☆smoll☆
mommy home
Joined June 2022
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saw some people weren’t happy with TermiX Epoch 1, but we’re getting another shot
Epoch 3 is here, the final lap 👀
for those who don’t know, @termix_ai is building an onchain marketplace where AI agents can hire each other, complete jobs, and settle payments
hope you guys don’t miss this one 🤝
The TermiX Katalyst Epoch 1 leaderboard is live! 🏆
Thank you to every creator who shared research, tested Agent.family and helped more people discover the Agent Economy.
Check your ranking across Global, CN and KR 👇
kaito.ai/studio/camp_174ded0…
Keep creating. Keep building. @KaitoAI
DnsXpoD retweeted
Everton vs Newcastle tonight 👀⚽️ Who’s taking the win? I’m backing Newcastle to get the job done! Let’s see who gets it right 🔥
@DuelbitsSports
𝟱 𝘅 $𝟮𝟱 𝗙𝗿𝗲𝗲 𝗕𝗲𝘁𝘀 𝗨𝗽 𝗳𝗼𝗿 𝗚𝗿𝗮𝗯𝘀!
Everton vs Newcastle tonight in the #CarabaoCup. Winner gets Fleetwood 👀
How to Enter:
✅ Follow @DuelbitsSports
✅ Predict the correct score
✅ Tag a friend and drop your User ID
Five winners will be randomly selected from correct entries. Entries close at kick-off
DnsXpoD retweeted
Base is moving on both speed and real payments. Denim is live on Sepolia with 200-millisecond blocks, so transactions confirm almost instantly, and builders are preparing for mainnet. Shopify and Coinbase’s Commerce Payments Protocol is running USDC payments on Base, with hundreds of thousands of transactions where shoppers pay no gas.
That pushes onchain payments beyond speculation and closer to normal shopping. Jesse’s “what did you ship on @base this week?” keeps the builder culture active, the expectation is that people are actually putting things out. Institutional yield vaults like FalconX landing on Base also show stablecoins can be more than just transfer rails.
I think the point is Base carrying both technical speed and real-world payments at the same time. Faster blocks + gasless checkout + a constant shipping culture make onchain finance more usable. Still the most logical place to build. 🟦
(📷According to X rules, a paid partnership has been selected. It is not investment advice or a paid partnership.)
🤝 Paid partnership · 🤖 Made with AI
Friends hello, the replay of this morning’s AMA landed on the Quip side.
In the @quipnetwork post they recommend listening to the session with Colton, Richard, Megan and rdyplayerB, and they shared the Discord link again.
The earlier announcement said QVM was the focus and that all questions were welcome.
QVM runs annealers, gate-model and classical hardware from the same constraint-based program, with results checked by classical simulation, independent benchmarking and cryptographic attestation.
Accounts, Swap, Points, the subnets and QVM are already live on testnet and coming together in one app.
The replay may have covered the integration details ahead of the chain audit.
I am reading this as an open Q&A recording while the testnet pieces come together.
(📷According to X rules, a paid partnership has been selected. It is not investment advice or a paid partnership.)
DnsXpoD retweeted
halloween just got a little more interesting
@POVMarket is opening the doors to the degen mansion,
and every trade gets you closer to what’s inside.
getting involved is pretty simple:
→ you sign up and get two knocks
→ earn more through daily $5+ trades
→ and earn one more by sharing your halloween themed pfp card on X
you can stack up to 13 knocks before the mansion opens
on november 10, every knock gets a chance to reveal a trick or treat,
with rewards worth up to $500
only traders qualify for treats, so there’s more reason to get involved.
Knock Knock 🎃
Every trade on POV is a knock on the Degen Mansion door.
$10K+ up for grabs and it opens 10 Nov.
knocks.pov.co
DnsXpoD retweeted
nah, $10k behind one mansion door is crazy 😭 @POVMarket just made Nov 10 look like a date worth keeping an eye on
DnsXpoD retweeted
🌐 𝙏𝙧𝙖𝙣𝙨𝙛𝙚𝙧𝙖𝙗𝙡𝙚 $ITLG: 𝘼 𝙉𝙚𝙬 𝘾𝙝𝙖𝙥𝙩𝙚𝙧 𝙛𝙤𝙧 𝙄𝙣𝙩𝙚𝙧𝙇𝙞𝙣𝙠
One major update in the upcoming ITLG Mainnet is that ITLG received during this round will be transferable.
As Mainnet progresses, this could create new opportunities to exchange value and participate in the broader @inter_link ecosystem.
