#How Custom APIs Can Bridge Your Old Systems with Modern Tools

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How Custom APIs Can Bridge Your Old Systems with Modern Tools

In an era of rapid digital transformation, companies face mounting pressure to stay agile, integrated, and scalable. Yet, for many businesses, legacy systems—software built decades ago—remain deeply embedded in their day-to-day operations. While these systems often house critical data and workflows, they are frequently incompatible with modern tools, cloud services, and mobile apps.

This is where custom APIs (Application Programming Interfaces) come in. Rather than rip and replace your existing systems, custom APIs offer a powerful and cost-effective way to connect legacy infrastructure with modern applications, extending the life and value of your current technology stack.

In this blog, we explore how custom APIs bridge the gap between the old and new, and why partnering with a custom software development company in New York is the key to unlocking this integration.

Understanding the Legacy Dilemma

Legacy systems are often mission-critical, but they can be:

Built on outdated technologies

Poorly documented

Incompatible with cloud-native tools

Rigid and difficult to scale

Lacking modern security standards

Despite their limitations, many organizations can’t afford to replace these systems outright. The risks of downtime, data loss, and cost overruns are simply too high. The solution? Wrap them in custom APIs to make them work like modern systems—without the need for complete redevelopment.

What Are Custom APIs?

A custom API is a tailored interface that allows software systems—regardless of their age or architecture—to communicate with each other. APIs translate data and commands into a format that both the old system and the new tools can understand.

With a well-designed API, you can:

Expose data from a legacy database to a web or mobile app

Allow cloud tools like Salesforce, Slack, or HubSpot to interact with your internal systems

Enable real-time data sharing across departments and platforms

Automate manual workflows that previously required human intervention

By working with a software development company in New York, you can create secure, scalable APIs that connect your most valuable legacy systems with cutting-edge technologies.

Why Modern Businesses Need Custom APIs

1. Avoid Expensive System Replacements

Rebuilding or replacing legacy systems is expensive, time-consuming, and risky. Custom APIs offer a lower-cost, lower-risk alternative by extending system capabilities without touching the core.

Companies that work with custom software development companies in New York can protect their existing investments while gaining modern functionality.

2. Enable Integration with Cloud and SaaS Platforms

Most modern SaaS platforms rely on APIs for connectivity. Custom APIs allow legacy systems to seamlessly:

Push data into cloud CRMs or ERPs

Trigger automated workflows via platforms like Zapier or Make

Sync with eCommerce, finance, or HR software

This means your old software can now "talk" to cutting-edge services—without needing a full migration.

3. Boost Business Agility

In today's fast-paced environment, agility is a competitive advantage. APIs let you innovate quickly by connecting existing systems to new apps, dashboards, or devices. This flexibility makes it easier to adapt to new customer demands or market trends.

That’s why the top software development companies in New York prioritize API-first development in digital transformation strategies.

Real-World Use Cases: Bridging Old and New with APIs

1. Legacy ERP + Modern BI Tools

A manufacturing firm uses a 20-year-old ERP system but wants modern analytics. A custom software development company in New York creates APIs that extract relevant data and feed it into Power BI or Tableau for real-time dashboards—no need to rebuild the ERP.

2. Mainframe + Mobile Application

A financial services provider wants to offer customers a mobile app without replacing its mainframe. A custom API acts as the bridge, securely transmitting data between the mobile frontend and the back-end system.

3. CRM Integration

A healthcare provider uses a legacy patient database but wants to sync data with Salesforce. Custom APIs enable bidirectional integration, allowing staff to use Salesforce without duplicating data entry.

Key Features of a High-Quality Custom API

When you work with a custom software development company in New York, you can expect your API to be:

1. Secure

APIs are a potential attack vector. A quality solution includes:

Token-based authentication (OAuth 2.0)

Role-based access control

Encryption in transit and at rest

Audit logs and usage tracking

2. Scalable

Your API must be able to handle increased traffic as your business grows. Proper load balancing, caching, and rate limiting ensure performance under load.

