Trending March 2024 # @Pay Announces Api Development For Potential Partnerships With Bnpl Companies # Suggested April 2024 # Top 11 Popular

You are reading the article @Pay Announces Api Development For Potential Partnerships With Bnpl Companies updated in March 2024 on the website We hope that the information we have shared is helpful to you. If you find the content interesting and meaningful, please share it with your friends and continue to follow and support us for the latest updates. Suggested April 2024 @Pay Announces Api Development For Potential Partnerships With Bnpl Companies

 @Pay, the first Buy Now Pay Later (BNPL) platform to integrate blockchain technology and cryptocurrency has just announced the commencement of development on their API, which will allow other providers of BNPL products to introduce the benefits of blockchain technology and smart contract frameworks to their customers while rewarding them with cryptocurrency governance tokens.

The platform has announced the start of their API development, which will help facilitate potential partnerships, whereby partners will be able to reward their customers upon the completion of repayments. This development allows @Pay to immediately access the multi-billion dollar BNPL market. 

@Pay believes this incentivized offering engages the demographics that are taking up BNPL services. Furthermore, these BNPL platforms will also earn rewards for partnering together, the same way customers receive rewards for paying off their loans.    

Adam Mazzaferro, Founder of @Pay says: “The appeal of BNPL is growing rapidly across the World and @Pay is at the forefront by integrating blockchain technology and cryptocurrency with the more traditional forms of BNPL.  @Pay has built the future of the BNPL space and we are excited to be taking the next step of offering aspects of our platform to the more traditional forms of BNPL so they are able to benefit from our cost structures as a DeFi platform, but more importantly, their customers and merchants are able to benefit from the @Pay rewards system.” 

Mr. Mazzaferro is excited by @Pay’s latest development and believes @Pay’s offering will be attractive to existing BNPL providers because “by teaming up with @Pay the more traditional forms of BNPL platforms will be able to become more cutting edge and fly into the DeFi space whilst providing services that will make them even more appealing to their traditional customer base.” 

In terms of partnership agreements with @Pay, any BNPL platform that agrees to engage and utilize the API will expect a commission split arrangement that will be negotiated on an individual basis with partners as part of the transaction processing and user rewards program allocations.

Similar BNPL platforms that engage with @Pay’s API will also benefit from the cost structures and processing costs associated with DeFi platforms whilst maintaining their existing relationships with merchants and shoppers. The API itself has been carefully designed by developers at @Pay for a seamless integration onto partner platforms and is expected to be ready for trial in March of 2023.

About @Pay

@Pay is a global decentralized platform creating payment solutions for shoppers, merchants, and marketplaces that empowers customers to access the things they want and need, while still allowing them to maintain financial wellness and control to help people to spend responsibly.

@Pay users can Buy Now, Pay Later (BNPL), without the risk of being charged interest or late fees by splitting repayments into four payments over a three-month period. An additional benefit is that this can be facilitated for both online and in-store purchases.

@Pay is the first BNPL platform that makes use of blockchain and smart contract technology to harness digital currencies creating groundbreaking eCommerce solutions and experiences that are sure to appeal to people of all ages. 

Learn more about @Pay at Website, Twitter, LinkedIn, and Instagram. 

Dina Mattar

Luna PR

[email protected]

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Sharepoint Rest Api: Explained With Examples

The SharePoint REST API has quickly become a go-to method for connecting external applications and services to SharePoint sites. It gives organizations the power to maximize their investment in the SharePoint platform.

The SharePoint REST API is a flexible and efficient method for interacting with SharePoint data remotely, providing a powerful alternative to traditional client APIs. By leveraging the SharePoint REST API, developers can efficiently integrate SharePoint functionality into their own applications.

If you’re a developer looking to integrate SharePoint into your applications, this comprehensive guide will give you all the information and steps that you will need to make your integration both effective and successful.

Now let’s start at the beginning with some basics!

REST, which stands for Representational State Transfer, is an architectural style that guides the design and development of networked systems. It’s a lightweight and flexible way to interact with SharePoint remotely using any technology that supports the REST protocol.

REST emphasizes a stateless client-server communication model, where clients send requests to servers to perform actions on resources. These requests are typically in the form of HTTP methods like GET, POST, PUT, PATCH, and DELETE, which align with different operations on the resources.

