CryptoStacksss

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CryptoStacksss

CryptoStacksss

@CryptoStacksss

I like imaginary internet money

Blockchain Land Присоединился Temmuz 2021
531 Подписки2.7K Подписчики
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FunnMedia
FunnMedia@funnmedia·
You might notice things getting a little more active around $FUNN 👀 More updates are coming. More ways to engage. More momentum behind healthy habits. This is only the beginning. 💧
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FHESTATE
FHESTATE@Fhe_state·
Most people only notice the surface. The interface. The transaction. The result. What they rarely see is the machinery underneath, the systems quietly validating every assumption before confidential execution ever reaches production. Latest validation cycle: PASS — Homomorphic execution validation PASS — Ciphertext generation & encryption workflows PASS — Browser SDK runtime verification PASS — Solana Devnet transaction execution PASS — State commitment registration PASS — Wallet history indexing & retrieval PASS — End-to-end confidential workflow testing PASS — CLI diagnostics & health monitoring PASS — SDK instruction validation PASS — RPC latency & network responsiveness checks Why does this matter? Because the future of privacy is not built on encryption alone. It is built on the ability to execute, verify, synchronize, and settle encrypted state across multiple environments without sacrificing reliability. Every layer plays a role: • Homomorphic execution enables computation directly on encrypted data while keeping underlying values hidden. • Ciphertext generation ensures encrypted state remains consistent and consumable throughout the system. • SDK runtime validation confirms that applications can interact seamlessly with confidential execution environments. • State commitment verification guarantees that encrypted state transitions remain provable without exposing sensitive information. • Transaction flow testing ensures confidential operations can be settled reliably on-chain. • End-to-end validation confirms that every component behaves consistently when operating together. Correctness is expected. Determinism is required. The objective is simple: Encrypted computation. Encrypted state. On-chain settlement. One execution path. One outcome. Every time. FHE → Runtime → Solana ⚡ $FHESTATE
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CryptoStacksss
CryptoStacksss@CryptoStacksss·
@1__of_1 USDT and USDC looking real good right now bro
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Dapo
Dapo@1__of_1·
Is there actually anything new worth buying and holding long term? A lot of slop on chain atm. Forced memes and forced “utilities”.
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CryptoStacksss
CryptoStacksss@CryptoStacksss·
Taking a gamble here, so treat it as a gamble too solana:33eum82LaAhtv5YkUq1BdwEviSErH5CnFxqVNLT5pump did insane numbers, it was basically an index coin with individual coins for all countries. It stayed sub 100k for ages before absolutely exploding to 18m with some of the 47 country coins going to 1m+ I think football worldcup meta will be insane when it starts Taking a gamble here with $BOOT It's the same concept as the above worldcup coin but instead it is focused on the Golden Boot award (top goalscorer in the world cup) They have a $BOOT token and then 10 player tokens including $MBAPPE $MESSI $RONALDO $YAMAL and many others. All the fees from the total 11 tokens are gathered into a pool and at the end of each stage of the world cup (Group Stage, Round of 32, Round of 16, Quarter Final, Semi Final, Final) 50% of the total fees are used to buyback $BOOT and 50% will be used to buyback the top goalscorer of the tournament at that stage. It has the potential of good virality especially if one of the player tokens start moving. I have just got a bag of $BOOT for now but will add some of the player tokens at some point too. Will go along nicely with some of the country tokens from the WORLDCUP eco that I bought. $BOOT seems to have the best r-r Mcap: 26k Ticker: $BOOT CA: 3KBJQx6Eo9hfupC4iFmez146NEjSm1mW6F6jPeHapump
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FHESTATE
FHESTATE@Fhe_state·
v0.3.0 is out. This release focuses on strengthening the foundations of confidential execution infrastructure on Solana. Key updates: • migrated to a unified Cargo workspace architecture for multi-crate development • modularized cryptographic dependencies across the runtime stack • introduced Shielded Vault architecture specifications • defined encrypted balance state PDAs backed by SHA256 ciphertext commitments • expanded shielding / unshielding workflow design for confidential asset management • improved API diagnostics and debugging workflows • refined developer examples across confidential voting and auction execution models • added key generation, verification, and benchmarking workflows to the developer quickstart • finalized documentation covering confidential storage primitives, CLI diagnostics tooling, and vault infrastructure The focus remains the same: Encrypted state. Verifiable execution. Confidential financial infrastructure. GitHub → github.com/fhestate/fhest…
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Veilnet
Veilnet@Veilnet_·
Excited to be working with a leader in the x402 payment infrastructure. Helping build and define the private agentic payment infrastructure along with @PayAINetwork
PayAI Network | x402 Facilitator@PayAINetwork

@Veilnet_ The Veilnet team cooking things up! Welcome into the agentic payment stack🤝🤝 Excited to see what you guys keep delivering!

