Bit Tycoon

Introduction: Why Pyth Network Exists

Imagine you’re trading crypto or using a DeFi app. Prices are moving every second. One tiny delay could cost you money—or trigger mistakes in automated systems.

This is where@Pyth Network comes in. It’s a decentralized oracle that delivers live financial data—crypto prices, stock indices, commodity prices—directly to blockchains. No middlemen. No slow updates. Just fast, reliable information you can trust.

Think of it like a live scoreboard for finance. Traders, apps, and smart contracts can all see the “score” instantly.

Why Real-Time Data Matters

In finance, seconds matter.

For example:

A lending platform could use outdated prices to calculate your collateral. That might trigger an unnecessary liquidation.
A trading bot might act on old data and lose money with every second.

Traditional systems often pass through multiple intermediaries. Each step slows things down and introduces risk. Pyth solves this by connecting data providers directly to the blockchain, making it fast, safe, and accurate.

How Pyth Network Works

1. Trusted Sources

Pyth gathers data from reputable exchanges, banks, and trading firms—known as “first-party data.” This means the numbers come directly from the source, not an aggregator or website that might make mistakes.

Example: If you want the live price of Bitcoin, Pyth fetches it straight from the exchanges where Bitcoin is being traded. This makes it more reliable and harder to manipulate.

2. Super-Fast Updates

Built on blockchains like Solana, Pyth updates prices in milliseconds. Your DeFi app or trading bot sees changes almost instantly.

Example: A lending app checking Ethereum prices can quickly see if a user’s collateral is safe, preventing unnecessary liquidations.

3. Works Across Many Blockchains

Pyth supports 40+ blockchains, so developers can use the same real-time data across different platforms. This makes it flexible and powerful for building new DeFi apps.

Challenges and Risks

Even a system as advanced as Pyth has challenges:

Data Accuracy: Even trusted sources can make mistakes.
Multi-Chain Complexity: Keeping consistent data across multiple blockchains is tricky.Regulations: Governments are still figuring out how to handle decentralized data.
Technical Risks: Network congestion, cyberattacks, or smart contract bugs could happen.

How Pyth Solves Problems

Pyth has smart solutions to these issues:

Transparency: You can always trace the data back to the source.
Decentralization: Multiple nodes and blockchains reduce the risk of a single point of failure.
Speed: Sub-second updates keep apps running accurately.
Cost-Efficiency: No middlemen means cheaper and more accessible data.

Real-Life Uses

DeFi Platforms: Lending apps can calculate collateral and liquidations accurately.
Trading Bots: Traders can act instantly on real-time data.
Risk Management: Businesses can monitor markets and react quickly.
Cross-Chain Apps: Developers can build apps that work across multiple blockchains.

Example: A DeFi platform like Aave could use Pyth to get live ETH/USD prices, keeping users’ collateral calculations accurate and safe.

Comparison With Traditional Data

FeatureTraditional ProvidersPyth NetworkSpeedSeconds to minutesMillisecondsTransparencyLimitedFull, verifiableDecentralizationCentralizedDecentralizedCostHigh subscription feesLow, no middlemenBlockchain SupportUsually none40+ chains

Looking Ahead

As DeFi grows, real-time, decentralized data will become more important than ever.

More DeFi apps will rely on Pyth for accurate data.
Cross-chain ecosystems will expand.
Traditional financial institutions may start using Pyth for blockchain integration.
Developers will create apps that weren’t possible before without fast, reliable, on-chain data.

Pyth is positioning itself as the backbone of decentralized finance, where speed, trust, and transparency are key.

Conclusion

Pyth Network isn’t just a data provider. It’s a bridge between real-world finance and decentralized applications. By delivering fast, accurate, and transparent market data, it allows traders, apps, and enterprises to operate safely and efficiently.

Challenges exist, like data accuracy, multi-chain complexity, and regulations—but Pyth’s approach makes it one of the most reliable solutions in the decentralized financial ecosystem.

Summary

What is Pyth Network? A decentralized oracle delivering live financial data.
Key Features: Trusted sources, ultra-fast updates, multi-chain support.
Challenges: Accuracy, multi-chain complexity, regulations, technical risks.
Solutions: Transparency, decentralization, speed, cost-efficiency.
Uses: DeFi, trading, risk management, cross-chain apps.
Future: Growing adoption, enterprise integration, and essential infrastructure for decentralized finance.

