Forem: ritaspolding

How Mass Payouts Help Businesses Move Money at Scale

ritaspolding — Thu, 14 May 2026 14:29:29 +0000

For companies that pay large numbers of users, partners, contractors, creators, affiliates, or suppliers, payout infrastructure can become one of the most expensive and operationally difficult parts of the business.

A single payment is simple. Thousands of payments across different countries, currencies, banking systems, and time zones are not. Each payout may involve payment processors, local banks, correspondent networks, FX conversion, compliance checks, failed-transfer handling, and manual reconciliation. As a business grows, these layers can create delays, hidden costs, and unnecessary operational pressure.

What Mass Payouts Are

Mass payouts are designed to solve this problem by allowing companies to distribute funds to many recipients at once through a single, structured process. Instead of sending payments manually one by one, businesses can upload or trigger batches of payouts through an API or platform interface. This makes payouts faster, easier to manage, and more predictable.
Faster Payments Across Borders
One of the biggest advantages is speed. Traditional payout methods often depend on banking hours, local payment rails, weekends, public holidays, and intermediary institutions. For businesses operating globally, this can mean that recipients in different markets receive funds at different times, even when payouts were initiated together.
Mass payout infrastructure built with digital assets and stablecoins can support near-instant or same-day settlement, helping recipients access funds faster and reducing support pressure around delayed payments.
Lower Costs and Fewer Intermediaries
Cost efficiency is another major benefit. International payouts often include transaction fees, FX spreads, intermediary charges, and failed-payment costs. These expenses may look small on a single transfer, but they become significant when a company processes thousands of payouts every month.
By using stablecoin-based payout rails, businesses can reduce the number of intermediaries involved and make costs more transparent.
Better Control for Finance Teams
Mass payouts also improve operational control. Finance and operations teams need to know when payments were sent, which ones were completed, which ones failed, and how much was paid in total.
Without centralized payout infrastructure, teams often rely on spreadsheets, multiple payment providers, and manual checks. This increases the risk of errors and slows down reporting. A structured mass payout system gives businesses clearer records, better tracking, and simpler reconciliation.
Why Payout Experience Affects Trust
For platforms, marketplaces, affiliate networks, iGaming operators, creator platforms, and global service businesses, payout experience directly affects trust.
If users or partners have to wait days for their money, they are more likely to contact support, lose confidence, or move to another platform. Faster and more reliable payouts can improve retention and strengthen relationships with the people who generate value for the business.
Scaling Payouts Without Adding Complexity
Manual payout workflows may work at an early stage, but they quickly break down as transaction volume grows. A company paying 50 recipients can still manage payments manually. A company paying 5,000 recipients needs automation, reporting, and consistent execution.
Mass payout APIs allow businesses to build payout flows directly into their own systems, making it easier to scale without adding unnecessary operational headcount.
Treasury Flexibility and Global Reach
For finance teams, mass payouts also create better treasury flexibility. Companies can hold, convert, and distribute funds more efficiently, especially when payouts involve stablecoins or multiple digital assets. This helps businesses manage liquidity, reduce conversion friction, and respond faster to payment obligations.
Mass payouts are also useful for companies working with recipients in markets where traditional banking access is limited or expensive. Stablecoins can provide an additional payment option for users who may not have easy access to international bank transfers or low-cost cross-border payment services.
Mass Payouts as Business Infrastructure
The real value of mass payouts is not just sending many payments at once. It is about building a payout process that is faster, cleaner, easier to audit, and better suited to global digital business.
As more companies operate across borders and work with distributed users, partners, and contractors, payout infrastructure becomes a strategic layer rather than a back-office function.

Explore Tothemoon Solutions

Tothemoon supports businesses with crypto infrastructure built for payments, liquidity, and large-scale fund movement. Companies can use our On- & Off-Ramp, OTC Desk, Crypto Processing, Mass Payouts, Staking, and API Integration solutions to connect digital assets to real business workflows, from customer payments and treasury operations to payouts and institutional trading.

What is Billions Network?

ritaspolding — Thu, 14 May 2026 13:37:11 +0000

Billions Network is a verification network designed to let humans and AI agents prove who they are online using zero-knowledge cryptography, without exposing the underlying personal data. The project is built around a mobile-first, privacy-preserving stack that allows users to verify their identity from everyday devices, without specialized hardware, and to reuse those credentials across applications.

Billions positions itself as a trust layer for an internet where a growing share of activity comes from bots and autonomous agents, addressing two sides of that problem: confirming the real humans behind digital interactions, and verifying the AI agents acting on their behalf through a Know Your Agent (KYA) framework.
The network is intended to support workflows such as proof of personhood, reusable KYC and AML checks, age verification, and verifiable agent identity, with credentials issued and consumed across partner applications.

