Introduction:

In the fast-paced software development and deployment world, the ability to release new features and updates quickly and efficiently is crucial. However, rolling out changes to a live production environment can be daunting. That’s where deployment strategies come into play. These strategies provide structured approaches to managing the deployment process, minimizing downtime, and ensuring a smooth end-user transition. In this article, we will explore some popular deployment strategies, including Blue-Green, Canary, and more, and how they help organizations achieve seamless deployments.

Deployment Strategies:

Basic Deployment:

In a basic deployment, all nodes within a target environment are updated simultaneously with a new service or artifact version. This strategy is simple, fast, and cost-effective. It is suitable when the application service is not critical to business, mission, or revenue or when deploying to lower environments during off-hours or with a service not in use. However, bare deployments are not outage-proof and can impede rollback processes or strategies, making it the riskiest deployment strategy.

Multi-Service Deployment:

In a multi-service deployment, multiple new services are updated simultaneously across all nodes in a target environment. This strategy is utilized when application services depend on each other or require specific version compatibility. It can also be used when deploying off-hours to resources that are not actively used. Multi-service deployments offer simplicity, speed, and cost-efficiency. While they are less risky than basic deployments, they still have drawbacks. Rollbacks may be slower, and service dependencies’ management, testing, and verification can be challenging.

Please note that deployment strategies may vary based on specific circumstances, and it’s essential to consider the characteristics and requirements of your application and environment when choosing the most appropriate strategy.

Blue-Green Deployment:

One of the most widely used deployment strategies is the Blue-Green deployment approach. This strategy maintains two identical production environments, known as the “Blue” and “Green” environments. The Blue environment represents the currently running version of the application, while the Green environment is the target environment for the new release. The deployment process involves routing production traffic to the Green environment once it has been thoroughly tested and validated. This allows for seamless rollback to the Blue environment in case of issues, minimizing user impact.

Advantages:

One of the advantages of blue-green deployment is its simplicity, speed, familiarity, and ease of implementation. If any issues arise, rolling back is straightforward by redirecting traffic back to the previous environment. Compared to other deployment strategies, blue-green deployments are relatively low-risk.

Disadvantages:

The cost is a drawback associated with blue-green deployments. Creating and maintaining a replica of the production environment can be complex and expensive, mainly when dealing with microservices. Additionally, quality assurance and user acceptance testing might not detect all anomalies or regressions, posing risks when shifting all user traffic simultaneously. In an outage or problem, there could be a significant business impact before triggering a rollback. Depending on the implementation, there is a possibility of losing in-flight user transactions during the traffic shift.

Canary Release:

The Canary deployment strategy is another popular approach that focuses on gradually rolling out changes to a subset of users or servers before making them available to the entire user base. In this strategy, a small percentage of traffic is directed to the newly deployed version, while most users continue to use the older version. Organizations can quickly identify and address any issues by closely monitoring the performance and feedback from the canary group. The deployment can be expanded to a larger audience if the new version proves stable and reliable.

Advantages:

Canary deployments offer organizations the ability to conduct real user and use case testing in a production environment, simultaneously enabling the comparison of different service versions. Unlike blue-green deployments, canary deployments are cost-effective as they do not require the setup of two separate production environments. Additionally, triggering a rollback to a previous application version is swift and secure.

Disadvantages:

Canary deployments have certain drawbacks associated with conducting testing in a production environment and the necessary implementations. Scripting a canary release can be complex, requiring manual verification and testing. Furthermore, testing in a production environment necessitates additional research and implementing monitoring and instrumentation tools.

Rolling Update:

The Rolling Update strategy involves deploying changes to a few instances at a time, gradually moving through the infrastructure until all instances have been updated. This approach ensures a smooth transition without overwhelming the system. Rolling updates allow for continuous delivery with minimal downtime, as the application remains accessible during deployment. By incrementally updating instances, potential issues can be identified early, reducing the impact on users.

