An Investigative Study of 120 Mn IoT Devices Revealed that IoT Devices Globally Generating Whopping 3.6 Bn Security Events

NETGEAR’s “2023 IOT SECURITY LANDSCAPE REPORT” BRINGS IoT SECURITY CONCERNS INTO SHARP FOCUS

The Internet of Things (IoT) is a network of devices, vehicles, home appliances, and other items that use sensors, software, and network connectivity to collect and exchange data. These connected devices are changing the way we live, work, and communicate. Along with their myriad blessings, they are also opening up new avenues for crime. As a result, IoT devices have emerged as the most vulnerable equipment in the world today.

As manufacturers increasingly scrap “dumb” devices in favor of smart Internet-connected versions, smart homes are growing around their owners, enveloping the humans that own them without them being aware of it. The once romanticized notions of the smart house, often portrayed on TV as a cheery aide to a seamless life, have given way to privacy invasions, data breaches, and ruthless ransomware attacks targeting network-attached storage. If improperly configured, or shipped with vulnerabilities and security hazards that were overlooked during quality assurance, these devices can spell catastrophes for privacy and data integrity. They can even jeopardize the integrity of the Internet itself.

2023 IoT Security Landscape Report: Key Findings

As per a recently released report “2023 IoT Security Landscape Report” brings into sharp focus the immense security concerns involving IoT devices. Based on threat intelligence sampled by 2.6 million smart homes around the world, the NETGEAR Study investigated nearly 120 million IoT devices. The study revealed that IoT devices are generating a whopping 3.6 billion security events around the world every day. This translates into 20 connected devices per household, with 8 cyber attacks occurring every 24 hrs.

The report, no doubt, makes shocking revelations about the vulnerabilities of Smart Homes. To get a clear understanding of these Smart Homes, let’s take look at the most popular devices and the top vulnerabilities affecting them:

• SMARTPHONES - Almost 41% of the devices connected to home routers are smartphones. This number includes guest devices that can be temporarily associated with the network.
• COMPUTERS - Computers and laptops are the most common devices found in connected homes. While they have lost to mobile devices in popularity, they still witness steady growth worldwide.
• STREAMING DEVICES - Streaming devices are popular means of turning a “dumb” TV into an Internet connected device.
• TABLET - Tablets have gained significant traction during the COVID-19 outbreak as schools have started issuing tablets for online education.
• CONSOLE - Game consoles also double as entertainment centers. They come with dedicated hardware and software for playing games and typically connect to a TV or monitor to display the game.

Common Vulnerabilities of IoT Devices

Going by the security incidents of 2022, most attacks spotted last year rely on already known common vulnerabilities and exposures (CVEs) included in automated attack toolkits. Although these common vulnerabilities are known to both IoT vendors and attackers, firmware vendors may take significant time to assess, patch, and deliver fixes for the devices already deployed in smart homes. This potentially provides cybercriminals a window of opportunity. Blocking these attacks, calls for layered technologies to stop them cold before they reach the vulnerable IoT device in your network.

The exploitation of IoT devices targets different outcomes, depending on device type and purpose, connectivity options, and monetization opportunities. Vulnerability outcomes range from undermining the systems' capacity to perform expected functions to executing code on the device and hijacking its functions.

IoT RISKS TO CONSIDER

• CYBERSECURITY RISKS: Smart homes are vulnerable to cyber-attacks, as many IoT devices have weak security measures. This can allow hackers to gain access to personal information, such as passwords and financial data, and even take control of smart devices.
• PRIVACY CONCERNS: Many smart devices are equipped with cameras, microphones, and other sensors that can collect data about users without their knowledge or consent. This can result in a violation of privacy, which is of particular concern for in-house deployment.
• PHYSICAL SAFETY RISKS: Smart plugs, door locks, and cameras are becoming increasingly popular. These devices control physical security aspects such as lighting, access control, and surveillance. Any disruption in operation or loss of control can impact physical security.

PREDICTIONS 2023

• Privacy concerns will demand change - IoT devices thrive on big data. An FTC study in 2015 estimated that “fewer than 10,000 households can “generate 150 million discrete data points a day” or approximately, one data point every six seconds for each household. Today, things are even worse. The 2022 Connectivity and Mobile Trends Survey by Deloitte outlines that one in two IoT users expressed concerns over the security vulnerabilities in smart home devices that might expose the troves of collected information, while 40% of respondents fear that they might be spied on.
• Botnets will continue to grow - IoT devices will increasingly become targets for botnets, which can launch large-scale distributed denial-of-service (DDoS) attacks. Cybercriminals will continue to invest significant efforts in exploitation and persistence mechanisms to help them grow their infected device base.
• IoT security will get worse before it gets better - Vendors' slow reaction to vulnerability disclosure and patching will persist into 2023. Although new regulations - such as the EU Cyber Resilience Act -are anticipated to provide some relief by imposing mandatory cyber-security standards for products sold within the bloc, their enforcement is not expected until at least 2025.