What is $BILL?

$BILL is the native utility token of the Billions Network ecosystem, designed to power its verification economy. The token is used to pay for credentialing and verification activity on the network, linking token demand to actual identity and trust usage by humans, attesters, vendors, and AI agents.
Holding $BILL is intended to unlock access to network features and fee discounts, and staking is positioned as a way for participants to signal credibility, build reputation tiers, and earn from protocol activity. In later phases, $BILL is also designated as the governance asset, with holders expected to vote on parameters, funding allocations, and trust-related decisions across the network. $BILL is an EVM-compatible token available across multiple networks, including Ethereum, BNB Chain, and Mantle, making it compatible with standard EVM wallets and tooling.

Billions Network Tokenomics

Circulating Supply: 2,428,000,000
Total Supply: 10,000,000,000
Max Supply: 10,000,000,000
Trade $BILL Now
You can now trade BILL/USDC and BILL/USDT on Tothemoon.

Explore Tothemoon Solutions

Tothemoon also supports businesses with crypto infrastructure built for payments, liquidity, and large-scale fund movement. Companies can use our On- & Off-Ramp, OTC Desk, Crypto Processing, Mass Payouts, Staking, and API Integration solutions to connect digital assets to real business workflows, from customer payments and treasury operations to payouts and institutional trading.

What Is Open Interest in Crypto Trading?

ritaspolding — Tue, 12 May 2026 07:25:18 +0000

Open interest is one of the most common metrics used by traders in the crypto derivatives market. Yet many people encounter it without a clear idea of what it actually measures. Unlike price or trading volume, open interest gives a direct picture of how much capital is currently tied up in open positions, which makes it a useful tool for reading market conditions.

This article explains what open interest means in crypto, how it changes with market activity, how it differs from trading volume, and why it matters for anyone looking at futures or options markets.

What Is Open Interest?

Open interest is the total number of derivative contracts, such as perpetual futures or options, that are currently open and have not yet been closed or settled. Every contract represents two sides, one long and one short, held by traders who are still in the market.
In simple terms, open interest answers the question: how many positions are active right now? It is not the number of trades that happened today. It is a snapshot of commitments that are still on the table at a given moment.
Open interest is usually reported per trading pair, such as BTC perpetuals or ETH options, and is also tracked across the entire market. A higher open interest means more capital is actively positioned, while a lower one means fewer traders are holding open contracts.

How Does Open Interest Change?

Open interest changes based on what traders are actually doing, not just how many trades go through. Four scenarios cover most of the movement:
A new trader opens a long, and another new trader opens a short. A new contract is created, so open interest rises.
Two traders with existing opposite positions close them out. The contract is removed from the market, and open interest falls.
A new trader buys a contract from an existing holder who wants to exit. The position is transferred, not created, so open interest stays the same.
A new short opens against an existing short that is closing. Again, ownership moves, but no new contract is added, so open interest is unchanged.

Open Interest vs Trading Volume

Open interest and trading volume are often displayed side by side, but they describe different things.
Trading volume counts the number of contracts traded during a specific period, usually 24 hours. It resets each period and shows how active the market has been within that window.
Open interest is cumulative. It counts every open contract at the current moment and only changes when positions are opened or closed. It does not reset.
A few combinations help read them together:
Rising price, rising volume, rising open interest. Often read as a strong trend with new participants joining.
Rising price, falling open interest. Usually points to short covering rather than fresh buying, which can signal that a move is running out of support.
Flat open interest with high volume. Suggests traders are mainly rotating positions rather than adding new ones.
Falling price, rising open interest. Often seen as new short positions entering the market, which can indicate bearish conviction.
Neither metric is reliable on its own, but together they give a clearer view of what is happening behind the price chart.
The Importance of Open Interest in Crypto Trading
Open interest is a practical tool for understanding how committed the market is to a move and how large the pool of active positions has become.
Market participation. Rising open interest means more traders are actively holding positions, which points to stronger involvement in the current market cycle.
Trend confirmation. When price and open interest rise together, traders often read this as a trend supported by fresh capital. A rising price with falling open interest is treated with more caution.
Liquidity. Higher open interest usually comes with deeper order books and tighter spreads, which makes it easier to enter and exit larger positions without heavy slippage.
Liquidation risk. Leveraged markets can build up large concentrations of longs or shorts. When open interest is high and heavily one-sided, a move against that side can trigger a chain of liquidations and sharper price swings.
Sentiment checks. Sudden spikes in open interest, especially alongside high funding rates, can flag speculative positioning that may unwind quickly.