3. Well-Documented

Clear documentation ensures your development teams and third-party vendors can integrate efficiently. OpenAPI/Swagger standards are often used for this purpose.

4. Versioned and Maintainable

APIs must be version-controlled to allow for upgrades without breaking existing integrations. A skilled software development company in New York will build a future-proof architecture.

Custom APIs vs Middleware: What’s the Difference?

Some businesses confuse APIs with middleware. While both can connect systems:

Middleware is a more generalized layer that handles communication between systems

Custom APIs are specifically designed for a particular integration or business need

Custom APIs are more flexible, lightweight, and tailored to your workflow—making them ideal for companies that need precise, scalable connections.

Why Work with a Custom Software Development Company in New York?

Building effective APIs requires a deep understanding of both legacy systems and modern tech stacks. Here’s why businesses trust custom software development companies in New York:

Local knowledge of regulatory requirements, compliance, and market needs

Time zone alignment for seamless collaboration

Experience with complex integrations across industries like finance, healthcare, logistics, and retail

Access to top-tier engineering talent for scalable, secure API architecture

Partnering with the best software development company in New York ensures your integration project is delivered on time, within budget, and aligned with your long-term business goals.

The Role of API Management Platforms

For businesses dealing with multiple APIs, platforms like MuleSoft, Postman, or Azure API Management provide centralized control. A top software development company in New York can help you:

Monitor performance and uptime

Control access and permissions

Analyze usage metrics

Create scalable microservices environments

Conclusion: Modernization Without Disruption

Legacy systems don’t have to hold you back. With the right strategy, they can be revitalized and connected to the tools and platforms that power modern business. Custom APIs act as bridges, allowing you to preserve what works while embracing what’s next.

For businesses in New York looking to modernize without massive overhauls, partnering with a trusted custom software development company in New York like Codezix is the smartest move. From planning and development to deployment and support, Codezix builds the API solutions that connect your old systems with tomorrow’s innovation.

Looking to integrate your legacy systems with modern platforms? Let Codezix, a top software development company in New York, create powerful custom APIs that enable secure, scalable transformation—without starting from scratch.

Know morehttps://winklix.wixsite.com/winklix/single-post/custom-software-vs-saas-which-is-more-secure

[christianbale121]

How Can an AI Software Development Company Help You Transition from Legacy Systems to Intelligent Automation?

In 2025, digital disruption is no longer just a buzzword — it’s a business reality. Organizations built on legacy systems are facing mounting pressure to modernize or risk falling behind. But transforming decades-old infrastructure into agile, intelligent systems isn’t simple. That’s where an AI software development company becomes invaluable. These specialized partners bridge the gap between outdated technologies and cutting-edge automation, enabling enterprises to embrace efficiency, scalability, and innovation.

Why Legacy Systems Are Holding You Back

Legacy systems were built for stability — not agility. While they’ve served their purpose, they now act as bottlenecks:

Limited scalability

Inflexible architectures

High maintenance costs

Lack of integration with modern tools

Data silos blocking AI adoption

These limitations make it difficult to deliver real-time insights, personalized experiences, or automated workflows — all of which are essential in today’s AI-first world.

Enter the AI Software Development Company

A skilled AI software development company acts as a transformation partner, not just a tech vendor. Here’s how they help future-proof your operations:

1. Assessment and Strategic Planning

First, the company performs a comprehensive audit of your current systems and workflows. They assess:

Legacy infrastructure compatibility

Data readiness for AI

Business use cases that benefit most from automation

This helps build a strategic roadmap that minimizes disruption while maximizing ROI.

2. Modernizing the Data Stack

Data is the fuel of AI. Legacy systems often store data in fragmented or non-usable formats. AI experts:

Consolidate and cleanse historical data

Implement scalable data lakes or warehouses

Enable real-time data streaming for faster decision-making

Once your data is accessible and clean, automation becomes significantly more impactful.

