CRA section: Annex I Part II – Vulnerability handling and lifecycle security.
Many IoT deployments include devices that are difficult to patch or update due to operational constraints or hardware limitations.
Shield-IoT provides network-level monitoring and threat detection for such devices, allowing organizations to apply compensating security controls and detect potential exploitation even when device updates are not immediately possible. This helps maintain cybersecurity oversight throughout the expected lifetime of connected products.
CRA section: Article 13; Annex I Part I – Security throughout the lifecycle of connected products.
The CRA requires cybersecurity measures to be maintained throughout the lifecycle of connected products.
Shield-IoT provides continuous monitoring and behavioral analytics across deployed IoT devices, enabling operators to maintain security oversight during the operational lifetime of connected products, without requiring device-side software updates.
CRA section: Annex I Part I – Protection of data confidentiality, integrity, and service availability.
The CRA requires connected products to ensure that cybersecurity risks do not compromise the confidentiality, integrity, or availability of data and services associated with the product.
IoT service providers operating connected infrastructure such as payment terminals, EV chargers, smart meters, and traffic systems must therefore ensure that cyber threats affecting devices do not lead to data exposure, fraud, service disruption, or manipulation of operational systems.
By identifying suspicious communications, malware activity, and anomalous operational behavior at the network level, Shield-IoT helps organizations detect threats early and take action before attacks can impact customer personal data (PII), operational systems, or service availability.
CRA section: Annex I Part I – Resilience against denial-of-service attacks.
Connected products must be resilient against denial-of-service attacks that could disrupt services or infrastructure.
Shield-IoT analyzes network traffic behavior across device fleets to identify anomalies consistent with DoS activity or abnormal traffic spikes targeting devices or backend services. Early detection helps organizations respond quickly to maintain service availability.
CRA section: Annex I Part I – Protection against unauthorized access and misuse.
Connected products must be designed and operated to prevent unauthorized access and misuse.
Shield-IoT monitors device communication patterns to detect suspicious authentication behavior, abnormal remote access attempts, and unauthorized communication flows. These insights help operators identify potential unauthorized access to connected products and take mitigation actions.
CRA section: Article 14; Annex I Part II – Vulnerability handling requirements.
Manufacturers and operators must identify and address vulnerabilities affecting connected products and report actively exploited vulnerabilities when required.
Shield-IoT detects behavioral anomalies that may indicate exploitation of vulnerabilities, misconfigurations, or compromised devices. The platform provides alerts and security analytics that help organizations investigate potential vulnerabilities and support internal reporting workflows required under CRA vulnerability management obligations.
CRA section: Article 14 – Reporting of actively exploited vulnerabilities and severe incidents.
Organizations must detect and report severe incidents affecting the security of connected products. Early detection is critical for meeting incident response and reporting obligations.
Shield-IoT uses AI-driven behavioral analytics to identify indicators of compromise such as malware activity, command-and-control communications, and abnormal device behavior. This allows operators to detect incidents affecting connected products early and initiate response procedures aligned with CRA reporting requirements.
CRA section: Article 13; Annex I Part I –Secure operation and ongoing cybersecurity risk management.
The CRA requires connected products to be operated with mechanisms that allow cybersecurity risks to be detected and mitigated during their operational lifecycle.
Shield-IoT continuously analyzes device-to-cloud network traffic metadata (TCP/IP headers) to identify abnormal communication patterns, suspicious connections, and operational anomalies. This provides continuous monitoring of IoT device behavior across large deployments without requiring agents or device modifications.
CRA section: Article 13; Annex I Part I – Cybersecurity risk management and asset identification.
Organizations operating connected products must maintain visibility over deployed devices and understand their cybersecurity risk exposure.
Shield-IoT automatically discovers and profiles SIM-connected IoT devices and their communication behavior across cellular networks. This creates a comprehensive inventory of deployed devices and their network activity, helping organizations maintain visibility over connected products and support risk assessments required under the CRA.
Shield-IoT helps businesses and IoT service providers meet CRA regulation requirements by providing AI-powerednetwork-level asset visibility, behavioral monitoring, early threat detection, prevention and compliance, for SIM-connected devices without requiring software agents or any network changes. By analyzing device-to-cloud network traffic statistics (TCP/IP metadata), Shield-IoT enables organizations to monitor device security posture, detect compromised devices, respond quickly to cyber threats across large-scale deployments, and meet compliance regulations.
Below are the Key CRA Compliance Pillars Supported by Shield-IoT:
The CRA requires organizations to ensure visibility, continuous monitoring, threat detection, vulnerability management, and incident reporting across their IoT environments, not just at deployment, but throughout the entire product lifecycle.
Here’s the shift we’re seeing:
👉 Compliance is moving from static audits → continuous monitoring
👉 Security is moving from device-level → network-wide visibility & threat prevention
👉 Responsibility is shifting from manufacturers → IoT service providers
👉 And regulation is becoming a key driver in IoT businesses’ vendor selection
Which leads to the real challenge:
CISOs are now expected to secure massive, out-of-perimeter cellular IoT networks, often made up of hard-to-patch, connected devices like smart meters, PoS terminals, cameras, and transportation infrastructure, without disrupting operations. How?