A/B Testing:

A/B testing is a deployment strategy often used in marketing and user experience optimization. It involves releasing two or more versions of a feature or user interface and directing different subsets of users to each version. By comparing user behavior, conversion rates, or other vital metrics, organizations can gather valuable insights to determine the most effective version. A/B testing allows for data-driven decision-making and optimization, ultimately improving user satisfaction and business outcomes.

Feature Flags:

Feature flags, or feature toggles, are a powerful technique used in deployment strategies. They allow developers to enable or disable specific features or sections of code in real-time without the need for a new deployment. By utilizing feature flags, organizations gain flexibility and control over feature rollouts and the ability to turn off features quickly if issues arise. Feature flags can also be used to conduct gradual feature releases, giving organizations more control over the deployment process.

Conclusion:

Effective deployment strategies are essential for organizations looking to deliver software changes seamlessly, reduce downtime, and mitigate risks. Blue-Green, Canary, Rolling Updates, A/B Testing, and Feature Flags are just a few strategies that help organizations achieve these goals. By understanding these deployment strategies’ benefits and best practices, development teams can ensure a smooth transition from development to production and deliver exceptional user experiences. Whether minimizing user impact during updates or optimizing features based on real-time user feedback, deploying the right strategy empowers organizations to stay ahead in a rapidly evolving digital landscape.

In today’s digital era, having a website is essential for businesses to establish their online presence. Websites serve as a platform for businesses to showcase their products and services, connect with customers, and drive sales. However, websites can become outdated and require upgrading to keep up with the changing trends and technologies. When transitioning from an old to a new website, it’s important to ensure a seamless switch to avoid losing valuable data, traffic, and revenue.

When should you consider making the switch? Aside from assessing your branding and messaging, it’s crucial to review the compatibility of your website with current technology. An important factor to consider is mobile responsiveness, as most online users access websites via their mobile devices. Businesses must ensure that their website is set up to provide a seamless user experience across all devices, allowing users to access their products and services without any hindrance.

In this article, we’ll discuss some tips on how to make a smooth transition from an old to a new website.

1- Plan the Transition

Before making the switch, it’s important to have a well-defined plan that outlines the steps involved in the transition process. The plan should include a timeline, goals, and a contingency plan if something goes wrong. It’s also important to involve all stakeholders in the planning process to ensure everyone is on the same page and avoid misunderstandings.

2- Create a Backup of the Old Website

Creating a backup of the old website is crucial to avoid losing valuable data during the transition process. The backup should include all website files, databases, and content. This ensures that you can easily revert to the old website if anything goes wrong during the transition process.

Set up the New Website on a Test Server

Before making the new website live, setting it up on a test server is important to ensure everything is working correctly. This includes testing all the website links, forms, and functionality. Testing the website’s speed and performance is also important to meet your expectations.

3- Redirect the Old Website to the New Website

Once the new website is set up and tested, it’s time to redirect the old website to the new website. This ensures that any traffic to the old website is redirected to the new website, minimizing potential traffic or revenue loss. It’s important to set up the redirects correctly to ensure that all the URLs on the old website are redirected to the corresponding pages on the new website.

4- Update Internal Links and External Links

After redirecting the old website to the new one, it’s important to update all the internal links to ensure that they point to the correct pages on the new website. It’s also important to update any external links to the website, such as links from social media profiles or directories. This ensures visitors are directed to the correct pages on the new website and helps maintain the website’s search engine rankings.

5- Monitor the Website after the Switch

After the switch, monitoring the website’s performance is important to ensure everything works correctly. This includes monitoring traffic, conversions, and user behavior on the website. Any arising issues should be addressed promptly to minimize any negative impact on the website’s performance.

Ensuring compatibility is crucial when transitioning from an old to a new website. There have been horror stories of individuals attempting to upgrade to newer PHP versions without considering the implications of their existing content and links, resulting in lost website access. Therefore, it’s essential to prioritize compatibility and contact the web hosting provider beforehand to ensure a smooth transition. Taking this step before taking down the old website is crucial to prevent any potential issues.

With this risk in mind, we understand the importance of making the transition process seamless for its clients. Additionally, new clients can benefit from our domain transfer service, ensuring a stress-free transition.

