Blog

Looking to refine your 1-hour chart trading strategy for better precision? Many traders seek an edge to optimize entry and exit points. If you’re trading on the 1-hour timeframe, are you leveraging the Stochastic Oscillator to its full potential? The key to consistent results lies in optimizing your indicator settings—specifically, mastering the best stochastic settings for 1-hour charts can significantly enhance your trading outcomes.

This guide will help you master stochastic settings for 1-hour charts, reveal optimal stochastic settings for 1-hour trading, and provide actionable insights to elevate your technical analysis. Learn how to fine-tune your Stochastic Oscillator for the 1-hour timeframe and trade with greater confidence.

---

Understanding the Stochastic Oscillator

The Stochastic Oscillator is a momentum indicator in technical analysis. It measures the current closing price relative to the high-low range over a set period, helping traders identify overbought (above 80) or oversold (below 20) conditions and potential trend reversals.

How the Stochastic Oscillator Works

The Stochastic Oscillator consists of two lines:
– %K (Fast Line): Reflects the current closing price relative to the recent price range.
– %D (Slow Line): A moving average of %K, providing smoother signals.

Formulas:
– %K = (Current Close – Lowest Lowₙ) / (Highest Highₙ – Lowest Lowₙ) × 100
– %D = SMA(%K, M)

Where:
– N = Lookback period for %K
– M = Smoothing period for %D (Simple Moving Average)

Traders use crossovers between %K and %D, as well as overbought/oversold levels, to generate signals.

👉 Boost your trading strategy with these powerful tools

---

Optimal Stochastic Settings for 1-Hour Charts

Finding the best stochastic settings for 1-hour charts balances sensitivity (quick signals) and reliability (fewer false signals). Below are two proven configurations:

Recommended Settings

Setting	%K Period	%D Period	Slowing Period	Best For
Balanced	14	3	3	Day trading, moderate volatility
Smoother	21	7	7	Swing trading, high volatility

Why These Work:
– 14-3-3: Offers timely signals for intraday momentum shifts.
– 21-7-7: Reduces noise in choppy markets, ideal for higher-probability setups.

Adjusting for Market Volatility

Market Condition	Suggested Adjustment
High Volatility	Increase %K (e.g., 21-7-7) to filter noise
Low Volatility	Decrease %K (e.g., 10-3-3) for responsiveness

Pro Tip: Monitor the Average True Range (ATR) to gauge volatility and adjust settings dynamically.

---

Combining Stochastic with Other Indicators

To enhance signal reliability, pair the Stochastic Oscillator with these tools:

1. Moving Averages (MA)

• 200 EMA: Identifies long-term trend direction.
• 20 EMA: Confirms short-term momentum.
  Strategy: Only take Stochastic buy signals when price > 200 EMA (uptrend).

2. Relative Strength Index (RSI)

• Confirms overbought/oversold conditions.
• Detects divergence for stronger reversal signals.

3. Trendlines & Chart Patterns

• Validate Stochastic signals with breakouts or pullbacks at key levels.

👉 Discover advanced trading strategies

---

Backtesting Your Stochastic Strategy

Before live trading, backtest your settings to evaluate performance:

Steps for Effective Backtesting:

1. Define Rules: Clear entry/exit criteria (e.g., %K crosses %D + RSI > 50).
2. Use Historical Data: Test across different market conditions (bull/bear, volatile/ranging).
3. Analyze Metrics:
4. Win Rate
5. Profit Factor
6. Maximum Drawdown

Tools:
– MetaTrader 5 Strategy Tester
– TradingView Pine Script
– Python (Backtrader)

---

Frequently Asked Questions (FAQ)

Q1: Are Stochastic signals more reliable during specific trading sessions?

A: Yes—signals are often stronger during high-liquidity sessions (e.g., London-New York overlap).

Q2: Can Stochastic work in both trending and ranging markets?

A: Absolutely:
– Trending Markets: Use crossovers to spot pullbacks.
– Ranging Markets: Trade overbought/oversold reversals.

Q3: What are common mistakes when using Stochastic?

A:
– Ignoring trend context (e.g., buying in a strong downtrend).
– Over-trading choppy markets (adjust settings for volatility).
– Skipping confirmation (always pair with other indicators).

---

Conclusion

Mastering the best stochastic settings for 1-hour charts involves:
✅ Balancing sensitivity and reliability (14-3-3 or 21-7-7).
✅ Adjusting for volatility (higher periods in choppy markets).
✅ Combining with MAs, RSI, or trendlines for confirmation.
✅ Backtesting rigorously before live trading.

By refining your approach and staying adaptable, you can leverage the Stochastic Oscillator to make more informed, profitable trades on the 1-hour chart.

👉 Start optimizing your trading today

Bitcoin’s security and ownership model relies heavily on cryptographic principles, particularly through the use of digital keys and addresses. This system enables users to control their funds securely without relying on centralized authorities.

The Foundation of Bitcoin Security

You might have heard that Bitcoin is based on cryptography, which is a branch of mathematics widely used in computer security. The term “cryptography” comes from the Greek words meaning “secret writing,” but it encompasses more than just keeping secrets—it also includes encryption techniques.

Cryptography serves several crucial functions in Bitcoin:

• Proving knowledge of a secret without revealing it (digital signatures)
• Verifying data authenticity (digital fingerprints)
• Establishing ownership of funds through mathematical proofs

Interestingly, encryption isn’t actually a fundamental part of Bitcoin’s operation. Bitcoin transactions and communication data aren’t encrypted because encryption isn’t necessary to protect the funds. Instead, Bitcoin uses cryptographic proofs to establish ownership securely.

