The Problem
Organisations across sectors face unprecedented challenges related to cybersecurity threats, data sovereignty, regulatory compliance, and the evolving risks posed by quantum computing.
High costs
Vulnerability
Loss of revenue
The need for secure, trustworthy, and flexible data storage and sharing solutions has never been greater.
Organisations use complex, combinations of disparate technologies to securely store, share, or audit sensitive data at scale. However, this centralised approach causes a single point of weakness that once breached can lead to expensive data breaches or loss of trading.
Why Aidia is needed
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Rising cyber treats: Advanced persistent threats and ransomware are targeting sensitive enterprise and government data at alarming rates.
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Quantum readiness: Emerging quantum computers threaten to render current encryption obsolete. A forward-looking, quantum-safe approach is now a necessity.
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Zero-trust mandates: Modern security models increasingly require zero-trust architectures with minimal implicit trust and strict access controls.
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Regulatory pressure: Stringent compliance requirements (GDPR, ISO27001, HIPAA, CMMC, etc.) demand robust auditability, access governance, and data sovereignty.
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Data integrity and availability: Centralized systems are prone to single points of failure and manipulation. A decentralized, immutable ledger ensures data resilience and integrity.
Key users and use cases
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Secure document storage and exchange: Share sensitive contracts, IP, or health records across departments or institutions securely and immutably.
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Cross-agency data collaboration: Enable inter-agency data sharing while maintaining strict access governance and auditability.
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Zero-trust data access for remote workforces: Provide encrypted access to data and applications for distributed teams in untrusted environments.
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Regulatory compliance and audit readiness: Instantly demonstrate compliance with regulations requiring immutable logs, access control, and secure data handling.
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Quantum-resilient, long-term archiving: Protect data against future quantum decryption threats, ensuring long-term confidentiality and integrity.