
Every hour you wait is a signal you miss.

Stop Guessing, Start Trading: The Token Metrics API Advantage
Big news: We’re cranking up the heat on AI-driven crypto analytics with the launch of the Token Metrics API and our official SDK (Software Development Kit). This isn’t just an upgrade – it's a quantum leap, giving traders, hedge funds, developers, and institutions direct access to cutting-edge market intelligence, trading signals, and predictive analytics.
Crypto markets move fast, and having real-time, AI-powered insights can be the difference between catching the next big trend or getting left behind. Until now, traders and quants have been wrestling with scattered data, delayed reporting, and a lack of truly predictive analytics. Not anymore.
The Token Metrics API delivers 32+ high-performance endpoints packed with powerful AI-driven insights right into your lap, including:
- Trading Signals: AI-driven buy/sell recommendations based on real-time market conditions.
- Investor & Trader Grades: Our proprietary risk-adjusted scoring for assessing crypto assets.
- Price Predictions: Machine learning-powered forecasts for multiple time frames.
- Sentiment Analysis: Aggregated insights from social media, news, and market data.
- Market Indicators: Advanced metrics, including correlation analysis, volatility trends, and macro-level market insights.
Getting started with the Token Metrics API is simple:
- Sign up at www.tokenmetrics.com/api.
- Generate an API key and explore sample requests.
- Choose a tier–start with 50 free API calls/month, or stake TMAI tokens for premium access.
- Optionally–download the SDK, install it for your preferred programming language, and follow the provided setup guide.
At Token Metrics, we believe data should be decentralized, predictive, and actionable.
The Token Metrics API & SDK bring next-gen AI-powered crypto intelligence to anyone looking to trade smarter, build better, and stay ahead of the curve. With our official SDK, developers can plug these insights into their own trading bots, dashboards, and research tools – no need to reinvent the wheel.
APIs Explained: What Is an API and How It Works
APIs (application programming interfaces) are the invisible connectors that let software systems talk to each other. Whether you open a weather app, sign in with a social account, or call a machine-learning model, an API is usually orchestrating the data exchange behind the scenes. This guide explains what an API is, how APIs work, common types and use cases, and practical frameworks to evaluate or integrate APIs into projects.
What is an API? Definition & core concepts
An API is a set of rules, protocols, and tools that defines how two software components communicate. At its simplest, an API specifies the inputs a system accepts, the outputs it returns, and the behavior in between. APIs abstract internal implementation details so developers can reuse capabilities without understanding the underlying codebase.
Key concepts:
- Endpoints: Network-accessible URLs or methods where requests are sent.
- Requests & responses: Structured messages (often JSON or XML) sent by a client and returned by a server.
- Authentication: Mechanisms (API keys, OAuth, tokens) that control who can use the API.
- Rate limits: Constraints on how often the API can be called.
How APIs work: a technical overview
Most modern APIs use HTTP as the transport protocol and follow architectural styles such as REST or GraphQL. A typical interaction looks like this:
- Client constructs a request (method, endpoint, headers, payload).
- Request is routed over the network to the API server.
- Server authenticates and authorizes the request.
- Server processes the request, possibly calling internal services or databases.
- Server returns a structured response with status codes and data.
APIs also expose documentation and machine-readable specifications (OpenAPI/Swagger, RAML) that describe available endpoints, parameters, data models, and expected responses. Tools can generate client libraries and interactive docs from these specs, accelerating integration.
Types of APIs and common use cases
APIs serve different purposes depending on design and context:
- Web APIs (REST/HTTP): Most common for web and mobile backends. Use stateless requests, JSON payloads, and standard HTTP verbs.
- GraphQL APIs: Allow clients to request precisely the fields they need, reducing over-fetching.
- RPC and gRPC: High-performance, typed remote procedure calls used in microservices and internal infrastructure.
- SDKs and libraries: Language-specific wrappers around raw APIs to simplify usage.
- Domain-specific APIs: Payment APIs, mapping APIs, social login APIs, and crypto APIs that expose blockchain data, wallet operations, and on-chain analytics.
Use cases span the product lifecycle: integrating third-party services, composing microservices, extending platforms, or enabling AI models to fetch and write data programmatically.
Evaluating and integrating APIs: a practical framework
When selecting or integrating an API, apply a simple checklist to reduce technical risk and operational friction:
- Specification quality: Is there an OpenAPI spec, clear examples, and machine-readable docs?
- Authentication: What auth flows are supported and do they meet your security model?
- Rate limits & quotas: Do limits match your usage profile? Are paid tiers available for scale?
- Error handling: Are error codes consistent and documented to support robust client logic?
- Latency & reliability: Benchmark typical response times and uptime SLAs for production readiness.
- Data semantics & provenance: For analytics or financial data, understand update frequency, normalization, and source trustworthiness.
Operationally, start with a sandbox key and integrate incrementally: mock responses in early stages, implement retry/backoff and circuit breakers, and monitor usage and costs in production.
Build Smarter Crypto Apps & AI Agents with Token Metrics
Token Metrics provides real-time prices, trading signals, and on-chain insights all from one powerful API. Grab a Free API Key
FAQ: Common questions about APIs
What is the difference between REST and GraphQL?
REST organizes resources as endpoints and often returns fixed data shapes per endpoint. GraphQL exposes a single endpoint where clients request the exact fields they need. REST is simple and cache-friendly; GraphQL reduces over-fetching but can require more server-side control and caching strategies.
How do API keys and OAuth differ?
API keys are simple tokens issued to identify a client and are easy to use for server-to-server interactions. OAuth provides delegated access where a user can authorize a third-party app to act on their behalf without sharing credentials; it's essential for user-consent flows.
Are there standards for API documentation?
Yes. OpenAPI (formerly Swagger) is widely used for REST APIs and supports automated client generation and interactive documentation. GraphQL has its own schema specification and introspection capabilities. Adopting standards improves developer experience significantly.
What security considerations matter most for APIs?
Common practices include strong authentication, TLS encryption, input validation, explicit authorization, rate limiting, and logging. For sensitive data, consider data minimization, field-level encryption, and strict access controls.
How can AI models use APIs?
AI models can call APIs to fetch external context, enrich inputs, or persist outputs. Examples include retrieving live market data, fetching user profiles, or invoking specialized ML inference services. Manage latency, cost, and error handling when chaining many external calls in a pipeline.
Disclaimer
This article is for educational and informational purposes only. It does not constitute professional, legal, or financial advice. Evaluate any API, provider, or integration according to your own technical, legal, and security requirements before use.
Mastering Google APIs: Practical Developer Guide
APIs from Google power a huge portion of modern applications, from location-aware mobile apps to automated data workflows in the cloud. Understanding how Google API endpoints, authentication, quotas, and client libraries fit together helps developers build reliable, maintainable integrations that scale. This guide breaks down the most practical aspects of working with Google APIs and highlights research and AI tools that can streamline development.
Overview: What the term “Google API” covers
"Google API" is an umbrella term for a wide range of services offered by Google, including but not limited to Google Cloud APIs (Compute, Storage, BigQuery), Maps and Places, OAuth 2.0 identity, Drive, Sheets, and machine learning APIs like Vision and Translation. Each service exposes RESTful endpoints and often provides SDKs in multiple languages (Node.js, Python, Java, Go, and more).
Key dimensions to evaluate when selecting a Google API:
- Functionality: Does the API provide the exact data or operation you need (e.g., geocoding vs. routing)?
- Authentication model: API keys, OAuth 2.0, or service accounts (server-to-server).
- Rate limits and quotas: per-minute or per-day limits, and how to monitor them.
- Pricing and billing: free tier limits, billing account requirements, and potential cost drivers.
Core Google API services and common use cases
Popular categories and what developers commonly use them for:
- Maps & Places — interactive maps, geocoding, places search, routing for location-based apps.
- Cloud Platform APIs — storage (Cloud Storage), analytics (BigQuery), compute (Compute Engine, Cloud Run) for backend workloads.
- Identity & Access — OAuth 2.0 and OpenID Connect for user sign-in; service accounts for server-to-server authentication.
- Workspace APIs — Drive, Sheets, and Gmail automation for productivity integrations.
