Given that billions of connected devices are potential access points for cyber-attacks, IoT platform security is a major concern for individuals, businesses and all industries. The volume, diversity, variety, types and locations of devices, the fact that devices are being produced faster than ever and the need to maintain architecture and security are easy to understand why companies and industries seem to be facing a perfect storm. This type of attack highlights the need for vigilance in IoT security and the importance of being able to see, manage and update the firmware of IoT devices from the point of manufacture.

The hood attack of Dyn and Brian Krebs consists of insecure IoT platforms and devices such as webcams, digital video recorders and routers. Powerful mechanisms are needed to protect devices connected to the IoT from hackers and intruders. Here are four things to watch out for to protect your IoT network and keep yourself safe.

To secure IoT devices, there are a few things companies should consider. The first thing they should do is to have insight into the exact number of IoT devices connected to their network. You can also opt for IoT security services and platforms that use artificial intelligence and machine learning to detect and block threats and secure your home network.

Hacking an IoT platform or device means accessing confidential business information, surveillance cameras, connected printers and supply chain machines. Every device in an IoT network represents an access point, and a hacker can switch from one device to another. Once the devices are connected, an infiltrator can use these devices to disrupt the entire operation of a business, and demand payment to restore the functionality of the factory machinery.

Because of the lack of effective security protocols, most IoT devices are vulnerable to hackers. For example, when casino data leaked online, hackers broke into an aquarium temperature control system to gain access to data from the highest paying casino customers. A broken device can also lead to a slower Wi-Fi connection, exposing you to espionage and allowing hackers to injure other devices in your network, such as your computer.

For the smooth functioning of IoT platforms and devices and related tasks and processes, companies need to adopt a risk-conscious approach and business-friendly practices to create a secure environment. IoT companies must ensure data security and prevent IoT devices from starting without a network connection.

Building a one-way street limits hackers’ ability to attack the network and breach security. This prevents and reduces the ability of IoT devices to move around the network, making them unaware of it.

It is possible to have advanced networks that allow an adequate backup of user data so that products can be used by their customers with complete confidence.

Software solutions for the Internet of Things protect smart devices and IoT nodes from unwanted and unauthorized access. You need appropriate service mechanisms and authentication protocols to authorize clients and detect IoT devices.

Securing Internet of Things (IoT) devices and the daily retention of personally identifiable information (PII) are of paramount importance. Software solutions for the Internet of Things – minimizing the risks associated with the connection, handling and pulling data from IoT platforms and devices by providing secure data pipelines, updates, threat awareness and protection.

New age IoT platforms for security use artificial intelligence and machine learning to detect threats and protect your home network. Continuous innovation is needed to stand up to attackers and ensure the safety of consumers, not only in their communities, but also at home.

The next big battle in cybersecurity is securing the Internet of Things, and IoT security services are at the forefront. As IoT devices communicate with each other and with each other and exchange data, they have enormous potential to streamline workflows and make us more efficient.

Data collected, stored and used by devices connected to the Internet carry inherent security risks. The companies that manufacture IoT products are responsible for ensuring the security of their users’ personal data.

When it comes to safety, technological changes and certain proven principles remain. To ensure that your IoT company takes appropriate steps to protect your customer device from hackers, thieves and other bad actors, you should consider these recommendations by the FTC.

Market analysts estimate that by 2025, consumers and businesses around the world will be using more than 20 billion devices connected to the Internet of Things and Internet of Things companies will have to design, manufacture and market these devices to support them. Advice for businesses to provide security to products connected to the Internet of Things includes proper authentication and access control, secure data management and the importance of communication with users.

In recent years a growing constellation of connected IoT (Internet of Things) devices has transformed the company by collecting, interchanging, analyzing and extrapolating vast amounts of data to understand consumer behavior better, increase profitability, reduce operating costs and improve overall safety at work. However, according to a survey by the Ponemon Institute, 20 percent of companies reporting data breaches or cyberattacks in 2018 were attributed to unsecured IoT devices. This article focuses on approaches that can help build better IoT security systems and prevent destructive breaches.

Lorawan is a low power network (LPWAN) designed to connect devices and sensors from the Internet of Things for mass use. The Lorawan network is designed to provide IoT devices with longer battery life and a range of several years, extending the range and is cost-effective to use.

There is a need for a managed service that helps users secure IoT platforms and  devices by verifying IoT configurations to ensure correct alignment with best security practices. Device Defender checks the security policies of our IoT devices to confirm that they are not attacked by hackers or manipulated. When there are security vulnerabilities, Device Defender sends warnings, for example when we revoke or change security policies.

There are a few general safeguards that you can set up to ensure IoT security. When an IoT device is connected to your network, it is good practice to reset it with a preset password or a more secure and complex one. These passwords should be difficult to guess, unique to each protected device and compatible with your password policies and management practices.

Lorawan is a cloud-centered media access Manage protocol that acts as a network layer protocol to deal with interaction concerning LPWAN gateways, end nodes and equipment and a routing protocol maintained by Lora Alliance. It is also accountable for managing the frequency, data rate and performance of the equipment.

Danny White