DEV Community: Mary Andree

How to Accept Crypto Payments as a Business in 2026

Mary Andree — Wed, 08 Apr 2026 05:46:55 +0000

Accepting crypto payments is no longer a niche experiment for crypto-native startups.

For many businesses, it has become a practical way to expand payment options, support global customers, reduce settlement friction, and build new payment flows around stablecoins and digital assets. Recent industry research shows that real stablecoin payment activity is increasingly business-driven: McKinsey says B2B payments account for about $226 billion, or roughly 60% of global stablecoin payment volume, and that segment grew 733% year over year.

At the same time, businesses do not need to choose between a fully manual crypto setup and a complex custom build from scratch.
Today, companies can accept crypto through wallets, third-party payment gateways, or ready-made crypto processing platforms that provide the infrastructure, operational tooling, and compliance support needed for production use. Stripe’s recent business resources also point to stablecoins as an increasingly relevant business payment tool, especially for cross-border transfers and digital commerce.

This article about how to accept crypto payments as a business, what setup makes sense, what risks to plan for, and when a ready-made crypto processing solution can save months of work.

What it means to accept crypto payments as a business

Accepting crypto payments means allowing customers, partners, or clients to pay your business in digital assets instead of, or alongside, traditional payment methods.
In practice, that usually means one of three models.

The first is direct wallet acceptance, where you provide a wallet address and receive crypto manually.
The second is a crypto payment gateway, where the provider handles payment flow logic, transaction tracking, and often some level of reporting or settlement tooling.
The third is a broader crypto processing platform that supports deposit acceptance, withdrawals, wallet management, monitoring, integrations, and operational control in one system.

For most businesses, the question is not only whether they can accept crypto.
The real question is how to do it in a way that is secure, scalable, operationally manageable, and commercially useful.

Why businesses are accepting crypto payments

Businesses usually adopt crypto payments for practical reasons, not hype.

One common reason is access to global payments.
Crypto can help reduce friction in international transactions, especially when businesses work with customers or partners across multiple jurisdictions and want alternatives to slow or fragmented banking routes.
Another reason is payment flexibility.
Some customers prefer paying in crypto, especially in digital services, global online businesses, Web3 products, and markets where access to card rails or traditional banking may be limited.
Stablecoins are especially relevant here because they are designed for price stability compared with more volatile assets such as BTC or ETH.
There is also an operational reason.
When implemented correctly, crypto payments can support faster settlement logic, programmable payment flows, and new product models that are harder to build with legacy infrastructure alone.

The main ways to accept crypto payments

Accept crypto directly to a business wallet.

This is the simplest model: your business creates a wallet, shares a payment address, and receives funds directly from customers. This method can work for small-scale use cases or early testing.
But it quickly creates operational challenges.
You need to track payments manually, confirm the right amounts, manage reconciliation, monitor wallets, handle refunds, and maintain clear accounting records. That makes direct wallet acceptance too limited for many businesses once payment volume starts growing.

Use a crypto payment gateway.

A crypto payment gateway gives businesses a more structured way to accept digital asset payments. The gateway can generate payment requests, track transaction status, support integrations, and simplify operational workflows for checkout or invoicing. This approach is often better than manual wallet handling because it improves visibility and reduces friction for both the business and the customer.

Use a broader crypto processing platform.

For businesses with more advanced needs, a full crypto processing solution is often the better choice.
This model goes beyond accepting incoming payments: it can include withdrawals, wallet management, monitoring, reporting, admin tools, API access, website widgets, and white-label infrastructure. That matters when the goal is not just to “add crypto” as a payment option, but to build a scalable business process around crypto transactions.

What cryptocurrencies should a business accept

Most businesses should not start by accepting every possible cryptocurrency - a more practical approach is to choose assets based on settlement needs, customer demand, and operational simplicity.

Stablecoins are often the best place to start. They are more suitable for business payments because they reduce volatility exposure and are increasingly used in real payment flows.
Bitcoin can also make sense if your audience expects it. It remains the most recognized cryptocurrency for many users.
Ethereum and other assets may be worth adding later, especially if your product serves crypto-native customers or Web3 ecosystems. The key is to avoid unnecessary complexity at the start. A focused setup is usually easier to launch, support, and reconcile.

How to accept crypto payments as a business step by step

Step 1. Define the business goal.
Start with the reason you want crypto payments.
You may want to support international customers, add stablecoin settlement, improve payment flexibility, launch a crypto-native product, or build a branded payment service. The right setup depends on the use case.
Step 2. Decide between a wallet, gateway, or full crypto processing solution.
A direct wallet may be enough for very basic acceptance. A payment gateway is more practical for standard business workflows. A crypto processing platform is better when you need broader control, automation, scalability, and branded infrastructure.
Step 3. Choose the cryptocurrencies you will support.
For many businesses, stablecoins are the strongest starting point. They are easier to use for payment operations because they are designed for value stability and are increasingly tied to real business payment use cases.
Step 4. Decide how settlement will work.
Will you keep the received crypto on balance, move it through treasury workflows, or convert it off-platform? This decision affects accounting, exposure to volatility, reconciliation, and internal controls.
Some business payment providers now position stablecoin acceptance alongside offramps, payouts, and accounting integrations. Coinbase Business, for example, describes itself as an all-in-one platform for business payments, custody, and related workflows, and Coinbase’s help documentation says Coinbase Commerce has been unified into Coinbase Business.
Step 5. Add compliance and risk controls.
Crypto payments are not only a checkout issue. They also involve AML, sanctions exposure, monitoring, recordkeeping, and jurisdictional review.
Chainalysis’ recent regulatory and sanctions reporting shows why businesses should take compliance infrastructure seriously, especially as regulation continues to evolve and illicit-risk concerns remain significant.
Step 6. Integrate the payment flow into your website, app, or platform.
A good crypto payment flow should feel like part of your product, not an isolated workaround.
That means connecting payment acceptance to your checkout, invoicing, admin logic, reporting, notifications, and customer support processes.
Step 7. Test operations before launch.
Before going live, test successful payments, underpayments, expired requests, refunds, status updates, wallet monitoring, and reporting. Crypto payment infrastructure needs to work under real business conditions, not only in ideal demos. Stripe’s stablecoin infrastructure guidance makes this point clearly: production-grade infrastructure matters most when volumes rise or market conditions become more stressed.

What businesses need to check before launching crypto payments

A business should treat crypto payments as part of its financial operations, not just as a front-end feature.
That means reviewing regulation in the relevant jurisdictions, deciding how accounting will work, planning treasury and wallet security, and establishing support processes for failed or disputed payment scenarios.
It also means thinking about operational scale:

Can your team monitor transactions efficiently?
Can your finance team reconcile activity?
Can your product handle different assets, user flows, and integration points without becoming harder to maintain? These questions become even more important if you want to support global clients, white-label services, or high-volume payment operations.