The REST architecture focuses on the notion of resources, which are identified by unique URLs and is based on the standard Open Data Protocol (OData) and allows developers to perform basic create, read, update, and delete (CRUD) operations through a RESTful HTTP request.

In the context of SharePoint, resources can be items in a SharePoint list, documents in a SharePoint library, or even the SharePoint site itself. By interacting with these resources using HTTP requests, clients can retrieve information, make modifications, and perform other actions.

Constructing requests and handling responses: To interact with the SharePoint REST API, developers need to construct HTTP requests with the necessary information, such as the target endpoint, headers, and sometimes request chúng tôi requests are sent to the SharePoint server, which processes them and returns responses. These responses contain the requested data, confirmation of a successful operation, or error messages if any issues arise.

SharePoint client object models: The SharePoint REST API provides functionality that corresponds to various client object models, including:

JavaScript (JSOM): Via JavaScript libraries, you can interact with SharePoint remotely.

Silverlight (CSOM): Using .NET libraries, you can create Silverlight applications that work with SharePoint.

Managed .NET (CSOM): Through C# or VB, you can build client applications that SharePoint is compatible with, using managed .NET code.

Mobile (MCSOM): You can create Windows Phone apps that leverage SharePoint REST API with Microsoft’s Mobile Client Object chúng tôi client object model allows you to interact with all the SharePoint entities, such as lists, SharePoint libraries, content types, and more.

SharePoint Online: In the context of SharePoint Online, the REST API plays a crucial role by allowing the integration of SharePoint content and features into various client and mobile applications. When you query SharePoint Online using the REST API, you get results from:

Content in SharePoint Online site collectionsContent in Microsoft 365 groups

The SharePoint Search REST API enables you to add search functionality to your applications, providing a seamless and efficient way for SharePoint site users to access SharePoint content from different platforms and devices.

Understanding these fundamental concepts will provide a solid foundation for working with the SharePoint REST API. Now let’s explore the practical aspects of integrating with SharePoint using the REST API in the next section!

In this section, we’ll delve into the process of integrating SharePoint’s REST API into your applications. We’ll go over the authentication and authorization process and then how to set up your development environment.

When integrating with SharePoint using the REST API, it’s crucial to understand the authentication and authorization process. SharePoint employs a variety of authentication methods to ensure secure access to its resources.

Here are some key points on authentication to consider:

1. Different authentication options: SharePoint supports multiple authentication options, including OAuth, app-only authentication, and more. OAuth is commonly used and involves obtaining an access token that represents the authenticated user or application.

2. Obtaining access tokens for API requests: To make API requests, you need to obtain an access token. The token is acquired through an authentication process, where the requesting applicant presents valid credentials and receives a token in return. This token is then included in subsequent API requests to prove the authenticity of the requester.

To start integrating with the SharePoint REST API, you’ll need to set up your development environment. Here are some points to consider.

1. Required tools and libraries: Depending on your programming language or platform, there are various tools and libraries available to facilitate SharePoint REST API integration. These may include SDKs (Software Development Kits), code libraries, or development frameworks specific to your chosen programming language.

2. Establishing connections to SharePoint sites: In order to interact with SharePoint using the REST API, you need to establish a connection to the SharePoint site or site collection you want to work with. This typically involves providing the site URL of the SharePoint site and the appropriate authentication credentials.

Once you have your development environment set up, you are ready to start leveraging the power of the SharePoint REST API to interact with SharePoint resources programmatically.

Now that you have a solid understanding of the basics and have set up your development environment, it’s time to explore the various operations that can be performed using the SharePoint REST API.

In this section, we’ll delve into the various operations that can be performed to retrieve data, create and update resources, delete items, and work with metadata.

Understanding these operations and their implementation through the SharePoint REST API will empower you to efficiently interact with SharePoint, automate tasks, and streamline your workflows.

Retrieving data from SharePoint through REST API is a valuable technique for developers when working with a particular SharePoint group such as a group of files, documents, properties, metadata, and more. The REST interface allows developers to perform various CRUD operations with ease using HTTP requests.

To interact with files and documents using the SharePoint REST API, you can use methods like GET, POST, PUT, MERGE, and DELETE. Each method represents a specific action: retrieving, creating, updating, merging, and deleting files or documents, respectively.

For example, to fetch a list of items in a specific SharePoint document library, you can use the following HTTP request:

You can also fetch files within a specific folder using:

SharePoint entities, such as files, documents, and folders, have properties and metadata associated with them. The SharePoint REST API enables developers to fetch and manage this information.