One crucial consideration for any website is security. A website without an SSL certificate is an instant turn-off for customers.

Choosing a provider that can scale with your business’s needs and help you grow is crucial. The website’s performance will degrade without a scalable package, leading to a poor user experience. Hence, planning and thinking ahead is crucial to ensure the website’s prioritization and smooth transition to our platform.

Conclusion

Switching from an old to a new website can be a daunting task, but with proper planning and execution, it can be a seamless process. By creating a backup of the old website, setting up the new website on a test server, redirecting the old website to the new website, updating internal and external links, and monitoring the website after the switch, you can ensure a successful transition. Remember to involve all stakeholders in the planning process and to have a contingency plan in case something goes wrong. Following these tips, you can smoothly transition to a new website without losing valuable data, traffic, or revenue.

Technology has made considerable progress in the past few decades. From intelligent robotic companions intended to make life more accessible to new transportation methods and smart homes, these drastic advancements in practices and processes ensure that our lives will be reformed. This article will look at some of the cutting-edge technologies available by 2023.

With the start of the New Year 2023, there are likewise new trends and difficulties for the IT industry. The IT world is indeed developing at a quick speed. The technology scene is continually changing with advancements in AI and machine learning.

Autonomous Vehicles

Autonomous vehicles, also called self-driving vehicles, are the most recent and progressive advancements in transportation technology. Autonomous vehicles utilize a combination of sensors, cameras, and high-level PC algorithms to detect their environmental elements, precisely explore roads and highways, and securely transport travelers.

In addition to giving a secure and effective method for travel, autonomous vehicles will permit us to be more functional while in a hurry. Countries like Japan have proactively begun testing this technology on their roads.

It is expected that by 2023, autonomous vehicles will turn into a typical sight on roads worldwide.

The growth of cloud computing

An ever-increasing number of organizations are moving their data and applications to the cloud to access substantial computing resourcing when needed and pay for what they use. This pattern will keep advancing in 2023 as organizations hope to take advantage of the scalability, reliability, and cost-saving funds that cloud services offer.

For example, organizations can have their cloud behind the protected firewalls of their IT framework. Others might build their cloud hosted on the outside framework, eliminating expensive software and hardware costs.

The rise of 5G

In 2023, 5G internet will probably turn out to be all the more broadly accessible as other networks have started to build their infrastructure for higher paces and faster download rates. For example,

• 5G offers much better latency
• The time it takes data to reach its destination
• faster response times among applications and services.

With diminished power requirements and improved capacity, 5G internet guarantees a more consistent and effective client experience, making it ready for future ages of cell phones and connected devices.

According to the Cisco Annual Internet Report, 5G connections are expected to grow to 1.4 billion this year (13 million connections in 2019). Also, by the end of 2023, 11% of devices and connections are expected to have 5G.

Artificial intelligence and machine learning

Artificial intelligence (AI) is a quickly advancing field of computer sciences that deals with creating and utilizing modern calculations to decide, tackle issues, and work independently. Al empowers machines to detect, think, act and learn as people do. It has been utilized in numerous industries, from health care and entertainment to finance and transportation.

Al is additionally rapidly becoming essential for our daily existence, with AI-powered assistants like Google and Alexa already being utilized by millions worldwide. This pattern is supposed to be used in many applications, from customer service chatbots to automated cars and robots.

Machine learning and artificial intelligence have proactively started transforming numerous industries, and their effect on IT will keep developing. These technologies will empower organizations to mechanize many tasks, from data analysis to customer service, liberating human workers to focus on complex, imaginative, and creative tasks.

Spread of IoT

IoT devices make our lives simpler and more advantageous, yet they leave us open to new and fluctuating types of cyber-attack. The more connected devices we have in our surroundings, the more doors and windows are potentially available to attackers. As the quantity of devices explodes during 2023, some businesses, device manufacturers, and security specialists will move forward in the battle to keep ” malicious actors” under control, limiting their possibilities of getting their hands on our essential data.

For those involved with IoT – especially in the consumers’ space where organizations can be the main boundary among hoodlums and immensely delicate individual data – spending on safety efforts is the figure to hit $6 billion during 2023.