Conclusion

Open interest measures how much capital is sitting in open derivative positions at any given moment. It is not a forecasting tool on its own, but when read alongside price, volume, and funding rates, it helps traders understand whether a move is supported by new money, driven by position closing, or simply position rotation. For anyone trading or analyzing crypto futures and options, open interest is one of the core indicators worth following regularly to build a clearer view of market behavior.

Institutional Digital Asset Solutions

Tothemoon provides digital asset infrastructure for institutions and business clients, with solutions for fiat-to-crypto and crypto-to-fiat conversion, instant settlement, API, dashboard, and OTC access. The platform also focuses on liquidity, straightforward integration, custody, onboarding, and ongoing support, helping institutional partners transact, stake, and manage digital assets more efficiently.

How Does the Tothemoon Widget Work?

ritaspolding — Mon, 11 May 2026 09:37:43 +0000

Accepting crypto used to mean building a payment stack from scratch: wallet setup, supported networks, conversions, and reconciliation. The Tothemoon widget simplifies that process. It gives merchants an embeddable checkout component for crypto payments, so they can add crypto acceptance without building the full payment stack themselves.
This short overview explains what the Tothemoon widget is, how the payment flow works, and where it can be useful.

What Is the Tothemoon Widget

The Tothemoon widget is an embeddable crypto payment component for websites and apps. Companies can easily integrate it into their checkout page, allowing customers to pay in cryptocurrency without leaving the site. Behind the widget sits the full Tothemoon platform, which handles wallets, on-chain monitoring, and settlement. This lets businesses offer crypto as another payment option at checkout alongside traditional payment methods.
A live widget demo shows the end-to-end payment flow with simulated values, so teams can see exactly what their customers would experience before integrating.

How Tothemoon Widget Works

The Tothemoon widget flow is the same on every order:
The merchant integrates the crypto widget. When the customer completes the purchase, they are redirected to the payment page
The customer chooses how to pay. The customer selects a cryptocurrency and network in the checkout widget.
The customer sends the payment. The widget shows the amount and deposit address, and the customer pays from their wallet.
Tothemoon tracks and settles the payment. Tothemoon tracks the transaction and updates the status once the payment is confirmed on-chain.

What Makes the Widget Useful

The widget helps simplify several parts of crypto payment acceptance:
Simple checkout integration. Merchants can add crypto payments without building the full payment infrastructure from scratch.
Customer-friendly payment flow. Customers choose the asset and network, see the payment details, and pay from their own wallet.
No wallet management for merchants. The merchant does not need to store private keys or manually monitor blockchain transactions.
Payment status updates. Tothemoon tracks the transaction and updates the merchant once the payment is confirmed.
Flexible settlement options. Merchants can settle funds to their Tothemoon account in different cryptocurrencies, stablecoins, or fiat.

Who Can Use the Tothemoon Widget

The widget can be used by e-commerce platforms, marketplaces, gaming and iGaming businesses, and any company that wants to accept online payments through multiple payment methods.
In each case, the widget acts as the connective tissue between the customer's wallet and the merchant's existing order system.
Need a crypto payment setup for your business?
Submit the demo form!

Explore the Demo

The fastest way to evaluate the widget is to open the demo and click through the full payment flow. After that, integration consists of an API call, a key with the right permissions, and an embed on the page.

What is Fluent?

ritaspolding — Thu, 07 May 2026 07:48:30 +0000

Fluent is an Ethereum Layer 2 network built around a blended execution model that runs EVM, Wasm, and (planned) SVM contracts inside a single environment. The design lets smart contracts written in Solidity, Vyper, and Rust interoperate atomically, so developers can combine languages and virtual machines within one application instead of bridging across separate runtimes.

Fluent positions itself as a development framework as much as a chain, intended to give builders access to the tooling and libraries of multiple ecosystems while preserving Ethereum settlement. The network uses ETH as its native gas asset and is supported by Fluent Labs, which raised $8 million in seed funding led by Polychain Capital to build out the blended execution network and its surrounding developer ecosystem.

What is $BLEND?

$BLEND is the coordination asset of the Fluent network. It is designed for user staking, protocol staking through future delegation under FluentBFT, ecosystem incentives, community signaling, and selected application-level fee flows routed through account abstraction. $BLEND is not the network's gas token, since transaction fees on Fluent are paid in ETH. Token demand is intended to track usage of Fluent-native applications, staking participation, and access to reputation-linked features rather than baseline transaction volume. $BLEND is issued as an ERC-20 token on Ethereum.

Fluent Tokenomics

Circulating Supply: 200,000,000
Total Supply: 1,000,000,000
Max Supply: 1,000,000,000

Trade $BLEND Now

You can now trade BLEND/USDC and BLEND/USDT on Tothemoon.

