Save Costs
Vulnerabilities have a huge impact on individuals, organizations, and states. Due to these, security breaches occur that have an average cost for companies that already exceeds 4 million dollars.
In addition, the later a vulnerability is identified in the software life cycle, the more economic impact its correction generates.
Reduce surprise costs and don’t be part of the problem.
Boost Your Reputation
We help you convey trust to your users, customers, and suppliers. Secure software is quality software.
Stand out from the competition and increase your competitiveness.
Build at High Speed
Developers need to generate more software than ever. We integrate non-intrusive security mechanisms at each stage of the life cycle, ensuring that security accompanies the business.
Design, build, and deploy secure software quickly. We adapt to the pace of your company.
Increase Productivity
We automate tasks and integrate security into your developers’ tools. Developers will generate code that is faster and safer.
Security by default increases productivity, as it generates coordinated teams, which increases the speed in the processes of delivering high quality software.
Higher quality, higher productivity.
Keep Your Code Armored
Integrate security throughout your entire development cycle.
In addition, through our team of certified hackers, you can detect all your vulnerabilities before criminals find them.
Organizational Solution
We help you define and implement a complete secure development program in the organization.
We take into account technical, organizational, and training aspects. Futhermore, We assist you from strategy and design to secure maintenance in production.
Aligned with the objectives of the company.
Risks Under Control
We adapt the requirements of the software to your organization’s risk tolerance, without forgetting the review of libraries, free software, and third-party components that may pose a threat to your systems.
We keep your supply chain safe so that it does not affect your value.
Integrations
We use static (SAST) and dynamic (DAST) code analysis tools to quickly find vulnerabilities in your products.
We detect secrets in your code before they can be affected by a leak. Likewise, We protect your passwords, tokens, and API Keys.
The search for complex vulnerabilities is left to audits and pentesting tests.
Boost Your Security
Every day new threats impact businesses.
We act quickly to detect your vulnerabilities, we protect your assets constantly, and we ensure that you can build without limits.
Continuous Security
We take the Assumed Breach model as a reference and establish the necessary measures to monitor the company continuously.
Meanwhile, we perform constant and controlled attacks to quickly find your weaknesses, thus protecting you before a threat actor can harm you.
In minutes, we help you detect passwords that are insecure, raising employee awareness and strengthening your first line of defense.
And if you build applications, services, or platforms: design, develop, and deploy software that is secure, resistant to attacks, and at the pace that the company needs.
Be part of the solution. Stand out from your competitors!
Frequently Asked Questions
Security in DevOps, also known as DevSecOps, integrates security within agile development processes. By introducing security from the beginning, in a practice known as Shift-Left, it is possible to detect errors as soon as they occur, being able to apply solutions that are easier, faster, and less expensive to implement.
Thanks to DevSecOps processes, it is also possible to carry out automatic and integrated security tests in a practically transparent way throughout the process.
DAST comes from Dynamic Application Security Testing, and these are tests performed without knowledge of the application code and directly while it is running. During a DAST test, an automated tool uses a series of simulated attacks against the application, checking the results obtained to detect possible security flaws.
Normally, DAST tests are carried out in the late stages of software development. DAST requires the application to be running, and although it also generates false positives that must be reviewed, their number is much lower than that of SAST analysis.
SAST comes from Static Application Security Testing, commonly known as static code analysis. This analysis is carried out using specialized tools that automatically analyze the source code of an application. Through multiple techniques, the code analysis engine is able to identify security flaws in the software.
One of the advantages of this type of scan is that it can be performed from the early stages of development, and it does not require the software to be running. However, this type of scan requires manual review as it can produce numerous false positives.
CI/CD comes from Continuous Integration and Continuous Delivery, and these are practices that automate the steps that must be taken to release new versions of software. Again, it is part of the context in which companies seek to achieve maximum speed in the development life cycle.
Thanks to the CI/CD process, it is possible to improve productivity, scale more easily when applications grow, and integrate security into the development flow more easily.