3. Custom AI Model Development

AI software development companies don’t just plug in generic models. They build tailored AI algorithms aligned with your goals, such as:

Predictive maintenance for manufacturing

Smart inventory management for retail

Automated claim processing for insurance

Fraud detection in banking

These models evolve with your data and business logic, making your systems smarter over time.

4. System Integration and API Development

Your legacy systems don’t need to be discarded. AI developers create middleware, connectors, and APIs to:

Integrate AI models with existing platforms

Maintain business continuity during the transition

Enable hybrid systems with both legacy and intelligent components

This staged approach avoids massive overhauls and reduces operational risk.

5. Workflow Automation and Intelligent Decision-Making

Once AI models are in place, companies automate repetitive tasks and augment decision-making:

Automating back-office operations like invoicing, HR, and procurement

Using chatbots for customer support

Employing AI assistants for real-time decision support

This transition frees up human capital for more strategic tasks and accelerates operational efficiency.

6. Continuous Monitoring, Maintenance, and Improvement

AI software development companies also ensure your systems keep evolving. They:

Monitor model performance

Retrain AI models with new data

Scale your infrastructure as needed

Implement feedback loops to fine-tune workflows

This ongoing support is vital for ensuring long-term automation success.

7. Security and Compliance Alignment

Legacy systems are prone to vulnerabilities. AI developers integrate modern cybersecurity protocols and ensure compliance with regulations like:

GDPR

HIPAA

ISO 27001

Industry-specific standards

This is especially critical when handling sensitive customer or enterprise data.

Benefits of Transitioning with the Right Partner

Choosing the right AI software development company results in:

Reduced operational costs through intelligent automation

Faster innovation cycles

Enhanced customer experience through personalization

Stronger decision-making with real-time analytics

Improved security posture and compliance

The transition becomes less of a tech overhaul and more of a competitive strategy.

Conclusion: Scale Smart by Partnering Right

The journey from legacy systems to intelligent automation isn’t just about updating software — it’s about reimagining how your enterprise operates in the AI era. With the right AI software development company, this transformation becomes streamlined, strategic, and scalable.

Don’t wait for your legacy systems to break down before making a move. Instead, work with a partner who understands both the old and the new — and helps you bridge the two with intelligence and automation.

[sophiejt1234]

Enhancing Sales and Support with an AI-Powered CRM System

Introduction

In today’s competitive market, choosing the right customer relationship management software can be a game-changer. An AI-powered CRM not only stores your customer data but also uses smart automation to nurture leads, personalize outreach, and streamline support. By tapping into services like the OpenAI API, Twilio, and Zapier, you can connect all your tools and gain deeper insights, without overwhelming your team.

Benefits of Using an AI-Powered Customer Relationship Management System

1. Boosted Productivity through Intelligent Automation

With a modern customer relationship management system, routine tasks—data entry, follow-ups, and ticket routing—happen automatically. AI scans emails, logs details, and even suggests next steps so your team can focus on building genuine connections.

2. Delight Customers with Personal Touches

A good relationship management software remembers past purchases, preferred channels, and support history. AI analysis lets you send timely SMS updates via Twilio or tailor special offers based on each customer’s journey, turning one-time buyers into loyal fans.

3. Smarter Lead Scoring for Stronger Sales

Not all leads are equal. AI-driven CRMs rank prospects by engagement, demographics, and purchase signals—so your reps can spend time on the hottest opportunities. Over time, the system learns which patterns predict success, sharpening your pipeline and revenue forecasts.

4. Seamless Communication Workflows

By combining email-tracking features with Zapier automations, your CRM can alert managers when high-value prospects open messages or escalate urgent support tickets. Everything stays in one place, cutting down on dropped handoffs and missed follow-ups.