Common challenges of accepting crypto payments

The first challenge is volatility. That is one reason many businesses prefer stablecoins over more volatile cryptocurrencies.
The second challenge is compliance. Crypto payment acceptance may require stronger transaction monitoring, sanctions checks, and clear internal policies depending on the market and business model. Recent Chainalysis reporting reinforces that compliance expectations are growing, not shrinking.
The third challenge is operational complexity. Manual wallet handling can become difficult to manage once payment volume rises. A fragmented setup can also create problems with reporting, reconciliation, and user support.
The fourth challenge is infrastructure quality. A crypto payment setup that looks simple at first can become much harder to maintain when you need APIs, admin tools, website widgets, analytics, security controls, and multi-currency support.

Best business use cases for crypto payments

Crypto payments are especially relevant in several scenarios.
One is cross-border B2B transactions, where stablecoins can reduce settlement friction and support faster global movement of funds. McKinsey’s recent analysis shows that B2B is already the dominant real stablecoin payment segment.
Another is digital products and online services, where customers may already hold digital assets and want to pay in them.
Crypto payments can also make sense for fintech products, payment systems, Web3 platforms, marketplaces, and crypto-native services that need deeper transaction infrastructure. For these businesses, crypto payments are not just another button at checkout. They can become part of the product itself.

When a ready-made crypto payment solution makes more sense

Many businesses assume they must either use a limited third-party tool or build an entire crypto processing infrastructure from scratch.
In reality, there is a third option.
A ready-made crypto processing solution can provide the infrastructure needed to launch quickly while still giving the business control over branding, integrations, and operations.
This is especially valuable if you want to:

Accept and withdraw crypto in one platform;
Launch under your own brand;
Connect through API instead of building core infrastructure from zero;
Use website widgets and admin tooling;
Manage wallets, monitoring, and reporting centrally;
Support multiple cryptocurrencies;
Prepare the product for high loads and global operations.

ilink’s ready-made crypto processing solution

If your business is struggling to launch crypto payments, ilink has already built the core infrastructure.
Ready-made ecosystem for receiving and withdrawing crypto is designed for fintech companies, payment systems, and crypto projects that want to enter the market faster without building every component from scratch.

The solution is delivered as a white-label platform under your brand and includes the technical foundation needed for production launch.
That includes full technical infrastructure and API access, wallet management, transaction monitoring, admin control, analytics, and website integration components.
The platform is designed as a full-cycle crypto processing system.
It supports deposit acceptance, withdrawals, wallet management, and transaction monitoring in one place.
The interface is fully customizable to your brand, colors, and domain.
It is responsive across desktop and mobile environments.
It is also built for fast deployment: from contract signing to launch, the solution can go live in as little as two weeks, with full technical support. This timeline is based on ilink’s own delivery model.

From a technical perspective, the platform supports a multi-currency system, modular architecture, API and integration capabilities, website widgets, a control panel, analytics and reporting, and security infrastructure.
It is designed for scalability and prepared for high loads and rapid business growth.
For businesses evaluating risk and governance, the value is not only speed - it is also about having a structured, enterprise-oriented base for crypto payment operations, backed by ongoing support, flexible monetization models, and compliance-oriented implementation.

Key business advantages of the ilink solution

Launch your crypto payment business in about two weeks instead of spending months building a platform from zero.
Use a white-label solution under your own brand rather than sending clients to someone else’s interface.
Get a full-cycle platform for deposits, withdrawals, wallet management, and monitoring in one system.
Support global growth with infrastructure designed for international use and scalable transaction volumes.
Reduce implementation complexity with ready-made API, widgets, control panel, and reporting modules.
Work with a partner that provides 24/7 technical support, flexible pricing models, and the option of code transfer.
Build with compliance in mind through support for regulatory and protection requirements, including AML- and CFT-oriented considerations as described in ilink’s platform positioning.

Why this model is attractive for businesses

For many companies, the hardest part of crypto payments is not demand. It is implementation. Building secure infrastructure, integrating wallets, handling transaction flows, creating reporting, planning admin logic, and managing compliance can slow the launch dramatically.
A ready-made crypto processing solution changes that. Instead of spending months on core infrastructure, the business can focus on product strategy, branding, partner acquisition, and commercial growth. That is where time to market becomes a real competitive advantage.

Conclusion

Accepting crypto payments as a business in 2026 is no longer just about placing a wallet address on a website.
A reliable setup requires the right assets, the right operational model, the right compliance controls, and the right infrastructure.

FAQ

How can a business accept crypto payments?

A business can accept crypto through a direct wallet, a crypto payment gateway, or a full crypto processing platform. The right model depends on payment volume, integration needs, compliance requirements, and whether the business wants simple acceptance or broader crypto operations.

What is the best cryptocurrency for business payments?

For many businesses, stablecoins are the most practical starting point because they reduce volatility and are increasingly used in real payment flows.

Do I need a crypto wallet to accept crypto payments?

Yes, directly or indirectly. Even when using a provider, wallet infrastructure is part of the payment flow. The difference is whether your business manages it manually or uses a platform that handles more of the operational layer.

What is a crypto payment gateway?

A crypto payment gateway is a service that helps businesses accept digital asset payments through a more structured workflow than manual wallet transfers. It can support payment requests, tracking, integrations, and reporting.

Is accepting crypto payments legal for businesses?

That depends on the country, business model, and the assets involved. Businesses should review jurisdiction-specific legal, tax, and compliance requirements before launch. Chainalysis’ recent regulatory overview shows that the regulatory environment is continuing to evolve across multiple regions.

What are the main risks of accepting crypto payments?

The main risks include volatility, operational complexity, compliance exposure, sanctions risk, accounting challenges, and poor infrastructure design.

How long does it take to launch crypto payment infrastructure?

That depends on the model. A manual wallet can be set up quickly, but it offers limited control. A ready-made ilink crypto processing solution can launch in about two weeks based on ilink’s stated deployment model.

What It Takes to Build FinTech Apps That Survive Real User Growth

Mary Andree — Fri, 19 Dec 2025 08:07:29 +0000

Most FinTech products don’t fail at launch.
They fail later, when growth exposes assumptions that quietly held everything together during the early stages.

A few thousand users are forgiving.
A few hundred thousand are not.

Real growth doesn’t just increase traffic.
It multiplies edge cases, financial risk, regulatory pressure, and operational complexity.
This is where many well-designed FinTech apps begin to struggle.

Why FinTech Growth Is Different From Regular Apps

Scaling a typical consumer app usually means handling more reads, more writes, and more sessions.
Scaling a FinTech product means every action has financial consequences.

Transactions must be correct every time.
Balances must stay consistent across systems.
Failures must be traceable and auditable.

In practice, this means growth stresses FinTech systems in ways that are easy to underestimate during MVP development.

The First Bottleneck: Data Consistency Under Load

One of the earliest problems that appears under real load is data consistency.

At low traffic, race conditions are rare enough to go unnoticed.
At scale, they become patterns.

In one project, a balance update worked reliably in staging and early production.
Under higher concurrency, users occasionally saw outdated balances after transactions completed successfully.

Nothing was “broken” in the usual sense.
The issue came from multiple services updating the same logical balance through different paths, each technically correct on its own.
The fix wasn’t a single database change.
It required rethinking ownership of financial state and reducing the number of places allowed to mutate it.

Growth didn’t introduce the bug.
It simply made it visible.

