A method of identifying security vulnerabilities in the development phase is DevSecOps.
These days data protection has become essential for every company and organization to protect their users’ data and ensure there is no vulnerabilities and breach. People and organizations are aware of their data safety needs and they’re often more concerned about where and how their data is being transferred and stored.
What problems does DevSecOps solve?
Stops cloud adoption and continuous dev cycles from circumventing traditional security process and checks
It suits data protection laws like GDPR and CCPA and many more
It helps you develop software that meets the data security standards
It is a security-driven software solutions approach. It promotes security as a collective responsibility for everyone in the organization
It streamlines data storage, processing, and collection that can guarantee proper compliance
A logical, strategic and potential approach to software development with security as a key component
In the present era, data security has become a major concern or pain area for any business or organization. Through the introduction of “security as a language” methodology, every enterprise may use a strong mix of security and agility to encourage teamwork and openness in the production of applications.
What does DevSecOps do?
DevSecOps is the perfect platform for applying security from the beginning. DevSecOps will not position security at the end of the life cycle, but at each point, to make sure the production phase runs safely and smoothly. DevSecOps enforce security as a shared responsibility that can measure applications security from the starting phase of software development.
DevSecOps is based on the principle that security is a shared responsibility within DevOps. The aim of DevSecOps is to integrate security in every aspect of the development/deployment lifecycle. DevOps has become integral to the development of agile organizations who are looking for rapid sustainable growth, CI/CD means that there are continuous updates that run which means that security has to be a key factor. Integrated security means that there are minimal disruptions during the introduction of innovative features. Integrating DevSecOps means a paradigm shift of new processes and tools.
In reality, it’s clear that applying security in every app development phase has been the most challenging function. Throughout the previous process of production, security was carried out for firms and restricted to those team leaders only. This is because past tech programs were shipped in months or years but are now completed within a matter of weeks.
Sysfore, A Microsoft Cloud solution provider and a Gold Partner, uses leading network, technology, and service expertise to deliver our service anytime, virtually anywhere, quickly and efficiently. We have helped over 80 small enterprises and 30 mid-sized enterprises across the globe for a successful cloud migration in the past 8 years. Contact one of our experts today and we will help you find the perfect solution for your business. Write to us at email@example.com or give us a call at +91 (80) 4110 5555.
The modern retailer is challenged with sustaining business growth and accelerating new product innovation without losing one’s eye on the customer. Here are the challenges faced by retailers:
How to transform a potential customer into a loyal customer.
Move from disparate, siloed reporting to a single source of truth.
Create a foundation for advanced operational analytics.
Improve customer experience and innovate by leveraging data.
The risk of losing customers to competitors is a common fear of the retailer. It can only be overcome when retailers adapt a strategy that allows them to create a meaningful and useful experience for the customer. What is needed is an architecture that helps in identifying the customer’s changing tastes and how to make better decisions with changing behaviours. The way forward is in adopting flexible and adaptive systems. AI Builder, PowerApps portals, Power BI, Microsoft flow – helps to create automated workflows between your favourite apps and services to get notifications, synchronize files, collect data, and more.
What are AI Builder and PowerApps and How They are Beneficial for Different Industries
In order to leverage AI and machine learning to make apps and automation more intelligent, AI builder provides solutions for app makers to solve everyday tasks like – forms processing, object detection, and text and binary classification.
Where PowerApps enable the employees to create apps for business, AI builder enables in adding AI capabilities to those apps. Banking, hospitality, manufacturing and many more industries are potential users for AI builders. In the retail industry, forms processing can be used for invoices or tax forms to extract information from these documents. Object detection – In the retail industry, it can be used to simplify inventory management, allowing retail leaders to focus on on-site customer relationship building. For instance, a retailer can improve customer service by using AI to analyze customer feedback responses, map them into categories, and generate an AI model to classify and respond to customer feedback as it is received.