5. Data-Driven Insights and Forecasting

Beyond basic dashboards, an AI-powered tool predicts which regions—or products—are likely to outperform. Simply ask in plain English (thanks to OpenAI API integration), “Which sales team hit quota last quarter?” and get instant, personalized reports.

Top AI Features to Look for in CRM Software

Salesforce Einstein A leader in sales automation, Einstein uses built-in AI to score leads, forecast deals, and recommend your next best action.

HubSpot ChatSpot Its conversational AI chatbots handle FAQs, book meetings, and draft marketing emails—perfect for teams that want to work faster without coding.

monday.com CRM A no-code platform with visual boards and Zapier connections that simplify every workflow, from lead capture to post-sale support.

Challenges of Rolling Out an AI-Driven CRM

Data Quality & Privacy AI insights depend on clean, compliant data. Make sure you have consent workflows and GDPR-ready processes in place.

Integration Hurdles Migration from old systems can feel complex. Use middleware like Zapier to bridge gaps and avoid a big-bang switch.

Cost vs. Value Premium AI features and API calls (OpenAI API, Twilio messaging, etc.) come at a price. Start with a small pilot to prove ROI before scaling.

Keeping the Human Element Let AI handle repetitive tasks, but let your people handle nuanced conversations. That balance keeps interactions genuine.

Future Trends in AI-Powered CRMs

Voice & Sentiment Analysis: CRMs that flag frustrated callers or highlight upsell chances in real time.

Hyper-Personalized Recommendations: Dynamic product suggestions as unique as each customer.

Autonomous AI Agents: Virtual assistants that can book demos, draft proposals, or even provide triage support 24/7.

Conclusion

An AI-powered CRM system transforms how teams work and how customers feel. Whether you’re a MERN Stack development company building custom applications or seeking the best CRM software for large business pipelines, look for platforms that integrate the OpenAI API, Twilio, and Zapier. With smart automation, personalized engagement, and data-driven foresight, your organization can boost sales, elevate support, and build lasting relationships—without losing that essential human touch.

Visit :

https://justtrytech.com/mean-and-mern-full-stack-development/?utm_source=tumblr&ref=LUFFY0050025

[kyliealejandra]

Your Desktop API Just Killed Your Mobile App

You’ve built a killer mobile app similar to Google Maps and a content sharing platform. But something’s wrong: your app is painfully slow when communicating with third-party applications and your ability to retain and attract users is suffering as a result. According to your mobile analytics, nearly 30 percent of users exit the app when they reach this digital “bridge.” To save time, your company used an existing application program interface (API) designed for the desktop instead of building a new one specifically for mobile. Therein lies the problem. The existing API is neither optimized for mobile devices nor is it on par with a mobile user’s performance expectations. Your app–your dream–is in big trouble without a mobile API.

An API facilitates communications between your mobile app and third-party interfaces/devices, thus improving speed, creating a better user experience (UX) and boosting user retention. In many cases, businesses can see up to a 200% increase in traffic on their app over their website simply because mobile devices travel with users. This frequency makes a well-crafted mobile API essential if you plan on developing an app that will interact with other applications/software programs, websites, operating systems, and programs for device hardware while providing a smooth user experience.

Just as there are differences when developing desktop software and mobile software, you’ll encounter a contrast when comparing desktop vs. mobile APIs. In the mobile world, speed is tremendously important, and APIs play a critical role in this fast-paced environment. Connection speeds are counted in seconds for desktop interfaces and milliseconds for the mobile devices. So, if you use an existing desktop API, your mobile application could be painfully slow and produce a negative ROI for your business. This is just one way the wrong API can impact your app’s user interface (UI) and overall user experience (UX).

What is an API? Why is it Important?