Conclusion:

Ultimately, the future of innovation looks more splendid than ever. By 2023, we hope to see cutting-edge technologies like autonomous vehicles, the growth of cloud computing, the rise of 5G, Artificial intelligence, and machine learning, and the spread of IoT becoming more widely accessible and deeply inserted into our regular day-to-day existences. These technologies can change how we live, work, and play. By staying on top of the latest trends and technological advancements, we can ensure that we are always prepared for the future.

OUR CLIENT: INTRODUCTION

The Sparkassen-Finanzgruppe is a network of public banks forming the largest financial services group in Germany and Europe. They originated in Europe during the 18th century to provide access to savings products to all population levels.

With 14000+ Bank Branches and a 50 million+ user base, its activity is overwhelmingly located in Germany.

OBJECTIVES

We were employed to improve & simplify their Business processes & Operational Infrastructure in the form of intelligent Workflow diagrams using BPMN tools and algorithms. A Codeless system was required. PHP Laravel-based codeless system was created for a better layout of process models and a higher degree of understanding

SOLUTIONS

We made the system capable of reading JSON data and automatically developing a Smart Workflow for each Business Process in JSON file.

The client provides each Business Process in a JSON file that is converted into a Workflow Diagram using custom-coded Algorithms that create precisely.

Nodes for each Work-Step are connected with predefined distant flows, programmed to adjust the overall workflow structure based on the number of work steps involved. The toolset carried out drag and drop and then created a flow.

Two models were connected through controllers.

BUSINESS VALUE

Improved process communication

Increased operational efficiency

More control and Standardized processes.

A workflow management system was created to digitize the contract management system of Sparkasse.

CHALLENGES

To make Logic at the backend.

To connect models through controllers in proper sequence.

Micro-management was required because of the diversity of the project.

To create Code in the Runtime

SKILL SET

BPMN.io

MYSQL Data Base

PHP Laravel

JSON

AI Machine Learning

INTRODUCTION ABOUT OUR CLIENT

Toy Express is a distributor of toys on a massive level. They collect toys from different shops’ manufacturing and production units and distribute them worldwide. They developed partnerships with big companies and distributed the product in 2000+ shops.

OBJECTIVES OF OUR PROJECTS

Our team received more than 300 B2B web shops for the inventory product, product category, and prices. The average amount of data generated was 12000+ products, 1000+ categories their invoices with 24/7 running crawlers.

SOLUTIONS OF OUR PROJECT

After we collected data from the seed URL’s product, we filtered and clustered as per their categories, prices, and inventory. Our team, between all web shops employing Artificial intelligence algorithms to identify the patterns and statistics, did the comparative and predictive analysis.

CHALLANGES IN OUR PROJECT

Our team faced a challenge when we had to make sure that there was NO break point and crawler must provide 100% efficiency 24/7

BUSSINESS VALUE

After we collected data from the seed URL’s product, we filtered and clustered as per their categories, prices, and inventory. Our team, between all web shops employing Artificial intelligence algorithms to identify the patterns and statistics, did the comparative and predictive analysis.

SKILL SET

Our developers use JAVA, PHP, CURL AND LINUX for the project

LG AI RESEARCH TEAM COLLABORATED WITH AHDUS TECHNOLOGY FOR THEIR R&D EYE-LABELING PROJECT.

INTRODUCTION:

LG Electronics Inc. is a South Korean multinational electronics company headquartered in Yeouido-dong, Seoul, South Korea. LG Electronics is a part of LG Corporation, the fourth-largest chaebol in South Korea. It is often considered the pinnacle of LG Corp with the group’s chemical and battery division LG Chem.

Main objective

LG gave us a research project for eye annotation and data labeling. Our main goal was to do eye detection on 5GB of data which could include any amount of images. Our objective was to give photo points and data labeling. Their Data Engineering Team needed accurate eye detection, data labeling, and detection.

