Azure Data Factory – Key to migrate data in Azure Cloud

Data sources ingest data in different sizes and shapes across on-premises and in the cloud, including product data, historical customer behaviour data, and user data. Enterprise could store these data in data storage services like Azure Blob store, an on-premises SQL Server, Azure SQL Database, and many more.

This blog will highlight how users can define pipelines to migrate the unstructured data from different data stores to structured data using the Azure ETL tool, Azure Data Factory.

What is ETL Tool?

Before diving deep into Azure Data Factory, there is a need to know what the ETL tool is all about. ETL stands for Extract, Transform and Load. The ETL Tool will extract the data from different sources, transform them into meaningful data and load them into the destination, say Data warehouses, databases, etc.

To understand the ETL tool in real-time, let us consider management with various departments like HR, CRM, Accounting, Operations, Delivery Managements, and more. Every department will have its datastore of different types. For instance, the CRM department can produce customer information; the Accounting team may keep various books, and their Applications could store transaction information in Databases. The organization needs to transform these data into meaningful and analyzable insights for better growth. Here comes the ETL tool like Azure Data Factory. Using Azure Data Factory, the user will define the data sets, create pipelines to transform the data and map them with various destinations.

What is Azure Data Factory?

As cloud adoption keeps increasing, there is a need for a reliable ETL tool in the cloud with many integrations. Unlike any other ETL tools, Azure Data Factory is a highly scalable, increased agility, and cost-effective solution that provides code-free ETL as a service.

Smart Space: Where technology meets smart people

We can define consider smart space as a digital or physical environment in which humans and technology incorporated systems interact in an increasingly open, connected, coordinated, and smart ecosystem. It provides an environment that is equipped with audio sensing and visual systems that can respond to people without having them to wear any particular type of equipment.

Smart spaces are developed on several technologies like vision, facial expression, gesture recognition, dynamic solution, performance animation, and audition. A suitable example of smart space is smart homes or connected home that helps improve efficiency, security, and entertainment. There are other fields also where there is a massive utilization of smart space like hospitals, airports, grocery stores, and apartment buildings.

The popular segments of the smart spaces: 1. Smart Homes
Smart homes are developed on the notion of including smart technologies into residential spaces that aim to improve the quality of life. The advent of this concept is a beneficial solution for major concerns towards emerging segments viz. energy consumption and environmental impacts. Besides, smart homes give constant monitoring and controlling for the patients.

Smart homes are capable of monitoring the behaviors of residents and activities via sensors and actuators utilized throughout the unit. Smart homes play a major part in changing the future cities on the basis of their explored potentials and benefits. The major potential of smart homes in automation and digitalization of living environments and the incorporated technological units is widely recognized.

2. Smart Offices
With an evolving workforce, new trends of work, and different work types, a new type of technology-driven office building is emerging that is responding to the limitations of the next-decades workplace. Smart offices have evolved gradually, from the main aim of handling costs through managing environmental influence, to handle the complete user experience in the workplace.

It is necessary to directly manage the requirements and aspirations of the working class because the trends of work and behaviors of the working people are changing. Due to this factor, it becomes essential to fund heavily in and possess office buildings that are appealing in the times to come and advantage from its good reputation.

3. Smart Buildings
Latest technologies like the Internet of Things (IoT), Big Data, and intelligent Building Management Systems (iBMS) are modifying the way in which new buildings are developed and designed. Advanced utilization of data and analytics, smart buildings simplify interactions, sharing of knowledge, and improve the performance of a business. Furthermore, smart buildings allow superior, more effective utilization of space and environments that aid companies to obtain the maximum from their employee. Another advantage of smart buildings is that they bring a healthy environment and provide technology that can allow and assess wellbeing, aid in lowering down the costs of sickness and absenteeism.

Limitations of smart spaces
A smart space should be capable of providing the facilities for a user, device, and application to conform with several security means, e.g. ID, password, public key exchange, biometrics, etc. Authentication is required before different kinds of interactions.

The mentioned applications are presently being taken care of by the growing technological prowess. We wish that technological development will overcome the challenges confronted by smart homes in the next few years.
A smart space must ensure the privacy and integrity of (shared) information. First, information about the units attached to the smart space has to be secured while sending from an information provider to an information consumer. Second, space should provide solutions that stop unauthorized corruption of transmitted information. Third, privacy is of the highest importance; information about persons and their inclinations/behaviors in the smart space is to be secured.
A smart space should be able to regulate the accesses of appliances and associated authorizations. Hence, when a user or application tries to access a smart space, space should understand that the requester has access to information or an appliance in question.
A smart space should offer the means of auditing the utilized security protocols and the attained security levels of applications and space itself.
Conclusion:
Smart space refers to a native and simple way to gain access to important data regarding the meetings and events business management. Smart space is considered as a native environment that is incorporated with audio & visual sensing systems that can observe & respond to people.

Due to the potential applications of smart homes in various industries, the smart space industry will thrive more in the next few years. Various segments of smart space have been discussed in this article viz. smart homes, smart offices, and smart buildings.

Benefits of mobile apps for your manufacturing unit

The manufacturing industry worldwide is growing at a rapid pace. As a result, there is an exponential rise in data volume, inventory, and processes. Industries have to trade off the quality and at times productivity because of the chaos caused by huge data volumes. Mobile apps come in handy in managing this data and in situations where human intervention is less effective. In this blog, we will discuss how mobile apps are helping the manufacturing industry and how your manufacturing plant can benefit from a mobile app:

Driving mobility

An enterprise app can aid manufacturers in establishing an on-the-go and on-demand mobility of data. For instance, manufacturers can integrate their CRM modules into their apps, which will enable employees along with the stakeholders to reach invaluable insights on data even from a distant place. Moreover, they can administer and record the data with the app when needed.

Real-time Notifications

The revolutionary GPS technology can help manufacturers monitor their automobiles and alert the recipients of their shipment timings. Manufacturers can also receive and transmit the data about the machinery of your product and help the Quality control team without any obstacle, with an app.

Technician assistance

Often factory workers and technicians reside in areas that are far off and spend considerable time commuting. A handy mobile app will help them keep a tab on their tasks as well as the state of machines and get alerts on what needs to be done. They can also inform the workforce that is present on the site about any anomaly or deviance that occurred in your machinery.

Enhancing management

With manufacturing plants in various locations, it is vital to focus especially on raw materials besides the finished products. The app enables you to examine all of these and more. The customized mobile app also lets you integrate technologies such as IoT solutions, iBeacons, & AR to trace the products while training the employees in managing the entire procedure.

Increasing visibility

In manufacturing, mobile apps let you track employee activities on an hourly or daily basis. GPS feature lets you locate your employees wherever and whenever you want. You can check whether safety personnel is at the place in your plant to avoid any mishaps. Stakeholders get to keep a tab on the timings of workers and the work they are doing each day.

Some key features of apps in manufacturing are:

ERP Suite for resources planning
Service Scheduling for work order assignment and progress monitoring
Managing Database & Inventory
Managing Supply Chain
Material Requirement for raw material
Communication Channels
READ MORE – 6 Ways AR/VR Will Disrupt Manufacturing Industry in Next 5 Years

Mobile app development services have accelerated technological advancements and the manufacturing industry can take advantage of simplifying the business complexities. If you wish to reap the business benefits that a mobile app development company can offer to your manufacturing unit, avail of the best mobile app development services now!