JayFollowSystem Weakness--ListenShareInformation and every byte of it getting transmitted, is an opportunity for businesses and hackers to get one step closer to end users’ preferences and behaviors. The need to accumulate data is the prime objective of modern software systems to feed intelligent systems (ML and AI). With this exponential necessity, the urge to apply high-Security measures on the data transmitted and stored at rest and motion has skyrocketed to safeguard PII and proprietary data from being exposed.Security is a critical and mandatory factor in the software realm or any field in general. The rise in the adoption of web and mobile applications is contributing to new service models like SaaS, PaaS, IaaS, and more. The priority of sound and robust application security adoption and implementation is mounting on the shoulders of development teams. Knowledge about the application security internals helps boost the confidence of new and experienced teams.Application security is not a one-time activity that needs to be implemented and left to go on by itself. Every team needs to develop a security-by-design mindset. Security must be incorporated into the application architecture before everything, considering potential security risks and mitigations at the early planning and architecture phases. Threat modeling explains how investing resources initially can help teams succeed with security measures in the long run.Structuring the modules through code and tightening the configuration via robust implementations is crucial. Secure coding practices such as exception handling, enablement of encryption methodologies, and validation of inbound and outbound requests are a few practices that ensure the code delivers secure objectives.A grasp of the most critical application security risks, modeling security systems, and streamlining the integration of security practices employ teams with robust application security strategies. The Open Web Application Security Project (OWASP) Top Ten mitigations help understand a well-established list of the most critical web applications security risks.Zero Trust model imposes stringent access restrictions and regular credibility checks to model security systems. DevSecOps integrates security principles directly into the DevOps workflow to ensure that security considerations are a part of every stage and are streamlined from development to deployment and maintenance.Knowledge about application security standards, factors, and practices is crucial, but knowing how to avoid the reinvention of the wheel and use trustworthy approaches is acute. With the accumulated information so far, understanding security abstraction helps make the lives of dev teams easy.Application security abstraction is the process of condensing complicated security procedures and controls into high-level ideas that are simpler to comprehend and control within software programs. It acts as a link between the complex security protocol specifics and the actual application implementation.Equipped with the abstractions, developers can concentrate on the crucial components of safeguarding applications, such as user identification, access control, and data encryption, without the need for a comprehensive understanding of the underlying systems and protocols by abstracting security. It also decreases the risk of vulnerabilities, and data breaches enabling inexperienced developers to incorporate strong security measures into the applications.The abstractions typically involve the adoption of SSO and MFA authentications, data tokenization for encryption at rest and in motion, and leveraging security gateways, helping with overall application security with standard firewalls and predefined security SOAs and policies.Application security is essential for defending against cyber attacks and vulnerabilities that can expose an application by making it vulnerable, leading to consequences such as monetary losses, reputational harm, and legal liabilities. Data Breach, Cross-Site Scripting (XSS), SQL Injection, Cross-Site Request Forgery (CSRF), and Authentication Bypass are among the top five vulnerabilities that widen the application attack surface and risk posture.Data breaches can happen when private information is exposed. Malicious scripts are injected into applications as part of XSS to execute and gain root access. In SQL injection, application data manipulation happens when unauthorized SQL queries are run on databases. CSRF exploits tricks users into using a web application without permission, and unauthorized access may result from inadequate authentication processes and bypass.Encryption, access control, and secure storage procedures used in application security operate as barriers against data breaches, strengthening the security of sensitive data and lowering the possibility of data disclosure or theft. Cross-site scripting allows enablement of content security policies and output encoding to prevent malicious scripts from being injected into applications.By incorporating controls like input validation and parameterized queries, application security prevents efforts to alter input fields and execute unauthorized database queries via SQLi. Anti-CSRF tokens and request validation ensure that only legal, approved operations are permitted to avoid CSRF attacks, and robust authentication systems help overcome unauthorized attacks.Application security is crucial in establishing trust with privacy, and compliance entails a wide-ranging approach to protect and safeguard digital assets and data. Through efficient application security strategies, ineffective access controls, software flaws, and other broader security issues are addressed.Organizations can lessen the possibility and effect of these security threats and assaults by employing thorough software development lifecycle security procedures. These generally accepted application security techniques offer businesses a framework for creating and maintaining secure software applications. While organizations focus on various security issues, they all emphasize proactive and ongoing security procedures to guard against changing threats and weaknesses.----System WeaknessDatabricks platform lead. MLOps and DataOps. databracket.substack.com youtube.com/@data_bracketJayinPython in Plain English--1Mr JokarinSystem Weakness--2Haxez - Hacking Made EasyinSystem Weakness--1Jay--Neeramitra ReddyinBetter Humans--46AL Anany--298Unbecoming--946Ibrahim Abdulhaqq--Thomas Smith--165Bharathkumar S--2HelpStatusWritersBlogCareersPrivacyTermsAboutText to speechTeams