Connected device security must account for these operational and safety dimensions. Manually inventorying, assessing, and writing security policies for each device is not viable. Many communicate over proprietary or legacy protocols that predate modern encryption standards. Routers and switches alone average 32 vulnerabilities per device. Clipboard, printing, Bluetooth, and mobile tethering leak data the same way USB does — the deeper tools govern them; the checkbox tools don’t. It seamlessly protects all devices, proactively mitigating threats while ensuring resilience, uptime and compliance.
IoMT devices directly affect patient safety, and regulatory requirements (HIPAA, FDA, state mandates) add compliance obligations. Asimily’s targeted segmentation reduces the number of policies required while delivering broader risk reduction, because blocking one exploit vector can protect every device vulnerable to it simultaneously. Targeted segmentation applies risk-based policies at the exploit-vector level. The Risk Simulator models the impact of remediation actions before they are executed, giving teams confidence that a change will improve security without disrupting operations.
It requires secure-by-default configuration, which rules out shipped default passwords and unnecessary open ports. Medical IoT flaws include unpatched legacy software, weak authentication, and vulnerable third-party network stacks, which can expose patient data or interfere with device function. The cause was a third-party caching library Wyze had recently added; during a service outage it misbehaved and let roughly 13,000 users see thumbnails from other people’s cameras, with about 1,500 tapping through to a stranger’s image. Recent smart home breaches include the 2024 Wyze incident, where about 13,000 users briefly saw strangers’ camera feeds, plus repeated Ring doorbell hijackings. Hackers exploit firmware by extracting it, finding known vulnerabilities or hardcoded secrets in its components, then using unsigned updates to load malicious code.
How does the EU Cyber Resilience Act affect connected device security?
Devices include traditional endpoints, such as computers, laptops, mobile phones, tablets and servers, as well as non-traditional items, such as printers, cameras, appliances, smart watches, health trackers, navigation systems, smart locks or smart thermostats. An overview of the different levels of AV device support, what determines the coverage you get, and what to look for when reviewing an equipment list. The questions security teams ask us most often about AI, AV data, and access to the systems they’re responsible for protecting.
examples of cybercriminals targeting routers and IoT devices
In a Denial of Service (DoS) attack, cybercriminals will assume control of the device and use it to overwhelm servers with web traffic, preventing legitimate users from conducting normal activity. It is necessary for organizations to develop a comprehensive cybersecurity strategy that protects against a wide range of cyberattacks across all devices at both the endpoint and network level. Nevertheless, many users prefer using default credentials for matters of convenience, wrongly thinking that their device is not susceptible to cyberattacks. One of the main challenges is that https://alabama-news.com/how-to-ensure-business-security-from-hackers-using-pentesting.html users and developers don’t think of IoT devices as targets for cyberattackers. IoT security is extremely important because any smart device can serve as an entry point for cybercriminals to access the network.
Connectivity can also enable features like remote control and integration with other smart devices, creating a more interconnected ecosystem. In our Ultimate Guide to Connected Device Security, we explore the six steps that organizations must take to better secure their products and software supply chain lifecycles. Updated October 2026 Six platforms compared on how https://taxwhistleblowers.org/bip39-bitcoin-self-custody-and-u-s-crypto-taxes-why-secure-seed-phrases-matter-for-financial-compliance.html completely they inventory IoT, OT, IoMT, and IT devices and what each inventory tells a team to … Read Best Unified Asset Inventory and Visibility Platforms 2026 Rankings Updated October 2026 Five AI asset discovery platforms evaluated on classification precision, reasoning transparency, and practical risk mitigation. ATMs, trading systems, surveillance infrastructure, and branch IoT all require connected device security coverage.
- You don’t want your router name to give away any personal identifiers.
- The VPNFilter malware — short for malicious software — infected over half a million routers in more than 50 countries.
- That’s why it’s important to back up your data regularly.
- Cybercriminals have hijacked baby monitors and spied on people using their webcams, for instance.
- Encryption is a way of scrambling information so only people with the right key can read it.
Understanding the specific capabilities offered by cloud providers can help manufacturers feel more secure and pave the way for a profitable and safe cloud integration. Audit logs enable users to track all activity and device state history to assist in debugging efforts and identifying security vulnerabilities. By defining limited access levels for cloud users, manufacturers can ensure only authorized personnel can interact with their device data. By understanding these components and implementing them effectively, you can create a more robust shield for your devices.
Secure Every IoT Device.Automatically.
With that in mind, we’re going to take a look at some of the best tips for improving connected device security. Check out the CrowdStrike Marketplace and explore our extensive toolkit for IoT security. Since there is no single security tool that can provide uniform and complete protection across all connected devices, IoT security requires a blend of elements from both the endpoint security strategy and cloud security strategy. It is important to treat connected devices with the same level of security as they would a traditional endpoint, such as a computer or smartphone.
The report encourages the adoption of coordinated vulnerability disclosure (CVD) policies by medical device manufacturers (MDMs) in an effort to promote medical device cybersecurity and patient safety. The playbook focuses on preparedness and response for medical device cybersecurity issues that impact device functions. The JSP is a total product lifecycle reference guide to developing, deploying and supporting cybersecure technology solutions in the health care environment. As a co-chair of a task group within the HSCC cybersecurity working group, the FDA participated in the development of the Medical Device and Health IT Joint Security Plan (JSP). The purpose of the guide is to promote a globally harmonized approach to medical device cybersecurity that at a fundamental level ensures the safety and performance of medical devices while encouraging innovation.
It enables you to see and secure every device in your organization so that they don’t become a target for cyberattacks. Larry Pesce is a lifelong hacker, educator, and leader in embedded and connected device security. A software bill of materials built from the firmware itself, not from a spec or a partial source scan, turns an unknown mix of third-party and open-source code into an inventory you can act on. It requires manufacturers to handle vulnerabilities across the support period and to report actively exploited ones to ENISA.
Why Connected Device Security Requires Its Own Approach
- If you got your router from your Internet Service Provider (ISP), like Verizon or Comcast, check with your ISP to see whether it sends out automatic updates.
- Once you’ve set up your router or are done changing settings, don’t forget to log out as administrator.
- Some routers have features that can be convenient but weaken your network security.
- Many routers let you set up a guest network with a different name and password.
- Older routers have WPA and WEP, which are outdated and not secure.
It includes coding bugs like buffer overflows, design mistakes like unauthenticated network services, configuration errors like open debug ports, and supply-chain problems like a vulnerable open-source library buried in the firmware. A connected device security flaw is any weakness in a device’s software, firmware, or settings that an attacker can exploit, such as a default password. Empower users with self-remediation to keep devices up to date and maintain compliance. Enforce device health checks, vulnerability scans, and corporate security policies.
Best practices for protecting your privacy in the IoT era
Passive deep packet inspection observes network traffic without sending packets to devices, building an inventory from observed communications. Connected device security starts with knowing what is on the network. Routers and switches average 32 vulnerabilities per device and account for 34% of the most critical vulnerabilities in organizational networks. Routers account for roughly one-third of the most critical vulnerabilities across enterprise networks. Supply chain attacks at this scale make post-deployment connected device security controls essential. Dragos tracked 119 ransomware groups impacting more than 3,300 industrial organizations in 2025.