According to the announcement, users will be able to use ITLG within the ecosystem or stake it in the Vault to upgrade it to non-transferable vITLG and earn annual Vault rewards.
These options offer different ways to engage with digital assets, but understanding the applicable rules and risks remains essential.
Transferability opens possibilities. Utility gives those possibilities purpose.
#InterLink #ITLG #ITL
👨👩👧👦 𝙄𝙣𝙩𝙚𝙧𝙇𝙞𝙣𝙠 𝙈𝙖𝙞𝙣𝙣𝙚𝙩: 𝙁𝙖𝙢𝙞𝙡𝙞𝙚𝙨 𝙎𝙝𝙤𝙪𝙡𝙙 𝙋𝙧𝙚𝙥𝙖𝙧𝙚 𝙏𝙤𝙜𝙚𝙩𝙝𝙚𝙧
@inter_link has introduced an important update for families participating in its ecosystem.
According to the announcement, parents or guardians should complete KYC first. The verified adult can then become a Guardian and sponsor their children.
KYC will also open to users under 18 in this round.
Families should understand the official process, follow the correct verification steps, and avoid bypassing age or identity requirements.
Parents and guardians should guide younger participants responsibly and protect their personal information throughout verification.
A stronger ecosystem begins with responsible participation at every age.
#InterLink #ITLG #ITL
“did the product actually launch?”
sounds simple until you get into the details
one person says the beta counts. another says only the public release counts. someone else points out it's only available in a few countries
now people are arguing over what “launch” actually means
thats the problem behind a lot of prediction market disputes
with @primus_labs × @CournotProtocol, the roles are pretty clear
→ Primus uses zkTLS to check whether the web data comes from the claimed source
→ Cournot takes that evidence and works out what it means under the market's rules
one checks the source
the other handles the judgment
because getting the information is only half the job
you still have to interpret it correctly
Grab ur Primus XP here
s.kaito.ai/mc33gFb
a proof of reserves dashboard is nice.
but where does the number actually come from?
i went through the @primus_labs github and found public PoR clients for Unitas and XAUT, with exchange account data integrations documented for Binance, Aster and Bybit.
that's the part worth digging into.
the challenge isn't just showing a reserve number. it's connecting financial data from outside the chain to something that can actually be verified.
there's a lot more to PoR than a green number on a dashboard.
github.com/primus-labs/por-c…
points.primuslabs.xyz?ref=41…
s.kaito.ai/mc33gFb
DnsXpoD retweeted
$TOSH 流动性永久锁定说明
最近有社区成员问 $TOSH 的池子有没有锁。答案是：$TOSH 的流动性永久锁定，任何人都无法撤出，包括项目方、平台和多签。
为什么说是「永久锁定」 ToshX 的池子建在 PancakeSwap Infinity 上，不发 LP 代币，流动性直接记在协议合约名下。这些合约： · 代码里没有任何撤池功能，只能加池，不能撤池； · 不可升级，没有后门，没有管理员能改代码； · 源码已在 BscScan 公开验证（Exact Match）。
这比常见的「第三方锁仓」更彻底：锁仓到期可以取回，而我们的池子没有到期日，也没有任何人能取回。
链上数据（截至目前） · 池子 100% 的流动性由两个协议合约持有，没有任何外部 LP： — Hook 合约（开盘时加入的 64 BNB）：占 84.4% — 自动加池合约（货架收入的 80% 自动加入）：占 15.6% · 开盘以来共有 726 次流动性变动，全部是加池，撤池 0 次。 · 开盘时加入的流动性数量，和现在 Hook 合约持有的数量完全一致，一个单位都没少。