Pyth Network is shaping the future of finance—fast, transparent, and trustworthy for everyone.

$PYTH
#PythRoadmap

Introduction: Why Pyth Network Exists

Imagine you’re trading crypto or using a DeFi app. Prices are moving every second. One tiny delay could cost you money—or trigger mistakes in automated systems.

This is where@Pyth Network comes in. It’s a decentralized oracle that delivers live financial data—crypto prices, stock indices, commodity prices—directly to blockchains. No middlemen. No slow updates. Just fast, reliable information you can trust.

Think of it like a live scoreboard for finance. Traders, apps, and smart contracts can all see the “score” instantly.

Why Real-Time Data Matters

In finance, seconds matter.

For example:

A lending platform could use outdated prices to calculate your collateral. That might trigger an unnecessary liquidation.
A trading bot might act on old data and lose money with every second.

Traditional systems often pass through multiple intermediaries. Each step slows things down and introduces risk. Pyth solves this by connecting data providers directly to the blockchain, making it fast, safe, and accurate.

How Pyth Network Works

1. Trusted Sources

Pyth gathers data from reputable exchanges, banks, and trading firms—known as “first-party data.” This means the numbers come directly from the source, not an aggregator or website that might make mistakes.

Example: If you want the live price of Bitcoin, Pyth fetches it straight from the exchanges where Bitcoin is being traded. This makes it more reliable and harder to manipulate.

2. Super-Fast Updates

Built on blockchains like Solana, Pyth updates prices in milliseconds. Your DeFi app or trading bot sees changes almost instantly.

Example: A lending app checking Ethereum prices can quickly see if a user’s collateral is safe, preventing unnecessary liquidations.

3. Works Across Many Blockchains

Pyth supports 40+ blockchains, so developers can use the same real-time data across different platforms. This makes it flexible and powerful for building new DeFi apps.

Challenges and Risks

Even a system as advanced as Pyth has challenges:

Data Accuracy: Even trusted sources can make mistakes.
Multi-Chain Complexity: Keeping consistent data across multiple blockchains is tricky.
Regulations: Governments are still figuring out how to handle decentralized data.
Technical Risks: Network congestion, cyberattacks, or smart contract bugs could happen.

How Pyth Solves Problems

Pyth has smart solutions to these issues:

Transparency: You can always trace the data back to the source.
Decentralization: Multiple nodes and blockchains reduce the risk of a single point of failure.
Speed: Sub-second updates keep apps running accurately.
Cost-Efficiency: No middlemen means cheaper and more accessible data.

Real-Life Uses

DeFi Platforms: Lending apps can calculate collateral and liquidations accurately.
Trading Bots: Traders can act instantly on real-time data.
Risk Management: Businesses can monitor markets and react quickly.
Cross-Chain Apps: Developers can build apps that work across multiple blockchains.

Example: A DeFi platform like Aave could use Pyth to get live ETH/USD prices, keeping users’ collateral calculations accurate and safe.

Comparison With Traditional Data

FeatureTraditional ProvidersPyth NetworkSpeedSeconds to minutesMillisecondsTransparencyLimitedFull, verifiableDecentralizationCentralizedDecentralizedCostHigh subscription feesLow, no middlemenBlockchain SupportUsually none40+ chains

Looking Ahead

As DeFi grows, real-time, decentralized data will become more important than ever.

More DeFi apps will rely on Pyth for accurate data.
Cross-chain ecosystems will expand.
Traditional financial institutions may start using Pyth for blockchain integration.
Developers will create apps that weren’t possible before without fast, reliable, on-chain data.

Pyth is positioning itself as the backbone of decentralized finance, where speed, trust, and transparency are key.

Conclusion

Pyth Network isn’t just a data provider. It’s a bridge between real-world finance and decentralized applications. By delivering fast, accurate, and transparent market data, it allows traders, apps, and enterprises to operate safely and efficiently.

Challenges exist, like data accuracy, multi-chain complexity, and regulations—but Pyth’s approach makes it one of the most reliable solutions in the decentralized financial ecosystem.