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CryptoStacksss
CryptoStacksss@CryptoStacksss·
They are building the completely FHE powered privacy layer for SOL. Super bullish, team ships constantly
FHESTATE@Fhe_state

June is focused on building the first confidential financial application layer on Solana. Not just encrypted transactions. A complete runtime where wallets, payments, swaps, governance, and AI agents operate on encrypted state. Current development tracks: 1. Shielded Vault Why: Wallet balances are public by default. What we're building: • encrypted balance accounting • stealth address transfers • shield / unshield workflows • encrypted state commitments Example: Deposit SOL → balance becomes encrypted → transfer privately → recipient withdraws without exposing balances or transaction relationships. 2. Private Swap Engine Why: Trading activity leaks intent and invites MEV. What we're building: • vault-based execution • encrypted portfolio state • blind balance updates • private DCA workflows Example: Swap SOL → USDC while portfolio allocation and balance changes remain encrypted. 3. Confidential Payment Infrastructure Why: Payroll, invoices, and settlements shouldn't expose operational data. What we're building: • encrypted payment requests • multi-send settlement • private recipient routing • shielded transfers Example: Pay 50 contributors without exposing individual allocations publicly. 4. Dark DAO Governance Why: Public voting creates coordination attacks and social pressure. What we're building: • encrypted ballots • blind tallying • private voting records • verifiable outcomes Example: Votes remain encrypted until final results are computed and revealed. 5. MCP Wallet Copilot Why: AI agents need wallet access without becoming security risks. What we're building: • MCP integration • encrypted balance queries • private transaction generation • confidential wallet context Example: "Swap 5 SOL to USDC" while balances, limits, and wallet state remain protected. 6. Agent Guardrails Why: Autonomous agents require enforceable constraints. What we're building: • encrypted spending limits • confidential policy checks • authorization controls • protected execution conditions Example: An agent can execute trades only within private risk parameters it cannot see or modify. 7. Local Keys & Sovereign Ownership Why: Users should control keys, not platforms. What we're building: • browser-side cryptography • local key custody • client-controlled decryption • encrypted contact storage The long-term objective: A confidential operating layer for wallets, agents, payments, governance, and autonomous financial systems built on Solana.

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Finance, Technology, and Longevity News.
@CryptoStacksss @RemindMe Watched it in real time. BTC to <$40k, SPX (and other indices) to dump ~40%, value stocks, defense, energy and rare earth materials to hold up better. Quantum, biotech and next-gen energy will mint the next wave of millionaires.
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CryptoStacksss
CryptoStacksss@CryptoStacksss·
It's so fun watching the blood when you 1 - Sold the top 2 - Called out the scammy zio ZEC in Sep 2025 3 - Prediction for the bottom being 35-50k btc in Q3/Q4 2026. receipts attached. @RemindMe in 2 years
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CryptoStacksss
CryptoStacksss@CryptoStacksss·
@0xdetweiler This is real, trying to find the right balance myself but the trenching is addictive. Should focus on Lifemaxxing a lot more.
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Theo
Theo@0xdetweiler·
what ive been doing since the bear market started - trenching to stay active - networking with new grps, teams, ppl in and outside of crypto - looking at potential narratives - farming airdrops - advising teams/products - healthmaxxing (down 30lbs so far) - spending more quality time with loved ones - taking more time off from the markets - starting irl businesses i wouldnt be able to sit there in front of the TV for days bingeing on tv shows or playing video games for long periods of time. too used to working, so we pivot to new ways to keep busy while the market is slow to keep ur days packed. keep clicking.
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FHESTATE
FHESTATE@Fhe_state·
For developers building autonomous systems on Solana: fhestate-sdk is now live. The SDK exposes the core primitives required for confidential execution and encrypted state management: • FheUint8 • FheUint16 • FheUint32 • FheBool • FheString Modules available: • fhestate-sdk/browser → TFHE WebAssembly + browser-side encryption • fhestate-sdk/agents → confidential agent execution runtime • fhestate-sdk/solana → Solana coordinator integration + settlement • KeyManager → sovereign client-side key ownership Developers can encrypt state locally, execute confidential agent workflows, generate cryptographic commitments, and anchor verifiable execution directly to Solana. Current focus: • encrypted execution environments • confidential agent memory • protected reasoning state • blind computation on encrypted data • hidden execution flows • confidential wallet interactions Building the runtime layer for confidential AI agents on Solana. GitHub → github.com/fhestate/fhest…
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Zen Raccoon
Zen Raccoon@ZenRacc00n·
Holding Good Support here above $100k now for $SHROUDFI These are the kinda positions I am entering now with serious R/R moves if they play our correctly, you can really position yourself well now for when the market flips again which will come eventually >> Eyes on @Shroudfi right now #NFA #DYOR
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Shroudfi@Shroudfi

Every agent payment normally adds another public link back to the same wallet. One payment becomes a pattern. $SHROUDFI keeps linkability at zero. Each payment lands at a fresh stealth address derived from the agent’s meta-address, so the agent can receive payments without reusing the same public destination. Same agent. Fresh address every time. No exposed payment graph by default. Private rails for the agentic economy on Base.