Infrastructure Breaks Before Code Does

When FinTech systems slow down, the first instinct is often to optimize application logic.
In reality, infrastructure limits are usually the first point of failure.

Common examples include:

exhausted database connection pools;
message queues backing up silently;
third-party APIs throttling requests at peak times.

In one case, transaction latency spiked not because of internal processing, but due to an external compliance service hitting rate limits.
The system had retries, but retries only amplified the problem.

The lesson was simple:
in FinTech, external dependencies scale differently than internal services, and they fail in less predictable ways.

Security Gets Harder With Every New User

Security problems rarely appear as dramatic breaches at first.
They usually surface as small inconsistencies.

A monitoring alert that triggers slightly too often.
A support ticket about an action that “shouldn’t be possible.”
A pattern of behavior that only becomes visible at higher volumes.

As user counts grow, the attack surface expands.
Internal tools become potential vectors.
Operational shortcuts become liabilities.

One team discovered that an internal admin tool, safe at small scale, became a risk simply because more people needed access to it.
Nothing malicious happened, but growth turned a convenience into a security concern.

Compliance Becomes a Technical Problem

Compliance is often treated as a legal checkbox.
In practice, it becomes deeply technical once a product scales.

Audit trails, transaction histories, and user actions must be stored reliably and retrieved quickly.
Data must be immutable in some places and editable in others.
Logs must tell a coherent story months or even years later.

In one system, compliance requirements forced a redesign of logging infrastructure long after launch.
The original implementation worked for debugging, but not for regulatory audits.

This kind of rework is expensive.
It’s also common.

Observability Is What Keeps You Alive

At scale, failures stop being obvious.
A transaction may succeed technically but fail from the user’s perspective.

A service may stay “up” while slowly degrading.
Teams that survive growth tend to invest early in observability:

Metrics to detect trends;
Logs to explain what happened;
Traces to understand how requests move through the system.

One of the most useful signals in a high-growth FinTech system turned out to be neither CPU nor memory usage, but queue processing time.
When that number drifted, user issues followed shortly after.

Scaling Teams Is as Hard as Scaling Systems

Growth also changes how teams work.

More developers mean more parallel decisions.
More services mean more unclear ownership.

Without clear boundaries, small changes take longer, not shorter.

In one case, slowing development speed wasn’t caused by technical complexity alone.
It was caused by unclear responsibility over shared financial logic.
Once ownership was clarified, velocity improved without adding new tools or people.

What Actually Helps FinTech Apps Survive Growth

Across different projects and teams, a few patterns repeat:
Constraints defined early tend to save time later.
Boring, well-understood technology often outperforms fashionable solutions.

Growth exposes everything that was postponed or assumed away.
FinTech systems don’t collapse suddenly.
They erode gradually until a breaking point is reached.

Final

User growth is often treated as a reward for building the right product.
In FinTech, it’s better seen as a stress test.
Systems that survive are rarely the most complex.

They are the ones designed with failure, visibility, and responsibility in mind from the beginning.

The author works on FinTech and blockchain products at ilink

How to Seamlessly Integrate a White Label Crypto Wallet into Your Existing Business Model

Mary Andree — Wed, 07 Aug 2024 07:06:15 +0000

As the importance of crypto wallets in modern business continues to rise, many companies are turning to White Label solutions to meet customer demand. These ready-made, customizable wallets provide a quick and cost-effective way to enter the cryptocurrency market. This article will guide you through integrating a White Label crypto wallet into your existing business model and highlight the benefits of doing so.

What is a White Label Crypto Wallet?

A White Label crypto wallet is a pre-built, fully customizable cryptocurrency wallet provided by a third-party developer. Businesses can rebrand and modify these wallets to fit their specific needs, allowing for rapid deployment and reduced development costs compared to building a wallet from scratch. The average price of developing a multifunctional cryptocurrency wallet starts from $30,000. This approach leverages advanced security features and cutting-edge technology, offering a robust solution for managing digital assets.

Benefits of a White Label Crypto Wallet for Business

Cost-effectiveness. Developing a crypto wallet from scratch can be resource-intensive. White Label wallet customization significantly reduces these costs, enabling businesses to invest more strategically in other areas.

Speed to market. A White Label crypto wallet allows for quicker deployment, helping businesses to capitalize on market opportunities faster than building a wallet from the ground up.

Customization and branding. White Label wallets offer extensive customization options, allowing businesses to align their design and functionality with their brand identity. This enhances customer loyalty and brand recognition.

Ready to integrate a White Label crypto wallet into your business? Contact us at hello@ilink.dev to learn more about how our customized solutions can help you achieve your goals.

Preparing for Integration

Start by evaluating your business objectives and how a crypto wallet integration fits your overall strategy. Identify the features and customizations that will best serve your audience.
Evaluate the technical requirements and ensure that the White Label wallet will integrate seamlessly with your current infrastructure. This includes assessing system compatibility and making necessary adjustments.

Integration Process

Integrating a White Label crypto wallet into your existing business model involves several key steps to ensure a smooth and successful deployment. Each step is crucial for seamless integration, from selecting the right provider to customizing the wallet and ensuring technical compatibility. Below, we outline a step-by-step guide to help you navigate the process efficiently.

Step-by-step integration guide:

Choosing the right provider. Select a crypto wallet provider with a strong reputation, robust security features, and reliable technical support.
Customizing the wallet. Work with the provider to customize the wallet according to your brand’s needs. This includes interface design, feature selection, and security configurations.
Technical setup and deployment. Coordinate with your IT team to handle the technical setup. This involves installing the wallet, configuring settings, and ensuring smooth operation.
Testing and quality assurance. Thoroughly test the wallet to identify and resolve any issues. Conduct quality assurance to ensure the wallet meets your standards and performs reliably.

Benefits of Seamless Integration

Integrating a White Label crypto wallet can significantly enhance your business operations and customer experience. Incorporating this technology allows you to streamline processes, expand your service offerings, and ensure robust security and compliance. Here, we delve into the key benefits a smooth integration can bring to your business.

Enhancing user experience. A well-integrated crypto wallet improves the overall user experience, making it easier for customers to manage their digital assets.
Streamlining operations. Integrating a White Label crypto wallet can streamline your operations by reducing the complexity of managing multiple systems and processes.
Expanding service offerings. Adding a crypto wallet to your services can attract new customers and expand additional revenue streams, enhancing your market reach.
Improving security and compliance. White Label wallets come with advanced security measures, ensuring your transactions are secure and compliant with industry standards.

Integrating a White Label crypto wallet into your existing business model offers numerous advantages, from enhancing user experience and streamlining operations to expanding your service offerings and improving security. Following the steps outlined in this guide, you can achieve a seamless integration that positions your business for growth and innovation in the competitive fintech landscape.

Maximizing Your Crypto Wallet's Features: Beyond the Basics

Mary Andree — Thu, 15 Feb 2024 11:17:10 +0000

In the rapidly evolving world of cryptocurrency, having a digital wallet is just the beginning. For enthusiasts and investors alike, understanding and utilizing the advanced features of a crypto wallet can significantly enhance the security, usability, and profitability of their digital asset management. This article delves into the myriad of sophisticated functionalities that modern crypto wallets offer, guiding users on leveraging these features to their fullest potential.