An application program interface is comprised of a few components, including:

Routines

Protocols

Tools (for developing the app)

App developers use the API as a guide when creating the graphical user interface (GUI). The API provides the elements required to create a functional app that “plays well with others.” APIs are a major time-saver for developers, who would otherwise be forced to use an arduous trial and error process to develop the dynamics needed to force an app to interface with other software, sites or devices. Since many developers are highly specialized, individuals may lack the specific knowledge required to ensure optimal compatibility and speed between multiple platforms without an API.

Outside of your own app development project, developers are more likely to create apps that interact with your application when you provide a well-crafted API. This means an application program interface is especially critical for projects relying on interaction from other apps, such as Paypal payment integration and single sign-on through Facebook.

How is a Mobile API Different Than a Traditional API?

The manner in which your desktop computer behaves with your mobile OS is different than how a mobile app interacts with a website database or smartwatch. Though it’s possible to build a mobile app that works with a desktop API, doing so can cause inefficiencies.

Key differences between a mobile API and a traditional API include:

User expectations of responsiveness and connectivity timescale: Mobile operations are expected to occur on a shorter timescale, so it’s vital that your API allows for this high degree of responsiveness.

Mobile applications need different or more limited data sets: Quite often a desktop API dumps “the kitchen sink” in terms of data, delivering every possible field and permutation. In the majority of mobile environments, this creates a lot of undue overhead as only a subset of the data is actually needed.

Operating system architecture: This impacts everything from power consumption to database configuration. APIs frequently interact with the device operating system, so the API for a Windows PC will be different than the API for an iOS mobile app.

Interactions with device hardware: Some hardware available on a mobile device is not available on a desktop computer, so this accounts for some variance in API architecture.

Mobile user habits vs. user habits on the web or on a laptop/desktop computer: Your API will impact UX, so it’s essential that developers have a firm understanding of how UX changes when they switch from predominantly stationary devices to mobile ones.

Mobile APIs may need to accommodate multiple simultaneous interactions: This includes interactions with a website and IoT devices or communications with device hardware and multiple third-party mobile apps. As such, mobile APIs are often more complex.

It’s usually best to start with a clean sheet of paper on a mobile API. This gives your developers full control over the speed and how the app communicates with necessary databases.

How Does Mobile API Development Improve User Retention, Adoption and UX?

Mobile users are accustomed to responsive devices powered by rapid 4G service, where connections and data transfers are measured in milliseconds. The standard is getting increasingly faster as we’re on the cusp of 5G, which, as of mid-2017, was already rolled out in several test markets.

This expectation makes the typical desktop API seem downright antiquated by comparison. Traditional APIs have an average connection speed of one to four seconds—a time scale that equates to hours in the mobile world. So if you build an app to accommodate your existing API, you would break a cardinal rule by developing new technology to work around outdated technology. It’s akin to designing a new stereo system that exclusively plays CDs and lacks the ability to stream music and play MP3s.

Once society develops a new standard, the old ones are viewed as inconvenient at best and unacceptable at worst. Think back to the days of cassette tapes when rewinding, fast-forwarding and “flipping sides” were normal. Once CD technology entered the mainstream, those actions were phased out almost immediately.

If you develop an app and use a traditional API, it’s going to be almost impossible to gain favor from users. Speed is one of the most important features in an app. Consider these factoids:

Just one second of additional loading time could result in a 7% drop-off in conversions for a mobile website. Speed expectations are even faster for mobile apps, so the adverse impact could be greater on mobile platforms.

For an e-commerce portal earning $100,000 per day, that one-second delay could translate into a $2.5 million loss annually. If you’re Amazon, this equates to an estimated loss of $1.6 billion per year.

That one-second delay creates a 16% decrease in customer satisfaction—especially bad for apps with many competitors.

Four in ten Americans say they’ll give up if a mobile shop takes more than three seconds to load. Since 5G will soon make blistering speeds the norm, this timeframe could be reduced even further within a year or two.

In fact, modern society is fairly impatient in general, with a majority saying they won’t do business at an establishment where they had to wait for any length of time. This means you’ll be harming UX profoundly if you develop an app around an API that cannot deliver hyper-fast connection speeds. The net effect is quite clear.

