Let Trust Grow From Within
Built on a cryptography-driven gene, we construct an active-immune security system. Anchored in Trusted Computing 3.0, the platform uses identity identification, status measurement and confidential storage to precisely recognize friend-or-foe and actively repel malicious intrusion — verify first, execute after, blocking ransomware and unknown threats at the source.
As smart manufacturing and the industrial internet accelerate, the exposed attack surface keeps expanding. Legacy systems, IT/OT convergence and supply-chain links harbor four critical pain points that traditional passive defense can no longer handle.
Many industrial control devices and servers still run unsupported systems that cannot be patched, making them easy entry points for attackers — ransomware like WannaCry hits first.
Patch-free protection, hardening without reboot
Connecting IT and OT networks breaks the physical isolation of production networks, letting attackers move laterally through weak IT endpoints into core control systems and paralyze entire production lines.
Platform-level identity admission, isolating unauthorized access
Attackers often infiltrate core enterprises through less-protected suppliers with high stealth. Even a fortress-like core enterprise can fall entirely due to one partner vulnerability.
Only authenticated trusted devices are granted access
Signature-based firewalls and antivirus are almost useless against zero-day and fileless attacks; vendors often "mend the fence after the sheep are lost", and attackers always find new gaps.
Active-immune whitelist, blocking at the sourceJust as the human immune system first recognizes "self" and then disposes of "foreign" intruders, the Trusted Computing Security Product verifies first and executes after — moving the defense line ahead of the attack.
| Dimension | Traditional Security (Passive Defense) | Trusted Computing Security Product (Active Immunity) |
|---|---|---|
| Defense Concept | Infect first, scan after — relies on signature matching | Verify first, execute after — active immunity |
| Unknown Threats (0-day / fileless) | Signature libraries lag behind; defense is ineffective | Trust-based measurement, blocking at the source |
| Legacy / End-of-Support Systems | Vulnerabilities cannot be patched, risk stays exposed | Patch-free protection, hardening without reboot |
| Trusted Verification | None | Full-chain measurement anchored in the trusted root |
| Business Impact | Production halts after infection; ransom losses | Performance overhead <3%, imperceptible operation |
Covering the full chain of "cannot enter → cannot steal or modify → cannot deny" to build a complete active-immunity defense line.
USB-Key digital certificate + PIN two-factor authentication with platform-level identity admission, verifying terminal hardware ID and system integrity.
A whitelist mechanism and dynamic measurement create a trusted execution environment, defending against ransomware and illegal tampering.
Separation of duties with mutual checks; full-process operation audit and tamper-proof logs — traceable and attributable.
Integrated hardware-software for fast go-live, or software-only for flexible deployment — both built on trusted computing 3.0, transparent to business and friendly to Xinchuang.
Tailored trusted-security deployment for smart manufacturing, industrial internet, Xinchuang and critical infrastructure.
Production networks host many legacy systems, and IT/OT convergence widens the attack surface; ransomware can breach via phishing and bring production lines to a halt.
Whitelist active immunity permits only authenticated trusted programs and devices, while patch-free hardening of legacy systems needs no reboot — keeping production lines running.
Whitelist + Dynamic Measurement
Policy Distribution
Industrial internet platforms connect massive numbers of devices and external services with a large attack surface, where signature libraries lag against unknown threats and zero-days.
Platform-level identity admission plus trust measurement converges the exposed surface, actively repelling malicious intrusion while running imperceptibly.
Verify First, Execute After Continuous Monitoring
The security baseline across domestic hardware and software ecosystems varies, requiring protection while preserving existing investment.
Full adaptation to Hygon, Phytium, Loongson and Kylin, UOS environments; flexible software-only or integrated delivery for independent, controllable security.
Trusted Software Library Unified Management
Critical systems cannot be stopped for patching, with extremely high requirements for business continuity and 24×7 uninterrupted operation.
Patch-free active hardening with zero business interruption and continuous 24×7 protection keeps core services stable and available.
Seamless Operation Compliance Audit
The platform aligns with the Level Protection System 2.0 and the MIIT Guide for Industrial Control System Network Security — an effective tool for compliant, trusted deployment.
A core shift from passive to active defense, emphasizing "secure & trustworthy" and "defense in depth" to build endogenous security. Core manufacturing production systems must meet active-defense requirements to avoid compliance risk.
Multiple core requirements directly target traditional-solution shortcomings, and trusted computing provides a perfectly aligned implementation path: application whitelisting, closed external interfaces, host identity authentication, and intrusion prevention at key nodes.
| Compliance Requirement | MLPS 2.0 Requirement | MIIT Protection Guide | Product Capability Mapping |
|---|---|---|---|
| Identity Authentication | Two-factor & host identity authentication | Host identity authentication | USB-Key certificate + PIN two-factor |
| Access Control | Access control policy, least privilege | Application whitelist, close external interfaces | Whitelist + trusted execution environment |
| Trusted Verification | Trusted verification at key points | — | Full-chain measurement from the root of trust |
| Intrusion Prevention | Intrusion prevention measures | Intrusion prevention at key nodes | Active-immune whitelist, source blocking |
| Malicious Code Prevention | Malicious code prevention | — | Patch-free protection against unknown threats |
| Security Audit | Security audit & log protection | — | Separation of duties + tamper-proof audit logs |
Automated admission and policy management reduce manual operations, with full-chain one-click audit traceability for more efficient security operations.
Patch-free hardening requires no reboot and no downtime, keeping production and critical business running without interruption.
Active immunity blocks threats at the source, avoiding ransomware payouts and production-stoppage losses.
From verify-before-execute to full-chain trust measurement, the Trusted Computing Security Product builds a cryptography-driven active-immune system for manufacturing, industrial internet, Xinchuang and critical infrastructure. Talk to our security experts today for a tailored deployment plan.