Understanding Your Crypto Wallet's Capabilities

At their core, crypto wallets serve the fundamental purpose of storing private keys and facilitating the sending and receiving of cryptocurrencies. Basic features typically include generating wallet addresses, signing transactions, and keeping track of your balance across various cryptocurrencies. These functions are essential for anyone looking to hold or transact in digital currencies.

However, as the crypto ecosystem expands, wallets have evolved to offer a suite of advanced features designed to meet the needs of a diverse user base. Advanced features go beyond mere transactional capabilities and include:

Integrated decentralized exchanges (DEXs). Allowing users to trade cryptocurrencies directly from their wallets without needing a centralized exchange enhances privacy and security.
DeFi services integration. Offering direct access to decentralized finance services, including lending, borrowing, staking, and yield farming, enabling users to earn interest on their holdings or participate in liquidity mining.
Multi-factor authentication (MFA) and biometric security. Providing additional layers of security beyond the basic password or PIN, including fingerprint scanning and facial recognition, to prevent unauthorized access.
Social recovery systems. Enabling users to recover their wallets through a network of trusted contacts instead of relying solely on a seed phrase, which can be lost or stolen.
Support for multiple cryptocurrencies and digital assets. Including not just mainstream cryptocurrencies but also altcoins, tokens, and non-fungible tokens (NFTs), allowing users to manage a diverse portfolio from a single interface.
Automatic backups and easy restoration. Ensuring that users can easily recover their wallets in case of device loss or failure without compromising the security of their private keys.
Customizable transaction fees. Allowing users to adjust the fee based on how quickly they want the transaction to be processed by the blockchain network.
Participation in governance and voting. Some wallets offer features that allow users to participate in the governance of decentralized protocols or projects by voting on proposals directly from their wallets.

These advanced features provide enhanced security and convenience and open up new possibilities for users to engage with the broader cryptocurrency and blockchain ecosystem. Users can enjoy a more integrated, efficient, and secure digital asset management experience by maximizing these functionalities.

The Importance of Choosing the Right Wallet

Selecting the best crypto wallet is a critical decision for anyone involved in the cryptocurrency space. The ideal wallet safely stores your digital assets and aligns with your specific needs for trading, investing, and utilizing cryptocurrencies. With myriad options available, understanding what distinguishes one wallet from another is key to making an informed choice.

Compatibility with various cryptocurrencies
One of the primary considerations when choosing a wallet is its compatibility with different cryptocurrencies. Investors and users often diversify their portfolios to reduce risk and capitalize on different market opportunities. Therefore, a wallet that supports a broad range of cryptocurrencies, including Bitcoin (BTC), Monero (XMR), USD Coin (USDC), Ethereum (ETH), Solana (SOL), Tether (USDT), Cardano (ADA), Ripple (XRP), Theta Network (THETA), Algorand (ALGO), Dogecoin (DOGE), and Litecoin (LTC), provides the flexibility needed to manage a diverse portfolio from a single interface.
Support for a wide variety of cryptocurrencies can significantly enhance the user experience by providing the convenience of managing multiple assets without the need to switch between different wallets or platforms. This capability is especially beneficial for users looking to engage in activities such as trading, staking, or participating in DeFi projects, which may require access to specific tokens or coins.

Advanced features and security
Beyond cryptocurrency support, the right wallet should offer advanced features and robust security measures. Features like integrated decentralized exchanges (DEXs), DeFi services integration, multi-factor authentication (MFA), and biometric security are essential for users seeking a comprehensive and secure digital asset management experience. Additionally, innovative recovery options, such as social recovery systems, provide an extra layer of security and convenience, ensuring users can regain access to their assets even in complex scenarios.

User experience and community support
The usability of a wallet, including its user interface (UI) and user experience (UX), is also crucial. A well-designed wallet with an intuitive interface can make all the difference for users, especially those new to cryptocurrency. Moreover, a strong community and customer support system can provide valuable resources and reassurance, offering guidance through technical issues or the recovery process.

Spotlight on Walletverse

Apart from the foundational knowledge and strategies outlined above, Walletverse is a prime example of a crypto wallet embodying these advanced features. Designed with a user-friendly interface, Walletverse supports over 300 cryptocurrencies, including major coins like BTC and ETH, as well as a multitude of altcoins. Its integration with DEXs and enhanced security measures such as passcode and biometric protection positions Walletverse as a comprehensive solution for users seeking to maximize their crypto wallet's potential. Moreover, Walletverse's adoption of social recovery systems and automatic backup functionalities underscores its commitment to user security and convenience, making it a noteworthy option for those who can confidently navigate the crypto space.

Conclusion

Maximizing the features of your crypto wallet can profoundly impact your approach to digital asset management, offering enhanced security, increased functionality, and greater financial opportunities. As the crypto landscape evolves, staying informed and utilizing these advanced capabilities will be key to navigating this space effectively. Whether you're exploring the advanced offerings of Walletverse or another wallet, the potential to elevate your crypto experience is immense with the right tools.

What Are Smart Contracts Used For?

Mary Andree — Tue, 30 Jan 2024 10:06:41 +0000

In the burgeoning landscape of digital commerce, smart contracts have emerged as a transformative force. These self-automated computer programs run on the blockchain and execute the terms of an agreement upon the fulfillment of specified conditions, effectively becoming the digital intermediaries of the 21st century. Their adoption reflects a shift toward a more streamlined, secure, and transparent way of conducting transactions, enforceable without the need for traditional legal systems.

The Fundamentals of Smart Contracts

Smart contracts are not merely digital agreements but are self-executing contracts with the terms of the agreement directly written into code. They are stored and replicated on the blockchain, making them immutable and distributed, which means every participant can view the contract and verify its execution. The security of this technology is what has led industries to look towards smart contracts as a solution for many of their digital transaction needs.

Market Size and Growth

Reflecting their rising importance, the Smart Contracts Market size was USD 1.38 billion in 2022 and is expected to expand significantly to reach USD 8.79 billion by 2030. The market is experiencing an exponential increase, with a forecasted CAGR of 26.3% during the period from 2023 to 2030. This growth indicates the broadening application and adoption of smart contracts, as they bring efficiency and security to digital transactions.

Smart Contract Use Cases

As the digital world evolves, smart contracts are playing a pivotal role in reshaping various industries. This section delves into the practical applications of smart contracts, demonstrating their versatility and impact across diverse sectors.

Smart contracts in financial services.
In the financial sector, smart contracts are revolutionizing traditional processes. For example, in the world of stock trading, smart contracts automate the settlement process, reducing the need for intermediaries and minimizing settlement risks. A practical instance is seen with the Australian Securities Exchange (ASX), planning to use blockchain technology to manage the clearing and settlement of equities. Another area is in peer-to-peer lending platforms, where smart contracts facilitate loan origination, automate interest calculations, and enforce repayment schedules, ensuring transparency and efficiency.

Supply chain and logistics.
In supply chain and logistics, smart contracts enhance traceability and accountability. A notable example is Walmart's use of blockchain for tracking food products. By implementing smart contracts, Walmart can track the journey of a product from the farm to the store shelves, ensuring food safety and reducing waste. In logistics, companies like Maersk use smart contracts to streamline the documentation process in shipping, reducing the time and cost involved in global trade.

