how to spot Insider Attacks in Your Organization
Posted in Cyber Security

How to Spot, and Avert, Insider Attacks in Your Organization

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how to spot Insider Attacks in Your Organization

By AMSAT Jan 19,2023

How to Spot, and Avert, Insider Attacks in Your Organization

Let’s face it. Insider attacks have increased considerably over the past several years, whether they originate from accidental insiders who are vulnerable to phishing scams or from vicious elements seeking to reveal sensitive information. A 2019 study suggests that 70% of cybersecurity professionals surveyed think that insider attacks have become more frequent only in the past year. And a staggering 62% of businesses have seen at least one insider attack in the previous year.

 

What can your organization do to stop insider threats, why are they on the rise, and who is to blame? Let’s hash it out!

Why insider threats are on the rise

Today’s businesses have increasingly fallen prey to malicious threats, with an Insider Threat report suggesting that nearly 70% of the security teams polled believe they have, at some level, been exposed to insider attacks. No wonder, in today’s tech-savvy business milieu, the attacks have seen a spike in sophistication, ranging from using social engineering techniques like phishing emails to searching LinkedIn and other online data repositories for information on corporate settings.

 

Internally, IT systems are becoming busier and more complicated. Security teams may not obtain or give appropriate levels of training since they are expected to perform more with less. Together, these many components can act as infection vectors into your environment, opening doors for people to mistakenly or purposefully carry out destructive actions within your systems.

 

In fact, the same study shows that over 70% of security teams were worried about accidental insider risks, which are triggered by breaches brought on by malevolent practices like phishing emails. More than 66% of cybersecurity experts are very concerned about inconsiderate insiders who knowingly disregard security standards. This includes developers, for instance, who have access to the company’s production computers and disregard security protocols, working from home on an unprotected network, in order to save time or money.

Insider attacks cost your organization dearly

The fact that many security teams can be unaware of the financial impact insider attacks can have on a business is one of the report’s most worrying findings. More than half of those surveyed think that handling or mediating an insider attack would be less expensive than $100,000. However, studies suggest that the cost of these attacks is much higher. In fact, according to some recent statistics, the average cost of a cyber event nowadays at large firms can reach as high as $20 million.

 

As well as dealing with forensic issues, you must watch out for financial loss in order to determine how the incident occurred. Your internal security personnel will need to spend a lot of time remediating the event, which will take time away from other strategically important tasks. To plug any gaps, you may need to employ external consultants, undertake more training, or even buy new equipment. All of them taken together result in an unexpected expense for your company.

How to manage user privileges more effectively

When it comes to the management of user privileges, many firms adopt manual or inefficient approaches. It is understandable why more than 75% of cybersecurity professionals believe that managing user privileges is ineffective given the sheer number of systems and applications, the lack of centralized management, the labor-intensive nature of the processes, and the ambiguity surrounding the access levels necessary for different roles. Automating provisioning in accordance with the different phases of the user lifecycle is one technique to deal with this.

 

Another best practice is the implementation of role-based access controls (RBAC). This means having solid, well-defined roles in place and knowing specifically which access privileges each role needs. As organizations grow and evolve, the right IGA solution can allow for more efficient changes and decrease risk by focusing on role definitions and role assignments, rather than on individual accounts.

Key Ways to Prevent Insider Threats

While a lot of time and attention is put into addressing persistent, harmful threats from bad actors and focusing on external risks, security teams may not always be sufficiently focused on what is occurring within their environment. To guarantee you have the proper defences and depth in your entire security strategy and approach, use the proper layered security model. The following three strategic areas of emphasis help direct insider threat prevention in your company:

 

One of the key strategies that may help avert a potential attack is preemption or deterrence. And this method entails putting in place right policies, robust data encryption, access controls, and more. The second most effective tool is detection that ensures actively tracking what users are doing and ensuring insight into network threat-related actions. Once it’s done, analysis and post-breach forensics is the step that enables experts to respond to attacks and prevent more in the future.

 

You must be able to respond swiftly and effectively if a breach does occur. This entails looking at what has already happened in the environment and having a simple way to view and examine what is happening in real time.

 

Real-time threat identification and prioritization are essential features of a complete Security Information and Event Management (SIEM) solution. Keep in mind that people who do not constantly utilize Windows PCs can harm your systems. To enter your parking lot, you may occasionally need to use an IoT device, Wi-Fi access control, security camera, or even a card system. All of these interconnected components provide security vulnerabilities where someone may abuse their access or attempt to maliciously take over your environment.

Conclusion

Insider attacks are likely to continue to increase across all organizations, regardless of their type and size. However, businesses can actively participate in attempting to stop, or avert, them. You can take advantage of a layered security approach that puts your business in a successful position by keeping an eye out for threats, educating and empowering people, and equipping security teams with cutting-edge cybersecurity tools and solutions.

 

Finally, to reduce the rising threat of insider attacks in your organization, start by implementing a plan that emphasizes defence and depth.