To retrieve properties of a file, use the following request:

Updating metadata of a file requires the MERGE method along with additional header information:

Headers: Content-Type: application/json;odata=verbose If-Match: * X-HTTP-Method: MERGE Body: { “__metadata”: { “type”: “SP.Data.DocumentsItem” }, “Title”: “Updated Document Title” }

Finding specific information or items in SharePoint is made easy using search and query capabilities of the REST API. These features allow developers to filter, order, and customize their search results based on various parameters.

One example is filtering items in a list by using the $filter query option:

Sorting search results can be done using the $orderby query option:

The SharePoint REST API also supports batch requests, allowing developers to combine multiple requests into a single call, improving performance:

By leveraging the SharePoint REST API capabilities, you can efficiently fetch data from SharePoint, manage its properties and metadata, and perform accurate search queries while maintaining a smooth user experience.

For instance, to create a new list, construct a RESTful HTTP request using the JavaScript Object Notation (JSON) format, like so:

var listData = { '__metadata': { 'type': 'SP.List' }, 'Title': 'NewList', 'Description': 'This is a new list.' };

Then, make an HTTP POST request to the following URI:


Similarly, to add an item to a list, send a POST request with the JSON payload representing the new item:

var itemData = { '__metadata': { 'type': 'SP.Data.ListNameListItem' }, 'Title': 'New Item' };

The request should be sent to the following URI:


You can update data in SharePoint by using the PUT or MERGE HTTP requests. These methods are often combined with X-HTTP-Method in the header to avoid issues related to certain firewalls and proxies. With MERGE, you can update only the properties you want to modify, while the PUT request will update all properties of an item, even if they’re not included in the request.

For instance, to update an item’s title, use the following JSON payload:

var updatedData = { '__metadata': { 'type': 'SP.Data.ListNameListItem' }, 'Title': 'Updated title' };

Then, construct an HTTP POST request to the item’s URI, and update the item using the MERGE method:


The SharePoint REST API provides options to delete and recycle objects, such as lists or items. To delete a SharePoint object, you can use the HTTP DELETE command. Alternatively, you can use the recycle operation to move an object to the recycle bin.

For example, to delete an item, send a POST request with an X-HTTP-Method of DELETE and the appropriate headers:


To recycle an item, use the recycle endpoint, like so:


SharePoint lists are an integral part of the SharePoint site architecture. Using REST APIs, you can manage list items easily by interacting with various endpoints related to lists and list items:

The SharePoint REST API simplifies the process of interacting with SharePoint entities, making it more convenient and efficient for developers to manage site collections, lists, and items programmatically.

Microsoft Graph API is a unified API endpoint for various cloud-based services, including SharePoint Online. With the Graph API, client applications can interact with SharePoint sites, lists, and libraries using RESTful web technologies.

The API follows the Open Data Protocol (OData) standard, allowing developers to perform CRUD operations on SharePoint entities using HTTP commands like GET, POST, PUT, and DELETE.

Here’s one of the SharePoint rest endpoint examples using Graph API. This is a REST endpoint URL for SharePoint Online through Graph API:

This endpoint allows retrieving items from a specific list in a SharePoint Online site.

Developers using the .NET Framework or Silverlight can also interact with SharePoint REST services. SharePoint provides client object models in these technologies, making it easy to work with SharePoint data in various .NET and Silverlight applications.

In the SharePoint REST service, REST endpoint URLs follow a specific pattern, enabling developers to perform operations on entities such as sites, lists, and fields.

Here’s an example of a REST endpoint URL structure for SharePoint:

The SharePoint REST API offers capabilities to leverage social features such as feeds and followings. The SocialFeedManager and SocialFollowingManager classes provide methods for managing social feeds and following content in SharePoint.

Using the SocialFeedManager, developers can create, read, update, and delete posts, replies, and likes in user feeds. The SocialFollowingManager class, on the other hand, enables managing and retrieving users and content being followed. Below are some examples of REST endpoint URLs for working with these classes:

The SharePoint REST API provides a powerful means to interact with SharePoint programmatically, enabling developers to unlock the full potential of SharePoint for their organizations.

By following the guidelines, best practices, and examples outlined in this comprehensive guide, you are well-equipped to embark on your journey of integrating SharePoint with the REST API and building robust, customized solutions tailored to your unique needs. Embrace the power of the SharePoint REST API and unleash the full potential of SharePoint integration.

