Application server

Parameters considered: 1. Preference for asynchronous server model over synchronous server model. 2. Reduce server load, Load balancing (Splits servers for specific requests) 3. Decrease bandwidth between client and server. 4. Compression techniques. 5. Render static assets through reverse proxy (No need to create another process in system memory for static assets access). 6. Better to use content delivery network for libraries that may be need for frontend interface. 7. Non-blocking and event

systems, distributed systems and internals and how are they utilized. It clearly explains how multiprocessors in operating systems are used in today’s world. The course also involves a four phase project to create a client server application that demonstrates the usage and application of various concepts like reentrancy, synchronization, etc. operating systems. The project clearly introduces us to the concepts of distributed memories, remote procedure calls, shared memory, concurrency, etc. thereby leveraging

Running Head: Web Server Application Attacks Web Server Application Attacks Assignment # 1 Mariz Cebron Common web application vulnerabilities and attacks, and recommend mitigation strategies The World Wide Web has evolved into a critical delivery pipeline for institutions to interact with customers, partners and employees. Via browsers, people use web sites to send and receive information via Hypertext Markup

Server Hardening In our network technology Server Hardening is one of the most important things to be handled on our servers, becomes more understandable when you realize all the risks involved. The default configuration of most operating systems are not designed with security as the primary focus. Now a days default setups are focus more on communications, usability and functionality. To protect our servers we must establish solid and sophisticated server hardening policies for all servers in our

Running head: Web Server Application Attacks 1 Web Server Application Attacks Deep Ajabani CIS 502 Dr. Nelson Stewart July 12, 2015 Running head: Web Server Application Attacks 2 In this era of globalization and cut-throat world of competition, it is virtually impossible to do business without using the internet and web applications. Internet gets used for processing the credit card or debit card sale and even for using to save

1) Server - A server is a computer or a device which is connected on a network that is managing all the network data. There are many types of servers, for example file server, database server, print server, etc. Client – A client is part of a client server, a client runs on a personal computer or in most cases on a work station and relies on the server to perform some of the operations. For example, an email client is an app that enables you to send and receive emails. Router – The router is a

handled by an application server that connects to several database servers containing the actual transaction data of highly sensitive nature. Only the application server and a maintenance server have access to the database servers and of these defined devices, only the application server has any contact with an external network (the internet) through a series of dedicated gateways. As a security measure, no devices with regular user access (physical access) can access the database server; the maintenance

Web server is needed because it’s a hardware that stores web pages and distribute it to the internet. Without a web server, the customers can’t access your web pages if its not distributed to the internet. Computer is obviously is needed or how can you access your own websites or make it, let alone make any changes. Computer system is now a broad category that now stems from desktop, laptop, smartphone, multimedia device 's and so on. It can be accessed by any computer device but to make changes

from individual stores) 3) Shop guard system 4) Planning data gathered during discussions about implementing the BI project. 5) Manual CSV files. Some of the data were acquired through third party applications used in the company. Integration has following layers • Web Application Layer • Database Server Layer • Data Services Service Layer Ad-hoc ETL processes were created to populate the DW. Reporting The various reports which were the most critical part of this implementation included reports

stored on the server. A three-tier design also has a middle layer between the client and server that processes the client requests and translates them into data access commands (Shelly-Rosenblatt, 2012). Here in the above diagram the consumers log into the website of chip ordering system through internet using a URL. The request is passed through the firewall and the request is endorsed by the web server which is in the DMZ. The request is passed to the middle-layer application server to provide the