Real estate transactions.
In real estate, smart contracts are transforming property transactions. For instance, Propy, a global real estate marketplace, leverages smart contracts to automate the home-buying process. These contracts handle everything from escrow to the transfer of deeds, significantly reducing paperwork and expediting the transaction process, thereby reducing the time and potential for fraud in property transactions.

Healthcare sector.
Smart contracts in healthcare are being used to enhance data security and streamline operations. MedRec, a project developed at MIT, uses blockchain and smart contracts for managing medical records. It allows patients to control who accesses their medical data while providing researchers with anonymized data for medical research. This system streamlines data management and enhances patient privacy.

Government and public records.
Governments increasingly turn to smart contracts for more efficient and transparent public records management. A notable initiative is in Dubai, where the government has set a goal to use blockchain for all government documents by 2030. This ambitious plan aims to create a paperless digital layer for all city transactions, significantly enhancing efficiency and transparency in public administration.

In line with such advancements, companies seeking assistance in creating blockchain solutions can confidently approach specialized blockchain development companies. One such example is ilink, a blockchain development company in Dubai. ilink offers expertise in developing customized blockchain solutions that cater to the specific needs of various sectors, including government and public administration. Their services can be invaluable for entities looking to integrate blockchain technology into their operations, ensuring that they are at the forefront of digital transformation.

Intellectual property and royalties.
In the world of intellectual property and royalties, smart contracts offer a transparent and efficient means of managing rights and payments. A case in point is Spotify's acquisition of Mediachain Labs, a blockchain startup, to develop better technology for connecting artists and rights holders with the tracks hosted on Spotify's service. This initiative aims to use smart contracts to automate royalty payments, ensuring artists are compensated fairly and promptly for their work.

Challenges and Considerations

The adoption of smart contracts, while promising, is met with several challenges:

The legal and regulatory landscape surrounding smart contracts is still in flux, leading to uncertainties in their enforcement and compliance across different jurisdictions. Technical challenges also pose significant risks, as any coding errors in smart contracts can lead to vulnerabilities, necessitating thorough testing and security audits.
Scalability and performance issues can arise in blockchain networks, particularly in high-volume transaction environments. Ensuring interoperability between different blockchain systems adds another layer of complexity.
Achieving widespread adoption of smart contracts requires overcoming skepticism and resistance to change, especially in sectors dominated by traditional processes.

Despite these challenges, it's important to recognize the strength that a well-written smart contract brings to business processes. Smart contracts can significantly enhance efficiency, transparency, and security when crafted meticulously. They automate and streamline operations, reduce the likelihood of disputes, and provide a clear, unalterable record of transactions. This can improve trust and collaboration between parties, ultimately strengthening business relationships and processes.

Conclusion

Smart contracts are poised to redefine many industries by providing a more secure, transparent, and efficient method of managing contractual agreements. As the market size indicates, their adoption will only accelerate, making them a cornerstone of digital transaction infrastructure in the future.

Understanding the Various Types of Software Development

Mary Andree — Tue, 30 Jan 2024 07:25:22 +0000

Software development is a multifaceted field characterized by its diverse approaches and methodologies in the dynamic world of technology. From building the backbone of operating systems to crafting intricate applications that simplify daily tasks, software development encompasses a broad spectrum of disciplines, each with its unique focus and techniques. This article explores the different types of software development, shedding light on the specialized skills and processes behind the software that powers our digital lives. Whether it's the code embedded in a handheld device or the sophisticated systems that run cloud-based applications, each type of software development plays a critical role in the technological advancements we witness today.

Different Types of Software Development

System Software Development.
System Software Development focuses on creating the software that forms the core of computing devices. This includes operating systems like Linux, Windows, and macOS, which bridge hardware and the user. Developers in this field work on components like file management utilities, system utilities, and hardware management tools. This type of development requires a deep understanding of hardware-software interaction, memory management, and system security. The software developed must be highly efficient and reliable, as it provides the foundational platform for all other software applications.

Application Software Development.
Application Software Development is arguably the most diverse area of software development. It covers everything from simple mobile apps to complex enterprise software solutions. This type of development focuses on creating programs that meet specific user needs — be it for productivity, entertainment, or utility. Developers in this field use a variety of programming languages and frameworks, depending on the platform (like iOS and Android for mobile apps or various web frameworks for web applications). The challenge here is technical proficiency and understanding user experience and design, ensuring that applications are intuitive, functional, and meet the users' needs.

Read also about the software development process in an IT company.

Embedded Software Development.
Embedded Software Development is about creating software that is integrated into hardware devices. Unlike general-purpose software like word processors or web browsers, embedded software performs specific functions within hardware systems like cars, telephones, robots, or industrial machines. This software is designed to control and manage the hardware it resides in, often with real-time computing constraints. Developers in this area must understand the hardware deeply, work within memory and processing limitations, and often require real-time operating systems (RTOS) knowledge. An example of embedded software development is creating the control system for an autonomous vehicle or programming the firmware within a smart thermostat.

Web Development.
Web Development has become a critical component in the digital world, encompassing the creation of websites and web applications. This field is divided into three main categories: front-end (client-side), back-end (server-side), and full-stack development. Front-end developers focus on the user interface and user experience, using languages like HTML, CSS, and JavaScript to create visually appealing and interactive web pages. On the other hand, back-end developers deal with the server, database, and application logic, often using languages like Python, Ruby, Java, and PHP. Full-stack developers have the skills to work on both the front and back ends. Web development trends include frameworks like React and Angular for front-end development and Node.js for back-end development. The rise of mobile internet usage has also placed an emphasis on responsive and adaptive design, ensuring websites function seamlessly across various devices.

Database Development.
Database Development is essential in managing and organizing the vast amounts of data generated in the digital age. This field involves creating and managing databases to store, retrieve, process, and analyze data efficiently. Developers in this area work with different types of database management systems (DBMS), such as relational databases (SQL, PostgreSQL, MySQL) and NoSQL databases (MongoDB, Cassandra). They need to ensure data integrity, security, and performance. The role of a database developer is not just technical; it also involves understanding how data supports business processes. Big data and cloud storage technologies also influence database development, with an increasing shift towards distributed database systems that can handle large-scale, complex data sets across multiple cloud environments.

Game Development.
Game Development is a dynamic and creative field that combines art, storytelling, and programming to create interactive entertainment experiences. Game developers use various tools and platforms, including game engines like Unity and Unreal Engine, which provide graphics, physics, and input frameworks. This field requires a collaborative effort among programmers, artists, game designers, and sound designers. Game development can range from indie development, focusing on innovative, smaller-scale projects, to large-scale productions in major studios. The industry continuously evolves with trends like virtual reality (VR), augmented reality (AR), and mobile gaming. Developers must stay abreast of new technologies and platforms and adapt to gamers' ever-changing preferences and expectations.

