Exploring the Kaspa ecosystem and tracking early opportunities!

One project on my radar is $KASCOV, launched on KRON and already graduated. 🚀

$KASCOV Market Snapshot
Market Cap: 583.8K KAS (~$21.8K)
24H Volume: ~3,265–3,400 KAS
Holders: 126–127 reported
Total Supply: 1,000,000
Tokens in Wallets: 705,884 (71%)
Covenant Held: 294,116 (29%)
Minted: 0
Burned: 0
24H Change: -2.05%

Track & Trade $KASCOV:
KASCOV Markets: https://kascov.io/markets?token=c58c826d0aa9cee62f93208718c674883f5c89a8aca4933dc41fb0391539abe2

KRON: https://kron.technology/token/c58c826d0aa9cee62f93208718c674883f5c89a8aca4933dc41fb0391539abe2

I'm actively exploring the Kaspa ecosystem as KCC-20 and native token infrastructure attract attention.

The key is to watch holder growth, genuine trading volume, liquidity, and whether projects can sustain interest beyond the initial hype.

Early research matters. But always verify the numbers and understand the risks before entering.

DYOR. NFA.

50 FREE CRYPTO TOOLS THAT CAN GIVE YOU A SERIOUS RESEARCH EDGE.

Want to know where whales are moving capital, which wallets are accumulating, when tokens unlock, or whether a memecoin is hiding a red flag?

Stop trading blind.

Bookmark these 50 websites. They can help you investigate the market before making your next move.

🐋 1. Track Whales, Smart Money & Wallets

https://gmgn.ai — Identify smart-money wallets and track Solana token activity.
https://arkm.com — Investigate labeled wallets and major crypto holdings.
https://whale-alert.io — Monitor large crypto transfers in real time.
https://debank.com — Explore wallet portfolios across EVM chains.
https://kolscan.io — Follow influencer wallets and their memecoin trades.
https://solscan.io — Dig into Solana wallets, transactions and token movements.
https://lookonchain.com — Get breakdowns of notable whale activity.
https://cryptoquant.com — Analyze exchange flows, BTC reserves and miner behavior.
https://app.cielo.finance — Track wallets across chains and set alerts.
https://app.nansen.ai — Research smart-money movements and wallet labels.
https://bitinfocharts.com — Examine wealthy Bitcoin addresses and historical balances.
https://fomo.family — Discover tokens attracting attention from top traders.
https://etherscan.io — Investigate Ethereum addresses, transactions and token transfers.
https://debank.com/stream — Monitor activity from wallets you're following.
https://app.step.finance — Track and manage your Solana portfolio.


2. Investigate a Memecoin Before Buying

https://v2.bubblemaps.io — Visualize connected token holders and suspicious clusters.
https://rugcheck.xyz — Investigate Solana token risks, liquidity and authority settings.
https://honeypot.is — Check whether a token may prevent you from selling.
https://dexscreener.com — Study charts, liquidity, trading volume and pair activity.
https://solsniffer.com — Scan Solana tokens for potential security issues.
https://birdeye.so — Analyze Solana prices, token activity and wallet performance.
https://insightx.network — Investigate wallet relationships and potential connections.
https://gopluslabs.io — Check contract security risks and token permissions.
https://geckoterminal.com — Explore liquidity pools and trading pairs across chains.
https://tokensniffer.com — Screen EVM tokens for common scam indicators 3. Discover Token Unlocks, Vesting & Catalysts

https://defillama.com/unlocks — Research upcoming token unlocks and vesting events.
https://cryptorank.io — Explore funding rounds, investors and tokenomics.
https://solanacompass.com/tokenomics — Examine Solana supply, staking and tokenomics.
https://tokenomist.ai — Track unlock schedules, emissions and circulating supply changes.
https://coinmarketcal.com — Monitor crypto events that could influence market attention.
https://dropstab.com — Research investor allocations, funding and vesting schedules.

4. Follow Leverage, Liquidations & Trader Positioning

https://velo.xyz — Monitor funding rates, open interest and futures basis.
https://coinglass.com/hyperliquid — Investigate Hyperliquid positions and trader activity.
https://coinalyze.net — Compare funding, open interest and liquidation data.
https://app.hyperliquid.xyz/leaderboard — Study the performance of leading perpetual traders.
https://coinank.com — Analyze derivatives positioning and long/short ratios.
https://coinglass.com — Explore liquidation heatmaps and potential squeeze zones.