自己核对 · 池子 ID：0x291649a0e19b1e697d5caec8005f98568be44ad0543ef665191bb8719b2962c5 · Hook 合约：bscscan.com/address/0x45F299… · Hook 源码（已验证）：bscscan.com/address/0x83533D… · 自动加池合约源码（已验证）：bscscan.com/address/0xf3252f… · 开盘加池交易：bscscan.com/tx/0xa61611e932e…
完整的核对方法和命令都在我们的 GitHub 里，欢迎任何人复查。
one thing i find interesting about @primus_labs is the problem it’s trying to solve with proof of reserves
showing assets is the easy part. but if liabilities aren’t fully accounted for, a big reserve number doesn’t tell you much about whether a platform can actually cover what it owes
that’s where verifiable data becomes useful. you want people to check the claim themselves, without forcing every account detail into public view
still a lot to prove on the implementation side, but this is a more meaningful use of privacy tech than just talking about zkTLS and FHE
been keeping an eye on what they’re building 👇
s.kaito.ai/mc33gFb
以前总觉得，区块链最大的优点就是透明。
但后来想想，这事其实挺矛盾的。
你往链上转一笔钱，别人能查；你调仓，别人能盯；如果是一家机构，连资金怎么动都可能被人拿来分析。
可反过来，如果什么都不公开，用户又凭什么相信你真的有钱、没有造假？
所以我觉得，真正值得研究的不是让区块链变得不透明，而是怎么做到：该证明的事情能证明，不该公开的数据不用全部交出来。
最近关注 @primus_labs，我觉得它的价值就在这个问题上。
先说一个比较容易理解的场景。
假如你想证明自己在某个交易所有足够的资产，传统做法可能是发截图、交账户记录，甚至把更多账户信息交给第三方。
问题是，别人确实看到了你的资产，同时也看到了你不想公开的东西。
Primus 的 zkTLS 就是在尝试改变这个过程。
简单说，它可以帮助验证来自网站或 API 的数据是否真实，再配合后续的计算与证明，让应用只披露需要验证的结果。
比如，你想证明自己的账户余额超过某个门槛，重点应该是证明条件成立，而不是把整份资产记录交出去。
当然，具体能隐藏哪些字段、证明哪些条件，要看实际采用的协议和应用实现，并不是用了 zkTLS 就能自动隐藏所有信息。
另一个值得关注的方向是 FHE，也就是全同态加密。
这个技术更有意思：数据保持加密状态时，也能进行特定计算。
放在链上金融里，理想状态是转账、余额更新等操作可以在不直接公开金额的情况下完成，同时让系统验证计算是否符合规则。
Primus 还在推进相关的 GPU 加速和可验证计算研究。它参与的 FHE 研究成果 HasteBoots 已进入 USENIX Security 2026 的论文体系，研究重点之一就是降低全同态加密计算的证明成本。
不过，论文中的性能提升，不等于整个金融应用已经达到同样的速度。实际体验还要看具体操作、硬件条件和完整流程。
我反而觉得，Primus 更值得观察的落地场景，是稳定币储备证明。
因为稳定币最怕的不是账面数字不好看，而是用户根本不知道这些数字究竟能说明什么。
以 USDu 为例，Primus 与 Brevis、Unitas 合作的方案，尝试把链上资产和交易所里的链下资产一起纳入验证。
这比只看链上钱包余额更有意义，因为有些金融策略本来就涉及交易所里的对冲仓位。
但这里有个必须说清楚的区别：
储备证明，不等于完整的偿付能力证明。
即使资产数据真实、计算过程正确，也还要看负债是否完整纳入、资产有没有重复计算或其他权利限制，以及数据覆盖的时间和范围。
密码学能帮助我们验证数据和计算，却不能凭空保证输入已经覆盖所有风险。
这也是我看 Primus 时最关心的地方：它不只是要证明一个数字是真的，还要让用户知道这个数字到底证明了什么。
隐私技术真正进入金融应用，靠的不是几个听起来厉害的缩写，而是能不能把数据真实性、计算正确性和披露边界一起处理好。
这条路还有不少工程和信任问题需要解决，但方向值得继续观察。
想了解实际产品，可以从 Primus 官方应用和任务页面入手，看看它目前支持哪些验证场景，再判断这些能力距离真实业务还有多远。
官网：primuslabs.xyz/
proof of reserves is only half the story
the real question is whether all liabilities are accounted for
that's the problem worth solving, and why I'm watching @primus_labs
Agent count is easy to flex
Paid work is a better signal
DeFiLlama currently lists @termix_ai at $4,948 in 7D revenue and $36,036 in 30D revenue in its BSC AI Agents category
DnsXpoD retweeted
还有约 1.5 小时。
$TOSH 二级建池 Oct 30 · 12:00 UTC
L1.5 已成交约 75.3 / 80 BNB（≈94% 募资额），随开盘关，未成交可撤。
t.me/toshxprotocol
$TOSH market opens today
Can't wait? You can already sell on the secondary market for nearly 4x
Could this be the next runner after $JAGENT?