Build Crypto Payment Flows With Tothemoon Institutionals

Tothemoon Institutionals helps businesses add crypto rails alongside traditional payment infrastructure. The platform connects On- and Off-Ramp, Mass Payouts, OTC Desk, Crypto Processing, and API Integration in one institutional setup.
Businesses can convert fiat and crypto, process digital asset payments, manage larger transactions, and send payouts across markets with less operational friction.

Why Crypto Is Growing in Asia?

ritaspolding — Thu, 07 May 2026 07:42:06 +0000

60% of global stablecoin payment volume now originates from Asia. Working with Asian clients in gaming, forex, and remittances, I see that traditional rails here still underperform in the same areas:
– High card decline rates
– Delayed settlement times
– Stacked FX costs
The solution is not always another provider. In many cases, it is an additional payment layer.

Stablecoins are being integrated directly into deposit and checkout flows, alongside cards, wallets, and local payment methods, like Dana, GCash, and GrabPay. For platforms, this means lower payment friction in high-risk markets, supported by stronger conversion, near-instant settlement, and cleaner cross-border FX.
In Southeast Asia, where roughly 43% of B2B cross-border payments already use stablecoins, that shift is already visible.

As these advantages become harder to ignore, crypto is cementing its place in Asia’s core payment infrastructure.

Build Crypto Payment Flows With Tothemoon Institutionals

How Crypto Solves Neobank Monetisation

ritaspolding — Thu, 30 Apr 2026 14:27:31 +0000

Neobanks, digital-only banks offering payments, FX, lending, and financial management through a single app, have become one of the fastest-growing segments of global finance. Clean interfaces, instant onboarding, and fee transparency have reshaped customer expectations of what a bank should look like.

Behind the user growth charts, the sector faces a persistent problem: most neobanks still don’t make money on the customers they acquire. Understanding why monetisation remains so difficult and how blockchain technology is beginning to reshape the equation is central to the next phase of digital banking.

Why Neobanks Face a Monetisation Problem

Despite rapid adoption, digital banks are generally less profitable than traditional banks, and profitability dispersion is wide. The main reasons behind the monetisation problem include:

Regulated Interchange

In Europe, card interchange is tightly capped at 0.2% for debit and 0.3% for credit. As a result, neobanks earn much less from everyday card spending than similar players in the US. On its own, that revenue is usually not enough to support a sustainable digital bank.

The Free Account Barrier

Early neobanks built their brand on free current accounts and cheap or zero-fee currency exchange (FX). That helped attract users, but it also made it hard to charge later. Once customers get used to core services being free, adding fees can push them to competitors.

Low Primary-Account Usage

Many neobank customers receive their salary into a traditional bank account and use the neobank mainly for travel, currency exchange, or extra spending. That leaves the neobank with smaller deposit balances and weaker interest income.

Interest Rate Dependence

Many neobanks have recently benefited from higher interest rates, which made customer deposits more profitable. But when rates come down, that revenue becomes harder to maintain.

Compliance and Capital

Neobanks face rising compliance costs, evolving regulatory regimes, and capital requirements for lending. These operating costs grow faster than the revenue a free current account can generate.
How Blockchain Creates New Revenue for Neobanks
Blockchain is a data storage technology that organises information in blocks linked together in an immutable, secure, and transparent chain. The integration of blockchain into neobanks offers several advantages that directly address the monetisation gap.

Cross-Border Payments

Traditional international transfers often pass through several intermediaries and can take days to settle. Stablecoin transfers can move much faster and at a lower cost. That gives neobanks a cheaper way to support remittances and international payments.

Lower Operating Costs

Smart contracts can automate processes such as payouts, escrow, and parts of lending. That can reduce manual work and lower operating costs.

Digital Asset Trading

Spot and derivatives trading inside a banking app can generate fee and spread revenue outside interchange caps and interest rate cycles. It also adds a high-engagement product that traditional current accounts don’t provide.

Staking and On-Chain Yield

Staking lets users earn rewards for supporting networks such as ETH, SOL, or DOT. For neobanks, it creates a yield product that does not depend on central bank rates, while the bank earns a share of the rewards as a fee.

Tokenised Assets

Blockchain makes it easier to offer fractional access to assets such as real estate, funds, and commodities. Neobanks can earn from distributing and safeguarding these products, while offering customers access to investments that were once less accessible.