Bitcoin Ownership Components

Ownership of bitcoin is established through three interconnected elements:

1. Digital keys: The cryptographic foundation of control
2. Bitcoin addresses: Public identifiers for receiving funds
3. Digital signatures: Proof of ownership for spending funds

These components work together to create Bitcoin’s decentralized security model, where users maintain complete control over their assets without needing to trust third parties.

👉 Learn more about Bitcoin security fundamentals

How Keys Work in Bitcoin

The Key Pair Structure

Bitcoin uses a public-key cryptography system where each user has:

• A private key (secret): A randomly generated number known only to the owner
• A public key (shared): Derived from the private key using elliptic curve multiplication

This relationship is one-way: while it’s easy to generate a public key from a private key, it’s computationally infeasible to do the reverse.

Private Keys: Your Bitcoin Control Center

A private key is simply a number, typically a 256-bit integer randomly chosen from an enormous range (1 to slightly less than 2²⁵⁶). This number must be:

• Kept absolutely secret (sharing it gives control of associated funds)
• Properly backed up (losing it means permanent loss of funds)
• Generated securely using cryptographically strong random number generation

Here’s an example of what a private key looks like in hexadecimal format (64 characters representing 256 bits):

1E99423A4ED27608A15A2616A2B0E9E52CED330AC530EDCC32C8FFC6A526AEDD

Public Keys: The Mathematical Derivative

From the private key (k), we generate the public key (K) using elliptic curve multiplication:

K = k * G

Where:
– k is the private key
– G is a constant called the generator point (defined by the secp256k1 standard)
– K is the resulting public key (a point on the elliptic curve)

The elliptic curve mathematics ensures that while multiplication is straightforward, division (finding k from K) is effectively impossible with current computing technology.

Bitcoin Addresses: Your Public Identity

A Bitcoin address is derived from the public key through a series of cryptographic hashes:

1. Start with the public key K
2. Compute SHA256 hash of K
3. Compute RIPEMD160 hash of the SHA256 result
4. Encode this 160-bit result in Base58Check format (adding version prefix and checksum)

This process creates the familiar Bitcoin address format starting with ‘1’ (for legacy addresses). For example:

1A1zP1eP5QGefi2DMPTfTL5SLmv7DivfNa

👉 Discover how to create secure Bitcoin wallets

Key Formats and Encoding

Private Key Representations

Private keys can be represented in several formats:

Format Type	Example	Description
Hexadecimal	1E99423A4ED27608A15A2616A2B0E9E52CED330AC530EDCC32C8FFC6A526AEDD	Raw 256-bit number in hex
WIF (Wallet Import Format)	5J3mBbAH58CpQ3Y5RNJpUKPE62SQ5tfcvU2JpbnkeyhfsYB1Jcn	Base58Check encoded with version prefix 128
WIF Compressed	KxFC1jmwwCoACiCAWZ3eXa96mBM6tb3TYzGmf6YwgdGWZgawvrtJ	Same as WIF but with 01 suffix indicating compressed public key derivation

Public Key Formats

Public keys have two primary representations:

1. Uncompressed: Starts with 04 followed by both x and y coordinates (520 bits)

2. Example: 04x-coordinatey-coordinate

3. Compressed: Starts with 02 or 03 followed by just the x coordinate (264 bits)

4. The prefix indicates whether the y coordinate is even (02) or odd (03)
5. Example: 03x-coordinate

Compressed public keys significantly reduce transaction size (nearly 50% savings) and have become the standard in modern Bitcoin wallets.

Storage and Management: Bitcoin Wallets

A Bitcoin wallet is essentially a collection of key pairs along with software to manage them. Wallets don’t “store” bitcoin in the traditional sense—they store the keys that control bitcoin on the blockchain.

Wallet Types

1. Hierarchical Deterministic (HD) Wallets: Generate keys from a single seed (most modern wallets)
2. Non-deterministic Wallets: Each key is generated independently
3. Hardware Wallets: Physical devices for secure key storage
4. Paper Wallets: Physical printouts of keys (generally discouraged now)
5. Multisig Wallets: Require multiple signatures for transactions

Security Best Practices

1. Secure key generation: Always use cryptographically secure random number generators
2. Proper backups: Maintain encrypted backups of your seed phrases/private keys
3. Offline storage: Consider hardware wallets for significant amounts
4. Key hygiene: Never reuse addresses for privacy reasons
5. Regular updates: Keep wallet software updated with the latest security patches

Advanced Key Usage

Beyond basic single-key addresses, Bitcoin supports several advanced key techniques:

1. Vanity addresses: Custom addresses containing desired patterns (requires significant computation)
2. Multisignature addresses: Require multiple keys to authorize transactions (M-of-N schemes)
3. Script addresses: Complex spending conditions programmed into addresses
4. Time-locked addresses: Funds that can only be spent after a certain time

Frequently Asked Questions

Q: Can someone steal my bitcoin if they know my public key?

A: No, the public key only allows others to verify your signatures. To spend bitcoin, they would need your private key.

Q: What happens if I lose my private key?

A: The bitcoin controlled by that key become permanently inaccessible. There’s no way to recover lost private keys in Bitcoin’s design.