Take a course to learn how to integrate SharePoint with the Power Platform or watch this video to discover the possibilities:

To authenticate with the SharePoint REST API, you have to first obtain an access token. This is typically achieved by registering an app in the Azure Active Directory and acquiring the token using the application’s credentials. Then, include the access token in the HTTP header of your REST calls, usually as a Bearer token.

To call SharePoint REST API from JavaScript, you can use the XMLHTTPRequest or the fetch API. These SharePoint APIs allow you to make HTTP requests like GET, POST, PUT, DELETE, and PATCH to interact with SharePoint REST endpoints. Make sure to construct properly formatted URLs for the endpoints and include the necessary headers for authentication and content type.

When using SharePoint REST API, some limitations and restrictions might apply. For instance, REST API requests are subject to the SharePoint threshold limit for data retrieval.

Additionally, certain operations may not be supported for specific scenarios or environments, like working with taxonomy fields, accessing on-premises SharePoint farms, or interacting with certain SharePoint add-ins and features.

Make sure to check the API documentation for specific functionality and limitations.

An Esg Guide For Tech Companies

● ESG is essential for tech companies when it comes to winning the war for talent and building trust with investors

Read more: A simple guide to ESG

Why should tech companies care about ESG?

Technology companies also significantly impact society through their products and services.

By encouraging greater social responsibility, ESG helps those in the technology sector provide further consideration to the social impact on cybersecurity, data privacy, and accessibility.

Regarding governance, ESG can encourage technology companies to prioritise issues such as accountability, transparency, and ethical decision-making.

Board diversity, executive compensation, and shareholder engagement can all be considered within this space.

Overall, ESG is vital within the technology sector because it promotes more responsible practices and can lead to better resilience in the long term.

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Build a better future with the Diploma in Environmental, Social and Governance (ESG).

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Adapt, build, achieve

Build a better future with the Diploma in Environmental, Social and Governance (ESG).

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Book a call

How is ESG measured in technology firms?

ESG is often measured by rating agencies who evaluate companies by looking at ESG performance, among other factors.

Ratings for technology companies can be measured and based on criteria such as energy efficiency, carbon footprint, data privacy, and labour practices.

Technology companies also publish reports which disclose their ESG practices and provide transparency around initiatives, allowing stakeholders to evaluate progress.

The Global Reporting Initiative and the Sustainable Accounting Standards Board provide frameworks for such reports.

Another factor vital in measuring ESG is stakeholder engagement, which focuses on how companies engage with different stakeholder groups and incorporate their feedback into their ESG strategy. This can help to identify ESG-related risks.

Finally, companies can measure their ESG performance against peers by benchmarking to better understand their relative strengths and weaknesses.

How are ESG factors regulated within the technology sector?

ESG is not explicitly regulated within the technology sector, but some frameworks in place encourage companies in this space to consider ESG issues.

These include frameworks such as data privacy regulations, which subject companies to regulations involving GDPR and aim to protect consumers’ personal data.

Some Governments have also set carbon reduction targets, meaning companies must disclose their carbon emissions.

In addition, the EU has introduced a classification system for sustainable investments, including environmental and social factors.

This system aims to direct investments towards more sustainable businesses.

Stock exchanges such as the Nasdaq and New York Stock Exchange have also introduced listing requirements related to ESG.

For example, the Nasdaq requires companies to make disclosures regarding board diversity.

So, while ESG factors are not explicitly regulated within the technology sector, there are several frameworks in place which encourage more sustainable practices.

How can executives play a greater role in shaping this area?

Chief Information Officers are crucial in helping companies meet their ESG goals.

One of the biggest challenges when it comes to implementing ESG policies is the need for good-quality data.

CIOs have many opportunities to drive more sustainable digital transformation and must consider the environmental impact of new technology and infrastructure.

Since data centres must be considered regarding energy consumption, ESG now concerns the IT department more than ever.

Sustainability-related questions have been increasing in proposal requests, and data centres and cloud services are not considered top contributors to the carbon footprint.

These factors can be optimised by working with different suppliers. IT leaders can also adopt tools that help report complex metrics around carbon emissions.

According to the experts, various technologies can help feed into ESG metrics, including blockchain, AI, the Internet of Things, and Virtual Reality.

