How Radiant Core protects your infrastructure, handles your data, and responds to threats. No marketing vagueness — just what we actually do and why.
Traditional security tools match against known signatures. Radiant Core uses behavioral AI — modeling what normal looks like in your specific environment, then flagging anything that deviates.
AI models build a baseline of normal behavior for every user, device, and system on your network. Deviations are scored by severity and surfaced as alerts — even when no known signature matches.
AI pattern recognition identifies attack sequences — reconnaissance, lateral movement, data exfiltration — across your network before they complete. Early stage detection means smaller impact.
Models update as your environment changes. New staff, new devices, new processes — Radiant Core adapts its baseline without needing manual reconfiguration.
Individual events may look harmless. Correlated across systems and time, they reveal the full picture. Radiant Core connects events from across your network into unified threat timelines.
All data in transit is encrypted with TLS 1.3. Data at rest uses AES-256. Encryption keys are managed per-tenant — your data's keys are never shared with other clients' key material.
Role-based access control (RBAC) enforced at the API level, not just the UI. Every access decision is logged. Principle of least privilege applied by default to all roles.
Network segmentation between tenants. API endpoints rate-limited and protected against injection. All external communications go through authenticated, encrypted channels.
Multi-factor authentication required for all platform access. Session tokens are short-lived and rotated. Brute force protection and anomalous login alerting are on by default.
Radiant Core's incident response follows a defined process — not ad hoc decisions. Here is exactly how an incident is handled from detection to resolution.
AI detects anomaly or threat indicator. Alert generated in under one second with severity classification, affected systems, and initial context. Simultaneously notifies your designated contacts.
Automated response playbooks execute immediately for high-severity events — isolating affected systems, blocking suspicious connections, preserving logs. Manual override available at every step.
Full incident timeline is compiled automatically — every relevant event, connection, and action leading to the alert. Your team and Radiant engineers review together for complex incidents.
Systems restored following validated recovery procedures. For on-premise deployments, our Tarkwa team can be on-site within 30 minutes for physical intervention if required.
Written incident report delivered within 48 hours covering what happened, root cause, impact, containment actions taken, and preventative recommendations going forward.
On-premise deployments: all data stays within your facility. Nothing leaves your network unless you explicitly configure an external connection.
Radiant Core is designed to align with international security standards. We are transparent about where we are in this journey.
Our security management practices are designed to align with ISO 27001 principles — risk management, access control, incident response, and audit trails. Formal certification is in our roadmap.
Platform architecture follows the NIST CSF structure: Identify, Protect, Detect, Respond, Recover. Each function maps to specific Radiant Core capabilities.
Our banking solution generates audit logs, access records, and incident reports in formats that support Bank of Ghana cybersecurity compliance reporting for financial institutions.
We don't hide behind marketing. Request a security briefing and we will walk you through exactly how Radiant Core handles your specific requirements.