Q: Why do compressed and uncompressed keys produce different addresses?

A: Because the address is derived from different public key representations (compressed vs. uncompressed), the resulting hashes differ.

Q: How can I tell if a private key is for compressed or uncompressed addresses?

A: In WIF format, compressed private keys start with ‘K’ or ‘L’, while uncompressed ones start with ‘5’.

Q: Is it safe to reuse Bitcoin addresses?

A: While technically possible, address reuse compromises privacy and is generally discouraged.

Q: Can quantum computers break Bitcoin’s cryptography?

A: Current quantum computers don’t pose a threat to Bitcoin’s elliptic curve cryptography, but future advances might require protocol upgrades.

In 2016, a 25-year-old software developer named James Fickel made a life-changing decision—he invested his entire $400,000 savings into Ethereum when the cryptocurrency was trading at just $0.80. This bold move would eventually propel him into the ranks of billionaires and set him on an unexpected path toward funding groundbreaking longevity and brain research.

From Crypto Fortune to Scientific Philanthropy

After achieving extraordinary success in cryptocurrency, Fickel quietly transformed into one of the world’s most significant funders of longevity science and advanced brain research. His journey took an intriguing turn when he began exploring technologies that sound like science fiction—including experiments with living pig brains preserved in laboratories.

👉 Discover how blockchain innovators are shaping science

The Yale Brain Experiment That Captured Fickel’s Imagination

In April 2024, Fickel traveled to Yale University to witness one of his most fascinating investments firsthand: rows of pig brains kept alive in specialized containers. These brains, connected to nutrient-rich fluid systems, represent a revolutionary approach to neurological research pioneered by scientists Nenad Sestan and Zvonimir Vrselja.

Their startup, Bexorg Inc., emerged from a 2019 breakthrough where researchers restored cellular activity in pig brains hours after slaughter. The technology now serves three ambitious purposes:
1. Advancing fundamental understanding of brain biology
2. Accelerating drug development
3. Exploring potential trauma recovery techniques

The Making of an Unconventional Science Benefactor

Fickel’s transformation from crypto trader to research patron followed a period of introspection during the COVID-19 pandemic. After relocating from San Francisco to Austin, Texas, he immersed himself in longevity science literature, studying works by:

• Nir Barzilai (geneticist studying centenarians)
• Aubrey de Grey (biogerontologist and longevity activist)
• Academic papers on emerging biotechnologies

Building Amaranth Foundation

In 2021, Fickel established the Amaranth Foundation with two strategic focuses:
– 70% funding for biotech startups
– 30% funding for academic “moonshot” research

His notable investments include:

Company	Research Focus	Potential Impact
Cellular Longevity	Canine lifespan extension	Veterinary medicine applications
Cyclarity Therapeutics	Arterial plaque reversal	Cardiovascular disease prevention
LIfT BioSciences	Tumor-destroying cells	Novel cancer treatments
E11 Bio	Brain mapping technology	Neurological disorder research

The Convergence of Brain Science and AI

Fickel’s most ambitious project involves Stanford University’s Enigma initiative—a $30 million endeavor to create a comprehensive model of brain structure and neuron activity. This research holds dual promise:

1. Medical Advancements: Better understanding of neurological conditions
2. AI Development: Creating digital brain representations to train ethical AI systems

“As we delegate capabilities to AI,” Fickel explains, “we need models that share human values and representations until we establish safe frameworks for more powerful intelligence.”

👉 Explore emerging tech investments

The Future of Brain Research at Bexorg

During his latest visit to Bexorg’s lab, Fickel observed significant progress in their brain preservation system. The technology offers pharmaceutical companies an alternative to traditional drug testing methods by:
– Maintaining brain function without consciousness
– Enabling direct compound testing
– Reducing reliance on animal and human trials

“Developing brain drugs is exceptionally challenging,” notes Vrselja. “Our system could shave years off the research process while lowering costs.”

Frequently Asked Questions

What sparked Fickel’s interest in longevity science?

After achieving financial success in cryptocurrency, Fickel sought more meaningful pursuits during the pandemic. Extensive reading of scientific literature convinced him that major longevity breakthroughs were imminent.

How does Bexorg’s brain technology work?

The system perfuses donated brains with oxygenated, nutrient-rich fluids to maintain cellular activity while preventing neuronal firing (and thus consciousness). This allows extended study of brain function.

Why focus on both longevity and brain research?

Fickel sees these fields as complementary—extending healthy lifespan requires understanding and treating neurological decline, while brain research informs how humans might safely integrate with advanced AI.

What distinguishes Fickel’s philanthropy approach?

Unlike traditional donors, Fickel:
1. Takes higher risks on unproven technologies
2. Maintains hands-on involvement with researchers
3. Bridges gaps between academia and startups

How much has Fickel invested in scientific research?

Through Amaranth Foundation and personal investments, Fickel has committed over $200 million to longevity and brain science initiatives since 2021.

What’s next for Fickel’s scientific endeavors?

The focus remains on:
– Scaling promising startups like Bexorg
– Supporting Enigma’s brain mapping project
– Identifying new breakthroughs at the intersection of biology and technology

Fickel’s unconventional journey demonstrates how visionary thinking—whether in cryptocurrency or cutting-edge science—can create extraordinary impact. As he reflects: “I’m not a scientist, but I can help build mental models of the future we want to create.”

