Security is embedded across the full development lifecycle - from design and code review to deployment and maintenance - so vulnerabilities are prevented rather than patched late.

Third-party penetration tests simulate real attacks against our systems. Findings are triaged and remediation of critical issues is tracked to closure; a summary report is available under NDA.

All software and infrastructure changes are reviewed, approved, and traceable before reaching production, linking each change to its request and review trail.

Application and host scans run against known CVEs on a recurring schedule. Critical and high findings are tracked until remediated under our vulnerability management process.

The production architecture and its components are documented and reviewed so that security boundaries, data flows, and trust zones are explicit.

Production is segregated from development and staging environments, reducing the risk of unauthorized access or unintended changes to live systems.

Network and host activity is continuously monitored for anomalous behavior, enabling early detection and rapid response to potential intrusions.

Access is granted strictly by role through a central identity provider, and the role matrix is reviewed regularly to preserve least privilege.

MFA is required for privileged accounts and any access to sensitive systems, adding a second layer beyond credentials.

Scheduled reviews validate that access to production systems, databases, and applications matches current job responsibilities; each review is documented and signed off.

A password policy defines required strength and rotation across systems, and compliance is monitored.

Only authorized users with a documented business need can reach the production environment.

Privileged access to critical systems is limited to authorized personnel with a justified need, keeping sensitive operations tightly controlled.

Formal policy covers how access is provisioned, modified, and revoked, and how often reviews take place.

Production databases are reachable only by authorized personnel, and production data is not used in development or testing unless strictly necessary.

Access is provisioned only after a documented request tied to role and function is approved by a manager.

Formal BC/DR plans define how services and infrastructure are restored after a disruption, including communication paths when key personnel are unavailable.

BC/DR plans are exercised periodically, including backup integrity checks and restoration drills.

The incident response plan is exercised at least annually; results feed updates that strengthen detection, escalation, and handling.

Production data is backed up regularly and stored separately from production; restorations are tested to confirm integrity and recoverability.

Production workloads run across multiple availability zones for redundancy and high availability.

Performance, availability, and security signals are monitored continuously so issues are detected early and handled promptly.

Key events - logons, deletions, errors, and changes to software or configuration - are logged across application and infrastructure layers and monitored.

Stored data is protected with industry-accepted encryption standards such as AES-256.

Data in transit is protected with TLS 1.2 or newer; deprecated protocols are disabled.

Encryption keys are handled under a defined process that restricts access to authorized users with a valid business need.

Firewalls limit unnecessary ports, protocols, and services, and rules are periodically reviewed and approved.

A company-wide risk assessment runs at least annually with periodic follow-ups, evaluating threats, likelihood, and impact to define treatment and tolerance.

New vendors are assessed before engagement and re-assessed periodically to catch emerging risks.

Physical and virtual assets are inventoried with ownership, classification, and location, ensuring accountability for sensitive systems.

Employees complete security awareness training on hire and annually thereafter.

Engineers receive recurring secure-development training aligned with the SDLC methodology and secure development policy.

Security, availability, and confidentiality responsibilities are formally assigned through job descriptions and policy.

Service commitments and availability targets are defined contractually, with advance notice for planned maintenance.

New hires and internal transfers are screened for qualifications and role suitability.

Every employee signs a confidentiality agreement during onboarding, covering company and customer information.

We welcome coordinated vulnerability reports at security@argorix.com and respond promptly to validated findings.

EDR continuously monitors endpoints to detect and respond to threats.

Organizational devices enforce full-disk encryption (AES-256), including media that stores personal data.

Endpoints run real-time detection, prevention, and removal of malicious software.

Managed devices must meet baseline policy: strong passwords, anti-malware, and disk encryption.

Argorix runs the same adversarial red-team validation on its own AI systems that it provides to customers.

Our internal AI runtime operates under the same guardrails and policy enforcement we ship in the platform.

We apply our own discovery to keep a live inventory of the models and agents we operate.

We collect only what is needed to govern AI risk, and sensitive content is redacted at the source wherever detection allows.

When residency or policy requires it, customers can deploy on-premise so AI telemetry never leaves their environment.