Negative Consequences of a Slow API

Higher app uninstall rate

More one-time users

Fewer loyal, returning users

Weaker sales or conversions

Lower satisfaction rate

More negative reviews and ratings

In short, it’s best to create a mobile app that works alongside a highly-responsive mobile API in order to deliver an experience in line with user expectations today and in the foreseeable future. After all, mobile APIs serve as vital bridges between your mobile app, other devices and systems, and your end users.

The experienced development team at SevenTablets is here to assist with both developing your API and designing your mobile app interface. By addressing both at once, we maximum the degree of cohesion. Based in Dallas, our developers work with clients in Austin, Houston, San Antonio, Chicago and across the nation. If you’re ready to build an app and an accompanying API, or simply have more questions, contact us today.

The post Your Desktop API Just Killed Your Mobile App appeared first on SevenTablets.

from SevenTablets http://seventablets.com/blog/mobile-api-vs-desktop-api/ from Seven Tablets,Inc https://seventabletsinc.tumblr.com/post/162983314158

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Your Desktop API Just Killed Your Mobile App

You’ve built a killer mobile app similar to Google Maps and a content sharing platform. But something’s wrong: your app is painfully slow when communicating with third-party applications and your ability to retain and attract users is suffering as a result. According to your mobile analytics, nearly 30 percent of users exit the app when they reach this digital “bridge.” To save time, your company used an existing application program interface (API) designed for the desktop instead of building a new one specifically for mobile. Therein lies the problem. The existing API is neither optimized for mobile devices nor is it on par with a mobile user’s performance expectations. Your app–your dream–is in big trouble without a mobile API.

An API facilitates communications between your mobile app and third-party interfaces/devices, thus improving speed, creating a better user experience (UX) and boosting user retention. In many cases, businesses can see up to a 200% increase in traffic on their app over their website simply because mobile devices travel with users. This frequency makes a well-crafted mobile API essential if you plan on developing an app that will interact with other applications/software programs, websites, operating systems, and programs for device hardware while providing a smooth user experience.

Just as there are differences when developing desktop software and mobile software, you’ll encounter a contrast when comparing desktop vs. mobile APIs. In the mobile world, speed is tremendously important, and APIs play a critical role in this fast-paced environment. Connection speeds are counted in seconds for desktop interfaces and milliseconds for the mobile devices. So, if you use an existing desktop API, your mobile application could be painfully slow and produce a negative ROI for your business. This is just one way the wrong API can impact your app’s user interface (UI) and overall user experience (UX).

What is an API? Why is it Important?

An application program interface is comprised of a few components, including:

Routines

Protocols

Tools (for developing the app)

App developers use the API as a guide when creating the graphical user interface (GUI). The API provides the elements required to create a functional app that “plays well with others.” APIs are a major time-saver for developers, who would otherwise be forced to use an arduous trial and error process to develop the dynamics needed to force an app to interface with other software, sites or devices. Since many developers are highly specialized, individuals may lack the specific knowledge required to ensure optimal compatibility and speed between multiple platforms without an API.

Outside of your own app development project, developers are more likely to create apps that interact with your application when you provide a well-crafted API. This means an application program interface is especially critical for projects relying on interaction from other apps, such as Paypal payment integration and single sign-on through Facebook.

How is a Mobile API Different Than a Traditional API?

The manner in which your desktop computer behaves with your mobile OS is different than how a mobile app interacts with a website database or smartwatch. Though it’s possible to build a mobile app that works with a desktop API, doing so can cause inefficiencies.

Key differences between a mobile API and a traditional API include:

User expectations of responsiveness and connectivity timescale: Mobile operations are expected to occur on a shorter timescale, so it’s vital that your API allows for this high degree of responsiveness.

