Application Security Testing Canada
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Application Security (AppSec) is the practice of developing software securely and verifying that security through manual and automated mechanisms across the entire application lifecycle. At WhiteJaguars we help engineering teams find, prioritize and remediate vulnerabilities in their web apps, mobile apps, APIs and source code, combining expert manual review with continuous automated testing so threats are caught early, long before they ever reach your production environments.
According to OWASP, a global non-profit organization that is a reference in AppSec matters, and MITRE, which is promoted by the United States government, there are more than a thousand types of weaknesses that have been identified, also known as CWE (Common Weakness Enumeration) from which more specific lists have been created with the purpose of prioritizing their detection and correction:

To build applications that are secure, certain processes and tools are required that are part of the secure software development lifecycle, which involves:
Many universities don't include courses on secure software development as part of their curriculum, which causes many developers in practice to learn about it when working for companies with code security requirements. Avoiding risks in early development stages is a practice known as "shifting security to the left" (Shift security to the left) because it's the most cost-effective way to reduce the costs associated with fixing vulnerabilities.
The premise is simple: it's cheaper for vulnerabilities to never be introduced into the code than to detect them with tools, create tickets, develop fixes and test them involving many people in the process.
A good course should be based on respected industry standards such as OWASP's Application Security Verification Standard (ASVS) for web applications or the similar OWASP standard for mobile applications (MASVS).
The Software Development Lifecycle (SDLC) should incorporate security practices such as:
It may seem like a challenge at first, which is why it's recommended to establish a strategy based on an existing framework such as the Software Assurance Maturity Model OWASP SAMM which allows establishing tasks and priorities in a roadmap that facilitates implementation.
There are various tools for vulnerability detection that allow providing different security coverage without one being a replacement for another:

DevSecOps is the union of Development, Security, and Operations to allow security tools to be integrated into automated continuous integration and continuous deployment (CI/CD) processes.
Generally, development teams already have issue tracking tools, however security teams need visibility and require tools that allow them to measure the status and progress of security according to organizational policies. For this reason, vulnerability management and tracking tools are used to ensure that risks are prioritized and resolved on time according to what is established by company policies or regulations.
Automated tools allow solving vulnerabilities in early stages, however it's usual that a final security verification is needed before a production release, commonly when it's a major version or includes large software changes. Application certification is performed through manual penetration testing (pentest) which allows detecting risks that automated tools may have missed.
The importance of "pentests" lies in the fact that automation can exclude tests that depend on context or specific knowledge of business logic. However, since it's a manual process that takes several weeks, it's usually performed once a year or when significant application changes are made.
Now you know the basics about what AppSec is and some of its processes. Keep in mind that the topic is constantly evolving and new techniques or technologies are being added each day that involve new security processes such as Infrastructure as Code (IaC) or serverless applications.
Our application security service reviews the code, dependencies and architecture of software built by Canadian companies in the technology, fintech and professional services sectors to uncover flaws such as injections, broken authentication and data exposure, assessing software in line with PIPEDA and provincial privacy laws. We embed AppSec practices into every stage of the development lifecycle for organizations in Canada.
Faced with targeted phishing campaigns, we prioritize weaknesses according to the risk they pose to users and operations, with AppSec reports that support PIPEDA and provincial privacy laws. Development teams in Canada receive concrete remediation guidance and training to build more resilient applications by design.