Case Study: What Crypto Has Already Solved for Revolut

Revolut is one of the clearest examples of a neobank turning crypto into a meaningful source of revenue. The company reported record profitability in 2023 and 2024, while its wealth business, which includes crypto, became a much larger contributor to revenue.
Card revenue limits. In Europe, card interchange is tightly capped, which limits how much neobanks can earn from everyday payments. Crypto trading sits outside those limits and gives Revolut another source of revenue.
More ways to earn. Crypto gave Revolut more revenue beyond card payments and interest income. FX can be more stable, while trading and staking can bring in higher-margin revenue.
A bigger wealth business. In 2024, Revolut’s wealth business, which includes crypto, became a much more important part of the company. Wealth revenue rose 298% year over year, from about $158 million to $647 million.
Product edge. Crypto trading and staking also helped Revolut offer products that many traditional banks could not launch quickly because of licensing, custody, and technology hurdles.

Challenges to Integration

Regulation remains the most visible constraint in crypto integration. In the European Union, the Markets in Crypto-Assets Regulation (MiCA) provides a clear framework for stablecoin issuance and crypto-asset services. In the UK, the FCA has established registration requirements for crypto firms, with broader rules in development. In the US, the regulatory landscape remains fragmented across state and federal levels.
Neobanks also need custody, liquidity, and compliance infrastructure that is expensive to build from scratch. Many, therefore, partner with licensed crypto infrastructure providers that deliver trading, staking, listings, and settlement through APIs, allowing the neobank to focus on distribution and customer relationships.

Conclusion

Neobanks scaled quickly, but monetisation remained the harder challenge. Blockchain gives neobanks revenue lines that don't depend on interchange caps or interest rate cycles: from stablecoin payments and trading fees to staking yield and tokenised assets. For digital banks looking to turn user growth into durable economics, crypto integration is becoming a core part of the business model.

Explore Crypto Solutions for Your Business

Crypto can open new revenue, payment, and settlement opportunities for neobanks and fintech platforms. Tothemoon helps businesses work with digital assets through institutional solutions for fiat ↔ crypto conversion, OTC, crypto processing, mass payouts, staking, and API integration.

What is OpenGradient?

ritaspolding — Thu, 30 Apr 2026 14:07:07 +0000

OpenGradient is a decentralized AI infrastructure network designed to make AI execution verifiable and transparent for Web3 applications. Its architecture separates AI workloads from standard blockchain execution: inference nodes run models, full nodes verify proofs and maintain the ledger, and the network records verifiable outputs through its proof-settlement process.

The platform is built around several products that sit on top of this network. The OpenGradient Network provides the core verifiable AI infrastructure. The Model Hub hosts around 2,000 AI models that builders can use directly.
The On-Chain AI SDK lets developers plug AI agents and workflows into blockchain applications. MemSync acts as a shared memory layer that gives AI experiences continuity across different apps.
Digital Twins offers AI versions of public figures for interactive use cases, and BitQuant brings AI-driven quantitative analysis into the ecosystem. The network reports more than 2 million verifiable AI inferences processed and over 500,000 cryptographic proofs and hardware attestations generated to date. OpenGradient positions itself as foundational infrastructure for trustworthy AI in Web3 rather than as a single consumer application.

What is $OPG?

$OPG is the native token of the OpenGradient network and is described by the project as the asset powering verifiable AI inference, governance, and ecosystem growth. Its role is tied to coordinating the participants who keep the network running, supporting governance over how the network evolves, and underpinning the staking rewards layer that secures the validators responsible for verifying AI computation. $OPG is issued as an ERC-20 token and is deployed on Base and BNB Smart Chain, keeping it accessible across two of the most active EVM ecosystems for builders, AI agents, and end users.

OpenGradient Tokenomics

Circulating Supply: 190,000,000
Total Supply: 1,000,000,000
Max Supply: 1,000,000,000

Trade $OPG Now

You can now trade OPG/USDC and OPG/USDT on Tothemoon.

Inside the Economics of Crypto Affiliate Programs

ritaspolding — Mon, 27 Apr 2026 19:19:32 +0000

If you've spent any time on the internet, you've probably promoted something through an affiliate link. A SaaS tool. A discount code in a YouTube description. A coupon for a clothing brand. The numbers usually look familiar: a few percent commission, paid once, with a 30 or 60-day cookie window.

Then you look at crypto, and something feels off. Programs advertising 50%, 60%, even 70% commissions. Lifetime payouts instead of one-time bounties. Daily payments rather than monthly invoicing. From the outside, it can look like the industry is overpaying its partners. Once you understand how the model is actually structured, the numbers stop looking strange and start looking deliberate.
Here is what is happening under the hood, and why it should change the way creators and marketers think about these programs.

