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Connected devices without cryptographic identity are a liability

From AI home systems and smart locks to robotics and industrial control hardware, connected products can no longer ship with shared secrets. OEM and ODM manufacturers serving regulated and security-sensitive markets are being required to embed hardware-bound, cryptographically verifiable device identity at manufacturing — not bolt it on later.

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Device identity Is now a market requirement

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Security review delays and lost deals

Enterprise buyers increasingly require mutual TLS, certificate rotation, and hardware-bound identity. Devices without it stall in procurement or get rejected outright.

Cross-platform coverage

Shared secrets create fleet-wide blast radius

API keys and static credentials are extractable. One compromised device can expose an entire product line.

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No hardware binding, no trust

Without keys generated inside TPMs or Secure Enclaves, device identity can be copied, replayed, and impersonated.

Firmware and update risk

Over-the-air updates and remote management require provable device identity. Without it, update channels become attack surfaces.

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Regulated market exclusion

Defense, healthcare, government, and critical infrastructure buyers demand verifiable cryptographic controls.

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Lost differentiation

As hardware commoditizes, embedded trust and identity become defensible product capabilities.

Identity embedded at the device layer

Replace shared secrets with device-bound cryptographic identity that scales across consumer IoT, robotics, networking gear, and industrial systems.

  • Keys generated inside TPM or Secure Enclave
  • Automated certificate issuance via ACME
  • Hardware-backed attestation
  • Automated renewal, rotation, and revocation
  • Lifecycle enforcement across fleets

Enterprise and security-conscious consumer buyers don’t want devices that "trust by password." They want provable identity.

A trust infrastructure for hardware manufacturers

Deliver enterprise-ready identity without building your own PKI or operating certificate infrastructure.

  • Manufacturing-time or first-boot enrollment
  • Policy-driven lifecycle management
  • Integration with enterprise IAM, VPN, Wi‑Fi, APIs
  • Works across consumer and industrial deployments

This is not MDM. This is the cryptographic foundation for device trust.

Zero Trust for connected products

Devices must authenticate everywhere TLS exists — to APIs, cloud services, gateways, and peer devices.

  • Mutual TLS across device-to-cloud traffic
  • Secure device-to-device communication
  • Hardware-bound identity for remote access
  • Cryptographic policy enforcement

This is how modern connected devices meet enterprise and high-assurance consumer expectations.

Unlock regulated and security-sensitive deployments

Built for Regulated and Security-Sensitive Markets

Identity unlocks markets that shared secrets cannot.

  • Government and defense procurement
  • Healthcare and medical systems
  • Critical infrastructure and utilities
  • Financial and PCI environments
  • Enterprise SaaS and cloud integrations

Shared secrets vs. device certificates

One scales risk. The other scales trust.

Shared SecretsDevice Certificates
Credential model
Static embedded keys
Device-bound cryptographic identity
Audit traceability
Limited attribution
Cryptographically verifiable
Rotation and lifecycle
Manual, fragile
Automated and policy-driven
Zero Trust alignment
Weak by design
Strong by design
Fleet scalability
Risk compounds with scale
Designed for fleet operations
Enterprise readiness
Procurement friction
Faster security approval

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Built for product, firmware, and enterprise integration teams

Integrate identity into your product architecture—not just your security tooling.

  • CTOs and technical leadership
  • Firmware, platform, and systems engineering
  • Enterprise integration and solutions teams
  • Security, compliance, and risk stakeholders
  • Product strategy and corporate development
  • Enterprise trust becomes part of your roadmap—not a customer-specific exception.
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Enterprise readiness is a strategic product capability

Enterprise customers increasingly demand device-level identity and cryptographic assurance. Devices that can’t integrate into enterprise trust architectures create ongoing security friction—and slow down deals.

Design hardware-bound identity into your product

FAQs about enterprise hardware identity

Static credentials can be extracted, copied, reused, and replayed across fleets. Device-bound keys are designed to be non-exportable, which reduces credential theft and reuse.

A cryptographic identity generated and protected inside a secure element (TPM or Secure Enclave). The private key is bound to the device and is not intended to be transferable.

Devices enroll using a standards-based flow (for example, ACME), then automatically renew before expiry. Policies can enforce rotation cadence and allow rapid revocation when a device is decommissioned or compromised.

Yes. MDM can help with inventory and deployment. IAM can enforce device identity during sign-on. Certificates then support enforcement at Wi‑Fi, VPN, proxies, and APIs.

Device identity enables mutual TLS and certificate-based access controls at many enforcement points across networks, services, and APIs—so access depends on both user identity and verified device identity.

Common examples include government procurement, defense, healthcare, regulated manufacturing, and retail POS environments with strict compliance requirements.

It gives security teams what they need: strong device authentication, auditability, and lifecycle controls. That reduces exceptions and accelerates approval for pilots and production deployments.

Highest assurance comes from TPM 2.0 or Secure Enclave. Where hardware capabilities vary (or attestation is limited), policy-based approaches and phased rollout strategies can be used.

Certificates can be revoked quickly through policy and inventory changes. Revocation stops compromised or decommissioned devices from authenticating, and rotation limits the blast radius of leaked credentials.

Identity is now a board level control because operational failures, credential compromise, and systemic access incidents can translate directly into capital impact, reputational damage, and regulatory penalties. Financial institutions must move beyond administratively managed secrets to cryptographically verifiable identity architectures that withstand regulatory examination, systemic stress, and evolving threat landscapes.