Summary

What is Pyth Network? A decentralized oracle delivering live financial data.
Key Features: Trusted sources, ultra-fast updates, multi-chain support.
Challenges: Accuracy, multi-chain complexity, regulations, technical risks.
Solutions: Transparency, decentralization, speed, cost-efficiency.
Uses: DeFi, trading, risk management, cross-chain apps.
Future: Growing adoption, enterprise integration, and essential infrastructure for decentralized finance.

Pyth Network is shaping the future of finance—fast, transparent, and trustworthy for everyone.

$PYTH
#PythRoadmap

Introduction: Why Pyth Network Matters

Imagine you’re trading cryptocurrency or using a decentralized finance (DeFi) app. Prices are changing every second. One tiny delay, and your decision could cost you money. This is exactly the problem Pyth Network solves.

@Pyth Network is a decentralized oracle. That’s a fancy way of saying it delivers live financial data—like crypto prices, stock indexes, and commodity prices—directly onto blockchains. No middlemen. No slow delays. Just real-time information you can trust.

Think of Pyth like a live sports scoreboard, but for the world of finance. Traders, apps, and smart contracts can all see the score instantly.

Why Real-Time Data Is Crucial

In finance, timing is everything. A price change that takes a few seconds to show up can trigger big losses in trading or errors in automated systems. Traditional financial data often passes through multiple intermediaries. Each step slows it down and introduces risk.

Pyth Network fixes this by connecting data providers directly to the blockchain. That means accurate, fast data without extra middlemen.

How Pyth Network Works

1. Real Data From Trusted Sources

Pyth doesn’t just grab numbers from the internet. It collects data from major exchanges, banks, and trading firms. This is called “first-party data.”

Imagine you want the price of Bitcoin. Instead of relying on a third-party website, Pyth gets it straight from the exchanges where people are actually buying and selling. That’s how it keeps data reliable and accurate.

2. Super-Fast Updates

Pyth is built on blockchains like Solana, which can process transactions in milliseconds. This means your DeFi apps and smart contracts get data almost instantly.

For example, if a decentralized lending app needs to check the price of Ethereum to see if someone’s collateral is safe, Pyth makes sure the number is current in real time—no delays, no mistakes.

3. Works Across Many Blockchains

Pyth isn’t stuck on one blockchain. It supports dozens of different blockchains, so apps across the crypto world can access the same live data. This makes it highly flexible and widely usable.

Challenges and Risks

No system is perfect. Pyth faces some challenges:

Data Accuracy – Even trusted sources can make mistakes. If an exchange reports a wrong price, Pyth could relay that error.
Complexity Across Chains – Sending the same data to multiple blockchains is tricky. A problem on one chain could affect others.
Regulation – Governments are still figuring out how to regulate decentralized data providers. Future rules could impact Pyth’s operation.

How Pyth Solves Problems

Despite these challenges, Pyth has strong solutions:

Transparency – You can always see where the data comes from, so you know it’s trustworthy.
Security – Decentralization means there’s no single point of failure. Hackers can’t easily disrupt the system.
Cost-Effective – By removing middlemen, Pyth makes getting live data cheaper for developers and users.

Real-World Use Cases

DeFi Platforms – Lending apps need accurate prices to calculate collateral and trigger liquidations safely. Pyth ensures they get correct numbers fast.
Trading Platforms – Traders can make better decisions with up-to-date market data. High-frequency traders especially benefit.
Risk Management – Businesses can monitor price swings in real time and react quickly to reduce losses.

Future Outlook

As DeFi and blockchain technology grow, the need for fast, reliable, on-chain data will only increase. Pyth is well-positioned to be the go-to solution. More apps, more blockchains, and more data sources will likely join the network in the coming years.

Imagine a future where every smart contract, every trading bot, and every DeFi app has instant access to live market data, safely and transparently. That’s where Pyth is heading.

Conclusion

Pyth Network is more than just a data provider. It’s a bridge between the real world and decentralized finance, bringing speed, accuracy, and transparency to financial data. While challenges exist, its unique approach to first-party data, decentralization, and cross-chain integration makes it a strong player in the blockchain ecosystem.

Summary

What is Pyth? A decentralized oracle delivering live financial data.
Core Strengths: Fast updates, trusted sources, works on multiple blockchains.
Challenges: Accuracy, multi-chain complexity, regulation.
Benefits: Transparency, security, cost-efficiency.
Use Cases: DeFi, trading, risk management.
Future: Rapid adoption as demand for real-time on-chain data grows.