Why ESG will grow in importance for tech firms

It has been forecasted that ESG assets are set to make up more than a third of assets under management by 2025, so ESG is here to stay.

The S&P 500 technology sector currently makes up a big portion of many ESG funds.

This means there will also be greater scrutiny from shareholders.

Companies in tech, such as Salesforce, Amazon, and Alphabet, have already signed up to support consistent climate reporting.

Companies are increasingly looking toward greater diversity and inclusion practices to win the talent war (see video below), which could also help boost innovation.

By following ESG standards technology, companies can avail of better financing, such as Sustainability Linked Loans.

These loans can have good terms depending on whether businesses meet ESG-related targets.

However, while tech CEOs understand the importance of ESG, it is still difficult to track the data and metrics to measure it.

Research has suggested that there may be a need for more in-house talent in the tech sector to measure and achieve ESG-related goals better.

What should tech companies focus on when it comes to ESG? 

Some areas of focus which might be helpful for companies include power consumption and greenhouse gas emissions and utilising the cloud and serverless architecture.

Supporting corporate wellness and improving issues with the supply chain can also help.

Both digital transformation and ESG apply to how businesses can increase efficiency and better business outcomes.

Both topics look beyond the organisation’s immediate success, and it is essential to consider how valuable technologies could be scaled to achieve ESG-related goals better.

Innovations within the IT world can make ESG practices much more efficient.

Unfortunately, a high level of computer power can come with an equally high level of energy consumption.

So the environmental impact of this must be considered when it comes to the planning of tech companies.

Both big data and machine learning have allowed for the optimisation of production schedules, and companies have increased opportunities to make a difference in this space.

Customers have also been found to increasingly reference ESG criteria when choosing ICT providers to work with, which is a growing issue due to technological change.

With many IT vendors competing for space in the market, it is now easier than ever for customers to filter out certain vendors based on ESG-related criteria.

Technology companies in the spotlight

Given the global dominance of technology companies, it is no surprise that they have found themselves very much in the spotlight regarding ESG practices.

They have led in climate change, diversity, and inclusion.

By following such criteria, technology companies can help to better align themselves with customer preferences and showcase their commitment to societal issues.

Tech giants in the US have all now made net zero or carbon neutral pledges, which can have a further knock-on effect of encouraging their vendors and suppliers to reduce their emissions.

In the future, there will be more reporting requirements around ESG placed on technology companies, so companies must be able to identify appropriate data sources.

Businesses should take note of a younger demographic of investors now getting involved.

There has never been a better time to focus on ESG-related priorities.

While ESG reporting is currently voluntary, it may not continue to be so. In this case, those who position themselves well to address these issues now will be better equipped to manage risk in the future.

8 Cryptocurrency Coins With Huge Growth Potential April 2023

As the cryptocurrency market finally takes a bullish turn in April 2023, investors seek opportunities to fill up their portfolios and capitalize on the potential growth of various digital assets. With a myriad of cryptocurrencies to choose from, it’s essential to identify those with the most significant potential for future price boosts.

2. Aave

Aave is a decentralized finance (DeFi) platform revolutionizing how people interact with traditional financial services. Aave offers a wide range of decentralized lending and borrowing services, enabling users to lend and borrow digital assets in a permissionless, transparent, and secure manner. As a non-custodial protocol, Aave puts the power back into the hands of users, allowing them to maintain full control over their assets while earning interest or leveraging their holdings.

At the heart of Aave’s operations lies the generation of interest income through its lending services. To optimize this revenue stream and bolster profitability, Aave can manipulate three primary factors beyond merely increasing fees: enhancing capital efficiency, acquiring new users, and elevating profit margins.

In recent months, Aave has introduced a significant upgrade to its central offering (Aave V3) and announced multiple supplementary products (such as GHO and Lens Protocol), all designed to address and optimize one or more of these crucial strategic elements. This raises hopes that Aave has a big future, and with the help of the overall current bullish sentiment, it can easily rank among the top DeFi projects.

3. Monero

Monero (XMR) is a privacy-focused cryptocurrency that has earned its reputation as one of the market’s most secure and untraceable digital currencies. Unlike many other cryptocurrencies that use transparent blockchains, Monero employs sophisticated cryptographic techniques to obscure transaction data, ensuring that the sender, receiver, and amount remain confidential. This focus on privacy makes Monero an attractive option for users who value financial anonymity and security, fueling its potential for growth in an increasingly privacy-conscious world.