Where the High Commissions Come From

The first piece is understanding the revenue source. Most crypto exchanges earn money from trading fees. A user pays roughly 0.1% on every trade, and active users trade often. Those small fees compound into meaningful revenue over months and years.
When you refer a user, you are sending the platform a customer who could generate fees for a long time. Paying you 50% of those fees still leaves the platform profitable, because that user would never have arrived without you. Affiliate spend works as a flexible alternative to paid advertising, with cleaner attribution. You only get paid when the user actually trades, so there is no spend wasted on empty signups.
That structure is what keeps high commission rates sustainable. The money comes out of recurring revenue rather than a fixed acquisition budget.

Lifetime Commissions Change How Partners Behave

Most affiliate programs in other industries use one-time bounties. You bring in a user, you receive a fixed amount, and the relationship ends. Crypto programs more often use lifetime commissions, where you keep earning a percentage of every trade your referrals make for as long as they stay on the platform.
This shifts how serious partners operate. Instead of chasing fast signups, the smart ones focus on quality. A trader who stays on the platform for three years is worth more than fifty casual users who deposit once and disappear. Educators, analysts, and long-form content creators tend to outperform pure traffic-driven affiliates over time because the audiences they build actually trade, and depth tends to win out over raw volume.

Tracking, Attribution, and the Cookie Problem

The technical layer is where most programs quietly differ. Traditional cookie-based affiliate tracking has gotten harder over the past few years. Privacy changes in browsers and mobile systems have shortened cookie lifetimes, blocked third-party trackers, and broken attribution chains.
Most crypto programs work around this with permanent referral codes tied to user accounts. Once a user signs up under your code, the link is recorded server-side and stays linked for the lifetime of that account, which removes most of the fragility that cookie-based tracking introduces. When fee data and trading volumes are also published openly, the relationship between affiliate and platform becomes more predictable than the typical ad network deal.

The Underrated Bottleneck: Actually Getting Paid

Here is the part nobody talks about until they hit it. Running a high-volume affiliate program is one challenge. Actually paying thousands of partners across dozens of countries, in different currencies, on a regular schedule, is a separate one. The infrastructure required to do this reliably looks closer to fintech engineering than marketing.
A platform paying affiliates monthly through manual bank transfers will eventually break under its own weight. Daily payouts in crypto solve a real operational problem. They use blockchain rails for settlement, which removes most of the cross-border friction and lets partners receive funds without waiting on bank business days or paying wire fees. For a creator running affiliate income as a serious revenue stream, that schedule difference compounds into real cash flow predictability.
This is where the institutional side of these platforms quietly does the heavy lifting. The affiliate-facing experience looks simple: a dashboard, some referral links, a payout schedule. Underneath, there is usually a full payment system handling balance updates, conversion, and bulk disbursements at scale.

Where the Infrastructure Comes From

Tothemoon is one platform that built its affiliate program directly on top of its in-house institutional infrastructure. The same mass payout system that handles bulk crypto disbursements for businesses also processes daily payments to its affiliate partners. That setup is the reason the program can support a 70% lifetime commission with no minimum threshold and a daily payment cycle, instead of the more common monthly batch model.
The same payment rails serve other use cases, including iGaming operators, payroll providers, and trading firms with distributed teams. When you see an affiliate program with unusually clean payout terms, there is usually an institutional-grade product running underneath.

What This Means for You

The next time you evaluate an affiliate program, the headline commission percentage is probably the least interesting number on the page. The more useful questions are how the program is funded, how attribution is actually tracked, and how reliably partners receive their money over time. Crypto programs got ahead on all three, mostly because the underlying infrastructure made it possible.
For creators and marketers willing to look past surface metrics, that combination has quietly turned crypto into one of the cleanest referral economies on the internet.

Cryptocurrency #Affiliate Marketing #Blockchain #Fintech #Creator Economy

What Are On-Ramp and Off-Ramp in Crypto?

ritaspolding — Thu, 23 Apr 2026 20:23:52 +0000

Crypto adoption is usually explained through tokens, wallets, trading, and blockchain networks. For most businesses, the real starting point is much simpler: how money enters the crypto system and how it leaves. That is where on-ramp and off-ramp infrastructure comes in.

A crypto on-ramp is the mechanism that converts fiat money, such as euros or dollars, into digital assets. A crypto off-ramp does the reverse, converting digital assets back into fiat and sending funds to a bank account or card. In practice, these two functions form the bridge between traditional finance and blockchain-based assets.

