Encrypted transport
Browser-to-edge communication uses TLS. Node-to-node peer sessions derive fresh keys and protect frames with authenticated encryption.
Trust Is Proven, Not
Assumed.
QSCS anchors identity to cryptographic keypairs. Protected requests are signed, checked for freshness, carried through encrypted channels, and accepted only within the identity, node, and origin boundaries they belong to.
CLIENT IDENTITY
Identity begins with a
keypair.
Client Identity
- UUIDv4
- 3f6e9c2a-74de-4b1a-8b1a-1e6f7ad9c052
- Ed25519 public key
- d75a980182b10ab7d54bfed3c964073a0ee172f3daa62325af021a68f707511a
Illustrative identity, not an active credential.
UUIDv4 + Public Key
The UUID is a public client identifier. QSCS binds it and the relevant origin to the client’s Ed25519 public key.
Private Key
Your browser generates and retains an Ed25519 private key. The saved identity is encrypted with AES-GCM, and protected requests are signed locally without sending the private key to the server.
Identity Binding
After authentication, QSCS binds a client UUID and Ed25519 public key to an origin. Protected requests must carry a valid signature, proving possession of the matching private key.
TRUST BOUNDARIES
Trust continues beyond the
client.
QSCS carries trust through encrypted transport, configured peer relationships, cluster membership, and origin-scoped identity. Each boundary must be satisfied before protected state is allowed to move.
Browser
TLSQSCS Edge
X25519 +
AES-256-GCMVerified Node
Domain
MembershipQSCS Cluster
(UUID, Origin)Protected Origin
Verified nodes
Nodes register a UUID and license token with the control plane. Peer admission also checks configured addresses and domain membership.
Scoped trust
Identity bindings are scoped to (UUID, origin). Trust is not automatically shared across origins: sharing requires an explicitly configured federation relationship.
DETERMINISTIC SECURITY
Fewer exceptional paths.
Fewer places to drift.
Retries and conflict resolution complicate execution paths under load. QSCS moves shared-state coordination into defined state and delta mechanics, reducing the exceptional paths an application has to manage.
No Ad-Hoc Coordination
Nodes follow deterministic rules instead of independent retry and conflict paths.
State-Bound Transitions
Deltas relate to a specific state. Transitions must match the current state.
Deterministic Recovery
Nodes re-align via defined state and delta mechanics.
THE RESULT
Reduce What Needs
Defending.
See how QSCS combines a smaller network surface with deterministic infrastructure, and how the QSCS Trust Layer establishes cryptographic identity across the remaining boundaries.
QSCS
ALIGNED