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https://x.com/octra/status/2029327287309479997?s=46
octra will rewrite the actor scheme on Elixir, math and consensus will be on OCaml
β€11π1
all LLM and AI tokens are a scam, no project that works with ML algorithms needs a token, it's only for infrastructure (potentially and in rare cases, for quick adoption)
none the existing projects with bots/agents and other crap are of any use, you should completely ignore each of them and not invest a single cent
synthetic systems (combining biological and digital systems) have potential value but are at a very early stage and cannot have any tokens
bottomline: 100% ai-ml-bio tokens are a complete scam
none the existing projects with bots/agents and other crap are of any use, you should completely ignore each of them and not invest a single cent
synthetic systems (combining biological and digital systems) have potential value but are at a very early stage and cannot have any tokens
bottomline: 100% ai-ml-bio tokens are a complete scam
1β€12π₯±5π©2π―2π1
today, the mainnet is being updated (node ββby node), it may work unstably
at the end of this process, webcli will support the mainnet and all other features
at the end of this process, webcli will support the mainnet and all other features
1π₯11πΎ3β€2π1
List.fold_left
today, the mainnet is being updated (node ββby node), it may work unstably at the end of this process, webcli will support the mainnet and all other features
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
-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
β€12πΎ2π¦1
List.fold_left
today, the mainnet is being updated (node ββby node), it may work unstably at the end of this process, webcli will support the mainnet and all other features
there will be periodic failures throughout the day (all nodes check the proof commit of each root and thus overload the shared state)
π7β€2
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https://x.com/lambda0xE/status/2031569458779525625?s=20
X (formerly Twitter)
Ξ» (@lambda0xE) on X
mini-update 2: if you're developing or thinking about starting something, you should check out the docs for the RPC scheme, it might be useful (this isn't the final ver. and it will be moved to a separate portal):
https://t.co/S1RPEcSDch
https://t.co/S1RPEcSDch
β€4π₯3
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https://x.com/lambda0xE/status/2031603060078678414?s=20
https://lite.octrascan.io/docs.html
could potentially be useful
could potentially be useful
β€10π2
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https://x.com/lambda0xE/status/2031930620813652216?s=20
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)
* and further reference apps (implementations of interfaces, algorithms and programs for octra net)
β4β€2β€βπ₯1π1