TOP SIX BEST PRACTICES TO SECURE YOUR IOT DEVICES

• Both home users and employees should be aware of active IoT devices in their networks and keep them up to date. If some devices are past their life, replace them immediately with newer models.
• Move all smart devices to a dedicated guest network to isolate them from the main network
• Patch devices as soon as a new firmware version becomes available.
• Use routers or gateways with built-in security.
• Probe the home network for vulnerable devices with a smart home scanner
• Avoid exposing LAN devices to the Internet unless necessary

Trend Micro, DOCOMO to Launch Security for IoT Devices, Fully Protecting Business Users’ Connected Experience

Trend Micro Incorporated , a global leader in cybersecurity solutions, today announced NTT DOCOMO, INC., Japan's leading mobile operator and one of the world's foremost contributors to 3G, 4G and 5G mobile network technologies, will launch a solution to protect IoT devices running on DOCOMO’s mobile network utilizing Trend Micro’s security solution.

Enabling this first-of-its-kind protection is the new DOCOMO Cloud Platform Network Security Service, a solution that layers in security solutions from Trend Micro. The result is an easy-to-use security shield specifically for DOCOMO’s customers who are building infrastructure-as-a-service (IaaS) environments.

Until now, deploying a security solution on the DOCOMO Cloud Platform required customers to set up third-party products manually. This new service simplifies the deployment of security onto the DOCOMO Cloud Platform.

Telecom companies and service providers have long been planning for the impact of 5G. Now is the time to ensure the extra security risks posed by these smart endpoints at a network level are protected. Trend Micro is helping DOCOMO protect their customers’ data in cost-effective, easy-to-deploy ways.

Under the technical covers of this solution is Trend Micro’s Virtual Network Function Suite (VNFS), tested rigorously last year in the DOCOMO 5G Open Cloud.

In addition to verification in the 5G environment, verification has also been promoted in the 4G environment currently used by many customers. As a result of verification, DOCOMO concluded that this solution is effective in the environments with increased opportunity for IoT security threats. Therefore, they decided to provide this solution for 4G environments as part of DOCOMO Cloud Platform.

“The promise and potential of 5G has the world waiting but let me issue a warning for the need for extra protection. Smarter endpoints mean a greater cyber risk to manage,” said Akihiko Omikawa, executive vice president for Trend Micro. “We’re delighted and proud that our technology meets the needs of this global mobile phone leader. Together our joint solution delivers cloud infrastructure capabilities integrated with IoT-ready security customized for modern data centers.”

Trend Micro’s telecom solution, VNFS, offers service providers a range of security functionality including intrusion prevention, URL filtering and application control to mitigate threats across their networks without impacting performance.

As a software-based solution, this security service can be deployed in minutes versus the days required with on-site hardware, and is dynamically allocated, configured and scaled according to customer requirements.

Underlying threat intelligence is provided by Trend Micro, which analyzes 1.5 billion new threat samples and blocks 250 million threats every 24 hours.

Trend Micro Incorporated, a global leader in cybersecurity solutions, helps to make the world safe for exchanging digital information. Our innovative solutions for consumers, businesses, and governments provide layered security for data centers, cloud workloads, networks, and endpoints. All our products work together to seamlessly share threat intelligence and provide a connected threat defense with centralized visibility and investigation, enabling better, faster protection. With more than 6,000 employees in 50 countries and the world’s most advanced global threat research and intelligence, Trend Micro enables organizations to secure their connected world.

With Growing IoT Systems in Agriculture, Farmers & Businesses Want To Resolve Security Concern as Primary Challenge

Today’s farmers confront a set of difficult challenges such as an increasing worldwide demand for food, a changing climate and a limited supply of water, fossil fuels and arable land. Against this backdrop, Internet of Things (IoT) is empowering the digital transformation of the agriculture industry. While IoT systems in agriculture are growing exponentially, security issues have emerged as a major cause of concern for agribusinesses, says leading data and analytics company GlobalData.

