Organizations are enhancing their competitiveness by prioritizing digital transformation as the global marketplace becomes increasingly crowded and interconnected.

Broadly speaking, the concept of digital transformation involves the systematic evolution of core and auxiliary business processes to take advantage of advances in computing and software systems to increase efficiencies.

However, no digital transformation initiative will be effective unless it involves an app modernization component.

Also referred to as “application modernization,” app modernization enables organizations to transform effectively, increase their competitiveness, and differentiate themselves within their respective industries.

What is App Modernization?

A “legacy” system uses outdated software or computing hardware to deliver important organizational capabilities but cannot interact with other systems or be updated effectively. App modernization is the process of addressing known issues in outdated legacy software. The issues may include:

• Software problems (“bugs”) that cannot be resolved fast enough,
• Missing features will take too long to add,
• Fragile code (changes tend to create new problems),
• Technology obsolescence (e.g., few programmers for the source code language used),
• A software vendor is out of business, etc.

Commercial off-the-shelf software (COTS) may not provide source code access, preventing an organization from addressing software issues. When pursuing app modernization for software for which source code is available, your organization can choose between one of three approaches:

• Revitalizing an application old applications
• Replacing an application technology with custom-built solutions
• Rehosting or re-platforming

Organizations that choose to revitalize old applications will be updating existing software with new capabilities and features. This may also include refactoring (editing the software to do the same things better).

Read more: Why choose custom software over commercial off-the-shelf solutions?

Other companies may elect to get rid of aging technology to replace it with new, custom-built solutions or with a COTS solution.

In some instances, though, to achieve performance improvements, you may just need to move your existing application onto a more powerful computing engine, typically today on a modern, cloud-based infrastructure — a process known as rehosting or re-platforming.

How do you know which is the best app modernization option for your needs?

Particularly old or antiquated legacy technology will need to be replaced, whereas newer solutions might be suitable for repurposing or retrofitting. Rehosting is the most pragmatic approach if an application still meets your business’s needs but is negatively impacted by your current infrastructure.

When updating existing software, your app modernization team will need to rewrite code to add new features to your solutions. While this can be a tedious and time-consuming process, it may be more efficient than rebuilding a new solution from the ground up.

Opting for the more labor-intensive choice of modernizing by replacing legacy systems may provide more substantial long-term benefits altogether, especially if the landscape of your industry has changed significantly since you installed your current technology suite. Proper planning will control how the migration to a new system occurs and to what extent a legacy system needs to be operational during the transition.

In order to determine which approach is most appropriate for your business, you should first consider whether your current application effectively meets your company’s needs. If it doesn’t, you will need to either repurpose or replace your technology, but if it does, a simple rehosting might be the most practical option.

Why You Need It, Especially Today

Application modernization is a core component of digital transformation. If your company’s current applications do not effectively meet its needs or promote efficiency, you will never be able to meet your digital transformation goals. In a 2019 IBM-Forrester survey, 40% of developers reported being more productive when on the cloud in a digital transformation.

Instead, you will always be working from a disadvantage, which could allow your competitors to encroach on your market share within your respective industry.

App modernization will not only enable you to fulfill your digital transformation goals, but it will also empower your business to operate more efficiently, enhancing the customer experience, paving the way for future growth, and boosting revenue.

Read more: Why Top Companies Are Investing in Application Modernization

What to Consider Before App Modernization

You cannot approach app modernization haphazardly, or you could experience significant and potentially prolonged disruptions to your company’s operations.

Remember, app modernization efforts will impact the functionality and performance of your company’s core software solutions, such as your customer relationship management platform and accounting software, so with that in mind, you must gauge the costs of an app modernization initiative.

Identify what goals you want to achieve, plan how long it will take to achieve those objectives, and seek the support of a third-party technology firm that will be able to provide an objective perspective and help you determine which approach to pursue when you start your journey toward app modernization.

Read more: The secrets to a successful app modernization journey.

Knowing Your Options in App Modernization

To decide which of these approaches is most suitable for your business, you must take an objective look at the state of your technology stack. Is the version of all elements of the stack up-to-date? Are frameworks and languages still “main stream?”  If your current solutions impede business growth, it is likely time to replace them or, at minimum, rewrite them.

Rehosting can be incorporated into your app modernization strategies in two ways. If you have an application that meets your needs, you can simply migrate the app from a native architecture to a cloud-based one. Additionally, you can incorporate rehosting into your rip-and-replace or rewrite app modernization process, as transitioning to the cloud will improve the performance of any application.

Steps to Kickstart Your App Modernization Journey

The entire process can feel daunting and overwhelming when you are at the precipice of your app modernization journey. Still, you can jump-start your digital transformation and app modernization efforts through the following techniques:

1. Finding Your Why

First off, outline why you want to modernize your applications. Defining your “why” will help you and your team stay focused once your modernization journey is underway.

2. Assess Your Talent

Take an objective look at your in-house team and its capabilities. Are they going to be able to oversee your app modernization effectively? If not, it might be time to bring in some outside resources.

3. Decide Whether You Want to Move to the Cloud

Suppose you have invested heavily in on-premises resources in the past; in that case, it might be tough to move on from these assets and transition to the cloud. But making the switch will benefit your business both now and in the long run, so you should at least consider the notion.

4. Assess Risk and Act

Finally, you need to assess the risks associated with each app modernization option. Outline the benefits of rewriting your current applications, replacing them altogether, and migrating to the cloud. Once you have calculated the costs of app modernization, choose the option that best aligns with your needs and take action.

How Fingent Can Help in Successful App Modernization

Leveraging app modernization to enhance the efficacy of your digital transformation effort is a huge undertaking. Fortunately, you don’t have to navigate this process alone, as you can partner with a talented software development team like that of Fingent.

Fingent’s team of experts can help you apply the latest technologies to your business, including cloud-native solutions, artificial intelligence tools, and machine learning software.

Contact us today to learn more about how we can assist with your app modernization efforts.

Modernization is a desire to stay relevant and grow. App modernization does just that for businesses. It enables them to stay relevant and grow. In line with that, organizations worldwide are scrambling toward digital transformation. How does that benefit businesses?

App modernization or updating older software for newer computing approaches extends the lifespan of an organization’s applications while allowing it to take advantage of technical innovations. It is like renovating an old house to improve efficiency, safety, structural integrity, and more.

However, there have been occasions when the app modernization project has failed. This has been a concern to most business owners considering digital transformation. Are you one of them? If so, through this blog, you can learn why and how to avoid app modernization failure.