- AI & Vision — Vision API, Natural Language, and Translation for content analysis and enrichment.
Choosing the right API often starts with mapping product requirements to the available endpoints. For example, if you need user authentication and access to Google Drive files, combine OAuth 2.0 with the Drive API rather than inventing a custom flow.
Best practices for integration, authentication, and error handling
Follow these practical steps to reduce friction and improve reliability:
- Use official client libraries where available — they implement retries, backoff, and serialization conventions that keep your code simpler.
- Prefer OAuth or service accounts over long-lived API keys for sensitive operations. Use short-lived tokens and rotate credentials regularly.
- Implement exponential backoff for rate-limited operations and surface clear error messages when requests fail.
- Monitor quotas and billing with Google Cloud Console alerts and programmatic checks so you can detect spikes before they affect users.
- Design for idempotency if your operation may be retried — include request tokens or use idempotent endpoints.
These patterns reduce operational surprises and make integrations more maintainable over time.
Security, quotas, and governance considerations
Security and quota constraints often shape architecture decisions:
- Least privilege — grant the minimum IAM roles needed. For service accounts, avoid broad roles like owner.
- Auditing — enable Cloud Audit Logs to trace who accessed which APIs and when.
- Quota planning — understand per-minute and per-day limits. For high-throughput needs, request quota increases with a clear justification.
- Data residency and compliance — check where data is stored and whether it meets your regulatory requirements.
Secure-by-design implementations and proactive quota management reduce operational risk when moving from prototype to production.
Building apps with Google APIs and AI workflows
Combining Google APIs with AI tooling unlocks new workflows: use Vision API to extract entities from images, then store structured results in BigQuery for analytics; call Translation or Natural Language for content normalization before indexing. When experimenting with AI-driven pipelines, maintain traceability between raw inputs and transformed outputs to support auditing and debugging.
AI-driven research platforms like Token Metrics can help developers prototype analytics and compare signal sources by aggregating on-chain and market datasets; such tools may inform how you prioritize data ingestion and model inputs when building composite systems that include external data alongside Google APIs.
Build Smarter Crypto Apps & AI Agents with Token Metrics
Token Metrics provides real-time prices, trading signals, and on-chain insights all from one powerful API. Grab a Free API Key
FAQ: What is a Google API and how does it differ from other APIs?
Google APIs are a collection of RESTful services and SDKs that grant programmatic access to Google products and cloud services. They differ in scope and SLAs from third-party APIs by integrating with Google Cloud's IAM, billing, and monitoring ecosystems.
FAQ: Which authentication method should I use?
Use OAuth 2.0 for user-level access where users must grant permission. For server-to-server calls, use service accounts with short-lived tokens. API keys are acceptable for public, limited-scope requests like simple Maps access but carry higher security risk if exposed.
FAQ: How do I monitor and request higher quotas?
Monitor quotas in Google Cloud Console under the "IAM & Admin" and "APIs & Services" sections. If you need more capacity, submit a quota increase request with usage patterns and justification; Google evaluates requests based on scope and safety.
FAQ: How can I estimate costs for Google API usage?
Cost depends on API type and usage volume. Use the Google Cloud Pricing Calculator for services like BigQuery or Cloud Storage, and review per-request pricing for Maps and Vision APIs. Track costs via billing reports and set alerts to avoid surprises.
FAQ: Are client libraries necessary?
Client libraries are not strictly necessary, but they simplify authentication flows, retries, and response parsing. If you need maximum control or a minimal runtime, you can call REST endpoints directly with standard HTTP libraries.
Disclaimer
This article is educational and technical in nature. It does not provide financial, legal, or investment advice. Evaluate APIs and third-party services against your own technical, security, and compliance requirements before use.
API Management Essentials for Teams
APIs are the connective tissue of modern software. As organizations expose more endpoints to partners, internal teams and third-party developers, effective api management becomes a competitive and operational imperative. This article breaks down practical frameworks, governance guardrails, and monitoring strategies that help teams scale APIs securely and reliably without sacrificing developer velocity.
Overview: What API management solves
API management is the set of practices, tools and processes that enable teams to design, publish, secure, monitor and monetize application programming interfaces. At its core it addresses three recurring challenges: consistent access control, predictable performance, and discoverability for developers. Well-managed APIs reduce friction for consumers, decrease operational incidents, and support governance priorities such as compliance and data protection.
Think of api management as a lifecycle discipline: from design and documentation to runtime enforcement and iterative refinement. Organizations that treat APIs as products—measuring adoption, latency, error rates, and business outcomes—are better positioned to scale integrations without accumulating technical debt.
Governance & Security: Policies that scale
Security and governance are non-negotiable for production APIs. Implement a layered approach:
- Access control: Use token-based authentication (OAuth 2.0, JWT) and centralize identity validation at the gateway to avoid duplicating logic across services.
- Rate limiting & quotas: Protect backend services and control cost by enforcing per-key or per-tenant limits. Different tiers can align with SLAs for partners.
- Input validation & schema contracts: Define explicit contracts using OpenAPI/JSON Schema and validate at the edge to reduce injection and integration errors.
- Audit & compliance: Log authentication events, data access, and configuration changes. Retain logs in a way that maps to regulatory obligations.
Combining automated policy enforcement at an API gateway with a governance framework (ownerable APIs, review gates, and versioning rules) ensures changes are controlled without slowing legitimate feature delivery.
Developer experience & the API product model
Developer experience (DX) determines adoption. Treat APIs as products by providing clear documentation, SDKs and a self-service developer portal. Key practices include:
- Interactive docs: Publish OpenAPI-driven docs that allow developers to try endpoints in a sandbox.
- Onboarding flows: Provide quick start guides, sample payloads and error explanations to reduce time-to-first-call.
- Versioning strategy: Use semantic versioning and deprecation notices to minimize breaking changes.
- Feedback loops: Instrument usage and surface developer issues to product owners so APIs evolve with consumer needs.
Metrics to track DX include signups, first successful call time, and repeat usage per key. These are leading indicators of whether an API is fulfilling its product intent.
Monitoring, observability & reliability
Operational visibility is essential for api management. Implement monitoring at multiple layers—gateway, service, and database—to triangulate causes when issues occur. Core telemetry includes:
- Traffic metrics: requests per second, latency percentiles (p50/p95/p99), and throughput.
- Error rates: HTTP 4xx/5xx breakdowns, client-specific failure patterns, and circuit-breaker triggers.
- Business KPIs: API calls tied to revenue, conversions, or key workflows to prioritize fixes that have impact.
Observability practices—distributed tracing, structured logs, and context propagation—help teams move from alert fatigue to actionable incident response. Build runbooks that map common alerts to remediation steps and owners.
Implementation roadmap & tooling choices
Adopt an incremental roadmap rather than a big-bang rollout. A pragmatic sequence looks like:
- Inventory existing endpoints and annotate owners.
- Standardize contracts with OpenAPI and publish baseline docs.
- Introduce an API gateway for auth, rate limiting, and basic WAF rules.
- Instrument telemetry, set SLAs, and define retention for logs and traces.
- Launch a developer portal and iterate based on usage signals.
Choose tools that match team maturity: managed API platforms accelerate setup for companies lacking infra resources, while open-source gateways provide control for those with specialized needs. Evaluate vendors on extensibility, observability integrations, and policy-as-code support to avoid lock-in.
Build Smarter Crypto Apps & AI Agents with Token Metrics
Token Metrics provides real-time prices, trading signals, and on-chain insights all from one powerful API. Grab a Free API Key
What is API management and why does it matter?
API management encompasses the processes and tools required to publish, secure, monitor, and monetize APIs. It matters because it enables predictable, governed access to services while maintaining developer productivity and operational reliability.
Which components make up an API management stack?
Common components include an API gateway (auth, routing, rate limiting), developer portal (docs, keys), analytics and monitoring systems (metrics, traces), and lifecycle tooling (design, versioning, CI/CD integrations).
How should teams approach API security?
Implement defense-in-depth: centralized authentication, token validation, input schema checks, rate limits, and continuous auditing. Shift security left by validating contracts and scanning specs before deployment.
What metrics are most useful for API health?
