homomorphic encryption and decryption of a 547kb image using octra’s FHE over hypergraphs (HFHE) technology. the original image is processed with added noise and restored with full bit-for-bit convergence. encryption took 0.18s, decryption 0.13s, a total of 0.31s and 1568 kb mem.
not gonna be in denver this year. i'm busy building a product (a real one) in half a year (wouldn't expect a lot of you to understand anyway) so please don't dm me asking me where i am (im grinding in the office, ok) you'll most likely get aired because ill be busy working (again
economies of the future will indeed include non-humans, and you literally can’t build this without FHE, as it requires:
1) verifiable security of training data;
2) verifiable privacy of interaction with the agent;
3) full compatibility of the data = zero offchain computation
actually, yes
fh-encrypted, ultrafast, tokenized tor 2.0 with global consensus, native support for isolated execution environments, easy integration of private AI agents based on user-programmed privacy, and proper web dev tooling
we are excited to enable new usecases on o-net and within existing ecosystems. we will soon release a public playground for processing different types of data using HFHE. stay tuned for announcements here, on discord and telegram, links are available at
octra HFHE is consumer-ready and doesn’t require GPUs or special hardware. it is optionally possible to encrypt the whole state of a circle (subnet, contract, account), doing so for ~16 kb of blockchain transaction data would take 0.01 seconds or less, with near zero latency.
a sufficiently decentralized FHEncrypted p2p network with native ability to host data, backends and frontends would render these efforts useless
new internet should be like Tor 2.0, but faster and inherently tokenized
Heard today that there’s a good chance all EU national financial regulators will interpret DeFi frontends to require a MiCA license. This would make DeFi frontends on normal internet domains, as we know them today, impossible. Only fully decentralized, local, downloaded frontends
I used to be like "crypto + AI intersection is bullshit vaporware" but hypothetically agentic LLMs with access to crypto wallets seem kinda nutty and don't seem impossible to build
We have started the work on our
#OCaml
implementation of BLAKE3, the fastest cryptographic hash function. Follow the development here:
Note it is highly experimental and is not advised to be used until a new proper announcement (ETA: Q1 2023).
BLAKE3 v1.3.3 released:
“Fix incorrect output from AVX-512 intrinsics under GCC 5.4 and 6.1 in debug mode. This bug was found in unit tests and probably doesn't affect the public API in practice. See
#271
.”
an entire ethereum block (average 0.13 mb) would take less than 0.1 seconds to be homomorphically encrypted and decrypted. an average 1 mb
#bitcoin
block would take less than 1 second.
ahead of our wp & testnet release, we will show benchmarks for operations on encrypted data.
privacy concerns around wearables and LLM agents are valid. a decently decentralized network with FHE solves this by allowing computations on encrypted data.
developers will be able create their own isolated private contours within the octra network and build custom backends while inheriting its security and stability without trade-offs.
if you tap to pay on base, whatever activity you're doing will be immutably visible to the entire world forever, and whoever is receiving your payment can view your entire financial state at any moment in time and all your activity in the past and future