This Privacy Policy outlines how Dev-Engine Technical Academy ("we", "our", or "us") collects, uses, discloses, and protects your personal information when you use our services, including the Syntax-X protocol and related training platforms at dev-engine.ca.
We collect information you provide directly, such as your name, email address, contact details, and technical background when you register for our services. We also automatically collect technical data like IP address, browser type, device information, and usage patterns within our sandbox environments.
Your information is used to provide, maintain, and improve our computational mastery training services, including personalized learning paths, system modeling, and debugging tools. We use it to communicate with you, ensure platform security, and for internal research to enhance our logic-grid architecture.
We do not sell your personal data. We may share information with trusted service providers who assist in platform operations (e.g., hosting, analytics) under strict confidentiality agreements. Disclosure may also occur if required by law or to protect our rights and safety.
We implement robust technical and organizational measures, inspired by our focus on code-integrity and system-design clarity, to protect your data against unauthorized access, alteration, or destruction. This includes encryption, access controls, and regular security audits of our infrastructure.
You have the right to access, correct, or delete your personal information. You can manage your communication preferences and opt out of certain data collections. To exercise these rights, contact us at code@dev-engine.ca.
We may update this policy to reflect changes in our practices or legal obligations. We will notify you of significant changes by posting the new policy on our site with an updated effective date. Your continued use constitutes acceptance.
Connect with our team for inquiries about the Syntax-X protocol, immersive sandbox training, or architectural consultations. Our support grid operates on a high-resolution logic schedule.