Alex

1.9K posts

Alex banner
Alex

Alex

@0xAlex_300

Crypto low cap enthusiast. All these shits I’m posting are not FA

Katılım Eylül 2023
1.3K Takip Edilen727 Takipçiler
Alex
Alex@0xAlex_300·
Not gonna lie, the flow of new launches has been pretty dry lately. Volume across the board feels way lower than what most expected. No rush though. Sometimes the best opportunities come from following builders, not chasing shiny new tickers. For now, we’re sticking to conviction plays and tracking every update, GitHub commit, partnership, and product release. Patience is a position. $SMT $FHESTATE $NULL $SAID $ZERO $ZAUTH
English
0
0
0
26
The Altcoin Sensei
The Altcoin Sensei@AltcoinSensei·
What are we bidding chads? I feel like it’s a ghost town but exactly at these times you want to slowly accumulate decent tokens. Tell me your HIGHEST conviction hold on Base, ETH or SOL. 🤝🔥✍️
English
59
6
35
2.8K
Alex
Alex@0xAlex_300·
This is the type of update I like to see. Not hype. $FHESTATE 👨‍🔬 Not promises. $FHESTATE 👷‍♂️ Benchmarks. Latency measurements. Key sizing. State commitments. Execution testing. @Fhe_state 💪💪 The question is no longer whether confidential execution is possible. The question is whether it can scale. Looks like they’re working on exactly that. 🥊
FHESTATE@Fhe_state

Most people see the demo. Few see the engineering underneath it. Today we're deep in integration testing and benchmarking across the FHESTATE runtime stack. For example: • validating that a ~10MB client private key and ~100MB server public key behave correctly across the confidential execution pipeline •confirming that a simple 4-byte u32 expands into a fully encrypted FheUint32 ciphertext while maintaining expected security guarantees • measuring homomorphic addition performance at sub-millisecond latency • testing Programmable Bootstrapping (PBS) operations and noise management under repeated computation • verifying SVM instruction layouts, Anchor discriminator matching, and deterministic execution paths • validating data serialization formats to ensure encrypted inputs, ciphertext payloads, and state transitions are encoded correctly • validating SHA256 state commitments for verifiable encrypted state tracking • simulating shielded deposit and withdrawal flows with content-addressed ciphertext storage and commitment verification The challenge isn't simply getting FHE to run. The challenge is making encrypted computation practical while preserving cryptographic correctness, verifiable execution, and compatibility with Solana's execution constraints. Every benchmark, every serialization check, every state commitment, and every state transition is helping validate the foundations of confidential execution. We'll share a deeper look at what we're testing and why it matters tomorrow. $FHESTATE

English
0
0
2
193
Alex
Alex@0xAlex_300·
@MetaverseRanger 👀👀 $SMT next Round 🥊
Alex@0xAlex_300

The more I research $SMT, the less its valuation makes sense. @The_DTCC Tokenized stocks. Tokenized funds. Tokenized bonds. 24/7 capital markets. Everyone is chasing the assets. Almost nobody is looking at the regulated infrastructure underneath. Meanwhile @SwarmMarkets has already built: • BaFin-regulated infrastructure in Germany • Tokenized stocks, bonds and gold • Regulated RWA trading rails • Staking & governance utility • Buyback & burn mechanisms • Potential future tokenized equity access using SMT And it gets even more interesting. Swarm was acquired by @InveniamIO to help build a full-stack platform for tokenized assets, private markets and AI-ready financial infrastructure. So let’s recap: • Regulated infrastructure • Real-world assets • Tokenized securities • Deflationary mechanisms • Potential equity-tokenization optionality • Inveniam integration And $SMT is still sitting around a ~$1.4M market cap. Not $140M. Not $40M. $1.4M. If DTCC, Wall Street and institutional RWAs become one of the biggest stories of this cycle, I think the market will eventually stop looking only at the assets and start looking at the infrastructure underneath. That’s where things get interesting.