Time to gamble again
100x or bust
LFG 😂
$TOSH 二级建池价。
Oct 30 · 12:00 UTC
建池价 2P = 0.0000007111 BNB
L1.5 ≈67.5 BNB · 1,711 笔 · 托管 ≈12.1 BNB
协议开盘价，八成按 2P 锁池。L1.5 随开盘关，未成交可撤。
t.me/toshxprotocol
Applied for the @torpornet allowlist
Still pending 👀
What caught my attention isn't just the 4,444 frogs
It's torpor.si
A marketplace that indexes ERC-721 collections and scores them based on actual onchain signals is something I want to explore
Especially the SI system
Originality, holders, integrity, contract and market activity
five things worth looking at before jumping into a collection
Elysium mainnet opens on Nov 9
Would love to be part of TORPOR from day one
Hopefully, see you on the allowlist🐸
Applicant 8034 in the @torpornet queue
4,444 frogs that do nothing, minting on @Enter_Elysium the day mainnet opens. 9 November.
The whole plan, the market, and the SI score are in the article. Allowlist is open at torpor.net.
DnsXpoD retweeted
I finally did the part I’d been writing about for weeks.
I minted my own ".agent" identity on @termix_ai
And honestly, the interesting part isn't the mint itself.
It’s what comes after.
Now that the agent has an on-chain identity tied to my wallet, the next step is to actually make it useful.
My plan would be:
→ Create a service on Agent.family
→ Define exactly what the agent can deliver
→ Set the scope, pricing and delivery terms
→ Let another agent/client hire the service
→ Have the payment move into escrow once the job is accepted
→ Do the actual work
→ Submit the deliverable
→ Go through the review/challenge window
→ Settle the job
→ Build reputation from completed work
That changes how I look at the ".agent" identity.
It isn't just a profile or another identifier.
It becomes the starting point for an economic history.
The service you provide.
The jobs you complete.
The outcomes of those jobs.
The reputation attached to them.
I've spent most of this campaign looking at TermiX from the infrastructure side.
Now I want to see what happens when I actually put the infrastructure to work.
Identity → Service → Job → Escrow → Delivery → Settlement → Reputation
Minting the agent was step one.
Now comes the part I'm more interested in: actually using it.
#TermiX
DnsXpoD retweeted
i thought the hard part was making ads. apparently knowing which ones actually work is the bigger game. @UseFastlane
🤝 Paid partnership
DnsXpoD retweeted
saw the post about Google Notebook giving you any book for free.
✳ but here's the thing...
NotebookLM itself doesn’t hand out books. you upload what you already have. most of the ones floating around easily are open textbooks (OpenStax etc.).
━━━━━━━━━━━━━━━━
◉ the real issue is commercial content.
the commercial ones still have authors and publishers.
the gap is still the same: AI makes content easy to use, but there’s still no clean way for the people who made it to say:
❝ yes, under these terms, and here’s how you get paid. ❞
━━━━━━━━━━━━━━━━
✧ this is exactly what Soneium is working on with Tokenized IP and ERC-8432.
the idea is to make ownership and license terms machine-readable, so both people and AI agents can check the rules and settle them onchain.
↳ a simple example:
someone uploads a copyrighted book into NotebookLM and starts chatting with the whole thing.
right now, there’s almost no practical way for the author or publisher to set clear terms, get paid, or even know it’s happening.
with something like ERC-8432, those terms could travel with the work itself, so the tool (or an AI agent) can actually see what’s allowed and complete the license properly.
━━━━━━━━━━━━━━━━
✳ this is exactly what @soneium is working on with Tokenized IP and ERC-8432
DnsXpoD retweeted
One thing I find interesting about @primus_labs is how it approaches privacy and verification, especially when it comes to real world financial activities.
Think about how P2P crypto transactions work today. A buyer makes a bank or PayPal payment, then the seller has to trust that the money has actually arrived before releasing the crypto. The same uncertainty exists on the other side.
Primus explores a way to make this process more reliable using zkTLS.
The idea is pretty straightforward. A seller locks their crypto in an onchain escrow, the buyer completes the fiat payment through an existing online service, then generates a cryptographic proof showing the sender, receiver and amount.
The smart contract can verify that proof before releasing the locked assets.
This means there's less dependence on screenshots, payment claims and promises made in private messages. Instead, verification comes from evidence returned by the actual payment service.
What makes this interesting is that the biggest challenge with fiat to crypto transactions has never really been moving crypto around, it's establishing trust on the fiat side.
I also like that this is just one of the implementation scenarios explored in the Primus documentation, rather than something I'm claiming to have personally tested.
Beyond zkTLS, Primus is also exploring FHE and TEEs to make private data verification and computation more practical.
With AlphaNet already live, there's an opportunity to explore the technology firsthand, complete attestation tasks, verify proofs and earn XP while contributing to the network.
For me, the real excitement is seeing how technology like this could remove unnecessary trust from everyday financial transactions.
🤝 Paid partnership