Mobile applications need different or more limited data sets: Quite often a desktop API dumps “the kitchen sink” in terms of data, delivering every possible field and permutation. In the majority of mobile environments, this creates a lot of undue overhead as only a subset of the data is actually needed.

Operating system architecture: This impacts everything from power consumption to database configuration. APIs frequently interact with the device operating system, so the API for a Windows PC will be different than the API for an iOS mobile app.

Interactions with device hardware: Some hardware available on a mobile device is not available on a desktop computer, so this accounts for some variance in API architecture.

Mobile user habits vs. user habits on the web or on a laptop/desktop computer: Your API will impact UX, so it’s essential that developers have a firm understanding of how UX changes when they switch from predominantly stationary devices to mobile ones.

Mobile APIs may need to accommodate multiple simultaneous interactions: This includes interactions with a website and IoT devices or communications with device hardware and multiple third-party mobile apps. As such, mobile APIs are often more complex.

It’s usually best to start with a clean sheet of paper on a mobile API. This gives your developers full control over the speed and how the app communicates with necessary databases.

How Does Mobile API Development Improve User Retention, Adoption and UX?

Mobile users are accustomed to responsive devices powered by rapid 4G service, where connections and data transfers are measured in milliseconds. The standard is getting increasingly faster as we’re on the cusp of 5G, which, as of mid-2017, was already rolled out in several test markets.

This expectation makes the typical desktop API seem downright antiquated by comparison. Traditional APIs have an average connection speed of one to four seconds—a time scale that equates to hours in the mobile world. So if you build an app to accommodate your existing API, you would break a cardinal rule by developing new technology to work around outdated technology. It’s akin to designing a new stereo system that exclusively plays CDs and lacks the ability to stream music and play MP3s.

Once society develops a new standard, the old ones are viewed as inconvenient at best and unacceptable at worst. Think back to the days of cassette tapes when rewinding, fast-forwarding and “flipping sides” were normal. Once CD technology entered the mainstream, those actions were phased out almost immediately.

If you develop an app and use a traditional API, it’s going to be almost impossible to gain favor from users. Speed is one of the most important features in an app. Consider these factoids:

Just one second of additional loading time could result in a 7% drop-off in conversions for a mobile website. Speed expectations are even faster for mobile apps, so the adverse impact could be greater on mobile platforms.

For an e-commerce portal earning $100,000 per day, that one-second delay could translate into a $2.5 million loss annually. If you’re Amazon, this equates to an estimated loss of $1.6 billion per year.

That one-second delay creates a 16% decrease in customer satisfaction—especially bad for apps with many competitors.

Four in ten Americans say they’ll give up if a mobile shop takes more than three seconds to load. Since 5G will soon make blistering speeds the norm, this timeframe could be reduced even further within a year or two.

In fact, modern society is fairly impatient in general, with a majority saying they won’t do business at an establishment where they had to wait for any length of time. This means you’ll be harming UX profoundly if you develop an app around an API that cannot deliver hyper-fast connection speeds. The net effect is quite clear.

Negative Consequences of a Slow API

Higher app uninstall rate

More one-time users

Fewer loyal, returning users

Weaker sales or conversions

Lower satisfaction rate

More negative reviews and ratings

In short, it’s best to create a mobile app that works alongside a highly-responsive mobile API in order to deliver an experience in line with user expectations today and in the foreseeable future. After all, mobile APIs serve as vital bridges between your mobile app, other devices and systems, and your end users.

The experienced development team at SevenTablets is here to assist with both developing your API and designing your mobile app interface. By addressing both at once, we maximum the degree of cohesion. Based in Dallas, our developers work with clients in Austin, Houston, San Antonio, Chicago and across the nation. If you’re ready to build an app and an accompanying API, or simply have more questions, contact us today.

The post Your Desktop API Just Killed Your Mobile App appeared first on SevenTablets.

from SevenTablets http://seventablets.com/blog/mobile-api-vs-desktop-api/