@lambda0xE From AppliedML → Octra VM → HFHE → encrypted computation → private state → Circles.
A simple visual of how Octra is building toward Universal Encrypted Compute.
@lambda0xE From AppliedML → Octra VM → HFHE → encrypted computation → private state → Circles.
A simple visual of how Octra is building toward Universal Encrypted Compute.
Honestly, this is one of the clearest technical demonstrations they've published so far. The interesting part isn't any single demo — it's that the pieces are starting to look like one coherent computing platform. W @octra W Team
@octra is seriously underrated.
#HFHE , #private_compute, resource-attested workloads, AppliedLang, Circles & private AI - all building toward useful, encrypted computation.
The utility is huge, and the architecture feels futureproof.
Universal Encrypted Compute.
$wOCT
@octra is seriously underrated.
#HFHE , #private_compute, resource-attested workloads, AppliedLang, Circles & private AI - all building toward useful, encrypted computation.
The utility is huge, and the architecture feels futureproof.
Universal Encrypted Compute.
$wOCT
the mainnet is currently undergoing an update, once complete, all HFHE ops, new @AppliedLang features, a new program layer, an updated circle viewer, and more will become available (the webcli will need to be rebuilt for this) + cleaning things up and fixing bugs using the ML fuzzer tool @octralex developed (he might release it as a third party product later it seems) *
* an automated bug hunter on steroids