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Veilnet
Veilnet@Veilnet_·
Privacy shouldn't stop at inference. We are proud to partner with @Shroudfi on enhancing private x402 payment settlements. We built VeilNet so agents can think privately and transact privately. With Shroudfi, now they can do x402 settlement through private one off stealth wallets too. Every x402 settlement our agents make lands at a fresh, one-time stealth address — no reusable wallet, no linkable trail back to the agent. We dropped in their packages and our existing payment flow didn't change. Same EIP-3009 settlement, now unlinkable by default. Private agents. Private payments. End to end. The private stack is here.
Shroudfi@Shroudfi

ShroudFi × @Veilnet_ Partnership live. We are proud to partner with Veilnet to enhance their private agent-agent x402 settlements with stealth addresses. VeilNet runs private AI agents infrastructure. Now their x402 payments run on ShroudFi's stealth rail underneath. Every paid request returns a fresh, one-time stealth address via EIP-5564. Same agent, five payments → five unlinkable destinations. No reusable receiving wallet, no payment graph to reconstruct. Drop in three npm packages: @shroud-fi/x402 @shroud-fi/transport @shroud-fi/agent-runtime Settlement uses EIP-3009 transferWithAuthorization — proven on Base mainnet, gasless for the payer. Private inference on top. Unlinkable payments underneath. Private rails for the agentic economy keep expanding with $SHROUDFI.

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Umbral
Umbral@UmbralHQ·
Umbral is live. Public chains are the settlement layer. Umbral is the private command layer before money moves: Human approvals. Agent payment rooms. Policy-gated settlement. Private context. Public execution on Base. The token is live. The network starts now CA:0x6b3afd0316b6c90e799f260765baaf3a3aa4eba3
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Veilnet
Veilnet@Veilnet_·
Veilnet x402 payments are live — and a major part of this release is our @PayAINetwork integration. This brings Veilnet into the agentic payment stack: agents can now pay for encrypted inference using USDC on Base through x402-compatible flows. The idea is simple: agents should be able to access AI services, pay for them programmatically, and settle without needing accounts, dashboards, or manual payment flows. With @PayAINetwork + x402 + Veilnet, the flow becomes: agent requests inference → x402 payment is triggered → USDC on Base settles the request → Veilnet routes the AI call through encrypted inference → response returns to the agent → no traditional account required For users: Get USDC on Base Install Veilnet MCP: npm i -g @veilnet/mcp-server@0.5.0 Ask Claude: “Use VeilNet to call X” The agent handles the rest. For x402 / PAYAI devs: Use any x402-compatible client: @x402/fetch Coinbase Agent Kit PAYAI-compatible flows or any agent payment stack Pay 0.01 USDC per /ai/chat call. No account. No subscription flow. Encrypted inference. USDC settlement. Agent-native access. This is where the stack starts to come together: x402 gives agents the payment standard. PAYAI gives agentic payments a usable rail. Veilnet adds encrypted inference and private settlement logic. Agentic commerce needs more than agents with wallets. It needs agents that can pay, consume service privately. $VEILNET facilitates that.
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FHESTATE
FHESTATE@Fhe_state·
Currently deep in Phase 5 development. Building the coordination, execution, and encrypted state infrastructure for confidential autonomous agents on Solana. This network test demonstrates: • MCP runtime initialization and agent session orchestration (mcp.connect()) • encrypted state generation, serialization, and ciphertext processing (encrypt(value) -> ciphertext) • blind computation across autonomous agent workflows without plaintext exposure • hash-chain based coordination logic and state transition validation (state_n -> hash(state_n+1)) • cryptographic proof anchoring and commitment verification on-chain • confirmed transaction settlement and signature validation on Solana devnet (sendTransaction() -> confirmed) Everything shown is running against live infrastructure. No mock interfaces. No simulated execution paths. Just the runtime, APIs, cryptographic primitives, RPC endpoints, encrypted execution layers, and agent coordination systems operating end to end. Current development focus includes: • confidential execution pipelines • encrypted state lifecycle management • agent-to-agent coordination protocols • proof generation and verification workflows • hash-linked execution traces • low-latency runtime synchronization across distributed services Focused on advancing confidential execution, encrypted state management, blind computation, and autonomous agent coordination for the next phase of the network. FHE for computation. ZK for verification. Solana for settlement.
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