Track latency percentiles, error rates, traffic patterns, and consumer-specific usage. Pair operational metrics with business KPIs (e.g., API-driven signups) to prioritize work that affects outcomes.
How do teams manage breaking changes?
Use explicit versioning, deprecation windows, and dual-running strategies where consumers migrate incrementally. Communicate changes via the developer portal and automated notifications tied to API keys.
When should an organization introduce an API gateway?
Introduce a gateway early when multiple consumers, partners, or internal teams rely on APIs. A gateway centralizes cross-cutting concerns and reduces duplicated security and routing logic.
Disclaimer
This article is for educational and informational purposes only. It provides neutral, analytical information about api management practices and tools and does not constitute professional or investment advice.
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Liquidity Mining - What It Means and How It Works?
Liquidity mining is an innovative way to earn cryptocurrency rewards. It has emerged as an alternative to traditional crypto mining, which requires large investments of time, money, and energy. It is a new form of yield farming, where users can lend their tokens for a certain period of time and earn rewards for providing liquidity to a platform.
Liquidity mining is a great way to earn passive income, as it is relatively low risk and requires minimal effort. Moreover, liquidity mining is a great way to increase the value of a token, as it increases its liquidity and helps it become more widely traded.
This article will explore liquidity mining, how it works, and how it can benefit you.
What is Liquidity Mining?
Liquidity mining is a process where investors can earn cryptocurrency rewards by providing liquidity to cryptocurrency exchanges or other decentralized applications.
In exchange for liquidity, the user earns a reward from the exchange or dApp in cryptocurrency made possible by charging a small fee from users.
How does Liquidity Mining Work?
There are several ways liquidity mining can work. The most common way is to connect an exchange to a market maker. The exchange is the market maker, while the market maker is the liquidity provider.
The market maker offers the asset to the market, which is the investor. The exchange then takes a fee for the market maker's service. The asset can also be paired with a US dollar (USD) pair, meaning the investor is paid in USD and gets to hold the asset. The asset is not traded on the exchange, so the exchange doesn't handle any more trading activity.
Benefits of Liquidity Mining
- Passive income - Unlike trading cryptocurrencies, liquidity mining requires no time and energy investment by the participant. As a liquidity provider, all you need to do is provide liquidity to the exchange. Once the trading activity starts, you earn your crypto rewards, and the exchange takes care of all the accounting and regulatory issues. This is a great way to earn passive income, as it is relatively low risk (apart from impermanent loss) and requires minimal effort.
- Public exposure - When you participate in liquidity mining, you publicly expose your asset to the market. This can increase the asset's exposure and help it become more widely traded.
- Low risk - Many exchanges require participants to hold a certain amount of tokens to be eligible for rewards. You do not have to own any tokens to participate in liquidity mining; you can also hedge or short your rewards. This means you can participate in liquidity mining with low risk, as you are not fully exposed to the risk of holding tokens.
- Market volatility risk - Some exchanges charge participants for the trading volume they generate, resulting in increased volatility and increased trading costs. This market volatility risk can be mitigated by diversifying your trading interests, i.e., trading a different asset from your investment.
- Investment risk - Since liquidity mining does not require investment for equipment and graphic cards, there is a shallow risk. This makes liquidity mining a great way to earn cash while protecting your money.
Liquidity Mining Vs. Staking
Liquidity mining and staking are two distinct mechanisms used in decentralized finance (DeFi) to incentivize user participation and encourage the growth of DeFi ecosystems.
Liquidity mining refers to a process where users can earn rewards for providing liquidity to decentralized exchanges (DEXs) by depositing assets into liquidity pools. The rewards are usually paid out in the protocol's native tokens. They are intended to incentivize users to participate in the DEX's liquidity, increasing its overall health and making it easier for other users to trade.
Staking, on the other hand, is a process where users can earn rewards for holding onto and "staking" certain cryptocurrencies or tokens. The rewards are paid out through newly minted tokens, interest, or a share of transaction fees. They are intended to incentivize users to hold onto their assets, increasing the network's overall security and ensuring its consensus mechanism's stability.
In short, liquidity mining incentivizes users to provide liquidity to DEXs or dApps, while staking incentivizes users to hold onto assets and participate in network security.
Liquidity Mining Vs. Yield Farming
Liquidity mining and yield farming are similar but distinct concepts in the DeFi space.
Liquidity mining incentivizes users to help provide the necessary liquidity for the DEX or dApp to function and can help increase the overall value of the platform.
Yield farming, on the other hand, is a strategy where users deposit their assets into a pool to earn a high return on investment (ROI). The assets are used to earn rewards through various mechanisms such as lending, borrowing, and staking. Yield farming can be considered a liquidity provision, but it goes beyond that by allowing users to earn rewards through more complex financial strategies.
In short, liquidity mining is a specific type of yield farming focused on providing liquidity to a DEX or dApp. In contrast, yield farming is more general for earning high returns through various financial strategies.
Is Liquidity Mining a Good Idea?
Whether liquidity mining is a good idea depends on the individual's perspective and investment goals.
From a DeFi ecosystem perspective, liquidity mining can be beneficial as it can lead to increased liquidity in DEXs, making it easier for users to trade and improving the overall health of the exchange. Liquidity mining can also attract new users to DeFi, contributing to its growth and development.
From an investment perspective, liquidity mining can provide the opportunity to earn rewards using a protocol's native tokens. This can be attractive for those looking to maximize their returns and potentially increase their overall investment portfolio.
However, like any investment opportunity, there are also risks involved with liquidity mining. For example, liquidity mining rewards can be subject to market volatility, and the value of the rewards may decrease or become worthless in the event of a failed project or a downturn in the DeFi market.
Risks Associated with Liquidity Mining
There are some risks associated with participating in liquidity mining. Some of the most common risks include:
- High exchange commission - The exchange charges a high commission for market-making, hedging, and matching trading activities. This means you end up losing money in case of low liquidity.
- Low trading volume - If trading activity on an exchange is lower, you may not generate good amount of money.
- Impermanent loss - Providing liquidity to two-sided pair can make you lose more of a token that is higher in demand and more people are buying it. It means that when you withdraw your liquidity, you end up getting less of the more demanded token because everyone kept buying it from your pool.
- Hacks - Due to the nature of smart contracts and publicly available code, people can try to hack the protocol, draining all of the funds on it.
How to Get Started with Liquidity Mining
Now that you know about the liquidity mining concept, it is time to get started in a few steps.
- Get the funds ready - Make sure you have the funds ready before you can deposit them in the pool.
- Choose the right exchange - There are a lot of exchanges out there, and it is imperative to choose the right one. You must pick an exchange with a high trading volume, good liquidity, and low fees.
- Add liquidity- Time to add the liquidity to the pair of your choosing. The more liquidity that you provide, the higher your share in that pool.
The Bottom Line
Liquidity mining is a unique way to earn passive income while providing liquidity to a platform. It is a great way as it is relatively low risk and requires minimal effort.
However, keep in mind the risks associated with providing liquidity like impermanent loss and exchange hacks.

What is Shiba Inu (SHIB) Coin and is it a Good Investment?
Shiba Inu (SHIB) is an Ethereum-based altcoin in the world of cryptocurrencies and has recently gained attention. It is a meme-inspired project based on the "Dogecoin" meme featuring the Shiba Inu dog as its mascot.
SHIB has been launched as a decentralized cryptocurrency built on the Ethereum blockchain. It is a deflationary token designed to be used as a medium of exchange and store of value. SHIB has a total supply of 1,000,000,000,000 tokens and is currently being traded on major exchanges such as Binance, OKEx, and Huobi.
SHIB has seen a huge surge in price and popularity since its launch in May 2021 and has become one of the most talked about cryptocurrencies in the market, with arguably the largest community than Bitcoin.
In this article, we will look at Shiba Inu coin, its features, and its potential for investors.
History Of Shiba Inu
Originally, Shiba Inu was launched as a direct competitor of Dogecoin as a joke. Both Shiba Inu and Dogecoin come under the category of meme coins. The meme coin originated from a 2013 meme featuring the Japanese breed dog of the same name. What began as a community-driven token representing a meme became a multi-billion dollar crypto project.