Approach to the problem

LG needed Accurate Eye labeling on such a large amount of data which took much work and time. Their Data Engineers needed a team that could accurately perform the task. After eye labeling and detection, the data processing had to be very fast using accurate machine-learning algorithms.

Challenges our Team faced

The eye is a complex body part, and every eye differs from others. Doing data labeling of different eyes closely was a big challenge. Our Team had to do that with keen details for each eye. Attention to detail and much time were required. While processing data, Team had to apply machine learning algorithms to find the best approach. Another challenge was that developers had to combine all the machine learning algorithms to perform data processing speedily. After connecting and processing data quickly, we had to upload it to the platform cloud for modeling.

Company value

LG provided the best user experience to improve its products. LG might have later adapted our research on eye annotation for their screens and devices for car entertainment systems.

Lessons learned and experience gained.

The nature of this project was researched based on data annotation, where the complex part was data annotation precision on eyes and then processing the ground reality data on a GPU-based cloud platform. Every element needed attention during bulk data labeling, which we had not practiced before. We learned how to produce ground truth annotation results on even minor parts (in the case of humans)

The second biggest lesson was processing data in a GPU-based environment, which was synchronized with the cloud. We used containerization and orchestration technology, which Turned out to be new learning for our Data Engineers.

Customer satisfaction

R&D of more than 5GB of Data was done seamlessly and with an accuracy rate of 83%, which helped their Data Engineers to use the results in their internal projects

Skill set

YOLO Algorithm Data Engineering NVidia GPU MLOPS Docker Manual Labeling Python Apache Spark

ÄHDUS TECHNOLOGY Joins Hands with Connect Security Solutions as their IT partner for an “Intelligent IoT based Security Solutions

Introduction:

About Connect Security Solutions

Connect Security solutions, founded in 2004, has been at the leading edge of patrol and workforce management solutions for many years. They are proud, trusted suppliers of the world’s top security and Facilities Management companies. In recent years the adoption of modern mobile phone technology has meant that they can now gather more information and thus provide a better service to their clients.

Here are the list of the solutions they can offer and the different technologies available:

Guard tour.co.uk

It is an original brand and the longest-serving website. Offering fit-for-purpose, robust GuardTour systems with comprehensive features and support

Blueskytrail.co.uk

It is a versatile and modern way to monitor and manage mobile staff. It can be Mobile patrols, porters, or center staff. They ensure that nothing is missed.

Blueskysoftware.co.uk

It is a lone-worker range of products. They have an extensive range of hardware with fully managed software and BS 8484 Call Centre to ensure your safety.

Connect Security Solutions have selected ÄHDUS TECHNOLOGY to take charge of the BLUESKY TRAIL product and to develop a complete IT infrastructure and intelligent IoT-based system for the company.

About BLUESKY TRAIL

Blue Sky Trail is a unique tool to help you understand and manage your workforce and its activities. It can leverage existing technologies or help introduce a complete overhaul of your systems to provide robust and reliable insight into your workforce’s productivity and actions.

The electronic Daily Occurrence book (EDOB or even EDOR) can record each incident as it happens. We can ensure that no vital information is missed and that relevant records such as who, where, and what of the event are captured. It can also capture photographs for storage and evidence to ensure you have the most accurate record possible.

Blue sky tour understands that this information is vital for both evidential and reporting purposes. We can provide a depth analysis of your site and define “hot Spots” with its unique heat map reports.

We have provided solutions to the objectives. Our team faced multiple challenges. One of our developers’ significant challenges was that the data in IoT devices were coming from third-party API Traccar. We removed the dependency on third-party traccar and built our API, which was later integrated with our web portal.

The client wanted us to store a massive amount of data in the database. And then, we had to make it visible with a single click.

Skill Sets technology stack for the project:

ARTIFICIAL INTELLIGENCE (NEURAL NETWORK, DATA MINING, DATA CLUSTERING) Java ASP .NET MVC ASP .NET CORE Network Sharing Devices Ms. SQL Server RESTFUL AP

We appreciate Connect Security Solutions for trusting us and choosing us as their IT partner.

Our Case study is attached below, which shows every section of this project briefly following our flow charts.