5. Follow Capital, Revenue & On-Chain Growth

https://dune.com — Explore community-built dashboards and blockchain analytics.
https://defillama.com — Track DeFi TVL, protocol revenue and ecosystem flows.
https://farside.co.uk — Follow reported Bitcoin and Ethereum ETF flows.
https://tokenterminal.com — Evaluate crypto protocols using business-style metrics.
https://ultrasound.money — Monitor Ethereum issuance, burns and supply changes.
https://app.rwa-xyz.com — Research tokenized real-world assets and Treasury products.
https://cryptofees.info — Compare fees generated by different crypto protocols.
https://l2beat.com — Assess Ethereum Layer 2 activity, scaling and security risks.
https://app.artemis.xyz — Analyze blockchain usage, network growth and capital movements.
https://mempool.space — Track Bitcoin blocks, transaction fees and pending transactions.
https://growthepie.com — Compare Ethereum ecosystem and Layer 2 growth.
https://messari.io — Research crypto projects, market sectors and fundamentals.
https://visaonchainanalytics.com — Explore stablecoin activity and on-chain payment trends.

Here's how to turn these tools into an actual research advantage:

→ Find wallets accumulating before a narrative becomes crowded.

→ Investigate holder concentration before buying a low-cap token.

→ Check upcoming unlocks before committing to a long-term position.

→ Watch liquidity and derivatives positioning instead of relying on hype.

→ Track protocol revenue and real usage to separate traction from marketing.

One important rule: No dashboard guarantees profits. Some features require paid plans, and wallet labels or security scans can be incomplete. Cross-check important findings before trading.

I've spent years studying crypto markets, and one lesson keeps repeating: the better your research, the fewer decisions you have to make blindly.

I'll keep sharing useful tools, wallet activity, emerging narratives and market research publicly.

Save this post. Bookmark the websites. Build your own research routine.

Follow and turn on notifications if you want more actionable crypto research on your timeline.

The goal isn't to follow every move. It's to understand the market before the crowd catches on.

DYOR. NFA.

If you're new to crypto and ask me for advice, I'd tell you one thing:

Stay away from Crypto Twitter (CT), TikTok, and most crypto YouTube content.

Instead, consider investing in paid versions of ChatGPT and Claude. Use them to learn the fundamentals, understand protocols, analyze tokenomics, compare opportunities, and build a strategy that fits your risk tolerance.

Why?

A beginner entering CT today can easily get wrecked by Pump.fun FOMO, coordinated shilling, and tokens promoted by KOLs who need their followers to provide exit liquidity.

Many influencers aren't teaching you how to build wealth. They're competing for your attention, monetizing your trust, or positioning themselves to profit at your expense.

The problem isn't that CT has zero value. It's that finding genuine value has become increasingly difficult.

There was a time when Crypto Twitter was genuinely educational.

Crypto was more technical, and the barriers to entry were higher. You needed people who could teach you how to unstuck a MetaMask transaction by changing the nonce, bridge assets between chains, find gas tokens, interact with new protocols, and navigate unfamiliar ecosystems.

CT was useful because knowledge was harder to access.

Today, AI tools can explain these concepts, help you investigate protocols, compare competing projects, and challenge your investment thesis without requiring you to trust an anonymous influencer.

The real edge now is learning how to identify growing ecosystems, understand which protocols are gaining traction, determine which tokens might benefit from that growth, and develop a thesis you can evaluate over the medium to long term.

AI can help you do the research, but you still need to verify the data, understand the risks, and make your own decisions.

For the average newcomer, blindly following CT can become a cycle of intellectual confusion, financial losses, and emotional exhaustion.

And honestly, I miss the old Crypto Twitter.

I miss the days when people shared detailed research, explained what they were learning, published useful threads, and helped others become better researchers.

The same goes for Facebook and other social platforms. There was a time when educational content mattered more than engagement farming, paid shills, and manufactured hype.

Don't enter crypto to follow people. Enter to understand the game.

Learn the fundamentals. Use AI as a research assistant. Verify everything. Develop your own conviction.

Because in a market where everyone wants your liquidity, the ability to think independently is one of your greatest advantages.

Crypto in 2026: Millions raised. Years spent building. Little to show.

Projects shutting down despite millions in funding.
Tokens trading far below their launch valuations.
Teams building for 2–5 years with no token in sight.