What Does a Crypto On-Ramp Do

An on-ramp allows a user or a business to move from fiat into crypto in a compliant and operationally usable way. That usually includes identity checks, payment processing, pricing, liquidity access, and delivery of digital assets to a wallet or account. Tothemoon positions its on-ramp as a way to securely buy crypto with fiat and connect traditional finance with digital assets in one seamless flow.
For an individual, this can be as simple as buying BTC or USDT with a bank card. For a business, the process is usually more structured. A fintech platform may need to fund treasury balances in stablecoins. An exchange may need fiat conversion for deposits and withdrawals. A marketplace may want to accept fiat from buyers while settling part of its flows in crypto. These are all versions of the same core function: moving value from bank rails into blockchain rails. Tothemoon lists use cases across e-commerce, marketplaces, exchanges, fintech platforms, and iGaming.

What Does a Crypto Off-Ramp Do

An off-ramp is the exit point from crypto back into fiat. This part is often underestimated. Many teams focus on how to accept or acquire crypto, then realize later that treasury, accounting, and payout processes still depend on bank accounts, card networks, or local currency settlements.
An off-ramp makes crypto usable in the real economy. A business can receive funds in USDT, convert them into EUR or USD, and withdraw them to a bank account or card. Tothemoon describes its off-ramp as a crypto-to-fiat conversion with instant payouts to cards and bank accounts.
This is critical for businesses that pay vendors, salaries, creators, affiliates, or regional partners in fiat. It is equally important for firms that want exposure to digital assets during one stage of the payment flow, then want to reduce balance-sheet volatility by moving back into traditional currency.

Why On-Ramp and Off-Ramp Infrastructure Is Important

On-ramp and off-ramp services are not just payment tools. They are operational infrastructure. They determine how quickly funds move, how easy it is to convert between asset types, how much friction exists in reconciliation, and how scalable a crypto-enabled product can become.
For institutions, the value is broader than simple conversion. Tothemoon’s institutional pages position on/off-ramp within a wider stack that includes liquidity, API integration, audit trails, security, and adjacent products such as OTC, mass payouts, and crypto processing. The institutional site also presents On-Ramp & Off-Ramp as one of its core business solutions.
That broader view is the right one. A ramp solution becomes much more useful when it connects to the rest of the financial workflow. A company may need to receive fiat, convert into stablecoins, move funds across borders, settle with partners, and later off-ramp part of the balance back into local currency. Separate providers can handle each step, though that usually creates more operational drag. Integrated infrastructure reduces handoffs and gives finance teams clearer control over the full movement of funds.

Where Businesses Use On-Ramp and Off-Ramp

The use cases are expanding quickly. E-commerce companies can combine fiat-to-crypto payments with automated wallet routing. Marketplaces can support buyer payments and seller payouts through managed wallet infrastructure. Exchanges can add fiat conversion for deposits and withdrawals. Fintech platforms can embed crypto rails directly into their products. Tothemoon highlights these industry applications directly on its on/off-ramp page.
The common thread is simple: businesses want flexible ways to move between fiat and digital assets without stitching together an entire stack from scratch.

Conclusion

The on-ramp and off-ramp are the connective layer between the old financial system and the new one. It is what turns crypto from a standalone asset class into something businesses can actually use inside real payment, treasury, and payout flows.
For companies exploring this space, it helps to look at ramp infrastructure as part of a broader institutional setup rather than a one-off conversion feature. You can explore the full business stack on Tothemoon Institutionals and the dedicated On-Ramp & Off-Ramp solution.

How Crypto Exchange Integration Works for Fintechs and Banks

ritaspolding — Wed, 22 Apr 2026 13:05:29 +0000

Adding crypto to a fintech product has become a standard infrastructure project in financial services. Neobanks, payment processors, iGaming operators, and banks are looking for ways to let their users buy, sell, hold, or receive digital assets without building a full exchange. The usual answer is integrating with an existing crypto infrastructure provider through APIs.

The engineering itself is usually well understood. What slows projects down is everything around the code: liquidity sourcing, compliance alignment, payout reconciliation, and treasury design. This article explains what a crypto exchange integration actually involves and what fintechs should look for when choosing an institutional crypto partner.

What Crypto Exchange Integration Involves

A crypto exchange integration connects a fintech product to a trading and custody platform so that users can interact with digital assets through the fintech's own interface. The user stays inside the brand they already know, while the underlying exchange handles execution, custody, and often regulatory coverage.
A typical integration covers some combination of the following:
Buying and selling cryptocurrencies for fiat.
Holding balances in crypto or stablecoins.
Sending crypto to external wallets and receiving payouts at scale.
Accessing spot or perpetual futures markets for traders.
Each action touches fiat rails, custody, order execution, compliance checks, and accounting at once. The integration connects them in a way that looks like a single product to the end user.