CO2 emanations behave like a blanket in the air, catching heat in the environment, and heating up the Earth. This layer prevents the Earth from cooling and consequently raises worldwide temperatures. A worldwide temperature alteration would influence environmental conditions, food and water supplies, weather, and ocean levels. Let us show you our contribution in eventually lowering down the co2 emissions by offsetting co2.

Let’s pick one big aspect of Co2 emission, transportation and traveling via different means.

FLIGHT CARBON DIOXIDE EMISSION:

Climate change and flying: which portion of worldwide CO2 discharges come from flying? Flying is an exceptionally controversial subject in climate discussions. It accounts for around 2.5% of worldwide CO₂ outflows, yet 3.5% when we consider non-CO₂ impacts on climate. How we help calculate, your flight Co2 emissions is given below:

The flight emission calculator quantifies the direct and indirect CO2-equivalent emissions per passenger for a given flight distance. The estimated emissions represent an average value for the distance between a given pair of origin and destination airports. The quantification is based on the most recent international statistics on passenger and cargo loads and aircraft type usage. The estimated emissions per passenger represent the amount of CO2 equivalents to be reduced in K2 carbon footprint offset.

Calculation principles

The K2 flight calculator determines the quantity of CO₂ emissions that an airplane gives off per passenger for a given flight distance. Nitrogen compounds and aerosols are also included and converted into CO₂. The calculation is based on average consumption data for typical short-haul and long-haul airplanes. The calculation also considers whether you are flying economy, business, or first class.

The following steps we used in the flight calculator:

1. User input. Coordinates for Departure and Arrival cities.
2. Using latitude/longitude coordinates we calculated travel distance in km.
3. Total fuel consumption (kg) per aircraft per kilometer including reserved fuel.
4. Cabin class weighting scheme is also included (Economy, Business, and First class)
5. Allocation to the Cargo load

Using the formula below we calculated the total CO2 emission for flight in Ton metrics

𝑬 = 𝒂𝒙 𝟐 +𝒃𝒙 +𝒄 𝑺 ∗ 𝑷𝑳𝑭 ∗ (𝟏 −𝑪𝑭) ∗ 𝑪𝑾 ∗ (𝑬𝑭 ∗ 𝑴 + 𝑷) + 𝐀𝐅 ∗ 𝐱 + A

E: CO2-eq emissions per passenger [kg]

x: Flight Distance [km] which is defined as the sum of GCD, the great circle distance, and DC, a distance correction for detours and holding patterns, and inefficiencies in the air traffic control systems [km]

S: Average number of seats (total across all cabin classes) PLF: Passenger load factor

CF: Cargo factor

CW: Cabin class weighting factor

EF: CO2 emission factor for jet fuel combustion (kerosene)

M: Multiplier accounting for potential non-CO2 effects

P: CO2e emission factor for preproduction jet fuel, kerosene

AF: Aircraft factor

A: Airport infrastructure emissions

Note:

LTO: Fuel consumption during landing and takeoff cycle including taxi [kg]

Short haul flight is defined as x < 1500km and long-haul flight as x > 2500km.

Carbon Footprint Car calculation steps 🚗

In transportation, another subcategory of Co2 emission is by traveling through cars which are around 4.6 metric tons

A regular traveler vehicle emanates around 4.6 metric lots of carbon dioxide each year. This expects the typical gas vehicle out and about today to have an efficiency of around 22.0 miles per gallon and cruises all over 11,500 miles each year. Each gallon of gas consumed makes around 8,887 grams of CO2.

The car emissions calculator quantifies the direct and indirect emissions per vehicle for a given distance traveled. The calculated emissions are based on the Eco invent life cycle assessment database and various mobility statistics. The aim is to provide users with a simple application, through which they can detail their car journey by inputting a few specifics and obtain a calculated result to raise awareness and lead to offsetting. The resulting emissions correspond to the amount of CO2 equivalents that can be reduced in K2 carbon offset projects.