The manufacturer, distributor, marketer of the full line of Pepsi-Cola products giant G&J Pepsi has more than 1600 employees. The G&J Pepsi IT team uses AI Builder and PowerApps to create the next generation of their Store Audit App, enabling better mobility and efficiency for field personnel whose job is to assess product needs on the shelves in stores.
“With AI Builder, we were able to easily build an AI model to help automatically identify and track our products using the object detection model. For our field worker, it’s now as simple as taking a photo and letting AI builder do the rest.” – Eric McKinney, Enterprise Business Systems Manager at G&J Pepsi.
AI Builder makes it easier for users and organizations to optimize processes and intelligence without having advanced knowledge of how AI works. The no-code AI builder capability is also coming to Microsoft Flow. Flow provides a visual experience for a range of users.
How Microsoft Flow Extracts Meaningful Data from Images and Text
Today, many processes involve paper forms such as a rental or job application. Historically, the first step in processing these forms would be to have someone look at the paper and manually type in each of the fields on their PC.
Now with AI Builder and Microsoft Flow, flows can automatically pick up scanned documents from an incoming email or a file server and recognize all the content. Based on the values in the form, different steps can run—from sending out simple notifications to performing a credit check.
For instance, the field teams at G&J Pepsi have always embraced technology on behalf of their customers. When the IT department was tasked with delivering more on-the-go services for the company, they embraced the opportunities and challenges. By using Microsoft PowerApps, Power BI, and Microsoft Flow, the seven-person team created custom applications to automate the company’s store audit and merchandising process. They were able to build, deploy, and manage this scalable end-to-end solution without previous app development experience.
Power BI dashboards visualize the data for quick overviews and deep dives into the numbers, and Microsoft Flow—another cloud-based service—triggers alerts to the relevant teams.
Microsoft Flow enables users to automatically process and route analog forms. The retailer doesn’t have to remember everything. The AI builder learns and improves itself. For example, it can predict the risk of an application and, depending on how high that risk is, add additional approval actions to a business process. All of this is possible for Flow makers without having any expertise or experience with AI.
What is Blockchain and How it is Used in PowerApps and Microsoft Flow
Blockchain can bring trust and transparency to business processes that span multiple business partners.
Applications built on blockchain using PowerApps and Microsoft?Flow?can easily create attestable workflows that bring together data from every point in the business process across the value chain. For mobile clients, PowerApps can effortlessly capture all of the information from the phone’s sensors (barcodes, photos, GPS coordinates, etc.) and send it to a smart contract on a blockchain.
Some industry examples that leverage the power of blockchain and the Power Platform include:
Multi-party supply chain: manage shrinkage risk between point-of-manufacturing and point-of-sales by building applications and workflows that provide irrefutable proof of delivery of shipments.
Food safety: retailers can get real-time insights when goods that can be impacted by temperature and humidity are in transit. Blockchain can provide real-time insight with trustworthy data that can help avoid costly public health issues, streamline return processes, and dispute resolution.
Attest genuine media: Build applications that can attest and/or validate that media is genuine with PowerApps and Flow.
What is Power BI and How it Helps Retailers
Power BI has been a pioneer in applying AI to business intelligence and making AI accessible to everyone. New AI capabilities enable retailers to detect objects in images, analyze free-form text, build new machine learning models, and automatically understand what drives outcomes, all with point-and-click simplicity.
Kinepolis is a cinema group operating 53 complexes throughout Belgium, The Netherlands, France, Spain, Luxembourg, Switzerland, and Poland, as well as 44 cinemas in Canada. The company uses Power BI AI capabilities to understand how they can improve their visitor experience by analyzing the sentiment of customer reviews and tweets.
“Kinepolis serves visitors in and from many countries, who vocalize their opinion through various channels. With text analytics in Power BI, we are able to structure and analyze all this feedback. It allows us to score the sentiment of our visitor reviews without investing in the data science behind it.” – Carlo Wambeke, technical lead BI at Kinepolis.
