mini-alpha for devs: there are several working methods.

-development in a native language (Applied Meta Language or octra-assembly)

-WASM (write in whatever you want)

-circle environment (you can deploy a container with any code in the microkernel format with embedded private memory) *

* there will even be support for NIX
https://nixos.org/

** built-in support for FHE + TAPE aka "ZK" (generation of proofs for private apps) directly at the state and kernel level

*** multi storage data commit with HFHE/PVAC encryption support (built-in IPFS on steroids)

no compromises: no TEE, no MPC, no coprocessors, pure math, no trusted environments, all within a single state

write in anything, compile to everything

there will be periodic failures throughout the day (all nodes check the proof commit of each root and thus overload the shared state)

https://lite.octrascan.io/docs.html
could potentially be useful

if for some reason third party clients don't work, you can always find a safe haven in the web-client * (secure, completely private)

* and further reference apps (implementations of interfaces, algorithms and programs for octra net)