Cloud Computing Development.
Cloud Computing Development represents a paradigm shift in software development, moving away from traditional on-premises solutions to cloud-based platforms. This type of development focuses on creating applications and services that are hosted on remote servers and accessed over the Internet. Developers in this field need to be proficient in cloud service models like Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). They build scalable and flexible applications with Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform. Key considerations in cloud development include ensuring data security, optimizing resource usage, and managing multi-tenant architecture. The rise of cloud-native technologies like Kubernetes and Docker, which facilitate containerization and microservices architecture, is also reshaping the landscape of cloud computing development, emphasizing agility and continuous deployment.

Security Software Development.
Security Software Development is increasingly vital in our digital age, where data breaches and cyber threats are prevalent. This field involves creating software designed to protect computer systems and networks from unauthorized access, attacks, and damage. Developers specialize in areas like antivirus software, firewalls, intrusion detection systems, and encryption technologies. A critical aspect of security software development is staying ahead of cybercriminals by understanding the latest hacking techniques and vulnerabilities. This requires not only technical expertise in areas like cryptography and network security but also a proactive approach to identifying and mitigating potential security risks. Developers often employ ethical hacking techniques to test systems for vulnerabilities. Security software development is a continuous process, as it needs to adapt rapidly to the ever-evolving landscape of cyber threats.

Understanding Development Methodologies in Software Development

Development methodologies are structured approaches that guide software project management and delivery. Let's explore some prominent methodologies:

Waterfall Methodology follows a sequential and linear approach, suitable for well-understood requirements but lacking flexibility.
Agile Methodology is iterative and adaptable, focusing on customer feedback and rapid delivery of minimum viable products (MVPs).
Scrum employs sprints and daily stand-up meetings, emphasizing transparency and adaptability, but requires experienced Scrum Masters.
Kanban utilizes visual boards and work in progress limits, allowing continuous flow and flexibility compared to Scrum.
DevOps integrates development and operations, emphasizing automation and continuous integration/continuous deployment (CI/CD), but necessitates cultural and organizational changes.

Choosing the right methodology depends on project specifics, client requirements, and team expertise. Organizations often customize methodologies to suit their unique needs, aiming for collaboration and efficiency.

Global Software Development

The world of software development knows no boundaries, and in the digital age, it transcends geographical constraints. The global software development landscape is expansive and a driving force behind the staggering revenue figures in the software market.

Software Market Overview.
As of the latest projections, the global software market is on an upward trajectory, with revenue poised to reach an impressive US$698.80 billion in 2024. This remarkable growth indicates the ever-increasing reliance on software solutions across industries and sectors worldwide.

Dominance of Enterprise Software.
Among the diverse segments within the software market, enterprise software emerges as the dominant player. Projected to command a market volume of US$292.00 billion in 2024, enterprise software caters to the critical needs of businesses, from streamlining operations to enhancing productivity and decision-making.

Steady Growth on the Horizon.
The software market's growth shows no signs of slowing down. A projected annual growth rate (CAGR 2024-2028) of 5.27% indicates that the market will continue to expand. By 2028, experts anticipate a market volume that could potentially reach an astounding US$858.10 billion.

The Global Perspective.
In the global software development landscape and revenue generation, one country takes the lead: the United States. With a projected revenue of US$353.50 billion in 2024, the United States leads the pack, demonstrating its substantial contribution to the global software market.

Collaboration Beyond Borders.
Global software development thrives on collaboration and knowledge sharing that transcends geographical boundaries. Software teams collaborate remotely, bringing together talent from diverse regions to create innovative solutions. This approach not only fosters creativity but also harnesses a global pool of expertise.

Localized Solutions.
While the global software market is vast, it's essential to recognize the importance of localized solutions. Different regions have unique needs and preferences, leading to the development of software tailored to specific markets. Multinational corporations often adapt their software to accommodate different languages, cultures, and regulatory requirements.

The Future of Global Software Development.
As we look ahead, the future of global software development appears promising. Emerging technologies, such as artificial intelligence, blockchain, and the Internet of Things, continue to shape the industry. These technologies open doors to new possibilities and create demand for software solutions that can harness their potential.

In conclusion, global software development is not just a phenomenon; it's a testament to the transformative power of technology. With a market projected to reach staggering heights and a commitment to innovation, software development remains a driving force in the digital age, bringing solutions to the fingertips of businesses and individuals across the globe.

Conclusion

The field of software development is dynamic and diverse, encompassing a range of specialties from system software to game development. As technology continues to advance, the realm of software development adapts, embracing new challenges and opportunities. Whether it's enhancing user experience, streamlining business processes, or safeguarding digital assets, the different types of software development play a pivotal role in shaping our digital world.

Statistic source Statista.com

Decentralized Finance (DeFi) and Banking: The Future of Financial Services

Mary Andree — Fri, 29 Dec 2023 04:33:09 +0000

Decentralized Finance (DeFi) has emerged as a disruptive force in the financial sector, offering an alternative to traditional banking built on blockchain technology. With an expected annual growth rate of 15.86% from 2023 to 2028, resulting in a projected total revenue of US$37,040.0 million by 2028 and a user base set to reach 22.09 million users by the same year, DeFi is transforming the way we think about financial services. This article explores how DeFi is shaping the future of banking and finance, focusing on the projected growth of blockchain technology in the financial sector.

Understanding Decentralized Finance (DeFi)

DeFi represents a paradigm shift in financial services. It encompasses a range of blockchain-based applications and platforms that enable users to access, trade, and manage financial assets without traditional intermediaries like banks. The core principles of DeFi include decentralization, transparency, and accessibility. DeFi achieves this through smart contracts, decentralized exchanges (DEXs), and other innovative technologies.

The Current State of Traditional Banking

While traditional banking has been the cornerstone of the financial industry for centuries, it has limitations. Intermediaries, inefficiencies, and limited accessibility have been longstanding challenges. These shortcomings are driving the exploration of alternative financial systems.

DeFi vs. Traditional Banking: A Comparative Analysis

1. Advantages of DeFi.
DeFi offers several compelling advantages over traditional banking, such as reduced reliance on intermediaries, lower transaction costs, and global accessibility. Successful DeFi projects like lending platforms and decentralized exchanges are revolutionizing financial services.

2. Challenges and risks of DeFi.
Despite its promise, DeFi faces challenges and risks, including regulatory uncertainties and security vulnerabilities in smart contracts. Read on to find out how companies in DeFi are working to address these concerns.

DeFi in Action: Use Cases and Applications

DeFi is more than just a concept—it's a rapidly growing ecosystem with real-world applications.
As the decentralized finance (DeFi) ecosystem grows, it has introduced many innovative use cases and applications that challenge the traditional financial system. Here, we dive deeper into some of the most prominent and impactful DeFi applications:

Lending and Borrowing Platforms.
Decentralized Exchanges (DEXs).
Yield Farming and Liquidity Provision.
Stablecoins and Decentralized Finance (DeFi).
Asset Management and Automated Portfolios.
Prediction Markets and Derivatives.

The Role of Traditional Banks in the DeFi Landscape

Traditional banks, long-established pillars of the financial industry, are not passive observers in the rise of DeFi. Instead, they actively explore opportunities to integrate blockchain technology and DeFi principles into their operations. Here, we examine how traditional banks are navigating the evolving DeFi landscape:

1. Partnerships and collaborations.
Recognizing the potential benefits of blockchain and DeFi, some traditional banks have forged partnerships and collaborations with DeFi projects and startups. These alliances aim to leverage the expertise and innovation of DeFi while maintaining the trust and reputation that traditional banks have built over decades. Partnerships may involve the integration of DeFi services or the co-development of blockchain-based solutions.