First things first. Does your company need app modernization? If so, why?

Why Your Company Needs App Modernization

Apart from what we discussed earlier in this blog, app modernization integrates new features to keep up with the latest business requirements. Even so, many business leaders wonder if their business needs app modernization. Here is a list of specific reasons for you to consider:

• It allows you to create new features and services that align with your current business needs and goals. In addition, you can personalize these features to ensure long-term value creation.
• Educating new and older employees becomes easier as app modernization can automate tedious and repetitive processes.
• App modernization helps you leverage the benefits of the cloud environment, allowing you to provide fast and efficient customer service.
• Cloud-native applications offer top-notch security features as compared to legacy applications.
• App modernization allows you to add newer features, services, and functions. These, in turn, increase customer satisfaction leading to increased revenue.

Why, then, does app modernization backfire at times? And how can you ensure the success of the project?

Read more: Why modernize your legacy systems? What’s the best approach to legacy systems modernization?

Why Some App Modernization Projects Fail

When an app modernization project fails, it may pose serious problems for your business, including wasted resources and time. Failed app modernization may hinder agility and keep your business from capitalizing on modern technology. It was noted that an alarming 79% of app modernization projects still fail. Why? Surprisingly, the failure is not due to the new system or methodology, nor caused by the modernization vendor. The reasons are much deeper. Here are the top 5 reasons why app modernization projects fail:

1. Ignoring the business process

Modernization efforts fail when the business process (accounting, inventory, finance) is poor, and a business tries to correct it with new systems. That will never work. Businesses must first understand what is slowing them down. Determining the problem is the right foundation for successful app modernization.

2. Implementing new systems without considering drastic business changes

When entirely new systems are implemented without considering the drastic business changes, the employees are forced to adapt quickly. In addition, such practice forces the business to evolve to fit the new software. Instead, the software must adapt to fit the current business process and requirements.

3. Businesses mistakenly assume that they are ready for a complete revamp

Most businesses believe that they are ready to replace the old system with new systems, and the business will run better. Now that is a huge mistake. Completely replacing all systems can send your business and your employees into shock. It may even change how customers interact with the business. A better approach is to modernize in calculated steps.

4. Failing to adopt an agile software

The pandemic helped us see that agility is king. Adopting inflexible applications can have disastrous consequences on your business. If you want to be future-ready, replace rigid applications with agile applications.

5. Failing to consult the end user

Modernization projects that do not involve the IT department and the end user fail as they do not consider how the new solution fits business needs.

Read more: Advancing Business Software Development With Cloud Native

The Secret to A Successful App Modernization Project Journey

Every business that embarks on a modernization project journey faces many challenges. The success of your app modernization efforts comes down to two key components: your IT team and your employees. As teams go through this journey, use these secrets to avoid failure and ensure success.

Secret 1.  Build a cross-functional team

When choosing a team or developing an innovation group, build a cross-functional team that can focus on developing the culture, process, and tools needed to improve the modernization process.

Secret 2.  Toss it, sort it, and commit to it

An effective business principle is to welcome all ideas and sort them, but when a decision is reached, you must commit to it and execute that above all else. Doing so will ensure the progress of the project.

Secret 3. Map out the development workflow

Mapping out a development workflow can help you when you encounter complexities in the project. It helps you look at every tool being used and identify dependencies.  

Secret 4.  Set milestones 

Projects may change. Setting small modernization goals will help you adjust your long-term plans and reduce engineering risk. Focus on many small steps when planning for a major milestone. Doing so will ensure smooth progress from one step to another.

Secret 5.  Prioritize data into categories

If you prioritize data into high, moderate, or low categories, you can decide what safeguards to have for each category.

Secret 6.  Do not sew a new cloth on an old cloak

Take a hard look at your development workflow and identify habits that could derail your app modernization process. Don’t just patch up old problems with a new tool. Remember, these problems can derail new tools, so don’t patch, fix.

Secret 7.  Keep your team in the loop

Your team may find it challenging to develop the knowledge they need to work on the new tools. Keeping them informed about the new tools and training them to navigate new workflows can ensure the success of application modernization.

Several aspects may factor into a successful modernization. That is why modernization endeavors are so challenging. However, implementing the above secrets can help the success of app modernization efforts.

Speaking to an expert can help you understand how to proceed with your app modernization needs. Why not reach out to us at Fingent and discuss your project with our software development experts?

Technology is getting better and better each day. Several technologies and architectural patterns have emerged and evolved during the past few years, and it only gets better with time. Microservices architecture or microservices is one of those patterns. It emerged from the world of domain-driven design and persistence.

In this article we will cover:

• What is microservices architecture?
• The difference between microservices, monolithic architecture, and service-oriented architecture (SOA)
• The benefits and examples of implementing Microservices Architecture.

What Is Microservices Architecture?

Microservices architecture is a specific method of designing software systems that can structure a single application as a collection of loosely coupled services.

Microservices architecture is made up of several components in their own individual compartments in the software. This makes them independently upgradeable or replaceable.

Microservices architecture simplifies the process of building and maintaining certain types of applications by breaking them down into many smaller pieces that work together. Though this increases the complexity, it offers greater advantages over the monolithic structure.

Now you may wonder: Isn’t Microservices just another name for monolithic architecture and service-oriented architecture (SOA)?

Let’s clarify that for you!

Read more: Progressive Web App Development: 10 Benefits

Microservices Architecture Vs. Monolithic Architecture

In the current age of Kubernetes, Monolithic architecture faces many limitations. Please note a few:

• Monolithic architecture is a single application. It is generally released once a year with the newest updates. Whereas, Microservices architecture is cloud-based and can be updated as required.
• Monolithic architecture is slow. Modifying a small section may require complete rebuilding and deployment of the software.  Microservices on the other hand are faster to deploy and quick to isolate any defects.
• Monolithic architecture is harder to adapt to the specific or changing product lines while individual models of Microservices architecture enable scaling and development.

Microservices Architecture Vs. SOA (Service-oriented Architecture) 

Microservices architecture is distinct from SOA. Here are a few differences:

• SOA model is dependent on ESBs and so it is slower. Whereas, microservices is faster as it leverages faster-messaging mechanisms.
• SOA focuses on imperative programming style, while microservices focuses on a responsive-actor programming style.
• SOA has an outsized relational database. But Microservices architecture tends to use NoSQL or micro-SQL databases.

