KLARYTEE DATA-CENTRIC SECURITY
PLATFORM AS-A-SERVICE
Fragment-level encryptionwith
granular access policy bound to the data.
AI HAS AMPLIFIED THE PROBLEM.
AI automates data replication and enables model inversion or poisoning attacks that bypass old defenses.
The threat has shifted from network edges to the data itself.
Lisa Driver, MI
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HOW KLARYTEE WORKS
Klarytee discovers and catalogues sensitive data across your entire data estate, identifies sensitive elements at fine granularity, and applies selective fragment-level encryption.
Each data fragment is assigned a unique identifier and carries embedded classification, access policy, usage rules, and audit information cryptographically bound, not bolted on.
These attributes remain bound to the fragment itself, allowing protection and governance to be enforced wherever the data is stored, accessed, shared, or processed.
WHAT THIS ENABLES
Data remains protected in storage, in transit, and during use, including when shared across internal systems, cloud environments, third-party platforms, and AI workflows.
Policies govern both AI inputs and AI outputs, enforcing least-privileged, need-to-know access for human users and AI agents alike, including within RAG pipelines and agentic workflows. Protection persists as data is accessed, transformed, embedded, or shared.
Governance rules travel with the data and are enforced automatically, with selective disclosure based on privilege.
Every authorised access or transformation generates verifiable audit logs, providing continuous provenance and intelligence across systems and boundaries.
CRYPTOGRAPHIC ARCHITECTURE
Fragment-level encryption
Encrypts selected elements such as fields, values, clauses, identifiers and record elements, not the whole file or dataset.
Persistent protection, temporary decryption
Encrypted is the resting state. When policy permits, only the authorised fragment is decrypted for display or use.
Granular policy
Access and usage policy is bound to each fragment, enforcing least-privilege for users and AI agents.
Key management and revocation
Supports key distribution, update, revocation and re-keying as part of access enforcement.
Crypto-agile
Algorithms can be swapped without disrupting operations as standards evolve.
Post-quantum ready
Supports post-quantum algorithms that can be deployed with the platform to protect sensitive, long-lived data against future quantum threats.
Zero Knowledge
When deployed in the customer’s own environment, Klarytee has no access to the data it protects.
INTEGRATION & DEPLOYMENT
Klarytee Data-Centric Security Platform As-a-Service is deployed to match your environment and security requirements.
API/SDK first
Integrates into existing applications, pipelines and workflows.
Protection is embedded where data is used, not bolted on.
Model-agnostic policy enforcement
Policies are defined independently of infrastructure or AI model, so governance stays consistent as stacks change.
Cloud-agnostic
Consistent across cloud, multi-cloud and on-premises, enforcing the same policies wherever data is stored or moves.
HOW TO BUY:
G-Cloud 15
Microsoft Marketplace
Direct
OUT OF THE BOX
Hosted on AWS in the UK region, with standard detection, encryption and key management.
CONFIGURED TO YOUR SPECIFIC REQUIREMENTS
From hosting and data residency to detection, encryption algorithms, key management and identity.
KLARYTEE TECHNOLOGIES ARE PROTECTED BY PATENTS, REGISTERED WITH USPTO AND UKIPO. EACH PATENT IN OUR PORTFOLIO IS A TESTAMENT TO THE RIGOUR, INGENUITY
AND PRECISION BEHIND OUR TECHNOLOGY.SAFEGUARDING THESE INNOVATIONS KEEPS OUR SOLUTIONS SECURE, DISTINCTIVE AND FUTURE PROOF.