VC funding doesn't guarantee survival.
Big names don't guarantee ROI.
And years of building don't guarantee a successful token launch.

The biggest lesson? Stop investing in promises. Start tracking execution, real users, revenue, tokenomics, and actual demand.

Even VCs can get tired of waiting.
If the money is drying up, tokens keep bleeding, and launches keep getting delayed…
What are we still waiting for? And at what point do you decide it's time to leave crypto?

DYOR. Verify the figures and project statuses before making decisions.

" projects shutdown on 2026:
Yupp - raised $33M
SyndicateDAO - raised $27.8M
Entropy - raised $27M
Linera - raised $12M
Proof of Play - raised $33M
Legend - raised $15M
Orchid Protocol - raised 4.7M
Foundation - raised $200k
Universal - raised $20M

poor token performance:
Axie Infinity - 0.09x
Lido - 0.52x
OpenGradient - 0.35x
Aztec - 0.4x
Yuga Labs - low roi
Optimism - low roi
Gensyn - 0.4x

almost dead, years of building still no token:
Seismic - raised $17M, 2 years
XMTP - raised $50M, 5 years
Daylight - raised $75M, 4 years
Bastion - raised $40M, 3 years
Miden - raised $25M, 5 years
OpenTrade -raised $32M, 2 years
Ambient - raised $7.8M, 2 years
Inco Network - raised $10M, 2 years
t1 protocol - raised $2.5M, 2 years
Pimlico - raised $4.2M, 3 years
Stackr - raised $5.5M, 3 years
Capsule - 3 years
Setter - $5M raised, 3 years

maybe even VCs are getting tired of waiting

when leave crypto?

Enter the shadows. Claim your Genesis. Create your Monero wallet. Submit your address. Join the NULORA waitlist: - nulora.io

Everyone talks about good trading advice, memecoin plays, and trenching.

What’s the WORST trading advice you’ve ever received?

Memecoins are risky. Everyone knows that. But what’s happening now is more than just gambling.

Some insiders, KOLs, and bundlers work together to launch tokens, control the supply, promote them at the right time, and sell into the buying pressure they create.

They have multiple wallets ready to sell while regular traders buy in, thinking everyone has a fair chance to make money.

There’s a big difference between taking a risk on a memecoin and buying into a game where insiders already have an advantage and are waiting to dump on you.

The sad part? Traders keep buying launches from the same people who have burned them before, hoping the next one will be different.

Before you buy any memecoin, scan it first.

Paste the contract address (CA) into this free Telegram bot: https://telegram.me/soul_scanner_bot

In 2 seconds, you can spot potential red flags.

Here’s how to read the results:

🔴 High Holder: One wallet owns 5%+ of supply. Very High = 10%+. Big concentration risk.

📊 Fake Volume: Shows suspected fake trading volume in the last hour.

🐳 Top 10 Holders: 35%+ of supply is a warning. 55%+ is a major red flag.

📦 Bundles: Shows how much supply was bought together at launch and how much those wallets still hold.

🎯 Snipers: Shows how much early buyers grabbed and whether they’ve sold.

👀 First 20 Buyers: Check who bought first. 🌱 = fresh wallet. 📦 = bundle wallet. Both deserve a closer look.

👨‍💻 Dev Holdings: See how much the developer still holds. An airdrop may mean tokens were sent to other wallets.

Found a coin that passes the scan? Don't rush in. Check liquidity, holder wallets and selling activity too. No scanner can guarantee a coin is safe.

🔥 BONUS: Want to track experienced traders?

FomoTrendings shows which FOMO top-100 traders appear in alerts.

Explore CopyFomo here: https://t.me/copyfomo_bot?start=ref_boscoarinze2

Study their activity before deciding whether to follow. Copy trading still carries serious risk.

📌 Bookmark this. Scan before you ape.

The biggest money in crypto is often made before the crowd understands what’s happening.

First comes confusion. Then curiosity, research, speculation, and finally FOMO.

We’re seeing this pattern with TapeOut.

The key is to understand a narrative early, before everyone starts chasing it.

Are you studying the opportunity or waiting for the crowd to notice it?

Let’s discuss!

Join us TODAY at 8 AM WAT for crypto training at Coderstech Academy.

👉 https://t.me/CoderstechGem

Learn early. Research smarter. Stay ahead of the crowd.