Read more: Ways To Accelerate Business Growth and Success in 2021

Business Benefits Of Microservice Architecture

Microservices architecture can help your business grow quicker, increase productivity, and innovate better to deploy competitive products into the market. Here are some specific benefits of the Microservices architecture:

1. Better organization for efficiency

Microservices architecture organizes business applications. It can extend those applications to support plugins for new features, devices, etc.  You can easily add more features to each of those popular applications to generate more revenue.

2. Increased scalability

Microservices architecture divides applications into smaller modules. Each of these modules can operate independently enabling businesses to scale applications up or down, as required. As these modules operate independently, a fault in the single module does not mean disruption of the entire system.

If one module fails due to outdated technology or the inability to further develop the code, developers can use another module. In other words, the applications continue to function even when one or more modules fail.

This capability allows developers the freedom to build and deploy services as needed without having to wait for the entire application to be corrected.

3. Easy to maintain

It is easier to maintain and test a single module as opposed to an entire system. Since each module has its own storage and database, organizations can build, test, and deploy all the modules with less complexity.

4. Faster development

Since all modules are loosely coupled, change in one module does not affect the performance of the other. This means you can update a single module at a time leading to faster development.

5. Enhanced performance

Microservices architecture can enhance the performance of the application. It reduces downtime while developers take their time to troubleshoot the issue and bring the system back to normalcy.

6. Dynamic yet consistent

The individual modular approach in Microservices architecture is easy to replicate. This allows for consistency in applications, which in turn makes managing these modules simple and easy.

Prominent Examples of Successful Microservices Implementation

Prominent examples of Microservices architecture are Amazon, Netflix, Uber, and Etsy. Over time these enterprises refactored their monolithic applications into Microservices-based architectures. This move has helped to quickly achieve scaling advantages, greater business agility, and unimaginable ROIs.

1. Amazon

In the early 2000s, untangling dependencies was a complicated process for Amazon developers. It faced development delays, coding challenges, and service interdependencies.

However, Amazon assigned ownership to each independent service team. This allowed the developers to identify the bottlenecks and resolve issues more efficiently. Also, it helped them create a very highly decoupled architecture.

2. Netflix

Within a year of starting its movie-streaming service, Netflix was suffering from service outages and scaling challenges. It experienced major database corruption and was on standstill for three days! That is when it decided to move towards more reliable, horizontally scalable systems in the cloud.

First, Netflix moved its movie-coding platform to cloud servers as an independent microservice. This allowed Netflix to overcome its scaling challenges and service outages.

3. Uber

Uber, the ride-sharing service faced growth hurdles. It struggled to launch new features, fix bugs, and integrate its global operations. Besides, it became increasingly difficult to make minor updates and changes to the system.

Uber then decided to move to cloud-based microservices. This allowed its developers to build individual functions like trip management or passenger management. This boosted the speed, quality, and manageability of their services. Among other things, they achieved more reliable fault tolerance.

4. Etsy

Etsy experienced poor server processing time. However, with the help of Microservices architecture, Etsy created a variety of developer-friendly tools and went live in 2016. From that point forward, Etsy benefits from a structure that supports continual innovation, faster upgrades, and more.

Read more: Enterprise Resource Planning Software: A Complete Guide!

How Fingent Can Help You Implement Microservices Architecture

Microservices architecture supersedes SOA and monolithic models. However, it has its challenges. This is where Fingent comes to your assistance.

Fingent can help you implement Microservices Architecture correctly to improve your productivity and ROI. Designing your architecture is not just a technological option. It is a necessity! It is a business decision that can directly affect your business growth. Fingent can help you take care of the technical aspect while you concentrate on your business goals. Give us a call and let’s get talking.

Planning a software development project for your business? Here’s a detailed guide on the various stages and life-cycle of Software Product Development!

• Introduction
• What Is Software Product Development?
• How To Gauge When Your Business Needs Software Product Development?
• How To Prepare For Software Product Development
• 5 Essential Stages Of Software Product Development
• Tips To Select The Right Partners For Software Product Development
• Healthier, Better Business With Software Product Development

A Quick Guide on the Cloud Service Models – Saas, IaaS, Paas!

The world is changing, quickly and fast; and to adapt to these growing changes, businesses are experiencing unprecedented stress on maintaining a robust and cost-effective IT Infrastructure. But thanks to Cloud Computing and its various service models – Saas, IaaS, Paas, businesses now have the option to move beyond on-premise IT Infrastructure for improved processing and storage capacity.

The future of computing is in the cloud! Missing out on it can definitely slow down the progress and performance abilities of a company. But before we dig deeper on how to seamlessly deploy Cloud Computing, let’s shed some light on what is cloud computing and what are cloud service models?

What is Cloud Computing?

If simply put, Cloud Computing is a model that offers convenient, on-demand network access to a pool of shared resources. This may include data storage, databases, servers, networking, tools, or any other resources that can be accessed through the internet. Speaking of cloud server models, cloud computing is offered in various service models, each of which satisfies unique business requirements. These servers are mainly of three types: Software as a Service (SaaS), Infrastructure as a Service (IaaS), and Platform as a Service (PaaS), about which you will read in detail below.

Once signed up with cloud service models Saas, IaaS, and Paas, one can leverage wider possibilities to bring flexibility and efficiency to support greater business growth. Enterprise cloud platforms like Infince makes this transition to the cloud even more seamless, providing the right security, control, and flexibility to scale and adapt with time.

Over the years cloud services have witnessed exponential growth worldwide. The global cloud computing market size was valued at USD 274.79 billion in 2020. It is expected to grow at a compound annual growth rate (CAGR) of 19.1% from 2021 to 2028. With the COVID19 pandemic giving rise to remote work culture, and with many industries gaining opportunities from advanced technologies like AI and machine learning, cloud computing is turning key with its ability to empower businesses with the flexibility to innovate and transform with growing technologies.

Fig: U.S. Cloud Computing Market, Source – Grand View Research

What these reports signify is a steady adoption of cloud services by businesses across the world to tackle the entire range of operations they do. Application development in cloud computing provides an extensive, flexible, and affordable way to implement cloud service models. Meanwhile, numerous leading players in the information technology sector now compete to deliver flexible cloud services for both the public and enterprises.

Increasing competition means better delivery of services and innovations, which can deeply benefit scaling up your business. Hence, now is the right time to deploy a cloud model into your business infrastructure.

What’s Ahead?