Ethereum (ETH), often dubbed the “little brother” to Bitcoin, is the world’s second-largest cryptocurrency and the leading smart contract platform. Launched in 2015, ETH has grown from its initial coin offering (ICO) price of $0.31 to over $3,000 per token, making it one of the best-performing assets in history.

This guide walks you through buying Ethereum in Australia, covering exchanges, payment methods, security tips, and tax implications.

---

Why Buy Ethereum?

Ethereum revolutionized the crypto space by introducing:
– Smart contracts: Self-executing agreements without intermediaries.
– Decentralized applications (dApps): Apps running on blockchain for transparency.
– Tokenization: Enabling assets like NFTs and stablecoins.

👉 Explore Ethereum’s latest price trends

---

How to Buy Ethereum in 5 Steps

1. Compare Crypto Exchanges

Choose an AUSTRAC-registered exchange like CoinJar or Cointree for AUD deposits. Key factors:
– Low fees
– AUD support
– Security features (2FA, cold storage)

2. Create an Account

Verify your identity via:
– Email/phone number
– Photo ID (driver’s license/passport)

3. Deposit AUD

Fund your account using:
– Bank transfer (PayID/Osko)
– Debit/credit card (higher fees)

4. Buy Ethereum

• Instant Buy: Simple but costlier (good for beginners).
• Spot Market: Lower fees; use limit/market orders.

5. Secure Your ETH

Transfer to a non-custodial wallet (e.g., Ledger, MetaMask) to mitigate exchange risks like hacks.

---

Best Places to Buy Ethereum in Australia

Exchange	Fees	AUD Support	Key Feature
CoinJar	1%	Yes	User-friendly
Cointree	0.5%–1%	Yes	Osko deposits
Binance Australia	0.1%	Yes	High liquidity

👉 Compare top crypto exchanges

---

Ethereum Investment Options

1. Direct Purchase

Buy ETH via exchanges (easiest for beginners).

2. CFDs

Trade Ethereum’s price movements without owning the asset (high risk).

3. ETFs

Gain exposure via Ethereum ETFs on traditional trading platforms.

4. Futures

For advanced traders; speculate on future ETH prices.

---

Risks of Investing in Ethereum

• Volatility: Prices can swing ±10% daily.
• Regulation: Evolving laws may impact ETH’s utility.
• Security: Exchange hacks or smart contract bugs.
• Gas Fees: High transaction costs during network congestion.

---

Ethereum Taxes in Australia

The ATO treats ETH as an asset, meaning:
– Capital Gains Tax (CGT): Applies when selling ETH for profit.
– Losses: Can offset future gains.
– Staking Rewards: Taxable as income.

Tip: Use crypto tax software like Koinly for automated reporting.

---

Storing Ethereum: Exchange vs. Wallet

Option	Pros	Cons
Exchange	Easy trading, insurance	Hack risks, limited control
Wallet	Full ownership, DeFi access	Self-custody responsibility

Recommended Wallets:
– Hardware: Ledger Nano X
– Software: MetaMask

---

FAQs

1. Is Ethereum a good investment?

ETH’s value ties to its utility in dApps and DeFi. Research price predictions before investing.

2. Can I buy ETH with AUD?

Yes! Use exchanges like CoinJar or Swyftx for AUD-to-ETH trades.

3. What’s the cheapest way to buy Ethereum?

Spot markets with limit orders (fees as low as 0.1%).

4. How do I avoid high gas fees?

Transact during off-peak hours or use Layer 2 solutions like Arbitrum.

5. Can I earn free Ethereum?

Yes—via staking, play-to-earn games, or crypto rewards cards.

6. Is Ethereum safer than Bitcoin?

Both have risks, but Ethereum’s smart contracts introduce additional complexity.

---

Final Tips

• Diversify: Don’t invest more than you can afford to lose.
• Stay Updated: Follow ETH’s upgrades (e.g., Dencun).
• Secure Assets: Use hardware wallets for long-term holdings.

👉 Start your Ethereum journey today

Disclaimer: Cryptocurrencies are volatile and speculative. Consult a financial advisor before investing.

XRP, the native cryptocurrency of the Ripple network, is designed to facilitate fast and low-cost international payments. Unlike decentralized cryptocurrencies like Bitcoin, XRP is managed by Ripple Labs, focusing on partnerships with financial institutions. This guide covers everything you need to know about buying, storing, and investing in XRP, along with its unique features and market trends.

👉 Discover the best platform to buy XRP today

---

What Is XRP (Ripple)?

XRP serves as a bridge currency in Ripple’s payment ecosystem, enabling instant conversions between fiat currencies, cryptocurrencies, and commodities. Key characteristics include:

• Speed: Transactions settle in 3–5 seconds.
• Scalability: Handles 1,500+ transactions per second.
• Low Fees: Costs $0.0002 per transaction (fractional XRP is burned).
• Supply Cap: 100 billion XRP pre-mined (no further issuance).

Unlike Bitcoin, which aims to replace traditional money, XRP complements existing banking systems by improving cross-border settlements.

---

How to Buy XRP in 4 Simple Steps

1. Choose a Reputable Platform

Select a licensed exchange or broker that supports XRP, prioritizing:
– Regulatory compliance (e.g., FCA, CySEC).
– User-friendly interfaces.
– Low fees and high liquidity.

2. Create and Verify Your Account

• Sign up with an email and secure password.
• Complete KYC verification (ID + proof of address).