Understanding TapeOut from Zero: A New On-Chain World Being Built

TapeOut Zero to One | Article 01
A beginner-friendly guide for people who know nothing about Web3, TapeOut, circuits, or programming.

If someone asked you today, “Do you know what TapeOut is?”

You might have no idea what they’re talking about.

NAND? LATCH? Circuit? Processor? PoD?

What do any of these have to do with blockchain?

Honestly, when I first came across TapeOut, it took me quite some time to understand it.

But the deeper I researched, the more I realised that TapeOut might be worth paying attention to for reasons beyond a new way to mine tokens. It is exploring something more fundamental.

What would happen if blockchain could do more than record and transfer assets? What if people could start with the most basic computing components and create digital circuits that can operate, be verified, and be reused?

That is why I want to create the TapeOut Zero to One series.

You don't need programming skills, circuit knowledge, or even to own any tokens to get started.

Today, let's start from zero and understand TapeOut.

1. What exactly is TapeOut?

Let's start with a simple definition:

TapeOut is an open-source protocol that allows people to design, combine, execute, and verify digital circuits on a blockchain.

You may have heard of Bitcoin, Ethereum, DeFi, or NFTs.

Traditionally, one of the easiest ways to understand blockchain is through its ability to record transactions, transfer assets, and use smart contracts to execute different rules.

TapeOut approaches blockchain from another angle.

It attempts to bring the most fundamental logic components of computers onto a blockchain, allowing people to use these components to build digital circuits with actual computing functions.

Here's an important distinction.

TapeOut isn't claiming that other blockchains cannot perform computations.

Instead, it is exploring a different question:

Can computing circuits themselves become public, verifiable on-chain creations that other people can continue to use?

Imagine someone creates a circuit that performs a particular computation.

Other developers wouldn't need to start from scratch every time. They could study it, call its functions, or combine it with other circuits to create more complex capabilities.

In this way, a blockchain could accumulate more than just assets. It could also become home to a growing collection of computing tools that people can continue to use.

That's the direction TapeOut is exploring.

2. Building a world with two types of digital building blocks

If you've ever played with LEGO, you probably understand this:

A single small brick might seem ordinary.

But combine different bricks, and you can build a car, a house, or even an entire city.

TapeOut follows a similar idea.

The difference is that it uses fundamental digital circuit components instead of plastic bricks.

🟦 NAND | Logical decision-making

The most basic world of computers is built around 0s and 1s.
NAND is a type of logic gate. It takes inputs of 0 and 1 and produces an output according to a fixed rule.

It may look like a simple component, but combining NAND gates in different ways allows us to implement many different logical functions.

🟦 LATCH | Remembering a state

If a circuit can perform logical operations but cannot remember previous information, it becomes difficult to carry out more complex computations.

A LATCH provides a basic form of memory, allowing a circuit to retain a state.
📟 Circuit | Combining functions

When NAND gates, LATCH components, or other existing circuits are connected, they can form a new circuit.

Examples include adders, counters, and other logic systems designed to perform specific functions.

Processor | The processor framework
Within TapeOut, a Processor is the framework that supports transistor supply and circuit creation.

Different Processors can have their own collections of components and circuits.

As a beginner, you don't need to understand every underlying technical detail yet.

Just remember these four concepts:
NAND: Performs logical operations.

LATCH: Stores a state.

Circuit: Combines components into a functional circuit.

Processor: Provides the framework for component supply and circuit creation.

Here's where things get more interesting.

TapeOut also provides a circuit-design canvas.
You can drag components around, connect wires, and simulate how a circuit works directly in your browser, much like assembling building blocks.
Once the design is complete, you can use the formal tape-out process to record an eligible design on the blockchain.
During this process, the corresponding components are consumed according to the protocol's rules, and a recognisable on-chain Circuit NFT is created.

The result is no longer just a design drawing.

It becomes a digital circuit with verifiable logic that other developers may be able to use.

3. What can these circuits actually be used for?

This is probably one of the questions beginners are most curious about.

If we can create circuits on a blockchain, what can we actually build with them?

Let's start with some easy-to-understand examples.

First: Calculators and CPUs

You can combine different logic components to build adders and counters, and potentially go further by designing a CPU capable of executing operations according to instructions.

A CPU is a core component of a computer responsible for processing instructions and information.

