Internet of Things Security
The proliferation of connected devices on corporate networks poses a substantial security threat, yet standard cybersecurity systems often do not recognize these devices or the specific risks they present to a network.
IoT device vulnerabilities present an ideal target for experienced hackers, from slowing network traffic to taking over pacemakers to alter lifesaving settings.
Verizon’s IoT Security Credentialing
Innovative IoT solutions require intelligent security measures. Cybercrime has become an immense multibillion-dollar threat that threatens nation states, professional hackers, and even amateurs; IoT device security must integrate both traditional rules of IT security as well as those from OT systems.
Verizon IoT Security Credentialing helps protect IoT applications and devices with an extra layer of protection, including trusted authentication and data encryption. We work closely with you to identify use cases and device type before developing an appropriate credential issuance profile and managing it on your behalf.
Many IoT devices lack sufficient cybersecurity protections and can allow hackers to gain entry to your network. To reduce the risks posed by these devices, changing default passwords and installing patches are key measures. Encryption also plays a significant role as it renders data unreadable without an encryption key; thus preventing unauthorized access or misuse. Finally, look out for IoT device protections that prevent data tampering which could have serious repercussions for industrial or manufacturing environments.
Associating devices in healthcare ecosystems creates new points of entry for cyber attacks. Protecting medical, laboratory, IoT/OT and IT devices requires an IoT security platform that prioritizes identification of vulnerabilities based on real-world impact and likelihood of exploitation; Asimily offers industry-leading IoT risk management solution designed specifically to fortify healthcare devices within ecosystems like Asimily’s IoT security platform.
As IoT devices differ significantly from IT endpoints and servers, generalized cybersecurity solutions cannot accurately differentiate real risks from false threats. With Asimily’s IoT fleet protection feature you can ensure its protection by accurately identifying, prioritizing and remediating only vulnerabilities which pose real danger.
Hoteliers strive to deliver an enjoyable customer experience and operate efficiently to win customer trust. However, security for hospitality equipment can be challenging when attackers can hide in a sea of IoT devices with high traffic that mask their activity. Asimily’s passive scanning identifies and classifies devices quickly so your team can take appropriate actions immediately to defend your business and stay ahead of potential attacks.
IoT Security Platforms
Because they are designed for specific tasks and possess limited resources, IoT devices often lack the capacity to implement security measures effectively and can therefore become more susceptible to cyber attacks and data breaches than their IT-based counterparts.
IoT device vulnerabilities enable hackers and criminals to break into corporate networks with the sole goal of stealing or manipulating information for financial gain or other motives. Attacks against one device could quickly spread to others or even impact broader networks – leading to distributed denial-of-service attacks (DDoS).
To address these risks, companies should utilize detection services that identify IoT devices on a corporate network and close any unnecessary ports. They should also make sure all communication with IoT devices is encrypted for added protection against suspicious behavior such as tampered devices. Cumulocity IoT’s secure multi-tenancy model offers organizations an ideal solution that allows them to securely separate customer and device data at least two levels apart.
IoT Security Software
IoT security software solutions help to discover and classify devices on a network, while providing insight into how those devices communicate within it, including which ports and protocols they utilize and any areas of enterprise they connect to.
Many IoT devices feature default passwords that users do not change, leaving them susceptible to cybercriminals and their various attacks, including remote control, data theft and ransomware. Hackers also employ wireless interference techniques against routers or air quality monitors; or ATM skimming techniques in order to steal credit card details.
An ideal IoT security solution should use encryption to protect data exchanged between devices and other areas of the network. In addition, physical attacks like tampering or side channel attacks should also be safeguarded against. Finally, zero trust protocols must be in place in order to stop devices from accessing unauthorized services – Cumulocity IoT uses device registration features which ensure all interactions with its platform remain safe.