In 2020, an anonymous person or group called "Ryoshi” created a token named after the animal to continue the series of dog meme cryptocurrencies. After gaining full traction in 2021, it was declared the official rival of Dogecoin, leading Floki Inu, Akita Inu, and Dogelon Mars.
From its creation to up until October 2021, the SHIB coin raised from a low of $0.000000000056 to an all-time high of $0.00008616, rising an incredible 150 million percent.
Also, the generous donation of $1 billion in SHIB was a crucial moment in the coin's history that Ethereum's lead engineer and co-founder Vitalik Buterin granted to help fight the devastating spread of COVID-19 in India, making it the largest donation ever given in history.
The Limelight Of SHIB
Having the support of Elon Musk is like getting the blue tick certification. Elon and his tweets have an extreme market sentiment influence which can make or break the deal for a cryptocurrency.
Shiba Inu is one such outrageously positive outcome of his tweets. When he first posted the Shiba Inu dog image, it gave the first major push to the SHIB token, powering it up by nearly 300%.
Some of the SHIB supporters believe it to be the "Dogecoin-Killer," too.
Top Features of SHIB
SHIB is a deflationary token designed to be used as a medium of exchange and store of value. It is a privacy-enabled decentralized peer-to-peer blockchain network.
Three types of tokens affect the SHIB ecosystem:
- Shiba Inu (SHIB): This is the predominant currency of this project, which sums up to a total supply of 1 quadrillion tokens when it was launched. It can be exchanged with any of the ERC20 tokens of the Ethereum ecosystem.
- Leash (LEASH): It is the second token in the Shiba Inu ecosystem, with a total supply of only 107,646 tokens, and was initially a rebase token tied to the price of Dogecoin. A rebase token has a flexible monetary base in that its supply is set to increase or decrease to adjust the token price without affecting the value of anyone's share of coins. The rebase function was later switched off for good, and the token returned to its ERC20 design.
- Bone (BONE): With a total supply of 250,000,000 tokens, only available on ShibaSwap, BONE is intended to fill up the circulation supply gap between the other two tokens. It is a kind of governance token that will allow the ShibArmy to vote on proposals. The more BONE users possess, the more weight their vote will carry in the decision process of future projects.
What are the Benefits of Investing in SHIB?
A Meme-Inspired Cryptocurrency - The core feature of SHIB is that it is a meme-inspired cryptocurrency launched on the Ethereum blockchain. It is a deflationary token designed to be used as a medium of exchange and store of value.
A Lower Price - SHIB is a low-priced token worth in pennies, which is easier for most people to invest in compared to something like Bitcoin.
A Decentralized Network - SHIB aims to be a decentralized network to keep on running, without any reasons for halting.
An Easy-To-Use Wallet - The SHIB blockchain network has been designed to be easy to use. This makes it a preferred option for most users. Three different wallets are available for use: Android, iOS, and Web.
How to Purchase SHIB Token?
SHIB and LEASH can be bought and sold on ShibaSwap, Uniswap, and a growing number of centralized exchanges (CEXs). On September 16, 2021, Coinbase listed SHIB, joining popular CEXs like Binance, Huobi, and Kucoin in trading the token.
However, Robinhood, a U.S. financial services platform, has yet to list SHIB due to concerns over its security, as stated by its CEO. In contrast, Robinhood's rival Public.com listed SHIB in October 2021.
Is SHIB Token a Good Investment in 2023?
Shiba Inu's growth largely depends on market sentiment. During extremely fearful times, Shiba Inu underperforms; however, during euphoric times, Shiba Inu has the potential to explode in popularity.
While you analyze Shiba Inu's market position, make it a point to distinguish between market capitalization and price. SHIB's low price can deceive new investors, causing them to inaccurately gauge SHIB's price potential. Market capitalization is usually calculated by multiplying the total circulating supply of coins by the current market price of a single coin, which is useful for determining growth potential.
At the time of writing, SHIB's price is roughly $0.000012. Therefore, if SHIB were to reach $0.01, investors would experience a return of over 800x. However, more importantly, to reach $0.01, Shiba Inu would need to reach a whopping market value north of $5 trillion. This value is greater than the market value of Apple, Google, and Bitcoin combined. As a result, when making realistic price predictions, it's paramount to consider market capitalization.
SHIB Price and Market Capitalization
As of Feb 1st,2023, Shiba Inu is trading at $0.000012 USD. The current market capitalization of the SHIB token is over $6.70B. This makes SHIB rank 81st in terms of market capitalization among all cryptocurrencies.
The Bottom Line
The Shiba Inu developing team is quite secretive about the coin roadmap. Therefore, it's rather difficult to anticipate what's in the cards for the cryptocurrency in the near future.
The developers might decide to burn other coins to make SHIB more deflationary than it is now and help with a price appreciation. We recently learned that Shiba is preparing to enter the Metaverse and will be burning more SHIB soon, further reducing the total supply.

What is Litecoin (LTC) - A Comprehensive Guide
Litecoin (LTC)is a digital currency that has gained traction in the cryptocurrency space. Its primary purpose is to serve as an alternative to Bitcoin, and it has been gaining popularity due to its relative affordability and security.
This article will explain Litecoin, its benefits, uses, mining, and more.
What is Litecoin?
Developed in 2011, Litecoin is a decentralized, peer-to-peer, open-source cryptocurrency, meaning any government or financial institution does not manage it.
Litecoin is based on the same technology as Bitcoin but uses a different algorithm called 'scrypt,' which requires a larger amount of memory and is believed to be more secure. It is also easier to mine than Bitcoin, meaning users can create new Litecoins more quickly and easily.
Unlike traditional currency, Litecoin is not backed by any government or central bank but is managed and held in a digital wallet. Transactions are then recorded on a public ledger, meaning that all transactions are transparent and secure. Litecoin is an ideal digital currency for those looking for an alternative to traditional money, as it provides users with an easy, secure, and affordable way to transfer funds.
It is designed to function like "silver to Bitcoin's gold."
How is Litecoin Different from Bitcoin?
Like Bitcoin, Litecoin is a decentralized, open-source currency that uses blockchain technology to facilitate secure and anonymous digital transfers. However, there are some key differences between the two cryptocurrencies.
Bitcoin | Litecoin |
---|---|
Bitcoin is designed to be used as a store of value. | Litecoin is designed to be used as a payment method. |
Bitcoin's supply cap is 21 million. | Litecoin can ever be mined is 84 million. |
Bitcoin transactions can take 10 minutes. | Litecoin transactions are confirmed in 2.5 minutes. |
Bitcoin uses the more secure algorithm 'SHA-256' | Litecoin uses an open-source algorithm called 'scrypt' |
Bitcoin is portable to some extent. | Litecoin is more portable than Bitcoin. |
Bitcoin might be a little challenging to mine. | Litecoin is easier to mine. |
You might need a third party to inter-device fund transfer. | You can transfer your funds from one device to another without relying on a third party. |
Bitcoins are generated at a slower rate. | Litecoins are generated at a faster rate. |
What is Litecoin Mining?
Mining is a process by which new Litecoins are created and added to the blockchain.
Computers around the world 'mine' new blocks by solving complex algorithms.
This process helps them to earn new crypto coins and add them to the blockchain.
To mine, a computer must use special software and run it on high-end hardware. This can take up a lot of energy.
What is a Litecoin Wallet?
A Litecoin wallet is a physical or digital location where you store your LTC. The easiest way to think of a Litecoin wallet is as a place to store your LTC. Most wallets are online, but you can also download them to your phone or computer.
You can store LTC in a wallet like Coinbase or Exodus, or you can store it in a paper or hardware wallet.
It is advised that you should only store it in a wallet you control, such as your own.
Most wallets allow you to control multiple addresses, which can be useful when accepting payments from multiple people.
Benefits of Using Litecoin
Following are some of the benefits of using Litecoin LTC:
Instant transfers - There's no waiting for a bank or service to transfer funds like with PayPal. You can transfer funds instantly between two addresses.
Low transaction fees - Unlike Bitcoin transactions, which can cost hundreds of dollars, your Litecoin transactions cost less than 2 cents each.
Mobile compatibility - You can access your Litecoin wallet on all your devices, which is helpful when completing transactions on the go.