• Why does your business need Cloud Computing?
• What are Cloud Service Models?
• Adopting Cloud – Choosing between SaaS, IaaS, and PaaS
• SaaS
• IaaS
• PaaS
• What should you know about DaaS?
• Why is it important to choose the right Cloud Service Model?
• How can Cloud support your Custom Software needs?
• Cloud Service Models SaaS, IaaS, or PaaS: What fits your business?

Progressive Web Apps: New Cutting-Edge Trend in Web Development

Speed and convenience have become crucial in keeping online shoppers engaged. Progressive Web Apps development is a solution that allows the shopper to enjoy an app-like experience via a website (using web browsers). Users can install the PWA application from the browser window and access it just like a native app. In addition, progressive web apps improve the quality of your web applications, making them reliable, fast, and engaging.

Are you considering PWA for your business growth? Is it worth exploring this option? This blog will help you take a closer look at why Progressive Web Apps are turning to be the new cutting-edge trend in web development.

What is a Progressive Web App?

Frances Berriman and Alex Russel coined the buzzword “Progressive Web Apps” in 2015. To date, PWA has been a big player in this mobile-first world. Progressive Web Apps (PWA) have caused digital marketers to rethink how they design and deliver sites.

Progressive Web Apps can deliver a blazingly fast and slick app-like shopping experience to the end-user. It combines the best of two worlds: your website and the native application. It can be called a hybrid app as users can now browse your website on their mobile. Besides, PWA promises to solve two vital issues:

1. Performance and usability
2. Mobile-web conversion rates

Read more: Native Apps vs. Web Apps: Choosing the Best for Your Brand

Business Benefits of Progressive Web Apps

Several companies that focused their efforts on PWAs instead of having a separate native app have experienced increased conversions. A best case in point is the world’s largest online B2B trading platform, Alibaba.com. Alibaba.com increased its conversion rate by 76% across browsers after upgrading its website to PWA.

Here’s how your business can benefit from PWA:

1. High-performance rate

Response time is crucial for audience engagement and better conversion rates. PWA responds quickly as the browser uses caching to save the elements of the layout that are repeated in the template. This improves the speed of downloads and reduces page load time. Subsequently, better performance leads to a better user experience, which in turn increases customer retention rates.

2. Ease of use across multiple devices

Progressive Web Apps are built with a responsive layout in mind for an improved user experience. A responsive design will fit into any size of the screen with ease. In other words, PWA will adjust the experience as per the device screen size. You can further improve the user experience with a PWA manifest file that controls the full-screen view.

3. Seamless browsing experience

A traditional website is virtually useless without a stable internet connection, but not a Progressive Web App. PWA can be easily viewed offline as service workers automatically cache important application features and information from the user’s last online access. This way, the user can access it without any network. Plus, you can add a brand logo, product descriptions, and few advanced features to your offline page.

This is an additional incentive for shoppers to choose businesses with a Progressive Web App over those that use native apps. Such a seamless browsing experience rewards you with better engagement rates and customer retention.

4. Resembles native-built applications

PWAs can be designed to look and behave like native apps, or they can be designed to let users know they are browsing the Progressive Web App. Regardless of the developer’s choice, it can contain a complete set of traditional app functionalities with database access. The best part is that you can seamlessly integrate the application into an existing website or an app.

Watch Video: Fingent can help you choose the right mobile app development approach by evaluating your requirements.

5. No installation is needed

Shoppers can download your app directly onto their devices. Once downloaded, it gets its own icon on the screen, just like a traditional mobile application. This will avoid the slow and complex installation process, improve user experience, and reduce user abandonment.

Here is another way it can benefit you: users can easily access the PWA via a URL. In other words, a user can easily share this link with a friend contributing to increased leads.

6. No manual updates are required

Native apps must be updated periodically through mobile internet or a WIFI connection. Such updates can consume large amounts of data, which may be costly for some users. Fortunately, Progressive Web App updates are performed “on-use,” much like how a website is updated.

7. Low development cost

Developing a mobile app can be a costly process, especially for small businesses and startups. Thankfully, PWA development is much cheaper than traditional app development but provides a better option for companies to generate a positive ROI.

Read more: Mobile app development: 4 tips to consider 

8. Wide range of features

The most prominent feature of PWA is push notifications. Publishers and developers can use this feature to implement creative advertising solutions. As the push notifications appear on a shopper’s device screen, it is read more often than emails or updates on social media. This can lead to valuable brand awareness and promote products or services.

9. Improved app and data security

Security has been a concern for both users and developers. According to new standards of web design, all customer information must be moved to HTTPS. So it is highly convenient to launch Progressive Web App within a safe environment. Moreover, it builds customer confidence in the security of their personal information as they enter sensitive data into your PWA.

10. Low data and low storage

Data is costly in some developing nations. That is why it is a bonus that Progressive Web App consumes only a fraction of data usage compared to native apps. Moreover, it does not take up significant storage space on devices, so users are more inclined to use a lighter app on their smartphones. Also, it contributes to better performance.

Read more: Building a Business Mobile App in 2021? Here’s What You Need to Know 

Progress with Progressive Web Apps

Progressive Web Apps are the future of web-hosted apps as they can overcome the inherent limitations of web performance and insufficient or unavailable internet connections. Since PWAs can run on any modern platform, soon they will overtake truly native apps. Yes, PWAs have the potential to change the way the web works. However, Progressive Web Apps will not replace websites and mobile apps altogether. It is still in its infancy. To know which option is best for your business, have a chat with the technology experts at Fingent.

The Significance of Odoo Migration and How to Do It?

Odoo is an open-source ERP software that comprises an integrated suite of business modules such as eCommerce, accounting, warehouse management, project management, financial management, customer relationship management (CRM), manufacturing, and purchasing. These modules ensure seamless and efficient communication with each other to exchange information.

Read more: 5 Salient Features of Odoo that Make it a Reliable ERP for Enterprises

Odoo ERP can be used by businesses of all sizes and is available in both cloud or on-premise versions. Odoo is open source and highly customizable, allowing developers to access the code and make changes in the module based on their business needs. Odoo ERP can be easily integrated with payment processors and external shipping systems such as UPS, eBay, FedEx, Amazon, and QuickBooks.

Read more: 5 Reasons to Integrate Your E-commerce Application with Odoo ERP

So, if you are new and planning to implement Odoo ERP for your business, you should consider the most recent and latest version of Odoo, that is, Odoo 14.0. 

However, if you are already leveraging Odoo and thinking of migrating to Odoo 14, you need to assimilate the situation before migrating.