These designs demonstrate something important:

Starting with the most basic building blocks of 0s and 1s, we can combine different logical operations to create increasingly complex computing functions.

Second: More complete computing systems

The TapeOut community has also explored technical experiments that combine Linux-related execution logic, instructions, and state with on-chain circuits.

Of course, this doesn't mean you can already run every Linux application smoothly on a blockchain in the same way you would on a personal computer.

However, it encourages us to ask an interesting question:

If basic computing components can be combined continuously, how far could on-chain computing systems eventually develop?

Third: Games and GameFi

Games also depend on logic.

For example, what happens when a character hits an obstacle? What result should be triggered when a player meets a particular condition?

These rules involve computation and state evaluation.

If circuits can execute and verify relevant logic, they could potentially be used in different types of on-chain gaming experiences.

Fourth: AI and verifiable computing

Another area worth exploring is using digital circuits to verify certain AI inference or computational results.

This doesn't mean that complete, large-scale AI models can already run efficiently on TapeOut.

Rather, it involves exploring ways to make certain computational processes more transparent and verifiable.

These possibilities are at different stages of development.

Some are established basic capabilities, some are technical demonstrations, and others remain in the research and development phase.

But they share one underlying idea:

If computing circuits can be made public, verifiable, and reusable, developers may be able to build on other people's work and create entirely new things.

That's one of the reasons I believe TapeOut deserves continued attention.

4. What do PoD, mining rigs, and BEM have to do with each other?

Once you start exploring TapeOut, you'll quickly encounter two terms:

Mining and BEM.

Many people might assume that TapeOut is simply another mining project.

But I believe understanding the circuits first and the mining mechanism second makes the entire protocol easier to understand.

TapeOut uses a mechanism called Proof of Design (PoD).

For now, think of it as an open circuit-design competition.

Imagine the protocol presents a challenge requiring participants to design a circuit that meets specific requirements.

Different participants can submit their own designs.

But submitting first or using the largest number of components doesn't automatically mean you'll achieve the best result.

The protocol evaluates designs according to the challenge requirements, correctness, and relevant efficiency and weighting rules.

Eligible Circuit NFTs can participate in mining reward distribution according to the protocol's rules.

These Circuit NFTs participating in PoD mining are what people commonly call TapeOut digital mining rigs.

BEM is the token used for mining rewards under the PoD mechanism.

Here's a simple way to understand the relationship:

Circuit: The digital circuit that has been created.

Mining rig: A Circuit NFT that meets the requirements to participate in PoD mining.

PoD: The mechanism for evaluating designs and determining mining weights.

BEM: The mining reward asset produced by the protocol.

However, there's something every beginner needs to understand.

Mining does not guarantee profits.
Component costs, transaction fees, competition between mining rigs, changes in mining weights, and BEM's market price can all affect actual results.
If you're new to TapeOut, I recommend learning how the protocol works before rushing to buy components, mining rigs, or BEM.
Understanding the rules is more important than rushing to participate.

5. Who created TapeOut?

When learning about a new protocol, I believe it's important to understand not only the technology but also the people behind it.

The author listed in TapeOut's official whitepaper is Blonskr (@Blonskr).

The protocol is developed and maintained by an independent engineering team, while other developers and community members contribute to surrounding tools, applications, and research.

I believe Blonskr deserves a closer look, not only because of their role in creating TapeOut, but also because of certain decisions made around protocol design and access control.

For example, some of TapeOut's core contracts have reportedly had their administrative privileges renounced, meaning those particular rules can no longer be changed through the original administrative permissions.

However, this doesn't mean every contract throughout the TapeOut ecosystem is free of administrative controls. Each contract must be checked separately.

This raises an interesting question:

When someone creates a set of rules, are they willing to give up personal control over certain core rules?

For a decentralised protocol intended to operate over the long term, this is a question worth examining.

I'll cover Blonskr's background, the development team, TapeOut's origins, and the full process of renouncing contract permissions in the next article.

Because truly understanding TapeOut requires more than knowing what it does. It also means understanding why its creators made these choices.

6. How can you get started if you don't know anything about programming?

By now, you might still be wondering:

I don't understand circuits, and I'm not an engineer. Can I really participate in TapeOut?

I believe you can.

And you don't necessarily need to start by buying assets.

Step 1 | Start with the official website

Visit:

https://tapeout.net/

Explore TapeOut's Processors, Circuits, circuit-design canvas, and currently available public features.

