New Policy Unveiled: Data Security, Risk Assessment, and Vulnerability Management Markets Poised for Surge

Overview of the New Guideline

The Ministry of Industry and Information Technology and seven other departments have released the Automotive Data Outbound Security Guidelines (2026) . The document aims to balance data security and cross‑border data flow while establishing an efficient, convenient, and safe mechanism for automotive data exchange.

Two‑Layer Market Demand

The guideline creates a "dual‑layer" demand for the market. The first layer is a continuous need for basic services such as security assessment consulting, data encryption/de‑identification, and data classification. The second layer is an emergency‑driven demand triggered by three "exemption" clauses: security vulnerabilities, security incidents, and OTA source‑code releases, which open opportunities for vulnerability management, incident response, and code‑security services.

Key Automotive Data Scenarios

Automotive data processors handle data across several scenarios:

R&D design : material lists, design documents, and source code generated during global R&D collaboration.

Product testing : annotated, simulated, and real‑world test scenario data collected during vehicle testing.

Manufacturing : material lists and production control program source code generated on the factory floor.

Driving automation : algorithms, training data, and feature data produced while developing autonomous‑driving functions.

Software upgrade services : source code of safety‑driving or battery‑management OTA packages.

Connected operation : vehicle identifiers, digital certificates, control commands, real‑world images, radar data, trajectory, and map data collected during vehicle‑to‑cloud operation.

Data Outbound Process

The guideline outlines a four‑step process:

Data identification : Based on the important‑data catalogue, processors identify data that require security assessment, standard contracts, or certification.

Security assessment : Entities submit a self‑assessment, remediate risks, and obtain approval from the cyber‑security authority.

Standard contract signing : After a personal‑information impact assessment, processors sign a personal‑information outbound standard contract with the overseas recipient and obtain a registration number.

Certification : Processors undergo a certification audit by a qualified third‑party agency before conducting personal‑information outbound activities.

Security Protection Requirements

Protection measures are divided into management, technical, logging, and emergency‑response requirements.

Management : Define a dedicated data‑outbound management department, assign a security officer, and establish internal approval procedures.

Technical : Use cryptographic techniques, secure transmission channels, and authentication to ensure confidentiality and integrity; monitor network traffic and support full‑or‑sampled traffic retention.

Logging : Record network flow logs (date, time, source/destination IP, ports, protocol, data volume) and operation logs (user, time, object, action, result) with tamper‑proof storage for at least three years.

Emergency response : Build capabilities to detect and respond to illegal data outbound events and report to the regional industry regulator.

Market Implications

By defining clear compliance pathways and emphasizing both continuous and emergency services, the guideline unlocks a large, previously untapped market for security‑assessment firms, encryption solution providers, vulnerability‑management vendors, OTA‑code audit services, and incident‑response specialists targeting the automotive sector.

Conclusion

The 2026 automotive data outbound security guideline marks a shift toward proactive data‑security management in China’s automotive industry, offering a significant growth window for information‑security and risk‑assessment service providers.