The company’s 2017 IoT project insight survey reveals that with the concept of smart farming and digitization, IoT is gaining a significant popularity with the potential to offer high precision crop control, data collection, and automated farming techniques. However, the farming and food chain data being generated with the implementation of IoT by farming machinery creates more entry points for hackers and leaves sensitive information vulnerable.

As a consequence, many customers are now concerned about data ownership, privacy and security, which often lead to lack of confidence among customers. This reflects in the survey findings, which show that 26% of the agribusinesses cite resolving security concerns as the most significant challenge for them.



Also Read - Tel Aviv University and Tata Trusts Join Hands to Bring Israeli Tech to Indian Farmers

Alok Singh, Senior Analyst at GlobalData, comments: “IoT technology in agriculture has opened up new avenues for security incursions, with more complex and sprawling connections between components. Not entirely does each component represent an opportunity for exploitation, but, as technologies and deployments changes, they bring new threats to each component and to the overall IoT ecosystem.”

The survey further highlights that justifying the overall cost and return on investment (ROI) is another vital challenge, as 16% of respondents are not clear about the costs and ROI they’re going to get from IoT implementations.

Singh concludes: “While IoT systems in agriculture are growing exponentially, security issues are also surfacing at a high rate. IoT security ought to be a blend of complex security strategies and activities that must be implemented at all levels of IoT architecture. Moreover, IoT security frameworks have to be dynamic, being fit for self-learning in light of the fact that new threats to IoT appear every day.”

[Top Image - ForbesIndia.com]

With Growing IoT Systems in Agriculture, Farmers & Businesses Want To Resolve Security Concern as Primary Challenge

Today’s farmers confront a set of difficult challenges such as an increasing worldwide demand for food, a changing climate and a limited supply of water, fossil fuels and arable land. Against this backdrop, Internet of Things (IoT) is empowering the digital transformation of the agriculture industry. While IoT systems in agriculture are growing exponentially, security issues have emerged as a major cause of concern for agribusinesses, says leading data and analytics company GlobalData.

The company’s 2017 IoT project insight survey reveals that with the concept of smart farming and digitization, IoT is gaining a significant popularity with the potential to offer high precision crop control, data collection, and automated farming techniques. However, the farming and food chain data being generated with the implementation of IoT by farming machinery creates more entry points for hackers and leaves sensitive information vulnerable.

As a consequence, many customers are now concerned about data ownership, privacy and security, which often lead to lack of confidence among customers. This reflects in the survey findings, which show that 26% of the agribusinesses cite resolving security concerns as the most significant challenge for them.



Also Read - Tel Aviv University and Tata Trusts Join Hands to Bring Israeli Tech to Indian Farmers

Alok Singh, Senior Analyst at GlobalData, comments: “IoT technology in agriculture has opened up new avenues for security incursions, with more complex and sprawling connections between components. Not entirely does each component represent an opportunity for exploitation, but, as technologies and deployments changes, they bring new threats to each component and to the overall IoT ecosystem.”

The survey further highlights that justifying the overall cost and return on investment (ROI) is another vital challenge, as 16% of respondents are not clear about the costs and ROI they’re going to get from IoT implementations.

Singh concludes: “While IoT systems in agriculture are growing exponentially, security issues are also surfacing at a high rate. IoT security ought to be a blend of complex security strategies and activities that must be implemented at all levels of IoT architecture. Moreover, IoT security frameworks have to be dynamic, being fit for self-learning in light of the fact that new threats to IoT appear every day.”

[Top Image - ForbesIndia.com]

Security Measures To Plug Loopholes In Internet of Things

Internet of Things, what used to be a vision for the future, a technology emerging from the shadows, is now mainstream. From Singapore Smart Nation to railways stations in The Netherlands, Internet of Things is shaking things upside down and forging new ways of living.

By 2021, the estimated number of connected devices hovers around 28 Billion!

[caption id="attachment_119313" align="aligncenter" width="628"] Courtesy: Ericcsson Mobility Report, 2016[/caption]

That could almost be multiple times the world population of human beings. We can assume that each individual will own at least 5 to six connected device which will put the number of connected devices easily on the north of 28 Billion.

But, amidst all the hue and cry of connectivity, there is one question that has been nagging me (and countless other digiteratis) - How safe is IoT?

We are living in a digitally connected world where a search engine knows more about us and our behaviour than our own parents. Our Internet usage trail has bare minimum privacy. Now imagine a situation where even the (connected) devices we use will also become connected to the Internet?