Odoo migration involves two parts:

• Data migration 
• Odoo apps migration 

You can migrate both your company data and the apps used in the older version of your ERP. This migration process requires expertise and an experienced Odoo ERP partner to achieve it. Your older data must be optimized for the newer version smoothly and is best done by a professional Odoo ERP implementation partner like Fingent.

Why migrate to the latest version of Odoo ERP?

Undeniably, the latest versions of Odoo include improved features such as security, speed, and stability. Migrating to the latest version indicates that you are ready to update your system and move forward. Moving forward does not mean that you lose your old data and turn to new data. Migration ensures that all the previous data is kept intact while stepping into the new one.

The latest version, Odoo 14 got released in October 2020. As businesses are ever-changing, the new version comes with many added or deleted features as found optimal by Odoo. This is needed to ensure the ERP keeps running at its best performance and also delivers high performance. It is considered to be four times faster than Odoo 13. So, if you are looking for speed, then you can switch to Odoo 14.

Top features of Odoo 14

Some of the features of Odoo 14 are:

1. Improved user experience

Odoo is a great competitor to big names like Oracle, Dynamics, and SAP. Odoo 14 has added more shortcut keys to control the system faster, improving the system speed and more on-click features to help you save time. There are more widgets in the list view that allows you to send messages directly to your colleagues within a single click.

2. Automated CRM

CRM is a powerful tool that provides your company with a better insight and focuses more on clients and not on the data input. The insight helps you forecast sales or find information about the clients easily. In the absence of a CRM, the salespeople can randomly fill the customer’s information, making it difficult for other team members to follow up or get complete sales information.

As Odoo 14 CRM is automated, you can add and search for customer’s data accurately and quickly.

3. Outlook plugins

This feature automates the communication logging and allows you to communicate with the clients automatically in the CRM. It also helps sales managers track the communication of their subordinates.

4. To-do activities list

Odoo 14 helps salespeople focus on selling instead of data input. The to-do activities feature allows the salespeople to quickly check the to-do list, the next activity, and its priority with its impact every day. This feature comes with an improved follow-up section that helps salespeople send an email or SMS to the potential client directly from the CRM.

Points to consider before Odoo migration

1. Performance

Odoo 14 is designed to deliver more both in terms of performance and features. It includes additional features that can benefit new businesses. The new features ensure the business processes are carried out as smoothly as possible. However, you must make sure to understand the purposes and needs of your business before you avail of the updated version. 

2. Deleting a few features 

While the new version includes new features, some of the old features have been revoked by Odoo. So, it would help if you had an idea about what features will be lost in the newer update. This is where an Odoo ERP implementation partner like Fingent can help you. Our Odoo consultants can help you migrate to the latest version of Odoo without losing your crucial company data. 

Read more: 6 Ways Odoo ERP Customization Can Benefit Your Business

3. Downtime

An update would mean that your business operations would be affected in the meantime. So, you must be prepared to overcome this downtime if you opt for migration. You can use the pilot version to run the platform with updates in the background. However, it is not possible in the live environment. You can discuss this in detail with the migration expert at Fingent.

4. Cost

The cost of the migration process may vary depending on your customized business requirements. Understanding the need for the latest update and knowing if the expense is the right investment for your company is essential. You can consult the experts at Fingent to get an estimate of the Odoo migration expenses for your business.

While migrating your old Odoo versions to newer and better ones is essential, it is a complex and tedious task. So, it is vital to have a good Odoo migration partner, which is why most businesses entrust us with Odoo ERP migration.

Read more: Why Choose Fingent as Your Odoo ERP Partner

Odoo migration: How to migrate to the newer version?

The Odoo migration process is done in two parts:

Part 1: Data migration

The company data present in the Odoo platform is of utmost importance and cannot be lost under any circumstances. This data requires some adaptation to work in sync with the new version. To make sure your data is suited for migration formulation, your information, such as charts, tables, contacts, etc., will be carried out.

Part 2: Odoo apps migration

The Odoo apps functional in the older version are used for specific needs and cannot be lost or compromised in the process of updating. Necessary changes to the existing applications or developing new ones will need to be done to meet the needs of your business.

The migration of applications and data will enhance the platform’s functionality without losing your company data.

To know more about Odoo migration and how we can help achieve it successfully, please contact us.

Being an Official Partner of Odoo, Fingent has always catered to the needs of various customers and streamlined their operations, thus saving their costs, time, and resources. In this post, you will see how Odoo ERP implementation helps retail management.

Odoo ERP: A Highly Customizable Cloud-based Platform for Retailers!

The retail industry is one of the primary beneficiaries of digital transformation. In 2010, eCommerce accounted for only 5-6% of the aggregate retail sales in the US. The industry has witnessed phenomenal growth over the past decade with the development and adoption of retail technology, ERPs, eCommerce applications, custom retail solutions, and stiff market competition. At present, online retail sales in the US account for 21% of the total retail purchases. Isn’t that mind-blowing?

The paradigm shift from the traditional operating landscape to a digital world presents both opportunities and challenges. Many people look for products online, make buying decisions based on social media reviews, and order products to be delivered home. They even use the internet to search local shops, order online and collect from nearby stores (click & collect) or find retailers that offer discounts in their area. The message is clear: physical/ in-store retailing also needs to pace up with the change.  

To overcome the challenges in managing physical and digital selling, retailers need to adopt a modern enterprise resource planning (ERP) system.

Read more: 5 Reasons to Integrate Your E-commerce Application with Odoo ERP

Today, ERP is extensively used to simplify and automate customer relationship management, project management, accounting, compliance, inventory, and supply chain operations. ERP is a reliable investment for business owners as they can control and monitor their operations, get reports, and gain insights on consumer behavior and market situations.  

Odoo ERP for Retail Management

ERP software allows integrating the core processes to run a company in one place, such as finance, manufacturing, HR, supply chain, inventory, procurement, tracking, transactions, etc. It also integrates all the data and related business processes of an organization. 

Odoo ERP is a popular, open-source, cloud-based business management software that helps manage various business needs such as manufacturing, finance, inventory, point of sale (POS), eCommerce, purchase, logistics, etc. Odoo is an intelligent ERP system that allows retailers to integrate their whole data and all the processes associated with the retail industry. For retailers, Odoo is a perfect choice that increases profit and enhances productivity as it provides comprehensive solutions that can seamlessly integrate with eCommerce.

Read more: 5 signs which imply that your business needs Odoo ERP

How Odoo ERP Benefits Retail Management

Following are the significant benefits of using Odoo ERP in retail:

1. One-step checkout 

In online shopping apps, the checkout stage tends to have several processes spread across different web pages. This can put off some customers who don’t want to spend their time navigating through each. Odoo eliminates these multiple processes by offering a one-step checkout that is fast, convenient, and intuitive. It has the potential to reduce checkout abandonment and thereby increase sales.