Examples:

JPMorgan Chase: The banking giant has initiated partnerships with blockchain-based fintech companies to explore applications such as tokenization of assets and cross-border payments.
Standard Chartered: This bank has collaborated with DeFi platforms to explore digital asset custody and settlement solutions.

2. Investments in DeFi projects.
Traditional financial institutions are increasingly investing in DeFi projects and startups. These investments serve dual purposes: they provide exposure to the potential growth of the DeFi ecosystem while allowing banks to stay informed about emerging technologies and trends.

Examples:

Goldman Sachs: The investment bank has participated in funding rounds for blockchain and DeFi startups, demonstrating its interest in the sector's development.
BBVA: The Spanish bank invested in a blockchain-based securities platform, highlighting its commitment to exploring blockchain technology.

3. DeFi initiatives and innovation labs.
Some traditional banks have established dedicated DeFi initiatives or innovation labs within their organizations. These internal units focus on researching, developing, and testing blockchain and DeFi solutions. They explore ways to improve operational efficiency, reduce costs, and enhance customer experiences through blockchain technology.

Examples:

Citigroup: The bank has launched a dedicated blockchain unit to explore potential applications across its various business lines, including trade finance and supply chain management.
Santander: Santander InnoVentures, the bank's venture capital arm, has invested in blockchain and DeFi projects while exploring potential use cases for its banking operations.

4. Regulatory Engagement and Compliance.
Traditional banks are acutely aware of the regulatory landscape surrounding blockchain and DeFi. Many have engaged with regulators to ensure compliance with existing financial regulations while advocating for a clear and conducive regulatory framework for DeFi activities. This engagement is essential to address potential risks and uncertainties in the DeFi space.

Examples:

Regulatory Working Groups: Some banks actively participate in industry working groups and consortia focused on blockchain and DeFi regulation, contributing to developing industry standards.
Compliance Measures: Banks implement stringent compliance measures when engaging with DeFi partners or investing in blockchain startups, ensuring adherence to Know Your Customer (KYC) and Anti-Money Laundering (AML) requirements.

In summary, traditional banks are not passive bystanders in the DeFi revolution; they are embracing the potential of blockchain and DeFi technology to grow their banking service. Through partnerships, investments, innovation labs, and regulatory engagement, banks are actively exploring ways to incorporate DeFi principles into their operations. This collaborative approach marks a significant step toward bridging the gap between traditional finance and the decentralized future envisioned by DeFi. As DeFi continues to evolve, traditional banks will play a vital role in shaping tomorrow's financial landscape.

Conclusion

In conclusion, the rapid growth of DeFi, with its expected revenue and user base expansion, demonstrates its significance in the financial sector. DeFi offers a compelling alternative to traditional banking, built on blockchain technology's principles of decentralization, transparency, and accessibility. As blockchain technology continues to develop, with a projected market size of approximately 22.5 billion U.S. dollars in 2026, DeFi is poised to play a central role in shaping the future of financial services. Organizations and individuals in the financial industry should stay informed of how DeFi is helping businesses grow and actively engage with this transformative wave.

Source of statistics statista.com

The Metaverse Economy: Opportunities and Challenges for Entrepreneurs

Mary Andree — Tue, 19 Dec 2023 11:00:42 +0000

Introduction
The Metaverse, once confined to the realms of science fiction, is now a booming digital landscape with vast economic potential. By 2030, this digital universe could swell to a staggering US$507.8 billion market volume. For entrepreneurs, this emerging frontier represents a wealth of opportunities but comes with its unique set of challenges.

Opportunities for Entrepreneurs

Virtual Goods and Services. One of the most promising avenues in the Metaverse is creating and selling virtual goods and services. Entrepreneurs can craft digital clothing, accessories, and art and even offer virtual services like real estate development and event planning. Leading the way is Upland Metaverse, which is recognized as the best platform for virtual property investments. This platform allows users to buy, sell, and trade virtual properties in real-world locations.
Virtual Storefronts and Experiences. Virtual storefronts are key to the Metaverse economy. Platforms like Roblox Metaverse offer immersive gameplay and social interaction, making it an ideal space for entrepreneurs to create engaging experiences. Additionally, Sandbox Metaverse is known for its creative freedom, making it the best platform for crafting and sharing unique content.

Challenges in the Metaverse Economy

Competition and Market Saturation. As the Metaverse grows, so does the competition. Entrepreneurs must contend with an increasingly crowded marketplace, making it vital to differentiate their offerings and build a unique brand.
Technological and Ethical Challenges. Navigating the Metaverse also involves grappling with technological hurdles and ethical considerations. Entrepreneurs must be prepared to address issues like data privacy and user consent.

Strategies for Success

Building a Brand in the Metaverse.
In the Metaverse, community engagement is paramount. Entrepreneurs should actively participate in the virtual communities relevant to their brand or industry. This can take the form of hosting events, sponsoring virtual gatherings, or simply engaging in conversations with users. For instance, a fashion brand operating in the Metaverse might host virtual fashion shows or collaborate with virtual influencers to create a buzz around their products.
Example: Gucci in Roblox
Gucci, a renowned fashion brand, has embraced the Metaverse by partnering with Roblox. In this virtual world, they created the "Gucci Garden Experience," an immersive space where users can explore and engage with the brand's products and history. By actively participating in the Roblox community, Gucci has strengthened its brand presence and connected with a younger, digital-native audience.
Diversifying Revenue Streams.
In the Metaverse economy, diversification is not just a strategic choice; it's a necessity. Entrepreneurs must explore a variety of revenue streams to build a sustainable and robust income model. Here are some ways to diversify revenue in the Metaverse:

Virtual Goods Sales
Virtual Real Estate and Property Development
Hosting Experiences and Events
Advertising and Sponsorships
Consultation and Virtual Services

Case Studies

Let's take a look at some real-world examples of entrepreneurs who have embraced the Metaverse:

Nike Metaverse: Nike has created its virtual space called "Nikeland" and continues to enhance its presence with "Swoosh," an online storefront selling digital goods via Web3 technology.
Adidas Metaverse: Adidas has adopted a unique Metaverse strategy, collaborating with designers and NFT giants to create limited-edition virtual wearables.

Conclusion

The Metaverse economy is a dynamic frontier, offering exciting opportunities for entrepreneurs. With its projected astronomical growth, it's clear that the Metaverse is not just a trend but a substantial and lasting digital landscape. However, success in the Metaverse demands innovation, adaptability, and a keen understanding of the market's unique challenges. Entrepreneurs who navigate this terrain with creativity and foresight are poised to reap the rewards of this digital revolution. Defining your business goals correctly helps you understand which innovative Metaverse solutions will increase your business growth in the virtual world.