Privacy - Bitcoin and other digital currencies like Litecoin are designed to be private and secure.
Easier to store - Like Bitcoin, Litecoin can be stored on various devices, including laptops, PCs, and smartphones.
Escrow service - You can use a service like Escrow.com to hold LTC for you until both parties agree to the terms.
How to Buy Litecoin?
There are several exchanges where you can buy, sell, or trade LTC on, including
- Coinbase
- Kraken
- Gemini
- Binance
- KuCoin
What is the Future of Litecoin?
Litecoin has been gaining a lot of popularity recently and is expected to continue growing in use. It can be a very profitable investment due to its relatively low price, which is expected to rise in the future.
Litecoin is easier to mine than Bitcoin, and mining costs less, making mining it more attractive. The block reward is also expected to reduce, further incentivizing mining. Litecoin is also more portable than Bitcoin because it can be stored on various devices, making it easier to use.
Bottom Line
Although Litecoin is still in a race for popularity in the crypto world, it's strictly advisable to do your own research and analysis before getting to business. As with any cryptocurrency, it is highly speculative and subject to high volatility, initially making it a high-risk investment.
Whether it is wise to invest in Litecoin depends on individual circumstances, risk tolerance, and investment goals. Before investing in any cryptocurrency, it is important to carefully consider factors such as the technology behind it, market adoption, regulatory environment, and competition.

What are 3D NFTs and How Do They Work?
3D NFTs, or Non-Fungible Tokens, are the latest trend in digital asset ownership. They are a form of digital asset that is unique, completely non-fungible, and immutable, allowing anyone to securely own and trade digital assets in a brand new way.
3D NFTs are created using 3D modeling tools such as Blender and 3D Studio Max, and stored on the blockchain, making them secure, transparent, and immutable. It’s now possible to own and trade digital assets in a new way. This article will take a closer look at what 3D NFTs are, how they work, and how you can use them to your advantage.
How Do 3D NFTs Work?
In order to own a 3D NFT, you will need a digital wallet that supports the creation and trade of 3D NFTs. These wallets will store your 3D NFTs, making them easy to trade with others and view your ownership rights in the blockchain. If you want to trade your 3D NFTs, you can easily do so by sending your 3D NFTs from your wallet to the wallet of the individual you want to trade with.
How are 3D NFTs Different from Other Digital Assets?
3D NFTs are different than other digital assets in that they are completely non-fungible. This means that each 3D NFT is completely one of a kind, making each one completely different from the next. Because each 3D NFT is one of a kind, each one will have its own value that can fluctuate depending on the demand for that 3D NFT.
Benefits of 3D NFTs
There are many benefits to using 3D NFTs over other digital assets. First and foremost, each 3D NFT is completely one of a kind, making them completely unique and interesting. This makes them much more exciting to collect, trade, and own. Since each 3D NFT is completely one of a kind and can be anything, they are much more interesting to own than other digital assets.
3D NFTs are also secure, transparent, and immutable, meaning that they can’t be hacked, all ownership rights can be seen by anyone, and they can’t be changed or manipulated in any way. Finally, they are also easy to create and trade, meaning anyone can start collecting and trading these digital assets.
How to Create 3D NFTs?
To create a 3D NFT, you need to follow these steps:
- Create or obtain a 3D model: You can create a 3D model from scratch using software like Blender or obtain one from an online marketplace.
- Convert the 3D model into a GLTF file format: This format is supported by most NFT marketplaces and makes it easier to display and view the 3D model in various environments.
- Mint the NFT: Minting is the process of creating a unique, one-of-a-kind token on the blockchain. You will need to use a blockchain platform like Ethereum and a tool like OpenSea to mint your 3D NFT.
- List the NFT for sale: Once you have minted your NFT, you can list it on various marketplaces such as SuperRare, Rarible, or OpenSea.
Where to Buy and Sell 3D NFTs?
There are various places where you can purchase and sell 3D NFTs, making them easy to trade with others. You can purchase 3D NFTs from online 3D asset marketplaces, such as Rarible, which allow you to purchase and sell unique 3D NFTs.
You can also use other known marketplaces, such as OpenSea or Magic Eden, to easily purchase and sell 3D NFTs.
How to Store 3D NFTs?
You will need to store your 3D NFTs in a digital wallet that supports 3D NFTs. Several different wallets support 3D NFTs; many even have mobile apps that make it easy to trade and collect your 3D NFTs.
How to Use 3D NFTs for Your Business?
If you want to use 3D NFTs in your business, they can be a great way to engage with your customers.
You can create your own 3D NFTs to give to customers, allowing them to trade and show off their digital assets.
You can also sell unique 3D NFTs, allowing customers to own rare, one-of-a-kind assets.
You can also use 3D NFTs as a loyalty reward, giving your customers a unique digital asset to show their loyalty to your brand.
The possibilities are endless. Reddit is a good example of this.
Types of 3D NFTs
There are various types of 3D NFTs you can collect and trade. You can collect unique video game characters, unique pieces of art, limited-edition sneakers, or even use 3D NFTs for marketing campaigns.
No matter what type of 3D NFT you collect, they will all be completely one of a kind, making them much more interesting to collect and trade than traditional digital assets. Also, 3D NFT projects are numerous and range from digital art to virtual real estate.
Some of the most popular 3D NFT projects include:
- Decentraland: A virtual world where users can buy, sell, and build on virtual real estate using NFTs.
- Axie Infinity: A game where players can breed, battle, and trade creatures called Axies using NFTs.
- Bored Ape Yacht Club: A collectible game where players can own and trade unique, cartoon-style apes as NFTs.
Legal implications of 3D NFTs
There are very few legal implications to collecting and trading 3D NFTs. While you should always research to ensure you follow all applicable laws, most of these laws focus on trading and selling 3D NFTs rather than collecting and owning them.
The Bottom Line
In conclusion, 3D NFTs are a new and exciting development in the world of digital assets, providing a way to prove ownership and authenticity of 3D models and monetize digital art, games, and virtual assets. With the potential for limitless applications, 3D NFTs are poised to revolutionize the way we think about and trade digital assets.

Ethereum Vs. Ethereum Classic: What's the Difference?
Ethereum and Ethereum Classic are two of the most popular cryptocurrencies in the world today. Both of these digital currencies have exploded in value over the past few years and have become some of the most sought-after investments in the crypto market.
But what is the key difference between ETH and ETC?
Ethereum (ETH) and Ethereum Classic (ETC) are both blockchain networks, but they have a few key differences that make them unique. Ethereum is a newer platform that is designed to be more scalable and secure than Ethereum Classic. Ethereum Classic, on the other hand, is an open source blockchain network that has a focus on decentralization, immutability, and censorship resistance. In this article, we'll compare the two networks and explain why Ethereum is the better choice for most investors.
Overview of Ethereum and Ethereum Classic
Ethereum (ETH) is a decentralized blockchain network that runs smart contracts and enables the development of decentralized applications (dApps). Ethereum was created by Vitalik Buterin and officially released in 2015.
Ethereum Classic (ETC) is an extension (not a clone) of the original Ethereum, which was forked away by the Ethereum Foundation by launching a new protocol just an year later in 2016.
To be precise, Ethereum Classic was created when the original Ethereum network and currency were split following the DAO hack in 2016. Ethereum and Ethereum Classic are both open source networks that are maintained by their respective development teams. Unlike Bitcoin, both Ethereum and Ethereum Classic use a Proof-of-Work consensus algorithm. Both these networks also use a native digital token to fuel their networks.
As Ether is the native token of the Ethereum network, you can use it to pay for transaction or computational services on the Ethereum network. Similarly, ETC tokens are used by participants on the Ethereum Classic network.
But, the majority of the crypto crowd still needs a clean chit over the key differences that make them absolutely distinct.
So, let’s get into it.
Differences between Ethereum and Ethereum Classic
Scalability - Ethereum (ETH) and Ethereum Classic (ETC) are both open-source blockchain networks that allow you to build decentralized applications. However, Ethereum has been designed to be more scalable. That means the network can handle more transactions at a higher speed, making it a better choice for everyday applications.