It is literally like handing over the entire data of daily routine and activities to some unknown person in the Internet, worst case scenario a machine with dangerous levels of intelligence. Of course there are ways to thwart these IoT Threat Scenarios, but we are still a far way from that level of Iot maturity.

However, being agents of innovation, we cannot force ourselves to abstain from technology either. A good way out will be to strengthen our shields and secure our devices so that IoT and its countless benefits can be savored at its best.

Here are some ways everybody who is using IoT can use to secure themselves from security issues native to IoT:

Identify vulnerable devices

The biggest flaw with IoT devices is that they lack a common standard. "Manufacturers follow their own operating systems and hardware which creates inconsistency as a result of which the security features of each device also varies significantly.” says Sriram Manoharan, Founder Contus Connect.

The burden of fortifying security falls on the enterprise. From setting up encryption to using technology to prevent data from getting leaked through IoT devices, it is the organization’s responsibility to identify and safeguard vulnerable devices.

Diversify the use of IoT

IoT is awesome. There is no denying it. Connecting all devices to one another for maximum efficiency is definitely incremental to business output. However, vesting all the processes to IoT can be a recipe for disaster. In case of a downtime or security breach, the whole network can be taken down.

A sensible idea would be to diversify the use of IoT for specific purposes. Don’t make the business over-reliant on IoT connectivity. Instead use it as a catalyst for specific processes where the positive impact would be maximum.

Use multi-tier security

Encryption is the first-choice of security for IoT devices. The data that is exchanged from nodes to actuators and applications can be scrambled to prevent data loss through eavesdropping or interception. Similarly, traffic to and from devices can be routed through a Virtual private Network (VPN) for layered security.

Create End-User Security awareness

IBM’s data breach statistics, more than 43% of C-level executives find negligent insiders to be the primary threat to data. In the IoT environment too, negligent users can cause serious data losses and jeopardize organizational data & equipments.

The solution is to train and make them aware of the need for following security protocols. In organizations where BYOD (Bring Your Own Device) work philosophy is used, connected devices like smartphones, laptops, tablets, wearables, etc. must be tracked and secured physically and virtually.

Configure device default security settings

Each IoT device comes with default security settings which can be configured to achieve desired security. Unnecessary or redundant functions like voice control, temperature, motion detection, pressure, etc. can be turned on or off to keep the device and its users safe.

Moreover, these devices would be provided with periodical security patches which need to be updated to fix existing security lapses in previous versions. The security settings need to be revisited since there is a high probability the security settings change after the update.

Security in the IoT environment is an often debated topic. While the technology promises several breakthroughs across multiple industry verticals, there is also impending danger in the form of unaddressed security concerns. The above tactics help mitigate risk in the IoT environment to a certain extent.

[Top Image - Shutterstock]

Google, Microsoft and Others Create Guidelines For Improving IoT Security

While IoT keeps climbing the popularity charts, the other thing which is growing at almost twice the pace along with it is the security concern associated with it.

Nowadays, personal computers are no more the only devices connected to the internet. A variety of devices embedded with Internet connectivity and functions have also joined the party. This very class of devices, famously known as the Internet of Things or IoT, and has ended up giving birth to a new level of security and privacy risks.

In order to curb these, the Broadband Internet Technical Advisory Group or the BITAG- an alliance formed by world technology giants Microsoft, Google, Verizon, Intel and a number of other players in the tech industry- has laid out a set of guidelines so as to improve the security on Internet of Things devices.

Formed in the year 2010 to produce best practices for broadband security, the BITAG published its recommendations for IoT manufacturers in a report titled Internet of Things (IoT) Security and Privacy Recommendations. The Report explores in detail the technical aspects of the security and privacy of networked consumer devices.

In the 8-pages long document, the BITAG mentions that “the nature of consumer IoT is unique because it can involve non-technical or uninterested consumers; challenging device discovery and inventory on consumer home networks.” It further added that IoT devices can be hijacked to create “Distributed Denial of Service (DDoS) attacks, perform surveillance and monitoring, gain unauthorized access or control, induce device or system failures, and disturb or harass authorized users or device owners.”

This is exactly what happened in the case of Mirai, the malware that is responsible for causing one of the worst denial of service cyberattacks that the world had experienced in the last few years. Recently the malware had spread and infected internet-connected devices in over 177 countries all around the world.

In October, Mirai caused massive outrage when it targeted Dyn, a major name in the domain name service (DNS) provider sector. The case saw Internet of Things being put to use to break the internet.