Pyth Network is shaping the future of finance—where speed, trust, and transparency are no longer optional, but standard.

$PYTH

#PythRoadmap

Introduction

Imagine you’re trading crypto or using a DeFi app. Every second counts, and even small delays in price information can cost money. Traditional financial systems rely on middlemen to deliver market data. That works… sometimes. But it can be slow, expensive, and prone to mistakes.

This is where@Pyth Network comes in. It’s a decentralized system that brings real-time market data straight to the blockchain, without any middlemen. Think of it as a direct line from big financial institutions to your DeFi app. Fast, accurate, and transparent.

A Bit of Background

Pyth Network started in 2021 and quickly became a key player in the decentralized finance space. It’s mainly built on Solana, a super-fast blockchain. But what makes Pyth different is where it gets its data. Instead of scraping prices from exchanges or relying on third-party services, Pyth connects directly with reputable financial institutions like Jane Street and Flow Traders.

This means the data you get is not just fast—it’s trusted and reliable. And it’s not just for traders. Developers building DeFi apps, lending platforms, or decentralized exchanges rely on Pyth to make sure their apps work correctly and fairly.

How Pyth Network Works

Direct Data Sourcing

Pyth talks directly to the source. Data comes straight from institutions, not through multiple layers of middlemen. This reduces mistakes and ensures data is fresh.

High-Frequency Updates

Price feeds are updated every 400 milliseconds—that’s faster than most people can blink. For traders and apps that need up-to-the-second information, this is huge.

Works Across Blockchains

While Pyth is built on Solana, its goal is to make its data available on multiple blockchains. That way, apps on different networks can all use the same trusted information.

Governance and Incentives

Pyth uses its own token, PYTH, to reward people who provide accurate data. Mistakes can lead to penalties, so there’s a built-in motivation to stay precise and reliable.

Challenges and Risks

No system is perfect. Pyth does face some hurdles:

Data Accuracy: Even trusted sources can make mistakes. If a provider gives wrong information, it could affect trading or smart contracts.
Blockchain Dependency: Since it’s built on Solana, any slowdown or outage there can affect Pyth’s data delivery.
Regulatory Questions: As Pyth expands to stocks, commodities, or other markets, regulators might take notice. DeFi doesn’t always fit neatly into existing rules.
Provider Risks: People providing data stake PYTH tokens. If they mess up, they can lose money. That’s good for accuracy but risky for the providers themselves.

How Pyth Tackles These Challenges

Multiple Sources: Pyth doesn’t rely on just one provider. It combines data from several institutions to reduce errors.
Penalties for Mistakes: The slashing mechanism encourages providers to be careful.
Cross-Chain Setup: Problems on one blockchain don’t break the whole system.
Proactive Regulation: Pyth is engaging with regulators and has legal frameworks in place to reduce compliance issues.

Benefits

Accurate and Trusted Data: No more worrying if the data is correct.
Speed: Real-time updates let traders and apps make better decisions fast.

Lower Costs: No middlemen means less expense for developers and users.
Fairness: Smaller projects now get access to the same quality data as big institutions.

Real-World Uses

Lending Platforms: Keep collateral values accurate and liquidations fair.
Decentralized Exchanges: Traders get correct prices for smoother trading and arbitrage.
Derivatives and Synthetic Assets: Reliable data allows new kinds of financial products to exist on-chain.

Looking Ahead

The future looks bright for Pyth:

More Asset Types: Stocks, commodities, and other financial instruments are on the way.
Integration with Other Blockchains: More networks will have access to Pyth’s data.
Better Governance: The community will have more say in how the network runs.

Conclusion

Pyth Network is changing the game for DeFi. By bringing institution-grade, real-time data directly to the blockchain, it makes DeFi faster, safer, and fairer. Sure, there are challenges like regulation and blockchain dependencies, but Pyth’s approach is smart and forward-thinking.

Summary

What is it? A decentralized oracle delivering real-time market data on-chain.
Key Features: Direct sourcing, super-fast updates, cross-chain access, and token-based governance.
Challenges: Accuracy, blockchain reliance, regulatory uncertainty, and provider risks.
Solutions: Multiple sources, penalties for mistakes, cross-chain design, and regulatory engagement.
Benefits: Accurate data, faster decisions, lower costs, and fairness.
Applications: Lending, trading, exchanges, and derivatives.
Future: Expansion into more assets, more blockchains, and better governance.

