TrustONE
Invisible Protection for Critical Data & Systems｜Hackers can't find it, can't see it, can't take it
Three Core Risks
As attackers evolve from opportunistic theft to targeted ransomware and tampering, traditional firewalls are no longer enough.
Data Leak
Recent international security statistics show that over 60% of major leaks stem from internal data access permission failures.
Data Tampering
Maliciously modified financial transactions, medical records, or production line parameters can be more devastating than data leaks.
Ransomware
Ransomware encrypts every locatable critical file. If data "doesn't exist in visible space," the attack chain fails.
Concealment-Based Protection
Fundamentally different from traditional "encryption + walls" — TrustONE makes critical data "invisible" from the attacker's perspective.
Walls + Encryption
Place data in fixed locations, then build higher walls to protect it. Once breached, everything is exposed.
Concealment + Distribution
Critical data doesn't exist in visible paths during attacker scans — only authorized processes retrieve it dynamically at runtime.
Six Core Features
Dynamic Invisibility
Critical data is dynamically positioned within the system. Attackers can't trace its actual location via scans or path tracking.
Authorization Verification
Multi-layer permission checks. Only trusted processes can obtain decryption keys at the right moment.
File Integrity Monitoring
Real-time tampering detection. Abnormal modifications trigger immediate alerts.
Anti-Ransomware
File structure and naming are randomized from external view, preventing ransomware from targeting critical files.
Multi-Node Distribution
Critical data is fragmented across multiple nodes — a single breach doesn't compromise sensitive data overall.
Compliance Audit Logs
All access activity is recorded in tamper-proof logs, meeting financial and medical audit requirements.
Industry Use Cases
🏦 Finance
Protect customer transactions, KYC documents, and credit-scoring model parameters. Compliant with FSA and PCI-DSS.
🏥 Healthcare
Protect medical records, imaging results, and prescriptions. Meets PIPA and HIPAA-level privacy requirements.
🏛 Government
Protect sensitive data from defense, foreign affairs, taxation, and civil registry. Compliant with GCB government baseline.
🏭 Manufacturing
Protect production parameters, formulas, and machine settings. Prevent industrial espionage and supply-chain infiltration.
Technical Specifications
| Item | Specification |
|---|---|
| Supported platforms | Windows Server 2019/2022, Linux (RHEL/Ubuntu), Private cloud, Hybrid cloud |
| Integration methods | REST API, Sidecar Agent, Kernel-level driver (on demand) |
| Encryption algorithms | AES-256, RSA-4096, proprietary key rotation |
| Compliance | ISO-27001, ISO-27017, GDPR, APPI, PIPA |
| Min. requirements | 4 vCPU, 8GB RAM, 100GB SSD (scaling with data volume) |
| Licensing | Annual subscription, priced per node |
TrustONE Patent List
TrustONE's concealment-based protection is built on multiple granted invention patents, establishing strong technical credibility.
Method & system for dynamic invisible positioning of critical data
Through dynamic positioning algorithms, critical data has no fixed path within the system. Attackers cannot trace its actual location via scans.
Multi-node distributed storage and authorization verification architecture
Critical data is fragmented across multiple nodes. Only trusted processes can obtain decryption keys at the right moment.
Anti-ransomware file structure randomization method
File structure and naming appear randomized to external view, preventing ransomware from selectively encrypting critical files.
Tamper-proof audit log recording method
All data access activity is recorded in a tamper-proof log mechanism, meeting financial and medical audit requirements.
★ Full patent list (with numbers, publication dates, and titles) will be updated before official launch.