2. Craft stunning product pages

For eCommerce websites, high-quality product pages are crucial to gain maximum traction. Long descriptions with dull-looking pages are outdated. Odoo ERP lets you build beautiful and stunning product pages with a simple drag and drop feature. You can also customize your online store’s look, layout, color, and theme with Odoo and make last-minute changes to meet the demands and expectations of your clients. You can also make changes and enhancements at regular intervals to add more features to your store. Make sure that your digital store is mobile responsive to be compatible with the changes and new features.

3. Payment module integration

Having different payment options can enhance the customer experience. With Odoo’s plugins and extensions, retailers can integrate and customize various modules like wallets, cryptocurrencies, credit and debit cards, and UPI. It also supports PayPal, PayUMoney, Buckaroo, Sips, Stripe, Ingenico, Adyen, and Authorize.net.

4. Sales, purchase, and finance management

Odoo offers non-retail and retail companies different sales management processes. Odoo has a Point of Sale (POS) module, which is integrated with the sales and inventory module. This module helps retailers track stock and commodities in real-time. The module also allows for the use of biometric devices to log in and out. It’s compatible with any hardware and doesn’t require installation. What’s more, the POS remains operational even when offline.

Read more: How Odoo ERP Simplifies Sales Management in Your Organization

5. Inventory management

It’s a known fact that inventory management in a volatile and dynamic consumer goods market is an arduous task for many retailers. With several issues such as excess inventory or out-of-stock scenarios, inefficient inventory management processes result in financial loss and lead many retailers to bankruptcy. 

Odoo ERP offers inventory management as its integral feature, where it stores details of an organization’s entire inventory, including the individual product details. Odoo enables retail managers to keep track of crucial information such as:

• The present status of the inventory
• Items that will run out of stock
• Shelf life details of each product
• Notifications related to product expiry
• Ability to make demand forecasts based on past trends and customers’ online behavior and buying habits

Odoo ERP enables retailers to gain a competitive edge by modifying inventory to meet the fluctuating customer demands.

Read more: Fingent’s new plugin facilitates the scheduling of Zoom meetings from Odoo! 

6. Manufacturing and production

Retailers who are also engaged in manufacturing and production can use Odoo’s module to help run functions. The Manufacturing module can assist in creating bills of materials (BoMs), managing semi-finished products, subcontracting manufacturing, etc. It can also help in configuring work centers and managing and configuring kits.

7. The Cloud Advantage

• Odoo solutions are cloud-based, allowing retailers to access their e-commerce stores from anywhere in the world. 
• Odoo is flexible, customizable, and scalable, making it especially ideal for small and medium-sized enterprises (SMEs). 
• Odoo is an affordable ERP solution with the maintenance fees included in the license fee.

In a nutshell, Odoo ERP serves as a high-performance retail management system where retailers can manage everything on a single system. It can bring tremendous benefits to the retailing industry. They can integrate Odoo’s various business apps such as Sales, Accounting, Customer relationship management (CRM), Inventory, etc., with Odoo e-commerce. 

The Odoo App Store features nearly 10,000 apps that connect to the same database on Odoo’s own servers. A testament to Odoo’s popularity is in the numbers: it has more than 5 million users worldwide, from start-ups to large enterprises. 

With a simple checkout process, robust customer portal (order tracking, advanced shipping rules, and return management), order review, and wish lists, Odoo ERP provides real-time information to users.

Read more: Why Choose Fingent as Your Odoo ERP Partner

Fingent has an ace team of Odoo developers that offers consulting, development, and implementation services. Whether you want to integrate Odoo ERP with your existing e-commerce store or build an online store from scratch powered by Odoo integration, give us a call right away.       

How Logistics Management Software and Technology Will Transform Businesses in 2021

Without logistics software management, Pfizer cannot become one of the world’s largest sterile injectables suppliers in 2021. Neither can they store, transport, and distribute the COVID-19 vaccine to multiple countries, maintaining ultra-low temperatures. Monitoring temperatures, optimizing delivery routes, managing cold storage, tracking vaccines in transit, overseeing distribution – all these prove that the logistics and supply chain sector has been at the forefront of tech disruption in 2021. Various governments are taking measures to expedite vaccine distribution to the masses; shoppers have increasingly moved to online shopping – 2021 is set to witness the increasing adoption of logistics management software. 

Read more: 6 Tips for Logistics and Supply Chain Leaders to Plan COVID-19 Vaccine Distribution Strategies 

The Impact of Technology in Logistics

Technology continues to disrupt logistics and supply chain processes by changing it altogether from its core. Research and Markets reports that the increasing use of IoT and emerging technologies across industries will accelerate Connected Logistics’s adoption. The Global Connected Logistics market is projected to grow at a CAGR of 17.5% during 2021 – 2026. 

Consequently, logistics will become more refined and fast, changing the way materials, goods, freight, sales orders, inventory, and production are managed.

As efficiency and speed become the determining factors, logistics need to adopt a new approach to deal with the rising demand and complexity of processes. The industry needs a viable solution that manages the flow of things so that the right product reaches the customer within the specified time.  

Logistics software adoption streamlines operations and removes process hassles. Organizations that invested in logistics management software have produced good outcomes with noticeable improvements in process, operations, and delivery.

This article attempts to explain all that you need to know about logistics management software, including: 

• What is Logistics Management Software?
• Challenges in logistics management
• Pros of a having a logistics software
• 2021 trends that reshape logistics management
• Choosing the right Logistics Management Software
• Checklist of essentials in a Logistics Management Software
• How logistics software improves efficiency
• The future of supply chain

What is Logistics Management?

Logistics involves the flow of things from their point of origin to the point of consumption, usually general customers or businesses. The selection of vendors, transportation means, routes, and delivery methods constitute an essential part of logistical operations.

Logistics management is a part of the supply chain that uses planning and implementation to store and deliver goods and services to the customer. It coordinates several critical activities of the supply chain that range from product development to commercialization.

Typically a logistics management system includes the following:

• Inbound and outbound transportation management
• Warehouse management
• Fleet management
• Processing orders
• Inventory control
• Managing third-party logistics service providers
• Planning supply and demand

Watch Video: Top Challenges Faced by Logistic Management

Logistics management constitutes several functions such as production planning, sourcing, procurement, packaging, and dispatching. It also involves finding the suitable means to deliver goods and services to the end-user. Inbound and outbound traffic is vital in logistics management.

