Industry PoV

Industry Proof of Value

Suppliers and manufacturers OEMs are operating in an increasingly complex cybersecurity and regulatory landscape. Connected vehicles now rely on thousands of cryptographic keys and digital certificates spanning IT, OT, manufacturing environments and supplier ecosystems. Typical industries that are affected by these complexities include automotive, medical and industrial manufacturing.

PoV Objectives

Demonstrate device identity, trust, and cryptographic lifecycle control

Prove compliance readiness with new automotive cybersecurity regulations

Enforce Policy based Secure Key Lifecycle Management

Reduce manual certificate and key management effort

Secure IT–OT convergence environments without disrupting operations

Challenge

Regulatory pressure continues to intensify. Emerging and mandatory frameworks require demonstrable controls around:

  • Secure device authentication

  • Software and firmware integrity

  • Controlled key generation and distribution

  • Lifecycle traceability and auditability

  • Supply chain cybersecurity governance

Many OEMs today face:

  • Fragmented PKI and key management processes

  • Manual key handling during pre-production and manufacturing

  • Limited visibility across VIN, ECU, and supplier key ownership

  • Inconsistent certificate provisioning

  • Gaps in audit logging and compliance reporting

  • Scalability challenges across global production environments

Without centralized automation and lifecycle governance, OEMs increase operational risk, compliance exposure, and vulnerability to identity-based attacks.

Solution

Modern connected devices’ and components’ cybersecurity must be identity-first, automated, and lifecycle-driven.

Every ECU, TCU, backend system, and supplier endpoint must have a trusted cryptographic identity — established, provisioned, managed, rotated, and retired securely across the entire lifecycle.

Device Authority’s KeyScaler platform enables OEMs to:

  • Establish secure PKI management for connected devices

  • Automate certificate signing and provisioning

  • Enable mutual TLS authentication between vehicle and backend systems

  • Securely generate, store, distribute, and audit cryptographic keys

  • Maintain full lifecycle visibility across production and post-production environments

This ensures that only authenticated and authorized devices communicate across critical networks.