In short, Pyth Network makes DeFi smarter and more trustworthy, giving everyone—from small developers to big traders—the tools they need to make confident financial decisions.

$PYTH
#PythRoadmap

In today’s fast-moving world of finance, having access to accurate and up-to-date market information is everything. Imagine trying to trade, lend, or invest without knowing the true value of assets—chaos would be inevitable. That’s where@Pyth Network comes in. It’s a decentralized oracle that delivers real-time market data directly on the blockchain, cutting out middlemen and making data faster, more transparent, and secure.

Let’s dive in and explore what makes Pyth Network special, the challenges it faces, and the exciting opportunities it brings.

Introduction: Why Pyth Network Matters

Traditionally, financial data comes from big banks, exchanges, or other centralized sources. While these institutions are reliable, their data often isn’t built for decentralized systems. Blockchain apps, like DeFi platforms, need data that’s fast, tamper-proof, and directly usable on-chain.

Pyth Network solves this problem by collecting data directly from first-party sources—like top trading firms and exchanges. That means the numbers you see on-chain aren’t aggregated or filtered through layers of intermediaries—they come straight from the original source. This approach makes the data more trustworthy and timely.

Since its launch, Pyth has grown rapidly. Today, it provides hundreds of price feeds covering cryptocurrencies, stocks, commodities, and foreign exchange across dozens of blockchains. For anyone building on blockchain, this is like having a high-speed, reliable highway for financial data.

The Problem: Why Decentralized Data Is Hard

Providing real-time market data on blockchain isn’t easy. Here are some of the main challenges:

1. Trust in Data Providers

Pyth relies on data from financial institutions. If a provider makes a mistake—or worse, tries to manipulate prices—the whole system could be affected.

2. Technical Complexity

Running a decentralized system that feeds dozens of blockchains simultaneously is not simple. Bugs, network delays, or security issues could impact performance.

3. Regulatory Uncertainty

Financial markets are heavily regulated, and blockchain technology is still new in many countries. Pyth has to navigate complex legal landscapes as it expands.

4. Economic Risks

Pyth uses incentives to keep data providers honest. Providers can be penalized financially if they act maliciously or fail to deliver accurate data. While this keeps the system reliable, it also introduces financial risks for participants.

How Pyth Network Tackles These Challenges

Pyth has built several smart strategies to handle these issues:

1. Diverse Data Providers

By using many independent sources, Pyth reduces the risk of manipulation. Even if one provider makes a mistake, others help maintain accurate data.

2. Cross-Chain Safety

Pyth’s design isolates each blockchain. A problem on one chain won’t crash the entire network, keeping the system stable.

3. Regulatory Preparedness

Pyth is guided by a decentralized autonomous organization (DAO) and works in crypto-friendly regions. This helps it stay compliant while maintaining decentralization.

4. Incentives for Accuracy

Data providers are rewarded for correct data and penalized for errors. This alignment of incentives keeps the network honest and reliable.

Why Pyth Network Is Exciting

Here’s what makes Pyth stand out:

Real-Time Data: Updates every 400 milliseconds—perfect for fast-moving markets.
Reliable Sources: Data comes directly from trusted financial institutions.
Cross-Chain Support: Works on 40+ blockchains, making it widely usable.
Secure and Transparent: Reduces risk of manipulation.
Supports DeFi and Beyond: Powers lending platforms, decentralized exchanges, and tokenized real-world assets.

Real-Life Examples

Lending Platforms: DeFi apps like Aave need accurate prices to calculate loans and collateral. Pyth provides the real-time data they need.
Decentralized Exchanges (DEXs): Pyth helps exchanges like Drift or Jupiter execute trades efficiently by feeding correct token prices instantly.
Tokenized Assets: Real-world assets like real estate or gold can be brought on-chain with Pyth’s accurate price feeds. This bridges traditional finance and DeFi.

How Pyth Compares to Other Oracles

FeaturePyth NetworkChainlinkBand ProtocolData SourceFirst-partyAggregatedAggregatedSpeed~400ms1–2 seconds~1 secondBlockchain Support40+10+10+GovernanceDAONode operatorsNode operatorsSlashing MechanismYesNoNo

The main advantage? Pyth is faster and more direct, especially for time-sensitive applications.

