Platform Overview

One operational trust chain for the full device lifecycle.

OnBoard^™ IoT Security (OBIS) unifies firmware, SBOMs, cryptographic assets, and production records into a single operational trust architecture — from CI/CD to factory provisioning to OTA operations.

Product-Centric Governance

Every digital asset tied to one governed product record.

Firmware, keys, certificates, SBOMs, provisioning data, and lifecycle states remain cryptographically linked to the same product record across build, provisioning, and device operations.

Keys

Secure boot keys, secure debug keys, and OTA encryption keys.

Certificates

Matter DACs, Google Cast certificates, and other ecosystem trust credentials.

Firmware

Bootloaders, application images, TEE firmware, and signed release artifacts.

Factory Data

Serial numbers, provisioning metadata, and ecosystem-specific factory data.

Security Configurations

Secure boot, secure debug enablement, and lifecycle state transitions.

Traditional security tools organize by function. PKI manages certificates. KMS manages keys. SBOM scanners track components. Each solves part of the problem — but none takes the product as its organizing principle.

When a signing key is compromised or a critical CVE emerges, the operational question is immediate: which products, which firmware versions, and which deployed devices are affected? Siloed systems cannot answer that directly. OBIS maintains that operational context.

Trust Architecture

One operational trust platform from cloud to factory edge.

OBIS unifies cryptographic governance, provisioning operations, firmware lifecycle management, and compliance evidence around the product itself — while integrating with existing CI/CD, provisioning, and device management systems.

Lifecycle Operations

Build. Provision. Operate. 
One operational trust chain across the full device lifecycle.

Build

Governed release integrity.

Firmware is signed and cryptographically linked to its SBOM during CI/CD. Each release enters the Product Workspace as a governed, versioned operational artifact.

Provision

Centralized authorization, distributed execution.

OEMs authorize provisioning through OBIS cloud while manufacturing partners execute locally across global sites — with protected keys, scoped authorization, and per-device traceability.

Operate

Continuous operational trust.

Firmware, credentials, and security configurations remain continuously governed throughout deployment — with vulnerabilities monitored and every device tied to a living operational record.

Operational Model

One operational model across build, provisioning, and device operations.

Visibility

Unified operational visibility.

Every product, firmware version, production batch, credential, and deployed device remains tied to the same operational record across the full lifecycle.

Collaboration

Cryptographically bounded collaboration.

OEMs, ODMs, manufacturing partners, and software suppliers operate under scoped authorization within the same Product Workspace.

Continuity

Lifecycle trust continuity.

The same governed trust chain follows each product from CI/CD signing through factory provisioning, OTA operations, servicing, and retirement.

Compliance

Operational compliance readiness.

When vulnerabilities emerge, affected products, firmware versions, production records, and deployed devices can be identified immediately through operational queries instead of manual coordination.

Get Started

Built for connected-product operations at scale.

Discuss your provisioning architecture, operational requirements, compliance posture, and deployment model with the OBIS engineering team.