QKS Group’s latest research on the Internet of Things Identity & Access Management
(IoT IAM) market provides an in-depth analysis of the rapidly evolving security
landscape surrounding connected devices. The study goes beyond a surface-level
assessment, delivering detailed insights into vendor strategies, product functionalities,
differentiating factors, and overall competitiveness within the global IoT IAM ecosystem.
By incorporating the proprietary SPARK Matrix™ analysis, the report highlights leading
vendors shaping this market and helps stakeholders better understand their
positioning, strengths, and areas of improvement
Growing Importance of IoT Identity & Access Management
The Internet of Things (IoT) is no longer a niche domain. From healthcare and
manufacturing to smart cities, connected devices are becoming foundational to digital
transformation initiatives across industries. While IoT delivers operational efficiency,
predictive capabilities, and improved customer experiences, it also introduces new
layers of cybersecurity risk. Every device added to a network potentially becomes a
gateway for cyberattacks if not properly secured.
This is where IoT Identity & Access Management plays a crucial role. IoT IAM ensures
that devices, users, and applications within IoT ecosystems can be securely
authenticated and authorized. Unlike traditional IAM, which is largely human-user-
centric, IoT IAM extends security frameworks to billions of devices, each requiring
unique identity credentials, certificates, and cryptographic validation throughout its
lifecycle.
Analyst Perspective
According to Sanket Kadam, Analyst at QKS Group, IoT IAM is best described as a
“security framework for managing identities, authentication, and authorization of IoT
devices, users, and applications through the deployment and management of security
keys and certificates. These are used to cryptographically prove and validate device
identity and integrity throughout its lifecycle. IoT IAM solutions are user-centric and
strictly enforce access control policies for user access in enterprise networks and
data.”
This definition underscores the two main aspects of IoT IAM:
1. Device Security – Protecting the identity, integrity, and trustworthiness of
connected devices.
2. Access Control – Ensuring that only authenticated users or applications can
interact with devices and their data.
Together, these components provide the foundation for securing IoT ecosystems against
data breaches, unauthorized access, and malicious activities.