Security - While both Ethereum and Ethereum Classic are secure blockchain networks, Ethereum is more scalable and has a better security track record. Ethereum Classic has been dealing with network security issues since its inception.
Decentralization - Decentralization is one of the core values offered by blockchain networks like Ethereum and Ethereum Classic. Decentralization on the Ethereum network is slightly better than Ethereum Classic, but both networks have a long way to go before they can be considered decentralized.
Immutability - Immutability is another core value offered by blockchain networks. However, the Ethereum and Ethereum Classic networks are still very far from achieving full immutability. Both networks have suffered from various instances of data manipulation.
Censorship resistance - Censorship resistance is another core value offered by blockchain networks. However, both Ethereum and Ethereum Classic are far from achieving full censorship resistance. Both networks can be subjected to censorship by governments and other centralized entities.
ETH vs ETC - Which is the Better Choice for Investors?
While both Ethereum and Ethereum Classic are great investments, we believe Ethereum is the better choice for most investors for a few reasons. First, Ethereum is more decentralized. Second, Ethereum has been around longer than Ethereum Classic. This means the network is more scalable, secure, and well-established than its competitor. Finally, Ethereum has a wider range of applications than Ethereum Classic.
Overall, Ethereum is the better blockchain network when compared to Ethereum Classic.
The Bottom Line
Ethereum and Ethereum Classic, both of these networks have exploded in value over the past few years and have become some of the most sought-after investments in the crypto market.
When the DAO got hacked and lost $50 million, Ethereum needed a solid technology to replace the old one. So, a hard fork was done. But many traditional supporters of Ethereum did not want to go with the hard fork, and they stayed with the old blockchain technology. As a result, Ethereum Classic was born.
Disclaimer: The information provided on this website does not constitute investment advice, financial advice, trading advice, or any other sort of advice and you should not treat any of the website's content as such.
Token Metrics does not recommend that any cryptocurrency should be bought, sold, or held by you. Do conduct your own due diligence and consult your financial advisor before making any investment decisions.

Token Metrics TradingView Indicator - Trade Cryptocurrencies with Confidence
Trading indicators are a crucial aspect of the investing world, and in the volatile world of cryptocurrency, it becomes all the more important to have them on your side.
TradingView, the leading social trading platform, provides traders with the tools they need to make informed decisions and take their trading game to the next level.
Among the tools offered by TradingView is the Token Metrics Indicator, a powerful tool that combines multiple technical analysis indicators to provide Long/Short signals for crypto assets.
In this blog, we will dive into the Token Metrics TradingView Indicator and how it can help you to improve your trading strategy.
Whether you are a seasoned trader or just starting out, the Token Metrics TradingView Indicator can help you make informed investment decisions and potentially avoid costly mistakes.
That said, let’s get started.
What is Token Metrics TradingView Indicator?
The Token Metrics TradingView Indicator is a powerful tool for crypto assets on TradingView, combining multiple strategies to give you clear Long and Short signals for your trades.
It gives you a clear picture of the market with four key components: Clouds, Trend Line, Signals, and Channels. The Clouds show the current trend (green for bullish and red for bearish), the Trend Line provides a long-term market outlook with resistance and support levels, the Signals provide buy/sell signals and the Channels help to determine the previous swing high and low to get an idea of where resistance/support might be forming and where breakouts can occur.

The backtesting feature allows users to assess the strategy's historical performance and understand its potential, risk profile, and suitability for different market conditions.

The Token Metrics TradingView Indicator offers customization options to match individual trading preferences through its inputs.
Users can adjust these values based on risk tolerance and market conditions, allowing optimal performance and profitability. Whether you prefer a fast-reacting or slow-adapting strategy, the Token Metrics TradingView Indicator has you covered.
Supports All Types of Traders
The Token Metrics Trading View Indicator offers traders two distinct approaches to cryptocurrency trading: long-term and high-frequency trading. Each style has its considerations and best practices to maximize profitability.
For long-term traders, the Token Metrics TradingView Indicator provides a trend-following strategy best suited for Daily and Weekly timeframes. This approach excels in trending markets but may produce false signals in choppy or range-bound markets. It is important for long-term traders to keep in mind that the goal is to gain exposure to strong trends without excessive trading.

On the other hand, high-frequency traders can take advantage of the mean-reverting capabilities of the Token Metrics TradingView Indicator. This approach is best suited for 15min, 30min, and 1hr timeframes and works best in choppy and range-bound markets. Mean-reversion is stronger on low time frame charts, making this strategy ideal for traders looking to buy at the bottom of the channel and sell at the top. It is important for high-frequency traders to remember that this strategy is not intended for exposure to prevailing trends.

Whether you prefer long-term or high-frequency trading, the Token Metrics TradingView Indicator provides the tools and customization options to match your individual style. By understanding the strengths and limitations of each approach, you can make the most out of your trading strategy with the Token Metrics TradingView Indicator.
How to Get the Token Metrics TradingView Indicator
The Token Metrics TradingView Indicator is included in all Token Metrics Plans.
You can also get this indicator as a standalone product by visiting this page to learn more.
Conclusion
In conclusion, the Token Metrics TradingView Indicator is a versatile tool that can be customized to fit the needs of both long-term and high-frequency traders.
Whether you're looking to gain exposure to strong trends or to take advantage of mean-reversion in choppy markets, the Token Metrics TradingView Indicator provides the features and flexibility you need to achieve your trading goals.
With its comprehensive backtesting capabilities, you can get a deep understanding of the performance of your strategy, allowing you to make informed decisions and achieve consistent profits in the cryptocurrency market.

What is Crypto Yield Farming and How it Works?
In this guide, we will answer what crypto yield farming is and how to do it.
Yield farming is a revolutionary way of earning passive income through cryptocurrency investments. It is a relatively new concept and has gained much attention in the crypto world. Yield farming involves using your cryptocurrency assets and taking advantage of lending platforms, decentralized finance protocols, and staking pools to generate incentives for interest payments, rewards, and capital gains.
In this descriptive guide to crypto yield farming, you'll learn about the different types of yield farming, the rewards available, and the associated risks. You can earn passive income through yield farming with the right strategies and knowledge. So, let's dive right in and learn about crypto yield farming.
What is Crypto Yield Farming?
Yield farming is a process of using your cryptocurrency assets to generate incentives in the form of:
- Interest payments,
- Rewards, and
- Capital gains.
In other words, it is a form of passive income from cryptocurrency assets. Yield farming can also be considered a strategic investment strategy that allows you to earn income from your idle assets by lending them to other users. This process is similar to how people earn income from their savings accounts.
These idle assets that you can stake can be your:
- Computer's processing power
- A certain amount of coins from your portfolio, or
- A certain amount of tokens from your portfolio.
But how is this beneficial to you?
Benefits of Yield Farming
Yield farming offers a wide range of benefits for both individuals and businesses.
- For individuals, yield farming can be a great way to earn extra income. It can help you diversify your crypto portfolio and hedge against some of the risks associated with investing in cryptocurrencies by generating extra income from your idle assets. This is why they call it an excellent way to earn passive income, which is one of the core benefits of cryptocurrency.
- For businesses, yield farming can help you expand your customer base and increase revenue. You can earn income by lending your idle assets while helping people earn interest and build their crypto portfolios. Although yield farming was once primarily used by mining operations, it can now be done by individuals, organizations, and other entities that are involved with cryptocurrency.
How Does Yield Farming Work in Real-time?
So, what do you need to do to get started with yield farming?
To begin with, the yield farmers will need to deposit their coins or tokens into decentralized applications or dApps of their choice for the following:
- Crypto trading
- Lending, or
- Borrowing.
A few examples of dApps include crypto wallets, DEXs, decentralized social media, and more. Since these investors enhance the liquidity in their chosen dApp, they're referred to as liquidity providers. The crypto that yields farmers' deposits into DeFi protocols gets locked into autonomous smart contracts.
Types of Yield Farming
There are three types of yield farming - lending, providing liquidity, and staking.
Lending refers to lending your idle cryptocurrency assets to earn interest payments. You are generating revenue through interest payments when you lend your cryptocurrency assets. This process is similar to how people earn interest from their savings accounts.