English
1
0
1
71
Alex
Alex@0xAlex_300·
@MetaverseRanger Yes, they had an exploit in 2023. The team reacted quickly, paused the affected contracts, published a post-mortem, compensated users and continued building. Since then they’ve launched dOTC and were acquired by Inveniam, so the project clearly survived the incident.
English
1
0
0
17
Alex
Alex@0xAlex_300·
My thesis is simple: I don’t think @SwarmMarkets is the next @The_DTCC I think Swarm could become one of the liquidity venues that benefits if DTCC succeeds. At ~$1.4M market cap, that’s an asymmetry worth paying attention to. Not financial advice. Just connecting dots.
English
0
0
0
44
Alex
Alex@0xAlex_300·
The biggest risk? SMT is still tiny. ~$1.4M market cap. Low liquidity. Low TVL. Almost no attention. The market may be right. Or the market may be completely ignoring a regulated RWA venue positioned directly in the path of institutional tokenization. That’s the bet.
English
1
0
0
46
Alex
Alex@0xAlex_300·
The more I research $SMT, the less its valuation makes sense. @The_DTCC Tokenized stocks. Tokenized funds. Tokenized bonds. 24/7 capital markets. Everyone is chasing the assets. Almost nobody is looking at the regulated infrastructure underneath. Meanwhile @SwarmMarkets has already built: • BaFin-regulated infrastructure in Germany • Tokenized stocks, bonds and gold • Regulated RWA trading rails • Staking & governance utility • Buyback & burn mechanisms • Potential future tokenized equity access using SMT And it gets even more interesting. Swarm was acquired by @InveniamIO to help build a full-stack platform for tokenized assets, private markets and AI-ready financial infrastructure. So let’s recap: • Regulated infrastructure • Real-world assets • Tokenized securities • Deflationary mechanisms • Potential equity-tokenization optionality • Inveniam integration And $SMT is still sitting around a ~$1.4M market cap. Not $140M. Not $40M. $1.4M. If DTCC, Wall Street and institutional RWAs become one of the biggest stories of this cycle, I think the market will eventually stop looking only at the assets and start looking at the infrastructure underneath. That’s where things get interesting.
English
1
0
3
191
CKWalker
CKWalker@0x0CKWalker·
@0xAlex_300 💯 agree. The numbers are incredible right now. More thank 5000 agents are using @saidinfra protocol. Time will tell..
English
1
0
2
27
Alex
Alex@0xAlex_300·
What happens if the market is massively underestimating $SAID? Current market cap: roughly $350k. Now imagine a scenario where the thesis actually plays out. Not tomorrow. Not next week. But over the next few years. The AI agent economy keeps growing. More autonomous agents appear. Agents need: • identity • reputation • permissions • discovery • payments Humans have passports, usernames and credit scores. Agents will need something similar. That’s the problem @saidinfra is trying to solve. Imagine: → thousands of agents registered → multi-chain identities → x402 payments becoming standard → agent marketplaces → agent-to-agent commerce → verifiable reputation layers In that world, identity becomes infrastructure. And infrastructure tends to capture value. At a $350k market cap, the market is essentially pricing in almost no success. Just for perspective: $10M MC = ~28x $25M MC = ~71x $50M MC = ~143x $100M MC = ~285x Again, that’s not a prediction. Most microcaps fail. Liquidity is thin. Execution risk is enormous. But that’s exactly why people look at projects this small. You don’t need $SAID to dominate the entire AI economy. You only need it to become a recognized identity layer within a meaningful niche of the agent ecosystem. If that happens, today’s valuation may look absurdly small in hindsight. The real question isn’t whether SAID can do a 10x or a 100x. The real question is: Can $SAID become a piece of infrastructure that AI agents actually need? Because if the answer is yes, $350k might be the least interesting number in the entire story.
English
1
3
6
359
Alex
Alex@0xAlex_300·
@BullishB34R Yeah bro… No brainer… 💡💡
English
0
0
0
24
Alex
Alex@0xAlex_300·
If you’ve been around crypto long enough, you’ve probably seen countless projects throwing around buzzwords like AI, privacy, agents, and infrastructure. What’s interesting about $FHESTATE is that it’s trying to combine several of these narratives into a single stack focused on confidential execution and private financial coordination on Solana. At a high level, the goal isn’t just to create another agent framework. @Fhe_state idea is to build infrastructure that allows users, DAOs, and autonomous agents to interact with encrypted state, execute logic privately, and coordinate financial actions without exposing sensitive information on-chain. That’s where things start getting interesting, because the project is gradually moving from concept to implementation, with core components already being built and tested. The long-term vision looks something like this: Shielded Vaults ↓ Private Payments ↓ Blind DCA ↓ Private Swaps ↓ Treasury Management ↓ Multi-Agent Coordination ↓ Confidential Agent Network The interesting part is that we’re no longer talking purely about vision. There are already real building blocks in place: • Browser #FHE via #TFHE-rs WASM • Homomorphic comparisons • StateContainer PDAs • Coordinator state machine • Reveal system • Off-chain FHE execution • Solana settlement layer The latest Phase 5 update is focused on solving the hard infrastructure problems: • state synchronization • commitment tracking • versioned state transitions • coordinator architecture • observability In other words, the exact bottlenecks you’d expect if you’re trying to scale confidential execution systems. What does this mean for users? Today: • privacy • encrypted permissions • control over agent actions Tomorrow: → Wallet Copilot An #AI agent helping manage financial tasks without ever receiving full access to your wallet. → Blind DCA Automated buying strategies without exposing your positions, sizes, or intentions. → Private Swaps Reducing wallet tracking, front-running, and market signaling. → Treasury Management DAOs and businesses managing budgets, permissions, and spending policies without exposing internal financial data. The most important shift in my view: A few weeks ago this looked like an AI + FHE project. Today it looks much closer to a confidential financial infrastructure layer for both humans and autonomous agents. The big question is no longer whether they can build. The big question is whether they can build an ecosystem on top of it. If they do, Shielded Vaults could become the primitive everything else is built around. #FHESTATE
English
1
3
7
728
Alex
Alex@0xAlex_300·
@HanzoYasunaga You’re looking at the wrong project. Take a look at the right one: $FHESTATE It’s easy to find good projects on @solana
Alex@0xAlex_300

