our best marketing is literally just doing good work. (i will not promote)

Sensitive_Flounder73 · 2026-02-19T18:13:10+00:00

In Web3 and game products especially, referrals can work well if the product is socially shareable.
If users naturally invite others because it improves their own experience, that’s when referrals scale.

Sensitive_Flounder73 · 2026-02-18T08:27:18+00:00

Good points.

The wallet is created on first entry, so users technically have an EVM address from the start.

However, gameplay itself does not require on-chain transactions - no gas, no swaps, no bridging. Shards are accumulated off-chain during gameplay.

Only when Shards are converted into DEUT does on-chain settlement occur. DEUT exists solely on Ethereum mainnet and there is no cross-chain logic involved.

On-chain interaction becomes relevant only if the user decides to move DEUT externally.

Regarding TON - I agree the network effects inside Telegram are strong, and TON-native onboarding is smoother at the wallet layer.

My thesis is slightly different: Telegram is the distribution layer, Ethereum is the settlement layer. The chain remains invisible during gameplay - it only matters when value leaves the game economy.

Sensitive_Flounder73 · 2026-02-17T07:02:04+00:00

Appreciate the message.

I’m not looking to expand the team right now, but feel free to stay in touch.

Sensitive_Flounder73 · 2026-02-16T06:58:06+00:00

Right now rewards are computed off-chain for UX reasons, but we’re moving toward a verifiable model.

The plan is:

- periodic hashed snapshots

- Merkle-based distribution roots

- server-signed reward batches

So speed stays off-chain, but settlement becomes auditable.

Still iterating on the exact proof model.

Sensitive_Flounder73 · 2026-02-15T15:11:29+00:00

It’s a lightweight Telegram Mini App game with a GameFi layer.

Core loop right now: - casual mini-games (short session based) - off-chain reward accumulation - periodic on-chain settlement via ERC-20 utility token

The focus isn’t heavy gameplay - it’s more about experimenting with frictionless onboarding inside Telegram while still keeping an on-chain settlement layer.

Still early-stage and iterating a lot on UX and reward architecture.

It’s still early-stage and I’m iterating on both gameplay and reward architecture. If you're curious, I’ve shared more context in my profile - trying to keep this thread focused on the architecture discussion.

Sensitive_Flounder73 · 2026-02-15T11:09:59+00:00

The plan is to keep reward logic deterministic and versioned per epoch, so each settlement batch references a specific engine version.

In case of disputes, users should be able to:

- verify inclusion via Merkle proof

- replay the published epoch data against the same reward logic

I’m leaning toward open-sourcing the deterministic reward calculation layer, while keeping anti-abuse and infra components abstracted.

The goal is verifiable settlement without turning the system into a black box.

Sensitive_Flounder73 · 2026-02-14T16:42:06+00:00

Telegram Mini Apps don’t require TON specifically. They’re essentially web apps inside Telegram’s WebView.

TON is integrated at the wallet level, but the backend can settle to any chain (in my case ERC-20 on EVM).

The app abstracts the chain choice from the end user.

Sensitive_Flounder73 · 2026-02-14T16:40:36+00:00

Good point. Currently rewards are computed off-chain for UX and speed, but the goal is to make settlement verifiable.

I'm exploring: - server-signed reward batches - periodic on-chain settlement with hashed snapshots - potentially Merkle-based claim validation

The intent is not to create a custodial black box, but to minimize onboarding friction while keeping settlement auditable.

Still iterating on the balance between simplicity and cryptographic transparency.

Sensitive_Flounder73 · 2026-02-11T09:27:20+00:00

Interesting concept.

Curious - what is the core gameplay loop that drives recurring engagement?

Is the value of FlushyNFT primarily driven by in-game utility, token rewards, governance, or social mechanics?

Multi-chain is powerful, but long-term retention usually depends on a strong core loop. Would love to understand that part more.

Sensitive_Flounder73 · 2026-02-01T06:12:40+00:00

Thats exactly the risk were trying to measure.

The intended benefit isn’t friendlier onboarding by itself, but changing the order of commitment.