Throughout its existence, privacy-centric networks such as Monero have faced scrutiny for allegedly enabling money laundering and terrorist financing. Consequently, Monero’s XMR has been excluded from numerous centralized cryptocurrency exchanges. Notably, the largest U.S. crypto exchange by trading volume, Coinbase (COIN), has refrained from supporting the privacy-focused token.

Despite the regulatory hurdles, Monero’s emphasis on privacy continues to attract users to its network. Analysts’ XMR price prediction remains bullish, estimating that the coin could reach $180.92 by early January 2024 and nearly $303.34 in five years. As a result, the current market conditions might present a prime opportunity to buy the dip and capitalize on XMR’s potential growth.

4. Chainlink

Chainlink is a decentralized oracle network that has garnered significant attention in the cryptocurrency space for its innovative approach to solving one of the most pressing challenges in the blockchain ecosystem: secure and reliable data feeds. By enabling smart contracts to access real-world data, such as price feeds, weather data, or sports scores, Chainlink bridges the gap between on-chain and off-chain environments, unlocking the full potential of blockchain technology.

At the core of Chainlink’s success is its decentralized network of oracle nodes, which independently retrieve and verify data from various sources before aggregating and delivering it to smart contracts. This process eliminates the risks associated with a single point of failure and ensures the highest level of security and accuracy in the data feeds. As more industries and businesses recognize the value of decentralized data sources, the demand for Chainlink’s services continues to grow.

The native token of the Chainlink network, LINK, is crucial in incentivizing node operators to provide high-quality and reliable data while also being used as payment for Oracle services.

Considering the prevailing optimistic outlook, technical indicators predict that the lowest price for Chainlink in 2023 could be around $8.86. The highest potential value for LINK during this period may reach $10.55. On average, the trading price is anticipated to hover around $9.19. While this is a small increase, it can still give the whales a massive financial boost and give LINK a promotion among the other top altcoins.

5. Polkadot

Polkadot is a cutting-edge, open-source blockchain platform that enables seamless interoperability and scalability among multiple blockchain networks. Developed by Ethereum co-founder Dr. Gavin Wood, Polkadot stands out due to its innovative architecture and unique features, which have the potential to revolutionize the decentralized ecosystem.

At the core of Polkadot’s architecture is the concept of a relay chain, which connects multiple parachains and serves as the central hub for all network activity. This structure allows for faster, more secure, and more efficient cross-chain communication, addressing the limitations of existing blockchain platforms. Polkadot also features a sophisticated consensus mechanism known as Nominated Proof-of-Stake (NPoS), which enables the network to achieve high levels of security and decentralization without compromising on performance.

While DOT has performed negatively in the last few months, Bulls are finally taking over the DeFi market, and analysts expect DOT to get a notable price boost throughout the year. The minimum cost of Polkadot is expected to be $8.82, while the maximum level the DOT price can reach is $9.94.

6. Cosmos

Cosmos (ATOM) is a rapidly growing blockchain project that also aims to solve some of the most pressing issues facing the world of decentralized networks, such as scalability, interoperability, and usability. By creating an ecosystem of interconnected blockchains, Cosmos enables seamless communication and value transfer between various decentralized applications (dApps) and platforms, essentially becoming the “Internet of Blockchains.”

At the heart of the Cosmos ecosystem is the ATOM token, which plays a pivotal role in securing and governing the network. Validators and delegators can stake their ATOM tokens to participate in consensus and earn rewards, ensuring the network’s overall security and stability. Additionally, ATOM is used for transaction fees and voting on governance proposals, giving holders a say in the platform’s future direction.

One of the standout features of Cosmos is the Inter-Blockchain Communication (IBC) protocol, which allows different blockchains to communicate and exchange information without the need for intermediaries or centralized exchanges.

This breakthrough innovation has the potential to dramatically increase the utility and efficiency of decentralized networks, fostering greater collaboration and innovation across the entire blockchain landscape. Thus, with the help of bulls entering the market, ATOM might promote to the leading spot.

7. Dogecoin

Originally created as a joke, Dogecoin has evolved into a popular cryptocurrency with a passionate community behind it. Recently, the coin experienced a significant price rally when Elon Musk changed Twitter’s logo to DOGE, sparking renewed interest and driving up its value.