3. Deposit Funds

Fund your account via:
– Bank transfers (SEPA/SWIFT).
– Credit/debit cards.
– Cryptocurrency swaps (e.g., BTC to XRP).

4. Purchase XRP

• Navigate to the XRP trading pair (e.g., XRP/USD).
• Enter the amount and confirm the transaction.

👉 Start trading XRP securely

---

Why Invest in XRP?

Advantages

✅ Institutional Adoption: Used by banks like Santander for remittances.
✅ Energy Efficiency: 0.0079 kWh per transaction (vs. Bitcoin’s 1,173 kWh).
✅ Deflationary Model: Transaction fees reduce supply over time.

Risks

⚠️ Regulatory Uncertainty: Ongoing SEC lawsuit alleging unregistered securities.
⚠️ Centralization Concerns: Ripple Labs controls ~50% of XRP supply.

---

XRP Price History and Outlook

Key Milestones

Year	Event	Price Impact
2017	Bull Run Peak	Reached $3.40
2020	SEC Lawsuit Filed	Dropped 70%
2023	Partial Legal Wins	Rebounded 90%

2025 Price Predictions

Analysts project XRP could reach $5–$10 if:
– Ripple wins the SEC case.
– Banks increase adoption of RippleNet.

---

Storing XRP: Wallet Options

Type	Examples	Security Level
Hardware	Ledger Nano X	★★★★★
Software	Exodus, Trust Wallet	★★★☆☆
Exchange	Bitpanda, OKX	★★☆☆☆

Tip: Withdraw XRP to a private wallet for long-term holdings.

---

FAQs About XRP

1. Is XRP a good investment in 2025?

XRP suits investors bullish on fintech innovation. Diversify your portfolio and only invest what you can afford to lose.

2. How does XRP differ from Bitcoin?

• Purpose: XRP for payments; BTC for store of value.
• Consensus: XRP uses a federated protocol; BTC relies on Proof-of-Work.

3. Can I stake XRP?

No. XRP doesn’t support staking, but some platforms offer lending programs (e.g., 2–5% APY).

4. What’s the minimum XRP purchase?

Most exchanges allow buys under $10.

5. How do I sell XRP?

Follow the same steps as buying, but select “Sell” and choose your payout method (bank/crypto).

---

Conclusion

XRP remains a high-potential asset for efficient cross-border payments. Stay updated on regulatory developments and use trusted platforms for trading.

👉 Buy XRP now with low fees

Remember: Cryptocurrencies are volatile—conduct thorough research before investing.

---

This guide is for educational purposes and not financial advice. Past performance doesn’t guarantee future results.

Introduction

Decentralized Finance (DeFi) has revolutionized how we trade digital assets, and OKX DEX stands out as a secure and user-friendly platform for swapping tokens like MALAYSIA. Whether you’re a beginner or an experienced trader, this guide simplifies the process into three straightforward steps.

---

Step 1: Set Up Your OKX Wallet

Download the OKX TR App or Wallet Extension

Start by installing the OKX Wallet via the OKX TR app or browser extension. This wallet supports multi-chain assets and integrates seamlessly with OKX DEX.

Create or Import Your Wallet

1. Navigate to the Web3 Wallet section in the menu.
2. Follow the prompts to generate a new wallet or import an existing one using a seed phrase.
3. Backup your seed phrase securely—it’s essential for wallet recovery.

👉 Get started with OKX Wallet today

---

Step 2: Fund Your Wallet

Deposit Cryptocurrency

To buy MALAYSIA, ensure your wallet holds a base currency like SOL (Solana), ETH, or USDT:
– Transfer funds from another wallet or purchase SOL directly on OKX Exchange.
– Verify the network compatibility (e.g., Solana for SOL) to avoid transaction errors.

Budget for Fees

Account for network gas fees to ensure smooth transactions.

---

Step 3: Trade for MALAYSIA on OKX DEX

Locate MALAYSIA Token

1. Search for “MALAYSIA” in the OKX DEX interface.
2. Alternatively, paste the token’s contract address (always verify this to avoid scams).
3. Confirm the token’s blockchain network (e.g., Ethereum, BSC).

Execute the Trade

1. Select your payment token (e.g., USDT) and enter the amount.
2. Adjust slippage tolerance if the market is volatile.
3. Review and authorize the transaction via your OKX Wallet.

Advanced: Limit Orders

For precise pricing, use Swap mode to set a limit order with your desired price and amount.

---

Post-Trade Steps

• Track Your Transaction: Use blockchain explorers or the History tab to monitor status.
• Secure Your Assets: Transfer MALAYSIA to a cold wallet for long-term holding.

---

Why Choose OKX DEX?

Feature	Benefit
Aggregated Prices	Best rates from multiple DEXs
Security	On-chain transactions with risk alerts
Cross-Chain Support	Bridge tokens across networks effortlessly
Trade Modes	Spot, limit orders, and more for flexible trading

👉 Explore OKX DEX’s advanced features

---

FAQs

1. Is OKX Wallet safe for storing MALAYSIA?

Yes, OKX Wallet employs 2FA and encryption. For maximum security, use a hardware wallet for large holdings.

2. What’s the difference between a hot and cold wallet?

• Hot Wallet: Convenient for frequent trading (e.g., OKX Wallet).
• Cold Wallet: Offline storage (e.g., Ledger) for hack-resistant long-term storage.

