Ntech Solutions ensures the highest application quality and shortened development cycles by employing best-in-class Java application frameworks in our development work as per the project requirements. We provide design and development services designed to deliver software that efficiently utilizes the services available from latest Java application platforms including Spring Framework and Spring Boot. N-Tech Solutions provides services for not only custom Java application development but based on resource allocation model we also provide Java programmers or Java consulting services.
Our technical expertise includes:
• Application design and development on J2EE compliant framework
• Spring Framework and Spring Boot based applications
• Expertise on JPA based entities design
• Implementing Micro Services architecture based applications
• Web Services (REST and SOAP)
• J2EE Design Patterns
• Application Security
• B2B and B2C Integration
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.NET application development is cantered on the powerful .NET framework, which is a unified set of libraries and a common language runtime. The .NET framework gives the developer all types of building blocks and development environment to make software’s including desk-top applications, web-based applications and web services used for system integration by using the platform independent communication protocols.
Our .Net services include:
• Designing and programming using .NET
• Migrating web based and stand-alone applications to .NET
• Development, support and enhancement of existing applications in .NET
• Porting of legacy applications to .NET based application.
With the benefit of interoperability and the smooth connectivity of multiple systems and sources of data, .NET-connected software helps businesses deliver unprecedented levels of value to customers, partners and employees.

N-Tech Solutions Data Management Services are designed to solve your organization’s application maintenance and support problems enabling you to focus on your core business. By combining people, products, best-in-class proprietary project management, technical processes, and software tools, N-Tech Solutions provides you with high quality solutions.
N-Tech Solutions broad experience in designing and implementing database solutions coupled with its depth of technical expertise in multiple databases and data tools will bring the data side of a project to fruition with the highest possible degree of integrity and accuracy. While remaining flexible, extensible and portable, N-Tech Solutions delivers data management at a significantly faster rate of delivery than traditional methods. We offer following services,
• Data Warehousing: We specialists build flexible data warehouses to meet the changing needs of your business. We provide assistance with data warehouse planning, source data analysis and cleansing, data modelling, data warehouse inter-tool architecture, and software tool evaluations.
• Data Migration: Comprised of more steps than transferring data, migration planning must consider the technical improvements and advantages to be gained in the new environment. N-Tech Solutions offers a complete conversion and migration methodology and is experienced in migrating data across different platforms and technical disciplines.
• Data Quality: By harnessing the synergies of multiple data analysis tools, such as data profiling, code reengineering, de-duplication and name and address validation packages with proven methodologies.
• Database Design: Our platform-independent approach to database design guarantees data integrity, high quality performance and the elimination of unnecessary redundancy, to provide you with a well-structured database. Logical design models are used to generate physical database models, while database design tools are used throughout the process to preserve the model.
• Meta-Data Management: N-Tech Solutions offers automated, methodology-based approach to collect and automatically maintain initial data. Meta-Data is extracted from databases, source code, legacy file systems, and existing documentation, and then homonyms, synonyms and aliases are determined and linked to it. A Meta-Data Repository is then used to maintain the data and associated business rules.
• Business Intelligence Implementation: N-Tech Solutions specializes in defining and prioritizing business requirements, assessing strengths and weaknesses of related business processes and technology components, preparing business cases, and devising and implementing comprehensive technology solutions to meet your business requirements.

Ntech Solutions differentiates itself by understanding and orienting itself towards business needs, and by following rigorous methodologies in transforming a company’s vision and environment to fully utilize today’s Solutions Inc.
• Technical Offerings: N-Tech Solutions can draw from a robust array of technical offerings that cover all aspects of the broad definition of Application Development to meet your business needs. N-Tech Solutions focuses on the following offerings,
• Enterprise Portal Solutions: Services for planning, implementing and deploying Enterprise Portals that enable a single point of user access into corporate information systems.
• Content/Document Management: Expertise in all aspects of content creation, publishing, workflow, and presentation including management of content for enterprise portals.
• Enterprise Application Integration (EAI): Analysing the business model and its current set of applications and infrastructure, and re-architecting it to facilitate the efficient exchange of information between all applications.