Providing liquidity to decentralized apps for traders to trade on can also generate you fees. However, keep in mind that there exists impermanent loss in the process.
Staking refers to lending your coins to earn rewards through coins and staking fees. You are generating revenue through rewards and staking fees when you stake your coins. Rewards can come in the form of coins, tokens, or other types of digital assets. You are lending your coins to earn rewards.
Types of Rewards Available
Rewards are the incentives earned when you lend idle coins and cryptocurrencies to earn interest payments and generate passive income. There are many different rewards available to those who participate in yield farming. Some include interest payments, votes, staking rewards, and airdrops.
Interest payments: This is the primary reward generated by yield farming. Interest payments are generated when you lend idle coins and cryptocurrencies to other participants.
Votes: This refers to the ability to vote on certain network issues.
Staking rewards are rewards generated by staking crypto assets for a certain period.
Airdrops: This refers to the free crypto coins and tokens resulting from participating in a certain network or blockchain project.
Is Yield Farming Safe and Profitable?
Now that you know the benefits of yield farming, it's also important to know the risks. This is because no investment is risk-free, and the same is true for yield farming. When you decide to earn income from yield farming, you must consider the risks associated with it. Some risks associated with yield farming include network, liquidity, counterparty, and regulatory risks.
Network risk refers to the risk associated with the security of the network/blockchain and its ability to function as expected.
Liquidity risk is associated with the ability to liquidate your assets when you need them.
Counterparty risk refers to the risk associated with the ability of the person/entity with whom you have the contract to fulfill the obligations.
Regulatory risk is the risk associated with the ability of the government to enact new laws that can affect your earnings.
Smart contract risk is the risk associated with the probability of smart contracts getting hacked due to a bug or backdoor.
That said, there are definitely risks involved that you need to be aware of.
Strategies for Yield Farming
There are many strategies you can use for yield farming. Some of them include lending your idle assets to earn interest payments, staking your coins to earn rewards, and using different DAFs to generate passive income.
Lending your idle assets: This is one of the most common ways to earn income through yield farming. You can use your idle assets, such as your computer's processing power, to lend them to others who need them.
Staking your coins: This is another popular way to generate passive income through yield farming. You can lend your coins to earn rewards.
Using different DAFs: This refers to the use of decentralized autonomous funds that can generate passive income.
What's Next for Yield Farming?
Yield farming is a dynamic space that tends to change quickly; it often requires vigilance and time for farmers to cull out the best possible strategies. However, for someone who can manage it, yield farming will be highly profitable in 2023, even in the bearish market.
That said, yield farming is significantly risky with rug pulls, hacks, impermanent loss, etc.
So, choosing your battle is important before getting into the ring.
Platforms for Yield Farming
Many different types of yield farming platforms are available for you to use.
You can use these platforms to take advantage of your idle assets to generate income through interest payments and rewards.
Some popular yield farming platforms include Yearn Finance, Lido, and Liquity.
The Bottom Line
Yield farming is a revolutionary way of earning passive income through cryptocurrency investments. It involves using your cryptocurrency assets to take advantage of lending platforms, decentralized finance protocols, and staking pools to generate incentives in interest payments, rewards, and capital gains. While lucrative, it can be a riskier investment depending on the platform you go for and the type of yield you are generating.

What is XRP (Ripple) Crypto - A Comprehensive Guide
Cryptocurrencies have quickly become an important part of the global financial system, allowing users to make secure, low-cost transactions without needing a bank or other financial institution. One of the most popular and well-known cryptocurrencies is XRP (Ripple), a digital asset designed specifically for payments, remittances, and other forms of financial transactions.
In this beginner’s guide to XRP, we'll look at how this cryptocurrency works, its benefits, and how it differs from other digital assets. We'll also discuss the process for buying and selling XRP and some potential issues that users need to be aware of. Whether you're new to cryptocurrency or just looking to learn more about XRP, this guide should provide a comprehensive overview of this digital asset and its potential uses.
What Is XRP (Ripple)?
XRP/Ripple is a blockchain network and digital token created to facilitate low-cost, secure, and fast international payments. Unlike other cryptocurrencies, XRP was designed from the beginning to be used for these financial transactions instead of a more general purpose like Bitcoin, Ethereum, and Litecoin.
XRP can transfer money across borders quickly and with extremely low fees, making it ideal for banks, payment providers, and other financial institutions. XRP can complete these transfers quickly due to its use of a consensus protocol that allows it to confirm transactions within just 4 seconds.
The XRP token is used to pay network fees for these transfers and is also used by financial service providers as a source of liquidity for cross-border payments. However, the XRP token is not required to use the Ripple network.
Benefits of Using XRP
There are many benefits to using XRP, including:
- Low fees
- Fast transaction times
- High scalability
- A large network of liquidity providers.
These benefits make it an ideal choice for banks and other financial institutions that need to process international payments quickly and cheaply. Individuals can also use XRP to make international transfers, but they'll need to purchase the asset before doing so. XRP has advantages over other cryptocurrencies, including Bitcoin, as it was designed specifically for financial transactions.
"Ripple can process almost 1500 transactions per second, compared to Ethereum's 21 and Bitcoin's 7."
How does an XRP Transaction Work?
To send money from one person to another, the sender must create a transaction sent to the network and verify. This process also involves creating an "offer" where the sender specifies the amount of XRP and the network fee. Once completed, the sender's wallet submits the transaction to the network and the fee.
The network then forwards the transaction to one of the XRP "liquidity providers," who will purchase the amount of XRP specified by the sender and release it to the receiver of the transaction. These liquidity providers hold large amounts of XRP and sell it to other users. After the transaction has been verified by the network and the fee paid, the receiver will receive the money in his or her account.
How to Buy and Sell XRP?
Anyone with access to internet can purchase XRP and store it in a digital wallet. However, some exchanges require users to undergo a verification process before they can begin trading. In addition, most exchanges charge a small trading fee for each transaction, which can add up if you buy and sell frequently.
Once you've obtained XRP, you can store it in a digital wallet, allowing you to access it from anywhere and providing you with control over the private keys.
Various wallets are available for storing digital assets, including hardware and paper wallets.
Potential Issues with XRP
Like all cryptocurrencies, XRP has potential network risk and governance issues. The community has debated these issues since XRP was first created, but they still need to be resolved.
XRP has a large network of validators that are responsible for verifying transactions. However, the network is centralized, which means it is vulnerable to a single point of failure. If the validators decide to act maliciously, they may be able to prevent other transactions from being verified or even reverse transactions that have already been approved.
XRP vs. Other Cryptocurrencies
XRP is different from most other cryptocurrencies because it was created specifically for financial transactions. This means that Ripple can process almost 1500 transactions per second, compared to Ethereum's 21 and Bitcoin's 7. XRP differs from other digital assets because it is not mined like other cryptocurrencies.
XRP Price History Over The Years
Ripple's token, XRP, became available in 2013 when the company conducted its first fundraising round. Following this initial coin offering (ICO), the price of XRP remained relatively low for several years, with the coin's price dropping below $0.01 in 2016.
However, XRP saw a significant spike in value in 2017, increasing by more than 36,000%. Since then, the price has fluctuated, but it has remained relatively high, and at the time of writing, the price of XRP stands at just under $0.50.
XRP Mining
Unlike other cryptocurrencies, Ripple was not designed to be mined like Bitcoin and Ethereum. Ripple's creators created 100 billion XRP tokens at the start of the project and distributed them to investors.
However, new XRP tokens are added to the network every few months through a process known as "escrow," where the network creates enough tokens to provide liquidity to the global financial system.
XRP Wallets
Some of the best XRP wallets you can use to store your coins in include:
- Ledger
- Trezor
- Coinbase
- Binance
- Kraken
Top Exchanges To Buy XRP
Now that you know what XRP is, you can simply create your account in any of the exchange platforms below, complete your KYC and instantly buy your XRP tokens.
- Binance
- Kraken
- Huobi
- Bitfinex
- eToro
Is XRP a Good Investment?
Owing to the technical analysis of the XRP, it is expected to reach a minimum price of $0.54 and a maximum of $0.64. Hence, the average trading price at $0.56. Experts believe that this crypto asset has great potential in terms of growing in value.