3. How do I avoid fake MALAYSIA tokens?

Always verify the contract address from official sources before trading.

4. What causes slippage in trades?

Slippage occurs due to market volatility. Increase slippage tolerance during high volatility to ensure your trade executes.

5. Can I trade MALAYSIA on multiple blockchains?

Yes, but ensure your wallet and DEX support the same network (e.g., Ethereum vs. Solana).

6. Are there fees for swapping tokens?

Yes, OKX DEX charges network gas fees and a nominal platform fee.

---

Key Takeaways

• Keyword Focus: MALAYSIA token, OKX DEX, decentralized trading, crypto wallet, secure swaps.
• Always double-check contract addresses.
• Use limit orders for better price control.

Start your DeFi journey today with OKX DEX’s intuitive platform and robust security features!

Introduction to Index Pricing

Index price represents the weighted sum of prices from the top 6 spot trading pairs across major exchanges (denoted as .XXXUSDT, where XXX is the token abbreviation like BTC, ETH, etc.). This benchmark is critical for derivatives pricing in:

👉 Perpetual contracts and futures trading
👉 Margin and liquidation calculations

Three core variables determine the index price:
1. Spot price
2. USDT equivalent price conversion
3. Real-time weight allocation

---

Core Components of Index Calculation

1. Spot Price

The real-time market price of an asset directly sourced from exchanges.

2. USDT Equivalent Price Conversion

Converts non-USDT pairs (e.g., ETH/BTC) into USDT values using cross-rates.

Example:
– ETH/BTC spot price: 0.1
– BTC/USDT price: $20,000
– USDT equivalent: 0.1 × 20,000 = $2,000

3. Real-Time Weight Allocation

Weights are assigned based on each exchange’s 24-hour trading volume (Trade_WtO). The top 6 exchanges (A–F) contribute proportionally:

Formula:
Index Price = (A_price × A_weight) + (B_price × B_weight) + ... + (F_price × F_weight)

---

Price Stability Mechanisms

To mitigate volatility, exchanges implement safeguards:

1. Price Deviation Filter:
2. Excludes exchanges if their price deviates >5% from the median (1% for BTC/ETH).

3. Weights redistribute to remaining valid sources.

4. Liquidity Check:

5. Data older than 15 minutes is discarded to avoid stale prices.

6. Extreme Market Adjustments:

7. Platforms may manually override calculations during crises.

Example Scenario:
| Exchange | Pair | Price | Weight |
|———-|————|———|——–|
| A | BTC/USDT | $20,046 | 20% |
| B | BTC/USDC | $20,048 | 15% |
| … | … | … | … |

Calculated Index:
($20,046×0.20) + ($20,048×0.15) + … = $20,052.95

---

Special Cases

Extreme Market Conditions

When spot prices become unreliable:
– Index derives from perpetual contract trades over 10-second windows:
Index_Tn = 0.1818 × Target_Price_Tn + (1-0.1818) × Index_Tn-1

Target Price Determination:
– Uses depth-adjusted mid-price from order books:
1. Calculate premium/imbalance thresholds.
2. Compute weighted buy/sell prices.
3. Apply 2% bounds around best bids/asks.

👉 Learn advanced hedging strategies

---

Pre-Market Perpetual Contracts

• Auction Phase: Index = Estimated opening price.
• Trading Phase: Follows standard index rules.

---

FAQ

Q1: Why exclude exchanges with >5% deviation?
To prevent outlier prices from skewing the benchmark.

Q2: How often are weights recalculated?
Every 24 hours based on rolling volume data.

Q3: What happens if all exchanges deviate?
Weights proportionally shift to the least deviant sources.

Q4: Can manual overrides occur?
Yes, during systemic anomalies (e.g., exchange outages).

Q5: Why use USDT equivalents?
Ensures uniformity across multi-currency pairs.

Q6: How does depth-adjusted pricing work?
It aggregates liquidity across order book tiers to reflect true executable prices.

Decentralized applications (dApps) are revolutionizing how we interact with digital services, offering a user-controlled alternative to traditional platforms. As the foundation of Web3, dApps require specialized tools for access – and Trust Wallet’s built-in dApp browser provides a seamless solution. This comprehensive guide walks you through enabling this feature across devices while exploring its transformative potential.

Understanding Trust Wallet

Trust Wallet is a non-custodial cryptocurrency wallet developed by Binance that supports:
– 250,000+ digital assets across 33 blockchains
– Secure storage and management of crypto assets
– Built-in Web3 browser functionality (varies by device)
– Native token swapping via decentralized protocols

👉 Discover more about secure crypto wallets

Key Wallet Features

• Self-custody model: Users maintain full control of private keys
• Multi-chain support: Compatible with Ethereum, BSC, Polygon, and other major networks
• Integrated DeFi access: Connect directly to decentralized finance protocols
• NFT management: View and interact with digital collectibles

What Is a DApp Browser?

A dApp browser serves as a gateway to decentralized applications, allowing users to:
1. Access blockchain-based services without intermediaries
2. Interact with smart contracts using wallet credentials
3. Discover new Web3 projects and protocols
4. Manage crypto assets across multiple dApps

Popular dApps accessible via Trust Wallet include:
– PancakeSwap (decentralized exchange)
– Uniswap (automated market maker)
– OpenSea (NFT marketplace)
– Aave (lending protocol)

Enabling DApp Browser on Android Devices

Android users enjoy native dApp browser support through these simple steps:

Step 1: Launch Trust Wallet

Open the app and ensure you’re logged into your wallet account. The dApp browser requires an active wallet for transaction signing.

