synchronisation, and Cross-domain information exchange.