• Application Framework Approach: Providing both technology-focused (horizontal) and business-oriented (vertical), industry-specific frameworks that maximize application programmer productivity and enable rapid development of new solutions.
• Business Process Management: Defines current business processes and outlines how to transform them into transactional models across the enterprise to support qualified opportunities. This transformation includes business process re-engineering, unified information portals, and the full integration of legacy systems with new web-based technologies.

Ntech Solutions Technical Experts guide our customers in the world of Microsoft cloud platforms and offerings. Cloud Technical Experts can expect to spend their time primarily consulting with Business Customers of various sizes to help them map out their business needs and identify where the portfolio of Microsoft Cloud services and offerings can be leveraged to empower their teams and their business to achieve more. Cloud Technical Experts are expected to partner with Business Sales Specialist to support sales strategy and once a customer decides to move forward with switching to a Microsoft Cloud service, the Cloud Technical Expert will be their navigator through the migration process, making sure they are able to transition seamlessly with their Microsoft Cloud solutions.
• Azure:
Azure is one of the key players when it comes to cloud computing. It provides n number of services that help the organization to implement its use cases. From migrating on-premise data to the cloud to processing the data and generating the desired output, it handles every possible scenario. Categorizing these services helps their implementation in a better way. These categories are called Azure Components.
Components of Azure
The services offered by Azure are categorized in different components, below are the key components of Azure.
1. Compute: As the name suggests it offers services such as application development, hosting, deployment, etc. In Azure Few of commonly used compute options are:
 Virtual Machines (VM’s): It is Iaas services which allow creating virtual machine according to the hardware requirement and operating system requirement. VM can be accessed publically or only allowed in VNet. VM’s can be created using Azure CLI, PowerShell and Azure portal.
 VM Scale Set: This offers to configure and create thousands of VM’s with similar configuration within minutes.
 Azure App Service: This service offers a host of web applications, Rest API, or mobile backend service. This service powers applications with azure features such as scalability, security, etc.
 Azure Functions: This service offers a solution to run a small functionality by deploying a piece of code. This is used for code reusability i.e. deploy once and use multiple times. Azure functions work irrespective of application, to perform a particular task.
 Azure Batch Service: Azure batch service are batch jobs run to perform large scale computation task. These jobs manage a pool of resources (i.e. virtual machines) and install the application required and run jobs on nodes. So, batch jobs are basically used as a platform to build application required large scale computation.
2. Storage: Azure storage account is a key player when it comes to data storage on the cloud. It provides a pay-as-you-go facility to only pay the cost of the resources which are used for data. Its capacity can be expanded limitlessly. Storage accounts used to store data in the form of blob, tables, files or queues.
 Blob storage: It can be used to store unstructured data such as pictures, raw data or semi-structured data such as CSV or XML files. Their files are stored in a directory like structure called a container.
 Azure tables: As the name suggests stored data in the form of tables. These tables are NoSQL tables i.e. follow schema-less kind of structure. These tables can be created very easily and can be accessed in code with the help of the provided URL. It stored data in key, value-form in the backend.
 Azure File Storage: Mainly used when the legacy system’s file server needs to be migrated. It stores data on a file share that can be mounted as a local directory on azure VM’s and can be accessed by an on-premise application using Rest-API.
 Azure Queues: Name suggests used to queue-up messages, transfer them within the application. The process can interact with queues, pick-up messages, perform the required operation and probably save results either on storage or database.
3. Database: This component offers data management services which include SQL as well as NoSQL tools. SQL Server, Azure Database for MySQL, etc are supported as a relational database whereas databases like Cassandra can be used as NoSQL databases. Also, there is Cosmos DB (document DB) built for fast and enhanced performance.
4. Security and Authentication: This component is responsible for all the security issues like identifying and responding to security threats, managing user access, authentication, authorization, encryption of keys, etc. Azure Active Directory (AAD), Azure Key Vault, etc are commonly used services used.
 Azure Active Directory (AAD): This is a cloud-based access management service.
 Azure Key Vault: This is a hosted cloud management service used to encrypt and securely store keys, passwords, connection strings, certificates or any other secrets.