Step 2: Access Preferences

1. Tap the Settings gear icon in the bottom navigation
2. Select Preferences from the menu options

Step 3: Activate Browser

Toggle the dApp Browser switch to enable the feature. The browser icon will now appear in your bottom navigation bar.

👉 Explore decentralized finance opportunities

Accessing DApps on iOS Devices

Due to App Store restrictions, iOS requires an alternative approach:

Method 1: URL Activation

1. Open Safari and enter: trust://browser_enable
2. Confirm the Open in Trust Wallet prompt
3. Return to Trust Wallet to find the browser tab activated

Method 2: WalletConnect Integration

1. Visit dApp websites directly via Safari
2. Select WalletConnect instead of Trust Wallet
3. Choose Trust Wallet from the wallet options
4. Approve the connection request

Practical DApp Use Cases

Trust Wallet’s browser unlocks numerous Web3 possibilities:

Category	Example Applications	Key Benefits
DeFi	PancakeSwap, Aave	Earn yield, trade assets
NFTs	OpenSea, LooksRare	Collect & trade digital art
Gaming	Axie Infinity, Gods Unchained	Play-to-earn opportunities
Social	Lens Protocol, Mastodon	Own your social data

Troubleshooting Common Issues

Problem: Browser option missing after activation
Solution: Clear app cache or reinstall Trust Wallet (remember to backup recovery phrase)

Problem: Connection failures with dApps
Solution:
1. Check network compatibility (ETH vs BSC etc.)
2. Ensure wallet is connected to correct chain
3. Verify sufficient gas fees for transactions

The Future of DApp Accessibility

Trust Wallet bridges several critical gaps in Web3 adoption:
– Simplifies complex blockchain interactions
– Provides secure asset management alongside dApp access
– Supports cross-chain compatibility
– Offers mobile-first convenience for on-the-go users

As decentralized applications evolve beyond finance into social media, gaming, and enterprise solutions, integrated browsers will become essential wallet features rather than add-ons.

FAQs

Can I use Trust Wallet’s dApp browser on desktop?

While primarily mobile-focused, you can connect Trust Wallet to desktop dApps using WalletConnect QR code scanning.

Is there a risk of losing funds when using dApps?

Always verify contract addresses and revoke unnecessary token approvals. Trust Wallet’s non-custodial nature means you’re responsible for transaction approvals.

Why doesn’t Apple allow native dApp browsers?

Apple considers dApp browsers potential vectors for unregulated financial activity. The workaround maintains compliance while preserving functionality.

What’s the difference between a dApp and regular app?

DApps run on decentralized networks with:
– Open-source code
– Cryptographic asset ownership
– No central controlling entity
– Incentive mechanisms via tokens

Can I disable the dApp browser later?

Yes, simply revisit Preferences and toggle off the dApp browser option. This doesn’t affect your wallet funds.

Are there transaction fees for using dApps?

All blockchain interactions require gas fees paid in the native cryptocurrency (ETH, BNB, etc.). Fees vary by network congestion.

The cryptocurrency community has shown significant interest in the new LUNA (now rebranded as LUNC) and its potential for future growth. Below, we provide a detailed overview of its recent developments, usage tips, airdrop details, and market outlook.

Key Features of LUNA Mini2

Charging and Power Management

• First Charge: The LUNA Mini2 requires an initial charge of 1 hour (60 minutes) before its first use. Overcharging may damage the battery.
• Charging Indicators:
• Flashing light: Indicates active charging.
• Solid light: Signals a full charge.
• Power Source: For optimal performance, charge via a computer USB port.

Turning On/Off

• Unlocking: Press and hold the +/- buttons simultaneously for 3 seconds until the light flashes.
• Power On/Off: Press the center button to toggle between on and off states.

👉 Learn more about crypto innovations

Battery Life & Usage Tips

• A single full charge supports up to 300 uses.
• Cleaning Guidelines:
• Avoid abrasive cleansers (clay-based, exfoliating scrubs).
• Use FOREO-compatible wash-off cleansers to preserve silicone bristles.
• Hygiene: Do not share the device with others.
• Usage Limit: Limit sessions to 3 minutes per mode (cleansing/massage).

LUNA’s Rebranding to LUNC

In May 2022, Terra rebranded LUNA to LUNC (Luna Classic) and introduced LUNA 2.0 as a new token. The change aimed to:
– Distinguish between the old and new chains.
– Airdrop new LUNA to prior holders of LUNC and USTC.

How to Claim New LUNA (LUNC) on OKX

1. Download the OKX app from the official website.
2. Register with a phone number and verify identity (ID + bank details).
3. Navigate to “Sign-In Rewards” to claim new LUNA.

👉 Explore crypto trading platforms

LUNA 2.0 Key Details

Tokenomics

• Total Supply: 2 billion LUNA 2.0 tokens.
• Price Performance: Gained 50%+ within a day of launch.

Airdrop Distribution

Eligible Holders	Airdrop Ratio (New LUNA per Token)
Pre-attack aUST holders	0.0183
Pre-attack LUNC holders	1.0347
Post-attack USTC holders	0.0235
Post-attack LUNC holders	0.0000153

• Centralized Exchange Users: Check your exchange (Binance, KuCoin, etc.) for airdrop policies.
• Terra Station Wallet Users: Switch to “Mainnet” to view new LUNA holdings.

