SPARK Matrix™ Q4 2024: Critical Insights into the IoT IAM Vendor Landscape 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 Click here: https://qksgroup.com/market-research/spark-matrix-iot-identity-access-management-iot-iam-q4-2024-8042 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 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. Scope of the QKS Group Research The QKS Group study offers a comprehensive global market analysis of IoT IAM vendors. The research evaluates major players based on: • Product Features and Functionalities – Capabilities such as certificate lifecycle management, multi-factor authentication, device onboarding, encryption mechanisms, and interoperability with enterprise systems. • Competitive Differentiators – Factors that set vendors apart, including innovation in device identity provisioning, scalability, integration with cloud platforms, and regulatory compliance readiness. • Strategic Roadmaps – How vendors plan to adapt to emerging challenges, such as quantum-safe cryptography, zero-trust frameworks, and the management of massive IoT networks. The research also provides vendor benchmarking and competitive landscape analysis using QKS Group’s proprietary SPARK Matrix™ framework, which offers both strategic and technical evaluation. Download free sample report here: https://qksgroup.com/download-sample-form/spark-matrix-iot-identity-access-management-iot-iam-q4-2024-8042 The study features prominent vendors with global influence, including: • Device Authority – Recognized for its specialization in securing IoT devices at scale through dynamic policy-driven IAM solutions. • DigiCert – A global leader in digital certificates and PKI infrastructure, enabling trusted identity provisioning for IoT ecosystems. • Entrust – Known for its expertise in encryption, identity verification, and scalable PKI-based IoT IAM solutions. • GlobalSign – Provides comprehensive certificate and identity services that integrate with IoT frameworks across industries. • HID Global – Focuses on secure identity issuance, authentication, and lifecycle management, expanding into connected device ecosystems. • Keyfactor – Offers advanced PKI and certificate lifecycle automation tailored for IoT applications. • Ping Identity – Brings enterprise-grade IAM capabilities into IoT contexts with strong access management features. • Sectigo – Delivers IoT security solutions with an emphasis on digital certificate management and secure device onboarding. These vendors are driving significant innovation, and their solutions address various enterprise needs across scalability, compliance, and interoperability. Become a client: https://qksgroup.com/become-client Conclusion QKS Group’s IoT Identity & Access Management (IoT IAM) market research underscores the strategic importance of securing IoT ecosystems. With its comprehensive analysis, competitive insights, and SPARK Matrix™ vendor evaluation, the study provides actionable intelligence for both technology vendors and enterprise decision-makers.

Why Multimodal Sensors Are Essential for Smart Cities Almost every smart city depends on various sensing infrastructures. They likewise generate extensive multimodal information from surveillance systems. Environmental sensors also help them do so. The seamless integration of this multimodal information will enable smart decision-making. It will likewise result in adaptive urban services. Multimodal sensors are the basis of urban intelligence. They combine visual as well as audio information. They also combine geospatial and IoT data. These sensors help transform raw information into actionable insights. It helps cities become responsive.  In the following paragraphs, we will explore some reasons why these sensors are indispensable at present. 1. Enhancing Real-Time Decision Making Multimodal machine learning provides a robust paradigm. It surpasses conventional unimodal procedures. It likewise enables the integration of heterogeneous information from various applications across transportation and healthcare. For instance, AI algorithms leverage historical information to predict demand for some particular routes. It enables transit authorities to customize their offerings depending on demand. It provides the best possible routes to passengers. It will likewise become efficient with time and resources. A multimodal sensor system will fuse information from traffic cameras and social media. Thus, it can optimize the flow of traffic. This will aid in minimizing congestion and emissions. 2. Improving Public Safety Cities use audio and vision-based technologies to improve safety. It will likewise help them enhance incident response times. It is feasible that surveillance-based initiatives raise privacy concerns. However, cities can address these by collaborating with vendors that stick to privacy by design concepts. Audio sensors can detect abnormal sounds like vehicle collisions. They can likewise recognize emergency events or public disturbances. Combining with visual data will help audio to enhance real-time event classification. Gunshot detection systems combined with CCTV are a hallmark of multimodal sensors. It will help lessen police response times. Thus, it can create safer communities. 3. Optimizing Environmental Monitoring Environmental monitoring sensors form the cornerstone of any smart city initiative. These can be small network IoT devices gathering information on air quality or noise levels. Smart grids will help track in real time. On the other hand, deep learning solutions can predict the consumption of energy. They can likewise forecast any possible system breakdowns. Smart cities such as Barcelona use a multimodal sensor system to lower NO₂ levels. It will be evidence of their vital role in eco-friendliness. read more:- https://www.ganjingworld.com/news/1ht5k6eh1093PkpovGnYau2J01uj1c/why-multimodal-sensors-are-essential-for-smart-cities