he way that businesses use the Internet has vividly changed in the past decade with many companies have developed advanced web applications that store vast amounts of data online. Unfortunately, this has exposed them to cyber-attacks. It is certainly much more difficult to assume there will be attacks, that’s why WAF is provided as a valuable offering by most of the big players in the market. A web application firewall (WAF) is a network security device or web server plugin built to protect web services running over HTTP (usually TCP port 80) and HTTPS (usually TCP port 443). WAFs primarily focus on layer 7 security (refer to the earlier discussion on the OSI model) with the goal of securing web transactions and blocking malicious transaction attempts and man-in-the-middle attacks7 including SSL downgrade attacks. Examples of malicious web transactions include cross-site scripting (XSS), cross-site request forgery (CSRF) and SQL injection. More advanced WAFs offer session integrity checks where they can add additional items to server responses, including keys like a cryptographic nonce, that clients would need to include in their requests. WAFs can also be purpose built solutions focused on protecting XML communications for web services that expose an XML interface following a standard such as Web Services Description Language (WSDL)8 or offer a REST API. Software-based WAFs are typically modules embedded into the Web server or application with minimal configuration. Primary benefits of software-based WAFs are that the Web infrastructure remains unchanged, and HTTP/HTTPS communications are handled seamlessly because they run inside the Web- or application-hosting process. Appliance-based WAFs don’t consume Web server resources and they can protect multiple Web applications of varying technologies. For e.g:- FortiWeb is a WAF (Web Application Firewall) that is used to protect, load balance, and accelerate content to and from web server(s). As a WAF, it provides protection for web applications and related database content by mitigating common threats like cross-site scripting, buffer overflows, denial of service, SQL injection, and cookie poisoning.

Amazon CloudFront boasts a suite of remarkable features such as collaboration with global telecommunication giants, customizable security measures, and advanced edge-computing capabilities. Worldwide Connectivity: Amazon CloudFront collaborates with Tier 1, 2, and 3 telecom service providers worldwide. Its expansive global footprint consists of over 310 points of presence spread across 90+ cities in 47 nations. Robust Security: Amazon CloudFront offers a wide range of security enhancements. It safeguards against threats at both the network and application layers, utilizing tools like AWS Shield, AWS Web Application Firewall (WAF), and Amazon Route 53. Additionally, it employs SSL/TLS encryption, ensuring content and API traffic is securely transmitted via HTTPS. Furthermore, CloudFront offers flexible access controls, enabling businesses to restrict content access in specific regions. Complementing these features, Amazon upholds compliance standards with regulatory authorities, including PCI DSS Level 1, HIPAA, and SOC 1, 2, and 3. High Availability: Amazon CloudFront maximizes uptime using the Amazon CloudFront Origin Shield and its failover mechanisms. The Origin Shield strategically caches content across multiple locations, retrieving them directly from the source only when necessary. If a primary source becomes unavailable, CloudFront smartly redirects requests to a backup source to ensure continuous service. Cutting-Edge Computing: Amazon CloudFront enhances edge CDN with programmability and heightened security via CloudFront Functions and AWS Lambda@Edge. Economical Solution: Amazon CloudFront offers cost friendly CDN solutions due to its flexible payment structures. Clients can choose from options like pay-as-you-go (with no initial fees), the Amazon CloudFront security savings package, and tailored pricing plans. Another cost-saving feature: Amazon CloudFront doesn’t impose fees for data transfers between AWS services and itself for origin retrievals.

Pentagon System and Services offers expertise in implementing a complete on-premises to cloud migration process by analysing client workloads & adoption to methods like re-hosting , re-factoring & re-architecting infrastructure level applications to suit the compatibility needs of the AWS cloud through a combination of services coming under IaaS & PaaS.

PSSPL has been helping customer in operating their IT as a solution provider. We are enabling organizations in their IT infrastructure and business operations. We have multiple offerings on data backup, storage, Endpoint security and data protection.

Pentagon is a Gold Partner with Oracle and commits to deliver integrated, industry-specific solutions to the most comprehensive services. They cater to world-class hardware and software solutions of Oracle that work together in the cloud and data center through DB specialist resources.

AWS offers a range of adaptable services that are intended to help businesses use DevOps with AWS to build and deliver products more quickly and reliably. These services make it easier to deploy application code, automate software release procedures, supply, and manage infrastructure, and track the performance of your application and infrastructure. DevOps practices involve continuous integration, continuous delivery, and continuous deployment. Continuous integration refers to the building and testing stages of software process, which are enhanced by DevOps. Continuous delivery involves automating the process of delivering the software to the production, which makes it possible to release software updates quickly and efficiently. Continuous deployment takes it an edge further by automating the process of deploying software to the production, which mitigates risks and reduces the possibility of down time.

Customers have been running Microsoft Workloads on AWS Cloud because they have the most experience with Microsoft applications in the cloud and they offer the best platform for Windows Server and SQL Server for higher performance and reliability, greater security and identity services, lower total cost of ownership, and flexible licensing options. Migrating Microsoft ASP.NET workloads to Amazon Web Services (AWS) can provide several benefits, including increased scalability, reliability, and cost-efficiency.