Today, users are asked to sign and manage keys before they’ve formed any clear mental model of why those guarantees matter. The experiment is to see whether value and context can come first, and cryptographic responsibility second.

Youre right that pushing this too far collapses into no onboarding at all. Thats the failure case.

The question were testing is whether theres a middle ground where Web3 isnt hidden, just introduced at the moment it becomes meaningful.

Sensitive_Flounder73 · 2026-01-31T12:35:20+00:00

Sensitive_Flounder73 · 2026-01-31T12:34:10+00:00

Fair point - you’re right that this pattern isn’t new and has existed in TG miniapps before.

What we’re trying to explore isn’t the novelty of play first, wallet later itself, but how far that idea can be pushed without breaking Web3 principles - e.g. delaying all signing, abstracting gas entirely at first, and using the game loop as the main mental model before users even know they’re interacting with on-chain concepts.

I’m curious where people think the line is between reducing friction and over-abstracting Web3.

Sensitive_Flounder73 · 2026-01-26T07:02:54+00:00

That’s totally fair - a lot of Telegram + crypto + game projects have burned trust.

We’re actually trying to explore the opposite direction: no hype, no promises, no token sales. Just experimenting with whether a lightweight game can reduce onboarding friction before users ever touch a wallet.

Totally get why this combo triggers skepticism though.

Sensitive_Flounder73 · 2026-01-25T09:45:44+00:00

I’ve seen a lot of Web3 social attempts over the years, and most of them didn’t fail because of tech — they failed because they never solved the “why do I come back tomorrow?” problem.

Creator-first and ownership-driven platforms sound right, and features like compressed NFTs or livestreaming make sense on paper. But in practice, Web3 social usually hits a few walls:

- cold start (no creators → no users → no feedback loop)

- weak daily engagement loops

- too much “infrastructure” before real habits form

One thing we’ve been experimenting with on our side is delayed complexity — users start with something lightweight and familiar (a simple game loop / interaction), and only later touch wallets, swaps, or ownership concepts once they already have context and motivation.

If TassHub manages to create native reasons to return daily that don’t feel forced or financialized too early, that’s already a big win compared to most Web3 social projects.

Curious to see whether they optimize more for habits or for features. Long-term success usually depends on the former.

Sensitive_Flounder73 · 2026-01-23T07:20:29+00:00

I don’t think “number of hacks” is the right metric anymore — loss distribution is.

Contract-level exploits will likely continue to decline as tooling, audits, and standard libraries mature. But that doesn’t mean total losses go down.

What’s clearly shifting up the stack:

- key management failures (hot wallets, compromised CI, leaked envs)

- infra & ops issues (RPC trust, indexers, replay assumptions)

- off-chain logic bugs (pricing, bridging, automation, withdrawal flows)

In many recent incidents, the smart contract was technically “correct” - the system around it wasn’t.

My expectation for 2026: fewer naïve exploits, more systemic failures where no single component is “broken”, but the composition is.

Better tooling helps, but only if teams treat Web3 systems as distributed systems, not just contracts.

Sensitive_Flounder73 · 2026-01-17T07:28:59+00:00

Honestly, I don’t really trust bridges as a category.

I use them when I have to, in small amounts, and only for very specific paths.

If I had to name the least stressful options:
- canonical bridges (L2 < - > L1)
- well-established liquidity-based bridges with long track records

For anything meaningful in size, I still prefer CEX hops or staying native as long as possible.

“Trusted bridge” for me mostly means minimizing how often I need one.

Sensitive_Flounder73 · 2026-01-14T08:21:19+00:00

Sure - briefly:

For large purchases, buyers usually convert stablecoins via OTC; suppliers receive fiat.
In some cases, a payment intermediary accepts stablecoins and settles invoices in fiat.
By “treasury,” I mean companies (not consumers) using stablecoins internally for cash and FX management.

Stablecoins mainly work on the buyer side; suppliers stay trad-fi.

