diff --git a/index.html b/index.html deleted file mode 100644 index 0adfa29..0000000 --- a/index.html +++ /dev/null @@ -1,649 +0,0 @@ - - - - - - Cryptographic Attestation Framework - CypSec - - - - - - - -
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Cryptographic Attestation Framework

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Sovereign identity verification and security posture attestation for mission-critical environments.

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Trust should be verifiable — without being centralized.

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- CypSec's attestation framework is built around a simple idea: systems should be able to prove their state, identity, or compliance cryptographically, without surrendering autonomy or relying on fragile trust anchors. This isn't about certificates as an end product. It's about maintaining control in environments where trust is distributed, regulated, or contested. -

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- In modern infrastructures, trust is no longer static. Systems change, policies evolve, and assurance needs to be continuous. Attestation allows verification to happen dynamically, based on measurable state and cryptographic proof — not declarations. -

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At its core, attestation connects three things: what a system is, what it can prove, and how others verify it.

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- - - - - - - - - - - - - - - - - System - Identity - - - - - - Cryptographic - Proof - - - - - - Verification - - - - - - - - - - - - attests - verifies - - - -
- System Identity
- Hardware-backed identity rooted in sovereign infrastructure with post-quantum cryptographic primitives. -
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- Cryptographic Proof
- Zero-knowledge proofs enabling selective disclosure without revealing underlying system state. -
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- Verification
- Distributed verification across federated nodes without centralized authority dependency. -
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This interaction can be localized, federated, or fully sovereign — without forcing a single authority into the trust chain.

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- This flexibility is intentional. Some environments require isolation. Others require interoperability across organizations or borders. Attestation adapts to both without redesigning the trust model. -

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- What this enables in practice is quieter, but stronger: verifiable compliance, reduced dependency on centralized PKI, and trust that survives organizational boundaries. -

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Designed to operate under real constraints, the framework supports modern cryptography and future resilience, including post-quantum considerations — without breaking existing systems.

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- Whether deployed within classified government networks, critical infrastructure environments, or commercial cloud infrastructure, the framework maintains cryptographic integrity and operational sovereignty without compromise. -

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If you're exploring attestation in regulated or critical environments, we're open to concrete discussions.

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- - Secure Contact - - - - - - Technical Overview - - - - -
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