$MDS dev is a chad

Midstate uses only BLAKE3 everywhere. • Proof-of-Work (sequential hash chains) → BLAKE3 • Signatures (WOTS and MSS) → BLAKE3 • Addresses and coin IDs → BLAKE3 • Commitments → BLAKE3 • Script / state hashing → BLAKE3 There are no other cryptographic primitives. The entire protocol is built on a single hash function @cypherpunkgold $MDS $QRL $nock $qubic $eth $ada

Looks like @cypherpunkgold is from the future , $MDS OH ( only hash )

Not every project catches my attention, but this one stood out to me when I came across this article: ciphernom.substack.com/p/mid… Midstate ( $MDS ) is a new cryptocurrency built from the ground up with no elliptic curve crypto at all. Mining, signatures, and everything else use only the BLAKE3 hash function. It launched fairly with no premine, and it’s designed so even a cheap Raspberry Pi can still run a full node and mine. It also has a separate privacy chain (Midwimble) that locks its checkpoints back into Midstate for safety. The lead developer is Nick (Ciphernom / @midstate_dev formerly @BTConometrics / @phraudsta ). He’s long known in the Bitcoin industry for quantitative analysis he was on Stephan Livera’s podcast in 2020 digging into Stock-to-Flow and related models. Self-funded cypherpunk builder, not a marketer, and the project is positioned as a post-quantum version of Bitcoin-style electronic cash. (You’ve already looked into this yourself. and Midwimble as sidechain : private transaction execution, confidential values, stealth-style ownership, transaction aggregation and a compact live state is coming Do your own research base:0x9b5e262cf9bb04869ab40b19af91d2dc85761722 $quantus $npt $prl monero:native $btc $xmr $MDS

Sorry @QuantusNetwork, quantus:native is a clean narrative, but @NeptuneCash $NPT already did the harder version of this. Neptune has been on mainnet since Feb 2025 with zk-STARKs at L1, mutator sets for private transfers that stay succinct, and private smart contracts. Post-quantum from day one, hash-based, no migration later. QTC launched Sept 2026 on ML-DSA, no contracts on-chain. Quantum-secure money is the pitch. Neptune shipped the privacy, the proofs, and the fairer issuance first.

the lite node has been updated, the release will be available in a couple of hours via the standard upgrade commands for validators, the aml compiler now supports terms and strict higher functions, @octra network is a continuous-runtime math machine on top of HFHE, so sooner or later, it will become a universal tool for running unconditional finite programs with predicted effects, the state of which is encrypted, and not just shielded wrapped tokens (a preview version for mainnet is also available): github.com/octra-labs/lite_n…

We're giving away a CONTROL Resonant custom wrapped NVIDIA GeForce RTX 5080 to celebrate its official release with #RTXON. To enter: 🟢 Share this post 🟢 Comment #RTXON T&Cs: nvda.ws/4z24Gcq

One less friction point for anyone entering @octra With @RelayProtocol integrated into bridge.0xio.xyz, you can now swap from any supported chain directly to Octra Network in one click Making the path to @octra as simple as: Origin chain > wOCT > OCT

pure HFHE absorber funcs and homomorphic addition on a live devent (unconditionally confirmed by all validators), a live example of a primitive: the program containing the primitive is located here - oct37eKZvSCfYfcqKrQxfTmnE4fcsZReZ4iVWPsS9KqHnAj tx 1 - 321664a358c4d9df6132708d0d41f6d72550414406b299cfed5e74059b01b8d9 (epoch 1452937, effort 5959), tx 2 - 018d7c2f1bfebef45824971ad80cb3d69c0e9a306afc59ccda878644248e09f1 (epoch 1452939, effort 11974). input ciphertexts are 3 and 4 (two primes), 42 and 43 kilobytes, the amount is encrypted in the state, weight 85 Kb. a fun fact: the second call is twice as expensive because FHE_ADD was executed for the first time, meanwhile, the opcodes FHE_LOAD_PK, FHE_DESER, FHE_ADD, and FHE_SER passed through the VM of all validators, and none of them saw the values. this example will be part of the basis for a private tx and exec proto (with anonymity) between EVM and octra (first octra devnet + ETH Sepolia, and then mainnet)