Converting Old LUNA (LUNC) to New LUNA

• Airdrop Ratio: ~90,000:1 (e.g., 260,000 LUNC ≈ 2.86 new LUNA).
• Wallet Setup:
• Switch to Terra Classic network to view old LUNC.
• Access new LUNA under the main Terra chain.

Future Outlook for LUNA (LUNC)

• Market Potential: Strong initial performance suggests growth opportunities.
• Adoption: Faster issuance and trading integration than most cryptocurrencies.

FAQs

Q1: What’s the difference between LUNA and LUNC?

• LUNC (Luna Classic): The original token post-rebranding.
• LUNA 2.0: A new token launched on a separate blockchain.

Q2: How do I check my LUNA airdrop?

• Exchange users: Follow your platform’s airdrop guidelines.
• Wallet users: Use Terra Station (Mainnet) to view new LUNA.

Q3: Can I still trade old LUNA (LUNC)?

• Yes, but liquidity and value depend on market demand.

Q4: What caused LUNA’s rebranding?

• The Terra collapse in 2022 led to a new chain to restore investor confidence.

Q5: Is LUNA 2.0 a good investment?

• Early gains are promising, but market volatility remains a factor.

Q6: Where can I buy new LUNA?

• Available on OKX, Binance, KuCoin, and other major exchanges.

For further updates, stay tuned to trusted crypto news sources.

👉 Discover the latest in crypto trends

EIP-3074 has officially been included in Ethereum’s upcoming Pectra upgrade (also known as the Prague upgrade), as confirmed during the 183rd ACDE meeting on April 12, 2024. This development has sparked significant interest within the Ethereum community, with many believing it will revolutionize how users interact with EVM-based chains by making wallet experiences simpler, cheaper, and more powerful.

What Is EIP-3074?

In simple terms, EIP-3074 enables the delegation of Externally Owned Account (EOA) control to smart contracts. This unlocks capabilities like:
– Single-transaction approvals
– Batch transactions
– Wallet asset recovery
– Sponsored transactions

Proposed by Ethereum researcher Sam Wilson and Go Ethereum developers, this upgrade introduces two new EVM opcodes:
1. AUTH (0xf6): Verifies ECDSA signatures to authorize specific EOAs
2. AUTHCALL (0xf7): Allows authorized smart contracts to initiate transactions from EOAs

👉 Discover how Ethereum upgrades impact crypto trading

How EIP-3074 Works: The Technical Flow

The new transaction workflow operates as follows:
1. User signs an off-chain message (not a transaction)
2. User or sponsor submits this message to a caller contract
3. Caller contract uses AUTH/AUTHCALL to:
– Verify signatures
– Execute actions on target contracts
– Maintain the EOA as the transaction originator

Transformative Use Cases Enabled by EIP-3074

1. Sponsored Transactions

Users like Bob can execute transactions without holding ETH for gas fees. Applications can sponsor these costs, eliminating the need to purchase/bridge ETH first—a potential breakthrough for mass adoption.

2. Batch Operations

Current Process	EIP-3074 Improvement
1. Approve token access	Both steps combined
2. Execute swap	into one transaction

This eliminates the two-step process required for actions like Uniswap trades.

3. Asset Recovery

Users can implement social recovery mechanisms through specialized caller contracts. If recovery conditions are met (e.g., multi-signature approval), assets can be moved without the original private key.

The Before/After Impact on Ethereum

Pre-EIP-3074:
– Users sign transactions for every smart contract interaction
– Constant message signing required for daily operations

Post-EIP-3074:
– Single signature grants session-like permissions
– Smart contracts can autonomously perform approved actions
– Particularly transformative for web3 gaming and dApp UX

Unlike ERC-4337 (account abstraction at contract level), EIP-3074’s EVM-level upgrade provides smart contract benefits without additional setup requirements.

👉 Explore Ethereum’s evolving ecosystem

Potential Drawbacks and Considerations

1. Caller Contract Risks:
2. Requires thorough auditing
3. Must be non-upgradeable and trustless

4. Poor implementation could lead to fund theft

5. Compatibility Issues:

6. Some existing reentrancy checks may not function properly

7. Implementation Requirements:

8. Mandates a hard fork (unlike ERC-4337)
9. This complexity contributed to its delayed adoption

Frequently Asked Questions

Q: When will EIP-3074 go live?

A: It’s scheduled for the Pectra (Prague) upgrade, expected in late 2024 or 2025.

Q: How does EIP-3074 compare to ERC-4337?

A: While both improve UX, EIP-3074 operates at the EVM level for broader compatibility, whereas ERC-4337 implements account abstraction through smart contracts.

Q: Can EIP-3074 transactions be reversed?

A: No—like regular Ethereum transactions, they’re immutable once confirmed.

Q: Will this make wallets less secure?

A: Not inherently, but users must trust the caller contracts they authorize. Proper auditing is crucial.

Q: Does this eliminate gas fees?

A: No, but it enables third parties to sponsor fees for users.

Q: Which wallets will support EIP-3074?

A: Major wallet providers will likely integrate support after the Prague upgrade.

EIP-3074 represents a significant step toward mainstream Ethereum adoption by addressing critical UX barriers. While requiring careful implementation, its potential to streamline transactions, enable new recovery options, and reduce friction could fundamentally change how we interact with blockchain technology.