Paying for parking with Digital Tenge in Kazakhstan

Mary Andree — Fri, 14 Jul 2023 06:25:04 +0000

The National Bank of Kazakhstan is implementing a pilot project to introduce their own central bank digital currency(CBDC), called the digital currency Digital Tenge (DT). As part of this program, a number of studies have been conducted, including the use of DT in the payment and settlement infrastructure. One of the most promising projects was the development of a car parking payment system using IoT and the Digital Tenge. In order to implement the project, the National Bank selected ilink, a software development company that specializes in digital technologies.

Currently, there are two ways to pay for parking: cash and cashless. In both cases, an intermediary is required between the parking user and the service company, and it is not possible to conduct a full analysis of the data on the use of parking spaces. The use of IoT and digital token technologies improves the interaction between customers and parking lot owners, while also and offerings certain advantages. By eliminating the intermediary, the price of parking is reduced, and the analysis of public data on vacant spaces helps spacesvacancies helps to track availability in advance and set up actions to be automatically triggered when certain conditions are met, such as giving the user a discount on parking in a certain area.set up automatic fulfillment of certain conditions of payment (for example, discounts).

First smart contract based on NFT signed in Kazakhstan

Mary Andree — Fri, 14 Jul 2023 06:23:44 +0000

ilink's software developers and the Association of the Blockchain Industry and Data Centers in Kazakhstan have signed an agreement, a part of which was made into a smart contract by minting part of the contract as a non-fungible token(NFT) and connecting it with a smart contract. The main purpose of this agreement and contract is to establish an educational program focused on the blockchain sphere.

A smart contract is a digital contract that ensures the automatic fulfillment of predetermined conditions and obligations in an online environment. The significance of this smart contract lies in its status as the first NFT-based contract in Kazakhstan, showcasing the potential of conducting transactions using modern technologies.

The developers emphasize the importance of education in the blockchain field, given the increasing prominence of digital assets in Kazakhstan and globally. To avoid a shortage of skilled personnel when smart contracts become the new norm for transactions in the near future, it is crucial to start training specialists in blockchain development now.

How to determine the digital maturity of a company

Mary Andree — Thu, 15 Jun 2023 11:55:09 +0000

Digital maturity is a measure of a company's digital evolution. A company's level of digital maturity can be determined through its application of modern digital technologies for managing internal processes and communicating with customers.

The Digital Maturity Assessment is a multi-level study of an organization. It reveals the potential for growth and specific areas for development. Furthermore, it assists in developing a personalized digital transformation strategy.

A number of basic categories can be used to determine whether a company is at a low or high level of digital maturity. To begin with, there is data storage. If data is stored on employee devices and exchanged via flash drives and email, the company has a low level of digital maturity. Companies with a high level of maturity store data in cloud storage. In a second example, a company with high levels of digital maturity engages with its audience via social media and service platforms. The third factor is the importance of advertising. There is a significant difference between companies that only purchase advertising on billboards and print flyers, and companies that use targeted and contextual advertising on the web, native advertising in the media and have advertising analytics. As a final example, let us consider sales. A company with low digital maturity has only offline outlets, whereas a company with high maturity has a variety of online sales channels.

In essence, companies with low levels of digital maturity are still operating the same way they did many years ago. As a result, they do not evolve, they do not invest in new technologies, and they do not automate business processes. Alternatively, companies with a high level of digital maturity implement the best solutions to automate various processes, including sales and HR brand analysis. All in all, digital transformation is the process of introducing new technologies, while digital maturity is the result of business changes.

What challenges does business face in digital transformation?

It is common for companies to face a number of challenges during the process of business process transformation. Since each specific case is unique, there is no perfect formula that can predict in the early stages what difficulties the company will face. The best way to approach and drive change is to engage the expertise of an IT company with an experienced team that specializes in innovation transformation. Having such a partner will assist the business in avoiding mistakes and easing the transition to new technologies. In this article, we will focus on three common issues that companies encounter during the digital transformation process.

Integration
The more an organization grows, the more difficult it becomes to manage its IT infrastructure. The company uses a growing number of applications in addition to legacy systems and platforms. Consequently, custom integration of all systems can be a challenge. It is important to note that each system has its own data model, business logic, and processes. The process of building and connecting applications to a complex infrastructure is time-consuming and increases the cost of IT. On the other hand, integration of all enterprise systems is essential to ensure the smooth operation of software components in an enterprise IT environment. It will be impossible to ignore this issue, and it is better to be aware of it in advance.
Data Mining
There is a common misconception that companies do not utilize corporate data to add value to their operations. Data growth raises the question of how to cope with such a large amount of information. As a result, this is an important source of business intelligence that examines business activities. Big data makes it possible to analyze not only sales data, but also data from related areas. Everything from social networks to the facial expressions of people making purchases can be analyzed. By analyzing data, the company can demonstrate the effectiveness of its operations. As a result of this data, optimal business strategies can be developed and implemented.
Scalability
An example of the importance of agile business process management can be found in the Covid-19 pandemic. Supply chain management was the first area to experience this. The modern supply chain is essential for cross-functional planning, advanced supply risk assessment capabilities, and real-time supply monitoring. Only companies with flexible systems can remain competitive and expand their capabilities in the future.

Despite the fact that there may be many issues, there are some basic conclusions that can be applied universally. In order for a company to succeed, it must have a flexible infrastructure, an adaptable business model, as well as an understanding and ability to leverage modern technology.

How to measure the digital maturity of a company

Similarly, there is no off-the-shelf solution for measuring digital maturity, due to the fact that it is impossible to measure all companies with the same yardstick. Many factors may be helpful in evaluating one company, but useless in evaluating another. Let's use the Deloitte Digital Maturity Model for a general analysis. Using this model, digital capabilities are assessed across five key dimensions: Customer, Strategy, Technology, Operations, and Organization & Culture. This assessment focuses on the business strategy, which determines the focus of the change. In order to concretize the strategy, the Business Model and Operating Model must be defined, which determines the level of digital maturity required to achieve the selected objectives.

In 2017, Deloitte published Achieving Digital Maturity. According to Deloitte, 75% of respondents whose organizations devote sufficient time, energy, and resources to digitalization consider these efforts to be successful. Approximately one third of those who do not make this commitment report the same results.

What stages of development should be taken into account

In a collaborative effort between the Boston Consulting Group and Think with Google, the Digital Maturity Benchmark helps you determine the level of digital maturity of your company. They identified four levels of digital maturity in this project.

In the first stage, management is involved in the ongoing transfer of data between departments. It is not an autonomous or automated system; management and stakeholders are constantly required to intervene.
In the second stage, new technologies are introduced. The company is currently focused on developing strategies for scaling across departments.
In the third stage, the company uses data-driven processes to improve performance. At this stage, the company already knows how to analyze and apply offline and online data.
The fourth stage is considered to be the most advanced. Here, the company uses data-driven integrations. The company optimizes all channels, departments, and touch points.

It is important to note that there is no specific rule that can be used to determine an organization's level of digital maturity. Organizations are unique in their own way. In this article, we have attempted to illustrate the differences between companies with a low level of digital maturity and companies with a high level of digital maturity, what challenges arise during digital transformation, and how to approximate the level of digital maturity of a company. There is one general conclusion that can be drawn: no matter what level of digital maturity a company reaches, new technologies will continue to be introduced.