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    The Need for Cloud RAN in 5G Networks
    Posted in Cloud Computing

    The Need for Cloud RAN in 5G Networks

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    The Need for Cloud RAN in 5G Networks

    By AMSAT Jan 6,2023

    The Need for Cloud RAN in 5G Networks

    Technology for 5G is far more than you might initially imagine. It is an improvement over 4G LTE and the next generation of wireless and mobile communication networks. With adaptable radio interfaces, it incorporates a variety of services, including WiFi. Due to the rapid adoption of 5G, the total monthly market value of mobile data traffic is predicted to reach 220.8 million gigabytes by 2026.

     

    Human-to-human and human-to-machine communication is made easier by a 5G network. Even machine-to-machine communication services are run by it. We call this the Internet of Things (IoT), which encompasses technologies like self-driving cars, drones, industrial robots, and smart cities.

    A few years ago, the IDC forecasted that by 2025, there will be 55.7 billion connected devices, with three-fourths of them linked to an IoT platform. Additionally, it was predicted that by 2025, the amount of data produced by IoT devices might reach 73.1 zettabytes.

     

    A 5G network has substantially quicker data transmission and reception rates. New applications, super-connectivity, increased data flow, and better bandwidth are all made possible as a result. Higher mobility is made possible; for instance, we can communicate reliably with high-speed trains.

    About Cloud RAN

    The utilization of radio access networks is one of the facilitators of the 5G requirements due to the evolution of wireless cellular generations throughout time (RAN).

     

    When it comes to achieving capacity and performance targets in a 5G network, all of the objectives we’re attempting to accomplish through the use of an architecture like CRAN are based on the constraints and realities of the physical layer. Cloud RAN, also known as CRAN, is a relatively new radio access network (RAN) technology that utilizes a centralized cloud computing-based infrastructure.

     

    Prior to Cloud RAN, RAN network implementation required specialized embedded hardware. The operations that would be performed on such hardware are virtualized with the aid of CRAN. Additionally, it enables businesses to run other cloud-based applications on the same infrastructure.

    Basic CRAN Architecture components

    A stable CRAN architecture is made up of the fronthaul or transport network, baseband, unit pool, and RRH or RRU entities.

    RRU entities

    A wireless network that connects other wireless devices, much like conventional wired networks, makes up an RRU entity.

    Base Band Unit Pool

    Combining a Base Band Unit (BBU) pool at a central site, such as a data service center. Numerous BBU nodes are in charge of dealing with on-the-fly information processing and storing in a very effective way.

    CRAN System Structures Overview

    Depending on the needs, the cloud RAN infrastructure can be divided into three groups. These are:

    Total centralization

    The architecture is easy to use because all MAC and layer functions are processed by a central CRAN architecture into BBU pools, where the BBUs maintain and process all resources.

    Partly centralized

    Physical layers in a centralized CRAN structure are handled by RRU entities, and MAC or network levels are handled by BBU pools. It lowers excessive overheads and makes the Cloud RAN architecture’s calculation process simpler.

    Centralized hybrid

    In a hybrid CRAN structure, the RRU entities and the BBUs partially take care of the physical layers. The RRUs are in charge of cell-specific responsibilities, while the BBUs are in charge of the costs related to energy and communication.

    CRAN’s Function in 5G Networks: Creating the Network of the Future

    It appears that the CRAN infrastructure has the capabilities required for the reliable and cost-effective development of 5G networks all over the world.

     

    The Cloud RAN may be optimized in the best way possible to satisfy network requirements and ensure smooth operations at all times thanks to the numerous components and structure formats. The route may be broken down into these five steps, and CRAN can play a significant part in the worldwide deployment of 5G:

    Evaluation

    It requires a thorough examination of all the hardware parts, RAN programs, and cloud servers that will be employed in the construction of the CRAN architecture. All applications must be compatible with each other and the existing platforms in order for deployment to function properly and run smoothly.

    Virtualization

    It is a reasonable place to start when deploying flexible and distributed edge placement.

    Cloud-Native Realization

    It permits independent scaling of the centralized and user planes, assisting in the flexible deployment of networks.

    Cloud-Native Realization of DU

    It handles the difficulties associated with choosing servers, cloud infrastructure, power effectiveness, and security.

    Introduction to Cloud-Native SMO

    RAN programs should be used to advance innovation and lay the groundwork for network deployment.

    Key Advantages of Cloud RAN Structures

    Cost-Effective

    The flexibility provided by CRAN’s infrastructure makes incorporating it for network deployment cost-effective. Because it enables the distribution and optimization of its structure to fit various deployment objectives, it lowers overhead and total ownership costs.

    Appropriate for Needs with Low Latencies

    Low-latency requirements are suitable for the Cloud RAN design. To provide consumers with high-speed network coverage on wireless networks, networks with high bandwidth rates might be built. Low latency makes data processing and transfer more convenient and easier to optimize for various needs.

    Support for Platforms Based in the Cloud

    The infrastructure and other sourced technologies can be reused and further used to support cloud-based platforms, technical aid, and other requirements that can more easily improve network rollout.

    5G Networks’ Cloud RAN: An Exciting Future Awaits

    Between 2019 and 2026, it is expected that the global CRAN market will generate $1,611 million in sales and expand at a CAGR of 10.4%. It will be possible to support 5G network services with technology that is both dependable and secure thanks to cloud RAN.

    Network providers will have other opportunities to create services that customers enjoy and to conveniently address all of their network demands.

    TAGS

    • Cloud Ran
    • 5G Networks

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