A retailer can make better and informed decisions, improve operations with Microsoft Flow – with built-in AI builder, PowerApps portals and Power BI – without having any expertise or experience with AI.
Sysfore, A Microsoft Cloud solution provider and a Gold Partner, uses a leading network, technology, and service expertise to deliver our service anytime, virtually anywhere, quickly and efficiently. We have helped over 80 small enterprises and 30 mid-sized enterprises across the globe for successful cloud migration in the past 8 years. Contact our experts today and we will help you find the perfect solution for your business. Write to us at firstname.lastname@example.org or give us a call at +91 (80) 4110 5555
Organizations lift and shift their workloads on the cloud because it is cheaper and quicker than other migration techniques, but that doesn’t mean it is always the best fit.
IT teams often face budget issues and time constraints, so they believe they have very little choices. Additionally, they’ll feel hurried to get the applications up and running by cloud providers eager to bill these new workloads. But there are significant disadvantages to a lift and shift approach when compared to application refactoring, also known as rearchitecting.
It may be cheaper up front to simply rehost your application and its data as is on the public cloud, but this approach could ultimately cost more than it would run a cloud-native app instead. There may also be performance issues caused by changes in the software architecture, missed software bugs and an inability to properly utilize cloud vendors’ native services for monitoring, security, and governance.
It is always best to refactor the workload as part of the migration, because the lift and shift approach may not always deliver the results and tuning doesn’t solve the problem. A migrated application may also benefit from refactoring when bills are unexpectedly high due to application or database inefficiencies or when security vulnerabilities arise because the application can’t integrate with native security systems, such as identity and access management tools.
What is app-refactoring
App refactoring is the restructuring of existing computer code to improve its performance, readability, portability or code adherence without changing the code’s intended functions.
Refactoring is done to extend the apps’ usability and life cycle, improve support for multiple mobile platforms and extend their market reach through multiple app stores.
When and how do you refactor apps?
Organizations must consider several factors before they decide to refactor their apps — the most important of which is cost. If you can’t make your money back from refactoring applications, then it should not be attempted. There’s also a great variety of refactoring tools to choose from, and an application’s needs will vary depending on what programming languages and databases that app relies on. Generally speaking, however, the categories of tools include anything that assists in designing and developing microservices that utilize cloud-native APIs. Moreover, container development and Kubernetes deployment and operations are also a common way to refactor.
Organizations also have several ways to refactor their applications for the cloud.
A complete refactor is when more than 50% of the code is changed and the database is updated to utilize as many cloud-native features as required by the application. This strategy can improve performance, operations costs and IT teams’ ability to meet the needs of the business. However, the process could be too costly or complex, and it can introduce bugs.
Minimum viable refactoring prioritizes speed and efficiency, as it requires only slight changes to the application. Users who take this approach often incorporate cloud-native security, management and perhaps a public cloud database into their migrated workload.
Containerization refactoring is done when applications are moved into containers with minimal modifications. The applications exist within the container, which enables users to incorporate cloud-native features and improve portability. Costs and refactoring times continue to go down due to the popularity of containers and their growing ecosystems.
Serverless computing is a cloud computing execution model in which the cloud provider dynamically manages the allocation of machine resources. Serverless computing is steered by the reaction to triggers and events happening in near-real-time–in the cloud. The code written by a developer is executed and only the precise amount of computing resources are taken to complete the task, no more, no less.
Enterprises should bear in mind that most applications and data sets that can move to a public cloud require at least some refactoring and users should at least do minimum viable refactoring for most of the cloud-hosted application.
Get in touch with us to find out what refactoring method works the best for your workload.
Sysfore is a Gold Microsoft Azure and AWS partner with 8+ years of cloud consulting and managed service expertise. We have the privilege of executing the largest data center migration projects in India and have engaged with over 100+ customers on their cloud journey.