Calculation principles

The K2 car calculator determines the CO₂ emissions of a car that arise during a car journey. The calculation is made per car and not per person. It not only considers the direct emissions arising from fuel combustion but also so-called grey emissions. These arise from the production of the vehicle, the provision of road infrastructure, and the extraction, transportation, and processing of the crude oil.

The following steps we used in the car calculator:

1. User input distance traveled (km) from point A to B
2. Fuel type
3. Fuel consumption in kg per 100km
4. Car type (Compact car, Mid-range car, Luxury / SUV / Truck)

With every small business going online, there is a strong need to manage products inventory from ERP system to the online store a business is running. Since our Shopify experts design, develop and maintain beautiful Shopify e-commerce stores for several clients worldwide, we also develop Shopify apps to facilitate the individual needs of our customers.

In this project, we are creating a Shopify App which will partially be automated to manage Largest Inventory Management Promode ERP system Products data to Shopify store so the products data always stay up-to-dated and accounts can be synchronized.

But before we further discuss our technical approach for the Shopify app, I would like to explain what is the background of this project.

What is Inventory Management ERP System?

Enterprise Resource Planning (ERP) software combines a company’s various aspects and procedures into a single integrated system. This platform enables the collaboration of several business management apps. ERP software can help with a variety of back-office operations, including IT services, inventory software, warehouse management, and HR functions. When ERP and e-commerce are combined, they function as one, and you have a single, unified data hub that eliminates silos.

Your e-commerce website will be more managed and organized with a streamlined order procedure after you use ERP software. A customer, for example, places an item in their cart and subsequently completes the checkout procedure. After that, the ERP software sends a confirmation email to the customer, extracts the item from your inventory data, and generates a shipping label. The software may also send a tracking email to the customer and update your accounting processes.

With ERP software, your customer is kept in the loop on the sales process. Your business benefits from the software because your inventory data remains accurate and organized throughout the sale and each step of the process is automated. That’s how we connect the Shopify store with ERP.

BUSINESS ADVANTAGES:

The advantages of integrating ERP and e-commerce

ERP solutions assist a company’s online ordering processes and procedures in a number of ways, including:

Ensure there is enough stock: Hand-keying stock might lead to human errors and waste time for employees. ERP systems update stock automatically, ensuring that these figures are accurate and up to date.

Customers want to know where their orders are and when they can expect them, so make order tracking as simple as possible. When necessary, an ERP solution updates order tracking and instantly tells clients about the status of their orders.

Demand for handling is increasing: You won’t have to worry about rising sales or e-commerce traffic if your company has a good ERP system. Without the need for additional personnel, ERP software may continue to automate services for you.

Time saved: ERP will save your a lot of time as compared to manual handling, adjusting, and updating the products.

When integrating an ERP solution into existing software and processes, the security of client information and data is still crucial. Despite the fact that many ERP activities are automated, the staff is still responsible for ensuring that the right protocols are followed and that the online customer experience is smooth and secure and our development team is taking care of this as well.

Let’s discuss the Use case of Ähdus ERP Shopify APP:

By using Shopify programming languages we are creating a connector named ÄHDUS ERP CONNECTOR

1. Fetch products stock data from Promode ERP inventory management system in the format of CSV

2. Read stock data from CSV and allow Shopify owner to select the product which will be uploaded to Shopify

3. Shopify store Owner will be given multiple options to select product attributes i.e. price, product category, etc. (Thanks to our flexible app development approach)

4. Check products that are already created or just need to be updated

5. Read data from Stock CSV and ask the User to select the product which will be uploaded to Shopify

6. Update the stock of the selected products including all the details the Shopify store owner will select in step 3.

Programming languages used:

Our strong and cross-functional ÄHDUS TECHNOLOGY’S developers have assisted businesses in a variety of industries by performing tasks such as:

• Building quality ERP solutions and guaranteeing effective deployment customizing, deploying, and testing ERP application parts and coding
•   Advising on and implementing ERP improvement work plans
•   Engaging with other technical team members to create customized code when needed
•   We can also offer you an ERP developer who specializes in a specific ERP system and has a lot of experience with it.
• Creating beautiful Shopify stores of all kinds