Cybersecurity
We evaluate and strengthen the security of your applications, from code review and vulnerability analysis to implementing security controls in the development lifecycle (DevSecOps). The goal is to make security part of the process, not an afterthought. We identify risks before they reach production and propose solutions with proven patterns like MFA, encryption, mTLS, and Zero Trust.
Who It's For
Companies that handle sensitive data, process financial transactions, or need to validate the security of their systems before going to production. Especially relevant for fintechs, digital health companies, SaaS platforms, and any organization that stores personal user information. If your development team doesn't have a security specialist or you've never conducted a security audit of your code and architecture, this service is for you.
Deliverables
What You Gain
Reduced risk of security breaches
Identifying and remediating vulnerabilities before production drastically reduces the probability of a breach and its financial and reputational impact.
Client and partner trust in your systems
Secure systems build trust. Your clients and business partners need to know their data is protected with the highest standards.
Security standards compliance
Security controls aligned with industry best practices that facilitate audits and certifications.
Early vulnerability detection
Automated scanning on every deployment detects issues before they reach production, reducing remediation costs by up to 100x.
Secure development culture integrated into the team
DevSecOps transforms security from an obstacle into a natural team practice, where every developer is responsible for the security of their code.
Rapid response to security incidents
A documented and rehearsed response plan enables incident containment in minutes instead of days, minimizing business impact.
Patterns & Practical Cases
Organizations that successfully keep their applications secure share common patterns. They adopt the Zero Trust model, where no request is trusted by default, every request is authenticated and authorized regardless of its origin. They implement mTLS for microservice communication, ensuring both client and server verify each other's identity.
DevSecOps and shift-left
The most mature teams integrate security from the first commit. CI/CD pipelines that include SAST, DAST, and SCA detect vulnerabilities before they reach production. Tools like Snyk and SonarQube scan dependencies and code on every pull request, automatically blocking changes that introduce known risks.
OWASP Top 10 as baseline
Fintechs and digital health companies have used the OWASP Top 10 as a starting point for their security programs, covering the most common vulnerabilities: SQL injection, broken authentication, sensitive data exposure, and insecure configurations. This establishes a solid baseline on which to build more advanced controls.
Key patterns
Best Practices
Integrate security from design
Security is not a phase, it's a continuous practice that starts at architecture design. Threat modeling before writing code, security reviews in every sprint, and automated scanning in the pipeline. Vulnerabilities found in design cost 100x less than those found in production.
Least privilege across all access
Every user, service, and process should have only the permissions strictly necessary for their function. Granular roles, scoped tokens, and periodic permission reviews reduce the attack surface and limit the impact of a compromised account.
Encryption in transit and at rest
Data must always be encrypted, both when traveling between services (TLS/mTLS) and when stored (AES-256). This protects against traffic interception, unauthorized database access, and meets industry standards for sensitive data protection.
Automated and periodic reviews
Manual reviews don't scale. Implement automated vulnerability scanning on every deployment, dependency analysis on every build, and periodic pentesting. Organizations with security automation detect vulnerabilities 3x faster and reduce breach costs by $2.22M.
Technology Ecosystem
Passionate about cybersecurity?
We're looking for security engineers with experience in DevSecOps, vulnerability analysis, and secure architecture. If you enjoy protecting systems and strengthening development teams, we want to meet you.
What to Avoid
Leaving security for the end
Treating security as a final project phase is the recipe for discovering critical vulnerabilities when it's too late and too expensive to fix them. Every week without security review accumulates technical risk that multiplies exponentially. Organizations that integrate security from design reduce remediation costs by up to 100x compared to finding issues in production.
Hardcoded credentials in code
Storing passwords, API keys, and tokens directly in source code is one of the most common and dangerous vulnerabilities. All it takes is a repository accidentally going public or an employee leaving the company for all credentials to be exposed. Use secret managers with automatic rotation and never store secrets in versioned configuration files.
Relying only on perimeter firewall
Perimeter security is no longer sufficient in a world of microservices, public APIs, and remote work. If an attacker breaches the perimeter, they have free access to the entire system. The Zero Trust model assumes no network is secure and verifies every request regardless of origin, applying authentication and authorization at every layer.
No incident response plan
When a security breach occurs, every minute counts. Without a documented and rehearsed response plan, teams improvise under pressure, make erratic decisions, and containment time multiplies. Organizations with a tested incident response plan reduce the average breach cost by over $2 million.
How can we support you?
OF SECURE
CODE
PROTECTS
YOUR BUSINESS