Having said that, it is always suggested for you to do your own research before arriving at a decision.
The Future of XRP
Ripple aims to create a global network of financial institutions and payment providers that use XRP for cross-border payments. If this vision is achieved, Ripple's cryptocurrency could become one of the world's most widely used digital assets, with billons of dollars flowing through the network daily.
There are some challenges that Ripple will have to overcome to achieve this goal. For example, Ripple needs to expand its network to include more financial institutions while convincing them to use XRP instead of their existing payment networks.
The Bottom Line
Ripple has streamlined the process of global payment network while providing a useful service for existing financial institutions. Although there is also uncertainty about whether the XRP token should remain centralized or if it should be decentralized, it is one of the coins to keep an eye on.
Disclaimer
The information provided on this website does not constitute investment/trading/financial advice and you should not treat any of the website’s content as such. Token Metrics does not recommend that any cryptocurrency should be bought, sold, or held by you.
Do conduct your own due diligence and consult your financial advisor before making any investment decisions. We only offer comprehensive information which may change over time.

What is Polkadot (DOT) Crypto and Is It a Good Investment?
Polkadot is an innovative, interoperable blockchain network that has the potential to revolutionize the crypto industry. It is the brainchild of Dr. Gavin Wood, one of the co-founders of Ethereum.
Polkadot provides a platform for different blockchains to interact with each other, enabling the exchange of data and assets between them.
With its scalability, robust security features, and cross-chain compatibility, Polkadot is quickly becoming one of the most popular networks for developers and users. This comprehensive guide will provide an overview of the Polkadot network and its features and a look at some of the projects built on the platform. From its scalability to its security and interoperability, this guide will cover the basics of Polkadot and why it is revolutionizing the blockchain industry.
History of the Polkadot Network
The Polkadot network is a scalable, interoperable blockchain network designed to connect numerous blockchain networks and facilitate data and asset transfer between them. It was proposed by Gavin Wood, one of the co-founders of Ethereum, and was funded by a successful ICO in 2017.
The network is powered by a native token known as DOT, which governs the network and exchanges data between chains.
Polkadot is unique in that it is designed to be "hack-proof", due to its implementation of a "democratic" consensus mechanism. While a small number of miners control other blockchain networks, Polkadot's consensus is controlled by a large pool of validators who are democratically elected by users of the network. This ensures that no one party can completely control the network, making it resistant to cyber-attacks.
Polkadot's Scalability
One of the biggest issues affecting the blockchain industry is scalability. Networks like Ethereum can only process 15 transactions per second, which is far from sufficient for mass adoption. If a blockchain network hopes to be used by large corporations and governments, a low transaction capacity is a huge barrier to entry.
Polkadot uses a unique relay chain system to solve the scalability problem. The relay chain system acts as a bridge between different blockchains, allowing them to connect to each other. The chains are controlled by validators who process transactions for chains they are not a part of.
This allows for transactions on the Polkadot network to be processed by a network of blockchains instead of one single blockchain. This allows for a significant increase in transaction capacity, with one estimate showing 200,000 transactions per second.
The Security Benefits Of Polkadot
Polkadot is committed to providing secure, stable blockchain networks that are not susceptible to cyber attacks. To achieve this, Polkadot uses a unique governance model that allows a large pool of validators to secure the network against attacks.
Any party can become a validator on the network by staking DOT tokens. Validators are then rewarded for their work by being paid a portion of DOT token fees generated by the network.
Validators have a lot of power on the Polkadot network and are responsible for:
- Confirming transactions
- Producing blocks
- Processing cross-chain communication, and
- Governing the network.
If a validator behaves maliciously on the network, the network can punish them by reducing their reward or completely removing them from the network.
Polkadot's Interoperability
One of the biggest problems facing blockchain networks is interoperability. Blockchains cannot communicate with each other, which is a significant barrier to the implementation of blockchain technology on a large scale. Polkadot uses a unique system known as the relay chain to enable cross-chain communication between different networks.
For example, let's say that a business wants to move funds from a corporate blockchain network to a public blockchain network for the purpose of trading digital assets. Currently, there is no way for these blockchains to communicate with each other, which makes the process extremely difficult and expensive.
With Polkadot's relay chain, the funds are sent from one blockchain to the relay chain; then they are sent to the other blockchain. The relay chain allows blockchain networks to communicate with each other and exchange data, removing the interoperability barrier.
Projects Built on Polkadot
Polkadot has a handful of projects being built on its network. Acala is one such project.
Acala is the ultimate DeFi solution, providing a secure and scalable blockchain platform built on Polkadot, along with a variety of cross-chain financial tools. Users can trade, borrow, provide liquidity, access staking derivatives, and earn high-interest returns on their digital assets. Compatible with Ethereum and optimized for DeFi, Acala's all-in-one network offers endless possibilities for decentralized finance.
How to Buy Polkadot Crypto?
To buy Polkadot’s token, follow these 3-simple steps:
1. Select a Cryptocurrency Exchange
If you’re new to investing in cryptocurrency, you’ll have to open an account with a cryptocurrency exchange. If you’re deciding between exchanges, pay attention to the platform’s security features, account minimums and added fees. Eg: Binance, Coinbase, Kraken
2. Submit Your Polkadot Order
Once you get an exchange account, you can fund it by either linking your bank account or entering your debit card information. Some exchanges allow you to use a credit card, but think twice before using credit as it might charge excess fees. When you’re ready to purchase Polkadot, use the ticker symbol—DOT—and enter the amount you want to invest, such as $50 or $100.
3. Store Your Polkadot
Whenever you buy cryptocurrencies, you have to handle storage on your own. Properly storing your investment is essential to ensure you keep your tokens safe. There are several storage options:
Hard Wallet: A hard wallet resembles a flash drive or USB drive. It’s a small, physical device that plugs into your computer or laptop and stores your private and personal crypto keys. They are considered “cold” because they aren’t connected to the internet or a network when not actively in use.
Paper Wallet: This form of storage is less popular than it used to be but can be a viable storage option. With a paper wallet, you write down keys or apps to download a QR code. If you lose it, you can recover your cryptocurrencies.
Software Wallet: Software wallets are apps or programs you can download to manage your cryptocurrencies electronically. Because they’re connected to the internet and networks, they’re less secure, but they make it easy to trade your holdings.
Crypto Exchanges: Some cryptocurrency exchanges, such as Coinbase, has built-in storage and store cryptocurrencies on your behalf. But relying on an exchange for storage can be risky, and you may want to consider other solutions for long-term storage.
Is Polkadot A Good Investment?
Although Polkadot might experience a bearish 2023, this indeed can be the right time to invest. Because, In 2021, Polkadot concreted its worth to potential traders and investors with apparent proof.
How?
Polkadot has actually kept its promise as the DOT token went on to hit an all-time high along with ranking well among the crypto peers in 2021. Despite a market crash or a price drop, Polkadot is still estimated to be in the profit zone.
To cut it short, crypto prediction experts suggest that 2023 is the ideal time to buy DOT tokens, yet, it’s suggestible to do your own research and analysis before you make the call.
Future Of Polkadot Crypto
Polkadot is a fairly young asset of the crypto world, but it saw a great surge in its popularity among cryptocurrencies in 2021 and 2022. Experts project that Polkadot's position would rise over time and confront other high-ranking cryptos like Ethereum.
Polkadot’s big aspect is its interoperability with various independent blockchains. Interoperability is a broad term used in the crypto space to describe the process of interacting between two or more different blockchains.
Although many networks share similar concepts, Polkadot is the only platform that makes this vision a reality, as it is the first solution that can achieve significantly high interoperability.
The Bottom Line
The Polkadot network aims to be the internet of blockchains by allowing different blockchain networks to connect with each other and exchange data. With its scalable network, robust security features, and cross-chain compatibility, Polkadot is quickly becoming one of the most popular networks for developers and users.
With the implementation of the relay chain, Polkadot is positioning itself as the first truly interoperable blockchain network and a game-changer in the blockchain industry.
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Token Metrics Media LLC is a regular publication of information, analysis, and commentary focused especially on blockchain technology and business, cryptocurrency, blockchain-based tokens, market trends, and trading strategies.
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