In order to avoid such cases in the future, the Broadband Internet Technical Advisory Group made a number of recommendations for the manufacturers:

1) IoT Devices should make use of the best current software practices. This should include a strong mechanism for secure, automated software updates.

2) IoT Devices should use strong authentication by default and not use common or easily guessable user names and passwords (e.g., “admin”, “password”).

3) IoT Devices manufacturers should follow best security and Cryptography practices by securing communications using Transport Layer Security (TLS) or Lightweight Cryptography (LWC). If devices rely on a public key infrastructure (PKI), then an authorized entity must be able to revoke certificates when they become compromised, and manufacturers should take care to avoid encryption methods, protocols, and key sizes with known weaknesses.

4) IoT Devices should be restrictive rather than permissive in communication.

5) IoT Devices should continue to function even if the internet connectivity is disrupted.

6) IoT Devices should continue to function even if the cloud back-end fails

7) IoT Devices should ship with a privacy policy that is easy to find and understand.

BITAG is a non-profit, multi-stakeholder organization that is focused on bringing together engineers and technologists in a Technical Working Group (TWG) to develop consensus on broadband network management practices and other related technical issues that can affect users’ Internet experience, including the impact to and from applications, content and devices that utilize the Internet.

The report has also recommended that IoT devices manufacture should make sure that the devices are not reachable via inbound connections by default. Since BITAG is just an advisory group, it can’t legally enforce any of its recommendations on IoT device manufacturers, but can only give them crucial points to think on and act.

The lead editors of the report were Jason Livingood, Vice President - Technology Policy & Standards at Comcast and Nick Feamster, Professor of Computer Science at Princeton University. Douglas Sicker, Executive Director of BITAG, Chair of BITAG’s Technical Working Group, Department Head of Engineering and Public Policy and a professor of Computer Science at Carnegie Mellon University, chaired the review itself.

[Top Image: logicworks.net]

Cheap IoT Threatens The Global Internet

The world of Internet of Things (IoT) has opened us all to a world where we now have the power to automate, protect, and monitor our houses like never before. Not only this, one can now keep an eye on their children while out for work, integrate their home theater system, protect the house from theft, and even extend a helping hand in reducing capital spent on energy consumption. IoT has for sure made all this possible, but like every coin has two sides IoT too has a dark side.

While on one hand, IoT has made our life easier, on the other hand, cheap IoT has the potential of threatening the entire of the Internet and causing a major havoc.

Finished IoT products most often end up in the hands of technically unsophisticated consumers who often end up ignoring the updates or at times even forget their logins and passwords. In order to take care of these aforementioned situations, the module makers have designed a quick fix, a login/password combination that allows the tech support of that particular IoT device to remotely take control of the device and make the users happy again.

However, hackers end up taking an advantage of this arrangement. By putting standard Linux dissection tools to use, they start browsing the embedded software module and successfully find the backdoor password set up by the module makers…which they then use to unlock all of the IoT devices from the maker. Recently, we covered a story about how Mirai — a malware that had been responsible for causing one of the worst denial of service cyberattacks that the world had experienced in the last few years, had now spread and infected internet-connected devices in over 177 countries all around the world.

The pirates have quite literally taken over the ship. They end up uploading software to one's device and then turn it into a dangerous weapon that is an inclusive part of a DoS attack.

The brain behind the hacker isn't targeting an individual or an individual's phone, but the target is actually a political website that might have rubbed on negatively with the hacker, or, with increasing frequency, a site that the pirates aspires to hold for ransom.

What is even more terrifying is that these attacks have also managed to hit the Internet infrastructure services such as DNS (Domain Name System) servers.

The bottom line here is to understand the looming threat that cheap IoT devices represent. This can easily be considered as a crucial side effect of the smartphone revolution. Billions of smartphones have resulted in creation of an ecosystem of distributors, manufacturers, and components that are all engulfed in a competitive race to the bottom. This has further led to corners being cut, and an untold numbers of vulnerable devices are now lying in wait on the World Wide Web. A couple of years ago, no one could imagine that one day these very so-called “security” cameras would be hampering our security as they land in the dangerous hands of hackers.

[Top Image-v3.co.uk]

This IoT Virus Bot Has Infected Devices In Over 177 Countries and Growing

IoT device owners all around the world, beware of Mirai -- a malware that had been responsible for causing one of the worst denial of service cyberattacks that the world had experienced in the last few years, has now spread and infected internet-connected devices in over 177 countries all around the world.