If you’ve been around crypto long enough, you’ve probably seen countless projects throwing around buzzwords like AI, privacy, agents, and infrastructure. What’s interesting about $FHESTATE is that it’s trying to combine several of these narratives into a single stack focused on confidential execution and private financial coordination on Solana. At a high level, the goal isn’t just to create another agent framework. @Fhe_state idea is to build infrastructure that allows users, DAOs, and autonomous agents to interact with encrypted state, execute logic privately, and coordinate financial actions without exposing sensitive information on-chain. That’s where things start getting interesting, because the project is gradually moving from concept to implementation, with core components already being built and tested. The long-term vision looks something like this: Shielded Vaults ↓ Private Payments ↓ Blind DCA ↓ Private Swaps ↓ Treasury Management ↓ Multi-Agent Coordination ↓ Confidential Agent Network The interesting part is that we’re no longer talking purely about vision. There are already real building blocks in place: • Browser #FHE via #TFHE-rs WASM • Homomorphic comparisons • StateContainer PDAs • Coordinator state machine • Reveal system • Off-chain FHE execution • Solana settlement layer The latest Phase 5 update is focused on solving the hard infrastructure problems: • state synchronization • commitment tracking • versioned state transitions • coordinator architecture • observability In other words, the exact bottlenecks you’d expect if you’re trying to scale confidential execution systems. What does this mean for users? Today: • privacy • encrypted permissions • control over agent actions Tomorrow: → Wallet Copilot An #AI agent helping manage financial tasks without ever receiving full access to your wallet. → Blind DCA Automated buying strategies without exposing your positions, sizes, or intentions. → Private Swaps Reducing wallet tracking, front-running, and market signaling. → Treasury Management DAOs and businesses managing budgets, permissions, and spending policies without exposing internal financial data. The most important shift in my view: A few weeks ago this looked like an AI + FHE project. Today it looks much closer to a confidential financial infrastructure layer for both humans and autonomous agents. The big question is no longer whether they can build. The big question is whether they can build an ecosystem on top of it. If they do, Shielded Vaults could become the primitive everything else is built around. #FHESTATE

English
0
0
2
103
Alex
Alex@0xAlex_300·
Most people are looking at $ZERO as just another low-cap AI token. I think the market is starting to realize it’s something different. The recent move isn’t coming out of nowhere: • Mainnet/product launch only days ago • 10% of supply locked for 1 year • Staking and treasury mechanisms already live • Buyback/Burn + USDC rewards model • OpenAI-compatible API for AI agents and developers • Real documentation and active development What stands out to me is the positioning: “AI powered by people, not data centers.” Instead of building another closed AI platform, @c0mputeAI is trying to create a distributed inference network where users contribute compute power and AI applications consume it through a familiar API. The project is still extremely early and execution risk remains high. But when you combine: • Working product • Developer-focused infrastructure • AI agent narrative • Revenue capture mechanics • Tiny market cap …you get the type of setup that attracts attention fast once people start digging deeper. The recent price action looks less like random speculation and more like the market discovering a project that most people haven’t researched yet. $ZERO
Alex@0xAlex_300

I’ve been watching this new launch $ZERO @c0mputeAI today. A few things stood out: • Real codebase (Rust + TS) • Active GitHub with recent commits • Multiple releases already shipped • MIT licensed • Founder appears publicly tied to Profullstack, not an anonymous burner account • Clear focus on decentralized AI inference, not just generic “AI + crypto” buzzwords What I find interesting isn’t the token. It’s that they’re trying to solve an actual problem: How do you turn idle compute into a permissionless AI network where users pay for inference and workers earn for providing resources? Still very early. Community is tiny. Product looks alpha. A lot of infrastructure is still being wired together. But compared to many microcap AI projects, there seems to be genuine engineering happening under the hood. Definitely one I’m keeping on my watchlist. $ZERO 👀👀👀

English
1
3
15
1.1K