Main Components of a Crypto Integration

A crypto integration is best understood as a stack of layers, each with its own requirements.
Fiat rails. SEPA, SWIFT, card acquiring, or open banking, depending on the region.
Custody. Defines who holds the crypto at each point in time. Most products rely on the exchange's custodial wallets for active balances.
Liquidity and execution. Orders are filled on an internal order book, through an OTC desk, or through a hybrid of both.
Compliance and KYC. In most setups, the crypto partner is the licensed entity responsible for the trade, while the fintech handles user onboarding.
Settlement and reporting. Confirmations, balance updates, and reconciliation feeds that flow into accounting and audit.

Choosing a Liquidity Model

Liquidity is often treated as a technical detail, but it is mainly a product decision. Order-book execution works well for retail ticket sizes and liquid pairs, where transparent pricing and tight spreads matter most. An OTC desk is more suitable for larger transactions, where slippage on a lit book would move the market against the user.
Most mature products end up using both, with smaller orders routed to the book and larger ones routed to OTC above a defined threshold. Deciding this at the start avoids expensive reintegration later and is one of the first questions worth raising when evaluating an institutional execution stack.

Handling Mass Payouts

Products that pay users in crypto, such as affiliate platforms, gaming operators, or payroll services, need mass payout infrastructure rather than simple send endpoints. In a mass payout, thousands of transactions may be submitted in a short window, and each one has to be trackable, compliant, and recoverable if something fails.
Well-designed mass payout systems usually include batched submission with deterministic ordering, idempotency keys on every request, per-recipient screening at submission time, and reconciliation feeds that match each on-chain transaction to the original payout record.
For fintechs paying users in stablecoins, these features are not optional. They directly affect audit readiness and usually benefit most from a provider with a productized mass payout API.

Compliance and Regulatory Fit

The compliance layer is easier to navigate when roles are defined clearly at the start. In most models, the crypto partner is the regulated counterparty for trade execution and custody, while the fintech remains responsible for its own user onboarding, KYC, and product-level obligations. In the European Union, this usually involves MiCA-licensed entities or firms operating under equivalent frameworks.
Sharing licensing documents and policy summaries during the first evaluation calls removes most of the ambiguity that slows legal review later, and helps the fintech's own regulators see a clear allocation of responsibility between the customer-facing brand and the crypto infrastructure provider behind it.

What "48-Hour Go-Live" Means

Infrastructure providers often describe their integrations as going live in 48 hours. In practice, this refers to the time from sandbox credentials to a production connection for a narrow, well-scoped flow, once the surrounding operational work is done.
A 48-hour go-live is realistic when the scope is a single defined flow, the partner offers ready sandbox access, and the fintech's compliance team has cleared the partner's entity structure. It is not realistic when the project includes custom fiat rails, bespoke liquidity arrangements, or new regulated product layers.

Conclusion

Crypto exchange integration is less about the API and more about the decisions around it. Mapping flows before code, choosing a liquidity model that matches the user base, running compliance in parallel with engineering, and treating reconciliation as the real go-live gate tend to be what separates projects that ship in days from those that ship in quarters. Comparing providers on specific operational questions, rather than headline features, is usually the most practical way to shape a realistic timeline.

What is Safe?

ritaspolding — Tue, 21 Apr 2026 15:14:49 +0000

What is Safe?

Safe is a smart account infrastructure platform for programmable self-custody, originally known as Gnosis Safe. It is best known for Safe{Wallet}, which enables assets and transactions to be managed through smart contract accounts with configurable multi-signature approvals instead of relying on a single private key. Safe also offers Safe{Core}, a developer stack of SDKs, APIs, and contract infrastructure used by wallets, DAOs, exchanges, and other applications building smart account functionality.

The platform is widely used for on-chain treasury management, organizational transactions, and secure self-custody across the EVM ecosystem.

What is $SAFE?

$SAFE is the native governance token of SafeDAO, the community organisation responsible for steering the Safe ecosystem. Its utility is tied to governance participation, allowing holders to vote on proposals covering treasury allocation, ecosystem grants, protocol direction, incentive programs, and the ongoing development of Safe{Core} and related smart account infrastructure.

The token is designed to coordinate long-term stewardship of the Safe account stack across the communities that depend on it, including DAOs, institutional treasuries, and developer teams building on the Safe SDKs. $SAFE is issued as an ERC-20 token and is deployed on the Ethereum mainnet and Gnosis Chain, with Ethereum used for most governance settlement and treasury operations. This multi-chain deployment reflects Safe's positioning as neutral infrastructure across the broader EVM ecosystem.

Safe Tokenomics

Circulating Supply: 727,407,578
Total Supply: 1,000,000,000
Max Supply: 1,000,000,000

Trade $SAFE Now

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