• Inbound logistics is a linear flow of raw materials from suppliers into a warehouse and then a production unit.
• Shifting the products from the warehouse inventory into the hands of the customers falls under outbound logistics. 

An example of inbound and outbound logistics at play is that of a manufacturer of electronic goods, which requires several raw materials in the form of components, nuts, bolts, cables, casting, packaging cartons, etc., to build products.

Challenges in Logistics Management

Logistics is prone to several issues that occur primarily due to simple human errors or other factors. Weak decisions usually result in delays in the transport or delivery of goods, leading to customer dissatisfaction. Besides, another challenge that logistics face generally is in the safe transportation of goods. The goods can become damaged or faulty if not handled accordingly while in transit.

Customer demand has also become higher as they want more transparency in the delivery process. Moreover, logistics and supply chains are facing the still unsolved issue of cost control. The rise of fuel charges combined with a steep increase in energy, freight, and labor rates put further pressure on logistics providers.

Effective risk management and managing the relationship between the suppliers and partners are also vital. A reliable solution that covers all these individual challenges in logistics is thus becoming a necessity. The use of logistics management software (LMS) can streamline logistical operations and guide a logistics provider or business to deal with them appropriately.

What is Logistics Management Software?

Logistics Management Software (LMS) simplifies logistics operations by refining the production cycle and making it easier to access important information quickly. A logistics management software helps businesses manage the various processes that go into the production cycle from the delivery of raw materials to shipping the finished products to the consumers.

Logistics software has become broader in its scope and functionality to deal with a vast array of operations and processes. It shares similarities with supply chain management software (SCMS), which contains tools that help deal with transactions, processes, and suppliers. The functionality of a logistics management software extends to areas such as:

• Processing customer requests
• Processing purchase orders
• Inventory Management
• Suppliers Management
• Sales and Distribution

A logistics management software gets rid of all the conventional approaches like paperwork and spreadsheets to simplify management. It comes in three variations: warehouse management systems, enterprise resource planning systems, and integrated supply chain management suites.

Companies with an in-house logistics or supply chain division and third-party logistics providers utilize any of these different versions according to their requirements to efficiently manage their logistical and supply chain operations.

The Pros of having a Logistics Software

In logistics, handing over the process to a logistics management software has several advantages. With logistics management software, a company or 3PL (third-party logistics) provider could avail of the following benefits.

• Refine Transportation: Transportation is a crucial area of logistics. It incurs the most charges in the form of fuel, energy, labor, motorway tolls, and shipping fees. Relying on logistics software can help manage the various transportation means and leverage the operational data for process automation. Logistics management software makes it easy to analyze data and make relevant decisions for reducing costs maximizing efficiency.
• Faster Delivery: The logistics and supply chain industry faces several issues that affect delivery and lead to delays. By incorporating logistics software, businesses can rapidly deliver their products to customers. A logistics management software can improve delivery speed by making meaningful interventions in the production cycle and choosing the suitable carrier. It ultimately reduces shipping delays to a great extent.
• Minimize Human Errors: Another notable advantage of having logistics management software is in reducing human error. Manual analysis of vast quantities of transportation data is difficult, time-consuming, and prone to errors. A logistics software can process these data without any mistakes in less time, seamlessly pushing forward the operations with minimal/nil delays.
• Automates Functions: Process Automation is a tremendous boon of logistics software integration. Certain functions like creating shipment routes, load planning, and tendering of load to carriers are easily automated and managed by using logistics software. Moreover, it eliminates paperwork, which helps deal with the processes efficiently and timely.
• Reduce Costs: Logistics software can automatically compare different shipping services, delivery agents, and transportation methods to find the least pricing ones. The other way logistics software reduces costs is by lowering the expedited shipments through improved shipment planning.

Read more: How Transportation Management Systems Benefit Third Party Logistics (3PL) Service Providers 

2021 Trends that Reshape Logistics Management

The demand for logistics software management has peaked with the widespread popularity of e-commerce in 2021. The onset of COVID-19 is also a reason behind the peak in demand for logistics technology. As a result, logistics is constantly evolving to accommodate each industry’s rising requests that depend on it. One area where logistics has transformed is the digitization of its processes and resources. In 2021, the industry is expected to embrace the cloud, mobile, and emerging tech to transform logistics operations. Here are some of the top tech trends that will influence logistics and supply chain in 2021. 

1. Artificial Intelligence

Logistics companies will use AI to identify patterns in data and churn insights. It will help advance operations such as intelligent transportation, route optimization, demand forecasting, budget planning, etc. McKinsey reports that AI-driven logistics optimization can reduce costs through real-time forecasts and behavioral coaching. The potential incremental value of AI in the logistics and transportation industry (89%) will be more than other analytics techniques.

Read more: How AI is Reshaping the Supply-Chain and Logistics Industry

2. Warehouse Robotics

Over the last few decades, innovative logistic robotic companies have worked hard to mesh AI and machine learning, better sensors and response capabilities, warehouse management software, or logistics management software. Recently, warehouse robotics in the supply chain has picked up pace exponentially. There has been colossal funding and investment in the industry. For example, Alibaba invested $15 billion into robotic logistics infrastructure, and Google invested $500 million into automated logistics for JD. It is also estimated that the global market for warehouse robotics in the supply chain will reach a market value of $22.4 billion by the end of 2021.

Read more: How Robotics in Logistics Helps Improve Supply Chain Efficiency 

3. Cloud Computing

Cloud integrated logistics management software allows having real-time price updates, inventory, and tracking. Cloud-based logistics software enables real-time accuracy and 360-degree management of processes and systems. You can track a product through its lifecycle, right from ordering to distribution. It allows to significantly cut down the costs of lost products, missing deliveries, locate a shipment at any stage of transport, and reroute a misdirected shipment. Cloud-based logistics software allows everyone in a trade network to communicate and share data in real-time, make decisions quickly, and scale on-demand. 

4. Contactless last-mile delivery

In a pandemic-troubled world, contactless delivery is more critical than ever. eCommerce companies and carriers face increasing pressure due to the surge in online shopping. It’s crucial to stay agile by ensuring business continuity. At the same time, it is also vital to remain safe and meet delivery needs. Electronic parcel lockers, contactless parcel delivery and collection, and self-service pick-up automate delivery processes to reduce physical interactions between customers and delivery agents. 