Despite its infinite supply, which makes long-term capitalization challenging, savvy investors can still benefit from short-term price fluctuations like this. By seizing opportunities created by such hypes, alongside the broader bullish trend in the market, traders can potentially achieve substantial financial gains while keeping an eye on this ever-evolving meme coin.

8. Aptos

Aptos (APT) is a cutting-edge Layer 1 blockchain protocol that delivers top-tier performance, scalability, and security. Developed using the innovative Move coding language, Aptos is built to handle increased network traffic without compromising speed or efficiency. This scalable design ensures that users won’t experience slowdowns during periods of high demand, ultimately saving both time and money. Furthermore, Aptos strongly emphasizes security and reliability, fostering trust and confidence in the platform.

Final Takeaway

Timing plays a crucial role in investing in cryptocurrencies. Maximizing your financial gains depends on making well-informed decisions at the right time. As the market shifts into a bullish phase, now may be the ideal moment to capitalize on this upward trend and witness your investments flourish in the coming months.

Pioneer Announces New Rayz Line Of ‘Smart’ Lightning Headphones With Built

Popular audio accessory company Pioneer today announced a new line of Lightning earbuds that the company says offers an experience not possible with traditional 3.5mm headphones. The “Rayz” series includes two pairs of earbuds, the Rayz and the Rayz Plus and will be available soon.

The wired headphones connect to any iPhone, iPad, or iPod touch via the Lightning port and draw power from there, thus meaning there’s no need for charging of any kind. The Rayz Plus earbuds, however, set themselves apart in that they have a built-in Lightning port on the cable that allows users to charge their device while using them. Pioneer says that the Rayz Plus are the first earbuds to offer such a feature:

The Rayz and Rayz Plus both use Avnera’s LightX technology, which ensures that they draw the least power possible from the iPhone to which they are connected.

Furthermore, the Rayz line offers a host of “smart features,” according to Pioneer. The company says that both the Rayz and Rayz Plus feature six microphones that allow these features.

For one, the ear buds offer a Smart Noise Cancellation feature that scans your ear and optimizes noise canceling performance based on “your ear and environment.” There’s also a HearThruä mode, which Pioneer says allows a certain threshold of sound to come through, allowing you to be aware of your surroundings. Much like AirPods, Pioneer’s Rayz earbuds also offer on-ear and off-ear detection so that music will play or pause when you take an earbud out and put it back in.

These smart features are possible through an accompanying Rayz app, which also features settings such as EQ and button programming.

The Rayz model will cost $99.95 and be available in Onyx and Ice color options, while the Rayz Plus will run $149.95 and come in Graphite and Bronze. Both pairs will be available soon.

LONG BEACH, Calif., Feb. 14, 2023 /PRNewswire/ — Pioneer® Home Entertainment U.S.A. today introduced RayzTM and Rayz Plus earphones, a new line of truly innovative appcessories for iPhone, iPad and iPod touch.  Rayz and Rayz Plus blend the intelligence of an iOS app with innovative Lightning accessories to deliver completely new experiences not possible through the 3.5mm headphone jack.

Rayz and Rayz Plus use Apple’s Lightning audio technology and aim to simply and smartly solve the top challenges that today’s mobile consumers experience on a daily basis.

Talk and Charge

Rayz and Rayz Plus are based on Avnera’s breakthrough LightX platform that enables the earphones to operate in modes with the lowest power use possible from iPhone, iPad and iPod touch.  The LightX platform also plays host to multiple smart features making the Rayz earphone line the ultimate iPhone companion.

Smart Features 

Despite its small size, each model contains six microphones which enable several key first-to-market features. To start, Smart Noise Cancellation, a standard feature for both models, is a patented technology that scans your ear and optimizes the noise-cancelling performance uniquely to your ear and environment. In addition, while other noise cancelling products focus on noise for frequent flyers, Rayz delivers exceptional noise cancellation across the entire noise spectrum of everyday life – from commuting, to work, or play and school environments. Rayz also has HearThruä mode which lets in just the right amount of outside noise so you can stay in touch with your surroundings without taking your earphones off.

Next, Rayz and Rayz Plus use the embedded microphones to implement sensor-less on-ear detection where the earphones know when they are in or out of your ear and automatically pause and restart your content so you don’t miss a moment of music or video. Rayz smartly enters a low power mode and saves you from accidental battery use if you do not put the earphones back on.