$OCT seems like an asymmetric privacy bet that's under the radar. @octra is a FHE L1 that lets the network compute on encrypted data without ever decrypting it. They're built around a proprietary HFHE (Hypergraph FHE) which enables private AI models, confidential DEFI, and encrypted agents with no TEEs, no threshold decryption, and no trusted hardware. Most of the other FHE projects such as ZAMA, Fhenix, Inco, etc. are basically co-processors or libraries that are bolted on existing chains and often rely on threshold decryption, whereas Octra is a native L1 that has its own HFHE scheme from scratch, open-sourced the core PoC + benchmarks, and rejects threshold decryption entirely. They've raised roughly $8m (pre-seed + Echo), and the pre-seed was led by investors like Finality Capital, Big Brain, Karataga, Presto Labs, etc. They were also selected by Cobie's Echo consecutively and both rounds were oversubscribed and were approved into the first cohort of Sonar. They were supposed to have a $20m Sonar launch at $200M FDV, but later pivoted to a fair on-chain Uniswap CCA with no extreme VC concentration. Team has been building for 5+ years and were talking about "FHE" before it became mainstream. They didn't try to extract with high FDVs and roughly 35% of the supply is burnt via on-chain governance. It's a serious FHE L1 play focused on private AI + general encrypted computation, and they've shipped far more than their competitors, who are valued over 10x more. Mainnet alpha is live and dev has said that the recent lite node update was the penultimate pre-release update before mainnet, and with a chart that's -70% from ATH, this set up looks too good to ignore.

Depth-aware light injection in TypeGPU I got a 448x448 monocular depth model down to ~8 ms on my M4 Pro across ~250 dispatches, which is fast enough to use in realtime :D Since the inference is written directly in TypeGPU, I can just feed the depth buffer straight into the lighting pass. It never has to leave the GPU or go through any extra synchronization/interop step Inference, lighting and draw all go through the same command encoder.

Introducing Automatic Key Verification! Complementing the existing safety number system, automatic key verification provides an additional, streamlined way to confirm the privacy of your chats. Read our announcement here: signal.org/blog/automatic-ke… Thanks to @Cloudflare and @trailofbits for serving as the independent auditors for our system 💙 🙏

an alpha version of the octra lite node is now released on github, complete with a bootloader. anyone can run the node and connect to the network: github.com/octra-labs/lite_n…

Everyone FUDed Hedera Hashgraph when it launched 😂 Even Cardano’s founder was coping hard. now he’s cooperating with them same thing is happening with Octra. When I tell you Octra is the next 100x, it’s the next 100x. $oct btw $HBAR got open-sourced after 6 years

a=(y,d=mag(k=(4+cos(i/9-t*2))*cos(i/35),e=y/7-13)+sin(e/9+t/2)-4)=>point((q=2*sin(k*3)-y/35*k*(9+k*sin(cos(e)*9-d*2+t)))+40*cos(c=d-t)+200,q*sin(c)+d*35) t=0,draw=$=>{t||createCanvas(w=400,w);background(9).stroke(w,96);for(t+=PI/80,i=1e4;i--;)a(i/235)}//#つぶやきProcessing

Math. Chaos. Beauty. Imagine a multi-winged bird, flying through the realm of mathematics, and touching the interstices of your soul. Gumowski-Mira Map. α = 0.009, σ = 0.05, μ = −0.801. The initial values are x₀ = 1, y₀= 1. tinyurl.com/4he6mht2

Surprised by how good Octra is. And from what I’ve heard, the whitepaper is expected next month alongside the main node release. Besides $PRL and $NOCK, Octra $oct is one of the most innovative projects I’ve seen. I see it as either going to zero or reaching a $1B+ market cap.