You don't need to understand every technical term at once.

Treat it like visiting a new world for the first time. Start by looking around and discovering what's available.
Step 2 | Experiment with the circuit-design canvas

TapeOut's canvas allows you to drag components, connect wires, and observe how circuits work through browser-based simulations.

Start with something simple, such as a NAND gate.

See what happens to the output when you change the inputs between 0 and 1.

Then gradually experiment with different combinations.

Running a local simulation in your browser does not require you to pay on-chain transaction fees.

Only when you're ready to perform actual on-chain operations do you need to learn more about wallets, component costs, gas fees, and transaction approvals.
Step 3 | Explore TapeOutScan

Alongside the official website, I also recommend learning about this public data-exploration tool:

https://tapeoutscan.io/

TapeOutScan is a TapeOut ecosystem explorer developed by community builders.

It organises information about circuits, mining rigs, mining activity, and on-chain transactions, making it easier for users to observe and research the ecosystem.

For example, you can investigate questions such as:

What circuit activity has taken place recently?

What public information is available about a particular Circuit?
Where can I find the relevant on-chain transaction records?

Some detailed searches may require a login or be subject to usage limits.

These resources can help you move beyond simply reading other people's explanations and gradually learn to verify information yourself.

For important details, the original on-chain records should remain the primary reference.

Step 4 | Get to know the community and developers

Start with TapeOut's official X account and gradually learn about the protocol's authors, developers, and community builders.

Explore what other people are designing, what they're researching, and the problems they're trying to solve.
Whenever you encounter something you don't understand, start learning by asking one small question.
Step 5 | Find the area that interests you

You don't need to become an engineer first.

If you enjoy writing, you can create beginner tutorials.

If you enjoy design, you can explore UI design, graphics, or NFT creation.

If you're interested in technology, you can gradually learn about circuits, smart contracts, and product development.
If you're simply curious, you can start as an observer.

Not everyone needs to design a processor, and buying BEM isn't the only way to participate in TapeOut.

Building an ecosystem requires technical creators, but it also needs people who are willing to learn, share knowledge, communicate, and improve products.

Final thoughts | Starting from zero creates new possibilities for the future

Why do I want to turn TapeOut into a long-term Zero to One series?
Because I don't want every new technology to be introduced simply by telling people how amazing it is.

I want people who have never heard of TapeOut to be able to start with the basics and gradually develop their own understanding.

From NAND and LATCH to Circuit and Processor.
From PoD and BEM to the protocol design behind them.
Then, gradually, we'll learn about Blonskr, Marsman Ryan, the community foundation, and the other people contributing to the ecosystem.
I've always liked the idea of thinking long-term:

Be willing to spend three to five years learning and building consistently, with the aim of achieving something meaningful.

But I don't believe the ultimate result has to be wealth.

Maybe you'll learn a new technical skill.
Maybe you'll meet a group of interesting builders.

Maybe one day, you'll go from knowing nothing about programming to becoming a creator who can build products independently.

Of course, whether TapeOut achieves widespread adoption remains to be seen. It is not a guaranteed success story, nor is it a promise of investment returns.

But if you're curious about emerging technology and willing to spend some time understanding it, you're at least creating another possibility for your future.

You don't need to understand all of TapeOut today.

Start from zero. Learn a little more each time. That's already progress.

That's what TapeOut Zero to One is all about.

Getting to know TapeOut from the beginning and gradually understanding a world that's still being built.

Essential resources for beginners

🔗 Official website and protocol information

🌐 TapeOut official website: https://tapeout.net/

📖 Official whitepaper: https://tapeout.net/whitepaper

⛏️ PoD Mining — Proof of Design mining: https://tapeout.net/pod/

🌍 Official accounts, foundation, and builders to follow

🔹 TapeOut — Official protocol account: https://x.com/TapeOutWorld

👨‍💻 Blonskr — Protocol creator: https://x.com/Blonskr

🏛 TapeOut Community Foundation: https://x.com/TapeOutCF

🤝 BruceBlue — Community foundation contributor: https://x.com/BruceBlue

🚀 Marsman Ryan — Long-term ecosystem supporter: https://x.com/bitcoin2themars

🔍 Public data tools

- 📊 TapeOutScan — Ecosystem and on-chain data explorer: https://tapeoutscan.io/