Finally, an integral part of the Rayz experience is the companion app, available on the App Store. The Rayz by Pioneer app for iPhone, iPad and iPod touch enables you to personalize the earphone’s settings like adjusting audio EQ and programming the smart button.  Most importantly, the app creates the ability for Rayz earphones to continually improve with the delivery of new features via the software update interface.

“Pioneer and Onkyo have been driving first-to-market innovations in audio over the last few decades. We are delighted to partner with Avnera to bring to market the world’s first truly smart Lightning earphones,” said Munenori Otsuki, CEO of Onkyo Corporation.

“We worked closely with Pioneer to deliver compelling smart user experiences without compromising battery life, product size or performance,” said Manpreet Khaira, CEO of Avnera Corporation. “This is made possible by the breakthrough innovations in audio, voice, speech and sensor circuits in Avnera’s new LightX Platform that is the basis of Apple’s second generation Lightning audio module technology.”

The Rayz earphones are offered in Onyx and Ice and Rayz Plus is available in Graphite and Bronze metallic finishes and will be available at chúng tôi with suggested retail prices of $149.95 (Rayz Plus), $99.95 (Rayz).

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Software Development Life Cycle With Benefits And Modules

However, Software development process is also not an easy task. It involves several stages to launch a powerful solution without any complexity. Software developers have to focus on several things including different functionalities and latest trends.

But nothing is too difficult, if we plan in a proper manner. However to streamline the development process, Software Development Life Cycle (SDLC) has come into existence. Each step of this cycle is designed as a prerequisite for a successful product.

It includes planning from designing to deployment of software. In order to leverage all the benefits of SDLC partner with a Software development company.

What is Software Development Life Cycle or SDLC?

SDLC involves combination of different types of stages. It helps the team to develop and maintain the software. Along with this, this software ensures error free software. Each step of the process is highly efficient.

Key Attributes – Software Development Life Cycle

This cycle includes planning, execution, testing, proper documentation, deployment, and maintenance.

Now, the process has turned into professionalism by shifting the curve from agile to Devops.

The practice has been merged into an innovative and interesting manner.

However, the process has changed but the concept is still the same as it was before. It has only come in an efficient way.

Benefits of SDLC

It includes proper planning for all stages (planning, implementation, testing, documentation, deployment and maintenance) which ensures to deliver quality products.

With this process, the development team can have full control on the project.

It offers you an opportunity to send on time updates to your clients, which helps to increase the satisfaction of your customers.

By adopting this cycle, other risks such as over budgeting and deadline breach get excluded from the procedure.

Different Stages of Software Development Life Cycle Requirement Collection

This is the foremost step that a team should opt for; they should gather all the business requirements from the customers. After collecting the information, it is essential to have a proper discussion with the industry experts and stakeholders.

This step helps customers and developers to have a clear picture and better understanding of the project. It also includes the discussion of resources, budget, and several deadlines. To leverage the benefits of this step, prepare a formal document SRS (Software Requirement Specification) with your developer, it will help you to turn the project more secure and manageable.


Once you get the requirements of your project, now it’s time to have proper planning for each phase, so you can deliver the error free software to your client’s. Proper planning helps you to execut e the phases in an accurate manner.

The major benefit of the planning phase is you will be able to deliver the project and all the related updates on time. It will increase the satisfaction of your clients.


Designing is the crucial step for your project. Once you complete with your planning process, you have to focus on the entire project designing procedure. Developers should design the software in such a way that it should increase the productivity and efficiency of the employees.

You design should be eye catchy and should have an ability to attract the attention of the users. Apart from this, the components should be easy to use. However, to work on the software, users should not require any technical skills, it should be based on the basic computing skills.

Integrate Functionality

Integrate all the essential features into your software. To leverage all the benefits and meet the steps with the competitive era, It is important to not out the trending features. Apart from this, it is also important to focus on the client’s budget. Integrate the features, which are essential for your clients’ business requirements.


For successful deployment, try to opt for the prototyping model into your process before executing the plan. It will help you to know the major challenges during the development phase at initial stages only. In the deployment process, you deploy your software and launch it in the market.



Now, entities are developing the software on the Software Development Life Cycle only. It offers a wide range of benefits and decreases the project failure, dividing the process into different phases to deliver the quality product on time.

Marie Weaver

Tech Consultant at well established IT company specializing in enterprise web application development, mobile apps, IoT, Cloud and Big Data services.

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