Watch video: Custom Web Application Developed to Enable Smarter Locker Management

 Custom logistics software applications can help fulfill the increasing demand for last-mile delivery. Fingent helps build healthy tech partnership ecosystems to ensure uninterrupted supply and distribution of your products and services. 

5. Blockchain

Blockchain, also known as the distributed ledger technology, offers the ability to record transactions between parties securely and permanently. The shared and secured databases enabled by blockchain helps in avoiding intermediaries and third parties that verify, record, and coordinate transactions in a supply chain. Blockchain helps increase the traceability of the material supply chain, improve the credibility and trust of shared data, digitize physical assets like contracts and critical documents, streamline administrative processes, reduce costs, and enable effective auditing of supply chain data. 

Example of blockchain application in logistics: The international logistics giant DHL uses blockchain-based serialization of pharmaceutical drugs and products to ensure that:

• the products come only from legitimate manufacturers, 
• are not counterfeit, and 
• are adequately tracked and traced through their journey from origin to consumption. 

6. Predictive Analytics

The emergence of sensor technologies and AI has contributed heavily to the rapid growth of predictive maintenance in the logistics industry. Supply chain leaders want to utilize data effectively to optimize predictive maintenance, forecast demands, adjust inventory levels, improve cold chain transportation, and protect the integrity of the supply chain. Smart and optimized data management through predictive analytics and AI allow logistics providers to refine and transform the supply chain in 2021. 

Opting for the right Logistics Management Software

With the trends shifting logistics management in a progressive direction, the need for software solutions in the field has become indispensable. Businesses, whether focussing on e-commerce or delivering services, can benefit from having logistics management software. However, the real question is finding the right kind of logistics software since the requirements vary for each business.

Read more: How to Pick the Right Logistics Management Software 

A checklist of essentials in a Logistics Management Software

Before settling on software for logistics management, it is vital to understand the requirements and challenges a business faces daily. Carrying out a detailed analysis can help identify deficiencies in the existing logistical operations of a business. Besides that, it can suggest measures to redeem any discovered shortcomings in the cycle.

When deciding on logistics management software, there are several essential factors to consider. Firstly, it should contain a basic set of functions that can aid in simple logistical management operations.

Besides that, numerous other things should also be present in the software to tackle the wide base of a business’s logistical operations and processes. 

Some of the key features to look for in a potential LMS are:

• Compatible Multi-Client Architecture: A logistics software that comes with multi-client architecture support is necessary if a business handles multiple customers. Software with inventory and purchase orders has more emphasis since it deals with several customers simultaneously or in different phases.
• Forecasting: The ability to forecast is a needed trait in logistics and supply chain management software since it can bridge gaps in supply and demand by enhancing the business processes. Demand, supply, and price forecasting can help supply chain management with proper production scheduling, better customer satisfaction, and minimized out-of-stock scenarios.  
• Finance Integration: Having tools that integrate the supply chain’s financial side is another critical software requirement. Vital financial aspects like general ledger, account payables, and receivables can help manage the bookkeeping and records of transactions conveniently when included in logistics software.
• Inventory Tracking: Having an inbuilt inventory tracking feature can make logistics management software more dependable. Logistics involves transactions of various kinds. An inventory control feature enables easier processing while ensuring that the customer gets the invoice on time.
• Customizable and Streamlined Interface: A good logistics management software should contain a streamlined interface that allows for effortless navigation across its chief functions. A customizable logistics software can easily accommodate the unique infrastructure and methods implemented by a business.
• CRM: Logistics software should also cover the customer side. A CRM embedded logistics software allows the customers to know the status of their deliveries. For both inbound and outbound logistics, CRM can answer the customers’ queries and supply them with relevant information and adjustments to the delivery.  
• Bill of Lading Creation: As a critical document in the shipping and freight chain, looking for a logistics system that can generate the bill of lading is recommended. This can make it easier to create the bill of lading receipts. It facilitates the seamless exchange of goods under the consignee of the shipper and the logistics company.

Refer the chart below to get a grip on the overall profile of any software logistics management:

With logistics pushed to the forefront of business operations, leveraging the right technology can make your business compatible with the changing environment.

Outsourcing to a software development vendor will help deploy scalable software for logistics management into your entire supply chain operations. A global software solutions provider like Fingent can give you the advantage of custom logistics solutions built solely based on your requirements.

How logistics software improves efficiency

Logistics management software guarantees more efficiency and control over the logistical and supply chain operations of a business. It means simply substituting the existing manual methods with a software-centric solution. The array of features in a logistics system can refine the entire logistics cycle right from its center. For owners, vendors, and the end customers, using an LSM (Logistics Software management) model opens up improved collaboration, which is the essence of effective logistics management.

Opt for logistics software requires considering all the criteria mentioned above. For a business, it involves addressing their needs and then choosing one that wraps around their existing processes. By integrating an LMS into their operations, companies could reduce their turnaround times and streamline the overall cycle of planning and delivery while keeping up with the customers’ requirements.

Read more: Build or Buy Logistics Software – An End To The Prolonged Discussion 

Transitioning into Cloud-Based SaaS: The Future of Supply Chain

With cloud computing gaining momentum in 2021, a whole new way of processing data is unveiled. The tech innovations in 2021 have influenced the supply chain and logistics operations. Increased adoption of supply chain and logistics solutions in 2021 will lead to a shift from the on-premise model to the SaaS model.

Predictions estimate that a subscription-based SaaS model will dominate supply chain management in 2021 and beyond. Adopting a cloud-based supply chain solution offers benefits in the form of flexibility, robustness, and affordability. Free and open-source software adoption has made the Cloud the primary choice for logistics providers and organizations worldwide.

Cloud-based SaaS supply chain solutions offer numerous benefits. It gives a comprehensive outlook on the overall operations in logistics by making processes more transparent and collaborative. Implementing a cloud system reduces the upfront and operating costs. It also offers the ability to scale up with the business needs and enhances supply chain efficiency.

To sum up,

Opting for a logistics solution is one step to simplifying the entire cycle of logistical and supply chain operations. Effective management of each process from procurement to delivery requires a custom logistics management solution that can accommodate each provider’s demands. For instance, an organization lacking an in-house logistics department needs a software management tool that can wrap around their existing methodology and improve it.

By partnering with a vendor specializing in software development, businesses can deploy logistics management software tailored to their requirements. Pioneers in custom software development like Fingent can assist companies from wholesalers to distributors to e-commerce with the advantage of custom logistic solutions. Get in touch with us to spearhead your operations swiftly and efficiently.