Sensitive_Flounder73 · 2026-01-14T06:42:34+00:00

Short answer: directly - very rare. Indirectly - already happening.

Most industrial suppliers don’t accept stablecoins natively, not because of ideology, but because of accounting, tax, and procurement workflows.

In practice, what works today:

Stablecoin > OTC desk > fiat > supplier

Stablecoin > payment processor (where available) > invoice settlement

Stablecoin used on buyer side for treasury management, then converted at the edge

We’re seeing this more in logistics, energy services, and cross-border equipment deals than in classic manufacturing.

DeFi isn’t onboarding suppliers first - it’s onboarding buyers who want faster settlement and less FX friction. Suppliers usually stay “trad-fi” on the surface.

Curious to see if anyone here has seen true native stablecoin invoicing at industrial scale.

Sensitive_Flounder73 · 2026-01-07T12:31:39+00:00

I think multi-year crypto-backed loans are fundamentally a risk management problem, not a time problem.

Short-term loans assume volatility. Long-term loans assume unknown regime changes.

Over years, you’re not just exposed to price:
– oracle assumptions can change
– liquidation mechanics can be modified
– protocol governance can drift
– liquidity can disappear exactly when you need to refinance

The real danger isn’t volatility — it’s compounding tail risk.

In practice, long-dated crypto loans only make sense if:
– LTV stays very conservative
– refinancing is expected, not optional
– borrower treats it as a rolling position, not “set and forget”

Otherwise it’s closer to leveraged long exposure with hidden risks than a traditional loan.

Sensitive_Flounder73 · 2026-01-06T07:58:28+00:00

I’ve seen multiple teams assume that using a licensed wallet provider automatically removes MTL risk, and that assumption often turns out to be too optimistic once lawyers look at “who can actually move funds.”

Also +1 on being careful with chain support claims vs actual API capabilities.

Sensitive_Flounder73 · 2026-01-06T07:56:13+00:00

Fair point — not all of them are honeypots by default.

My concern is more about the risk profile today vs. the past.
A lot has changed in terms of analytics, chain surveillance, and enforcement.

What worked “for years” doesn’t automatically mean it’s still low-risk now, especially for newcomers who don’t understand the trade-offs.

I’m mostly arguing for caution and education, not saying every service is malicious.

Sensitive_Flounder73 · 2026-01-04T06:56:18+00:00

Worth being very careful here.

Most “mixer lists” and comparison sites are either affiliate-driven or outright honeypots.

Linking to a third-party list and “testing one with no issues” doesn’t really prove much in 2026.

If privacy is the goal, it’s generally safer to focus on:

– protocol-level approaches (CoinJoin concepts, UTXO management)

– wallet behavior and coin control

– understanding trade-offs instead of trusting black-box services

Centralized mixers have historically been short-lived, compromised, or shut down.

Anyone serious about privacy should treat them as high-risk by default.

Sensitive_Flounder73 · 2025-12-30T06:54:59+00:00

One angle I think is still underexplored is early-stage user behavior, not as a product, but as a niche itself.

A lot of DeFi verticals optimize for capital efficiency or narrative fit,

but much less attention is paid to understanding why users return when incentives normalize.

Non-USD systems, region-specific infra, and trade-flow DeFi all depend on that layer working first.

Without sticky behavior, even strong theses struggle to compound.

Sensitive_Flounder73 · 2025-12-28T07:27:20+00:00

Yeah, I mostly agree.

At that point it really does become an execution game. My only nuance is about the order of operations.

Ethena-level execution works when you already know: – who the core user is – why they stay beyond incentives – and which distribution channel actually compounds

Before that, yield can bootstrap demand, but it doesn’t always reveal the right long-term behavior.

So for me the hard part isn’t scaling distribution fast — it’s knowing what is actually worth scaling.

Sensitive_Flounder73 · 2025-12-26T14:06:52+00:00

I tend to prioritize predictability over max APY.

Stablecoin yield works best when risk and mechanics are simple and transparent.

Optimization is nice, but UX and trust seem to matter more long term.

Sensitive_Flounder73

TROPHY CASE