5. Networking: This component offers services such as the creation of a virtual private network VPN. Virtual machines created inside a VPN are only accessible to other services having access to VPN. This can be used to create a connection between on-premise and machines in the Azure data centre. Also, traffic management between data centres is managed using Azure traffic manager. The traffic manager guides the process to access data from the nearest datacentre to avoid traffic.
6. Monitoring: Azure monitoring services help applications to enhance their performance by collecting and analysing logs from either cloud or on-premise applications. It is used to identify an improvement scope in performance while looking at the stats generated by the Azure Monitoring service. All the data collected from applications are stored into two types Metrics and Logs.
 Metrics: These are numbers used to analyse the application and can describe the application’s performance at any point in time based on current stats.
 Logs: Logs are basically records containing events that happened and data generated during the events. So based on both events and applications behaviour application performance can be analysed.
7. Web Services: Web Application service used to deploy web applications developed on the local machines. These applications can be developed in java, .net. PHP, NodeJS etc. It offers features such as scalability, high availability etch. Also, it supports both Windows and Linux systems. User needs to focus on the development part, execution and maintenance are taken care of by Azure itself. By default, web services are public and can be accessed across the azure.
• AWS:
Amazon Web Services (AWS) is a complete and evolving cloud computing platform provided by Amazon. Previously, the plant usually built an energy plant and used it for its own purposes. Next, the electricity experts will manage the power plants to ensure a reliable supply of electricity at very low prices for these factories in general. Electricity could be generated more efficiently and the price in this model is low. The AWS cloud follows a similar model in which companies can opt for cloud services instead of building large infrastructures, where they can get all the infrastructure they may need.
AWS components
There are different components of AWS, but only for key components.
Amazon Cluster
Also known as the Amazon account, AWS has the main computer service EC2 (Elastic cloud computer) and ELB (Elastic Load Balancing). Due to these cases, companies can increase or decrease according to needs. Administrators and system developers use the EC2 instances to maintain and run the cloud computing. The evaluation is based on the use.
The comparison of sample prices allows users to make offers for the calculation of instances that are not used. Prices vary according to consumption, time of day, week or month.
For smaller human interventions and fault tolerance, AWS ELB distributes applications in all cases of EC2. The ELB service is free of charge in 15 GB of data processing and 750 hours of monthly service for one year. The highest charges are charged every hour and each GB is transferred.
Storage
The simple storage service (S3) from Amazon, Elastic Block Storage (EBS) and Cloud Front are three Amazon storage options. Storage in AWS is guaranteed by the pay-per-use model. Amazon S3 is an AWS storage offering, which can store any amount of storage required. It is used for several reasons, such as storing content, backing up, archiving, and recovering an accident, as well as storing data.
Databases
Along with caching and data storage in the AWS petabyte area, the relational ladder, and the NoSQL database are also included. DynamoDB is a NoSQL database that offers large and economical storage. By using EC2 and EBS, users can manage their own databases in AWS. The Relational Database Service (RDS) and Amazon Redshift are two AWS databases.
Amazon RDS is used to manage and expand MySQL, Oracle, SQLServer or PostgreSQL in AWS. Based on examples of hours and amount of storage, RDS is used.
Management and security
The AWS directory service directly connects AWS clouds to local locations. CloudWatch controls the cloud resources for AWS. The AWS CloudTrail API records require AWS user accounts.
Networks
Amazon VPC (Virtual Private Cloud) provides versatile network performance in AWS, which means it provides integrated security and a private cloud. VPC is free with EC2. AWS Direct Connect allows users to connect directly to a cloud that goes through the Internet. The price is per hour.
Analytics
AWS provides data analysis services in all areas, such as Hadoop, orchestration and data transmission and real-time storage. EMR (Elastic MapReduce) is an analytical facilitator used by companies, data analysts, researchers and developers to process parts of data. The evaluation is carried out by the hour. Redshift also offers some analytical capabilities.
Application services
Amazon SQS (simple queue service) is used to automate the workflow between different services. There is a special queue used to store messages.
Implementation and management
Elastic Beanstalk uses Java, .NET, PHP, Node.js, Python and Ruby to implement and measure web applications. Health and registration files can be easily monitored. Cloud Formation helps companies and developers gather and provide important AWS resources.