The beginning of October saw a cybercriminal releasing Mirai's source code. The release of the malware's code ended up giving even the cybercriminals with minimal skills and talent a new tool to launch vicious cyberattacks. The good thing was, that it also resulted in giving security researchers and internet defenders a way of tracking down the activities of the bad guys and keep a close tab on their armies of hacked devices.

United States, India, Serbia, China, Brazil, Russia, Pakistan: the list of affected countries goes on and on, as this capture of the map shows.

The malware that powered one of the worst-ever zombie armies, or botnet, made of IoT is being closely investigated by Imperva, a company with a solid reputation of providing websites protection against Distributed Denial of Service (DDoS) attacks. Along with Imperva, a number of other firms are also investigating the malware.

Here is an 18 minute recording from our Mirai monitoring network at 5x speed -



According to Imperva's latest tally, the botnet made of Mirai-infected devices has now managed to reach a total of 164 countries. On the other hand, a pseudonymous researcher who is known by the name MalwareTech has also been closely mapping the malware and has predicted Mirai's the total tally to be an even higher 177 countries.

Last month, Mirai was used to build a botnet that attacked security journalist Brian Krebs' website with a large DDoS attack. A hacker by the name Anna-senpai had revealed the source code of the malware at the beginning of the month, but who is really behind the release is not clear yet.

While experts have termed Mirai as a clumsily written piece of malware, it is spreading quickly mainly because it targets IoT devices that are comparatively easy to hack than others as these devices normally use default and very predictable passwords, such as “123456”, “admin”, “root” and “password" etc.

[Top Image - Shutterstock]

5 Recommendations to Secure the Internet of Things

The Internet of Things (IoT) technology is rising like never before. It has spread in our lives at such a pace like fire in a wild jungle. But, with all the advantages that we're currently experiencing, we're somewhere choosing to ignore the big problems posed by the IoT on our face. Here, we try to present 5 recommendations that will help us enjoy the IoT minus all the risks.

1) There's a need to manage security at every level of IoT -

During a panel discussion at the TIE Startup Con panel in May this year, Deepak Taneja, former RSA CTO, described the IoT security scare as a "time bomb." According to him, technology is nowadays advancing at a lightning speed and IoT with its connected sensors and gadgets is making things a lot more difficult.

As the world becomes more and more connected with each passing day, there's an urgent need to incorporate identity in order to secure the object, its access, and every transaction. The password security system has now become a passé and completely obsolete technology and now there's a need for a solution that's more open, compatible and trustworthy.

2) Protection of the identity of Users and Objects -

Gates, doors, fences and firewalls are no longer a trustable guard for our security. The new perimeter in this case is our identity. We need to secure our this identity in order to keep the attackers from accessing our home security cameras, stealing our photo collections, medical records and bank statements etc. There's a need to embed Identity protection into the base platform on which our next-generation technology is being built, so that we can interact with the connected world with all our trust and confidence.

3) Password Usage should be eliminated -

Attackers usually make use of weak passwords, insecure password recovery mechanisms, poorly protected credentials or lack of granular access control in order to access a particular interface. In order to secure the IoT, there's a need of developing a technology that is highly compatible with all the devices, especially considering the fact that some of the existing "dumb" devices can be made highly "intelligent," creating a mix of new and old machines that run on disparate systems and technologies that must communicate.

4) Need to Implement Multifactor Authentication -

According to the Open Web Application Security Project (OWASP), a worldwide not-for-profit charitable organization focused on improving the security of software, authentication is not a sufficient tool when weak passwords are used or are poorly protected. However, insufficient authentication is a common thing because organizations often assume that their interfaces will only be exposed to users on internal networks and not to external users on other networks.

Implementing multifactor authentication is the solution to this problem. It can significantly strengthen the authentication process because it aims to remove the password. This further ends up eliminating many pervasive methods that attackers are commonly and successfully known to execute.

5) Focus on protecting the identities and not gateways -

Digital certificates are now the proven means of securing an identity. Traditionally, an expensive and complex system, certificates are nowadays available from many vendors that make them available to organizations more cost-effectively via the cloud. A cloud-based service has the potential to deliver an Internet-based certificate, a government-generated certificate or a company-owned certificate, into any form of credential that will protect an identity based on whatever standard has been adopted by the user.

Using the same technology, an identity can be used across various different environments. The significant advantage of this method is that it helps in the removal of the counterfeiting of goods, proliferation of passwords, and duplication of identities. A digital certificate is important because it cannot be copied, altered, or transplanted from a credential. In order to avoid being the next victim of the IoT security hazard, we recommend you to embrace multifactor authentication.