Looking Ahead

The future of Pyth Network is bright:

Traditional Finance Integration: Pyth may provide data to banks or exchanges, creating bridges between DeFi and traditional finance.
Emerging Technologies: AI and machine learning need instant, reliable data. Pyth can power these systems.
Global Expansion: As regulations clarify, Pyth could become a global standard for decentralized financial data.

Conclusion

Pyth Network is changing the way the blockchain world accesses financial data. By sourcing data directly from trusted institutions and delivering it quickly and reliably on-chain, it empowers DeFi platforms, exchanges, and tokenized assets. While challenges exist, Pyth’s design, incentives, and growth show it’s poised to be a central pillar in the future of decentralized finance.

Key Takeaways

Pyth provides real-time, accurate financial data from trusted sources.
It solves issues of delay, manipulation, and inaccuracy in blockchain applications.
Its benefits include speed, reliability, cross-chain access, and security.
Real-world applications include DeFi lending, exchanges, and tokenized assets.
The network is expanding, with promising opportunities in both blockchain and traditional finance.
$PYTH

#PythRoadmap

WhyPyth Network Matters

Imagine you’re trading crypto. Bitcoin jumps $500 in a few seconds. Your app is slow to update. Ouch—you just lost money. That’s the problem Pyth Network solves.

Think of Pyth as a super-reliable messenger. It delivers real-time price info straight to the blockchain. No middlemen, no delays, no guesswork. Just clean, fast, trusted data.

A Little Backstory

Most oracles today get data indirectly. It’s like asking ten friends for the weather and hoping they all tell you the same thing. Sometimes it works, sometimes it doesn’t.

@Pyth Network does it differently. It goes straight to the source—top trading firms and exchanges. That means the information you get is accurate, fresh, and dependable.

How Pyth Works

1. Trusted Sources

Pyth partners with well-known trading firms like Jane Street, Wintermute, and Revolut. Think of it like getting the score directly from the stadium, not from some random fan tweeting it.

2. Super-Fast Updates

Markets move fast. Pyth updates multiple times per second. This matters for smart contracts, automated trades, or anyone who needs instant info.

3. Works Everywhere

Pyth supports over 40 blockchains—Ethereum, Solana, Arbitrum, and more. Developers can pull the same reliable data no matter where their app lives.

4. Decentralized & Transparent

No single company controls Pyth. Nobody can mess with the data. It’s like having a referee that everyone trusts to call the game fairly.

Challenges Pyth Faces

Data mistakes: Even trusted sources can sometimes be wrong.
Network slowdowns: High traffic can delay updates.
Regulatory questions: Governments are still figuring out blockchain rules.

How Pyth Handles These

Cross-checks data: If one source looks off, it’s flagged.
Improves infrastructure: Keeps the system fast, even under heavy traffic.
Works with regulators: Explains how decentralized oracles work and stays compliant.

Why Pyth Is Awesome

Helps developers: Build smarter apps with accurate info.
Keeps markets fair: Accurate data = better prices for everyone.

Attracts big investors: Banks and funds love reliable, decentralized data.

Real-World Use Cases

Lending platforms: Know the value of collateral in real time, avoiding nasty surprises.
Derivatives trading: Traders get instant updates to make smart moves.
Tokenized assets: Stocks or commodities on-chain rely on Pyth for accurate pricing.

Looking Ahead

Pyth wants to expand to more assets and get even faster. As DeFi grows, the need for fast, trusted data will grow too. Pyth could become the backbone of the crypto financial world, powering everything from trading bots to complex financial products.

The Bottom Line

Pyth Network is more than a tool—it’s like your smart, reliable friend in the crazy world of DeFi. It delivers fast, accurate data straight to the blockchain, helps developers build better apps, keeps markets fair, and makes big investors feel safe.

In short: Pyth helps you see the market clearly and act fast—and in crypto, that’s priceless.

Quick Summary

What it is: Real-time, trusted financial data on blockchain.
Key features: Fast, multi-chain, decentralized.
Challenges: Mistakes, traffic, regulations.
Benefits: Helps developers, improves markets, attracts big investors.
Applications: Lending, trading, tokenized assets.
Future: Expanding coverage, faster updates, bigger adoption.

$PYTH

#PythRoadmap