top of page

News

Protecting Your Network: Understanding the Differences between HIDS and NIDS

Writer's picture: RoyceMediaRoyceMedia

As the threat of cyber attacks continues to grow, it's more important than ever to protect your network from potential intruders. Two common methods for detecting and preventing unauthorized access are Host-Based Intrusion Detection Systems (HIDS) and Network-Based Intrusion Detection Systems (NIDS).


HIDS and NIDS both serve the same general purpose, but they operate in different ways. HIDS are software-based systems that run on individual machines, while NIDS are hardware-based systems that monitor traffic across a network. Here's a closer look at each:


Host-Based Intrusion Detection Systems (HIDS)

HIDS are installed on individual machines to monitor system logs, file integrity, and other activity on the host. They look for suspicious activity, such as unauthorized login attempts, changes to critical system files, or abnormal network activity. When HIDS detects a potential intrusion, it can either alert the user or take automated action to block the activity. HIDS can be useful for detecting attacks that target specific machines, as well as for monitoring user activity.


Network-Based Intrusion Detection Systems (NIDS)

NIDS, on the other hand, monitor network traffic for suspicious activity. They analyze data packets as they move through the network, looking for signs of intrusion, such as port scanning, attempts to exploit vulnerabilities, or unusual traffic patterns. NIDS can also detect attacks that HIDS might miss, such as distributed denial of service (DDoS) attacks that target multiple machines. When NIDS detects a potential threat, it can alert the network administrator or take automated action to block the traffic.


Choosing the Right Solution for Your Business

Both HIDS and NIDS can be valuable tools for protecting your network from cyber attacks. However, the best choice for your business depends on several factors, including the size of your network, the types of systems you use, and the level of security you require.


If you have a large network with many machines and users, NIDS may be the better option. NIDS can monitor all network traffic, regardless of the location or configuration of individual machines. HIDS, on the other hand, may be more appropriate for smaller networks with fewer machines, where individual hosts are easier to manage.


Ultimately, the decision between HIDS and NIDS depends on your business's specific needs. It's important to evaluate your security risks, assess your network architecture, and consider your budget and staffing resources when making this decision.


In conclusion, Intrusion detection systems are a critical component of any cybersecurity strategy, and both HIDS and NIDS have their advantages and limitations. By understanding the differences between these two solutions, you can make an informed decision about which one is right for your business. Whether you choose HIDS, NIDS, or a combination of both, taking proactive steps to protect your network can help safeguard your data and reputation from cyber threats.





Abstract Lines

STAY IN THE KNOW

Thanks for submitting!

  • VMware Virtualization
    Reduce capital and operational costs by increasing energy efficiency and using less hardware with server consolidation. Enhance business continuity and disaster recovery capabilities for your virtualized infrastructure. Virtualize business critical applications and databases (Oracle Database, Microsoft SQL Server, SAP HANA, SAP Sybase, SAP Business Suite, Microsoft Exchange, SharePoint, SAP) for the highest SLAs and top performance. Gain policy-based automation and ensure compliance and performance with a zero-touch infrastructure using VMware vRealize™ Operations™ for virtualization management. See more at: http://www.vmware.com/ap/virtualization/#sthash.XGalA895.dpuf
  • Server Virtualization
    Abstracting the operating system and applications from the physical hardware gives you a more cost-efficient, agile and simplified server environment. Using server virtualization, multiple operating systems can run on a single physical server as virtual machines, each with access to the underlying server's computing resources. Most servers operate at less than 15 percent of capacity, leading to server sprawl and complexity. Server virtualization addresses these inefficiencies. VMware vSphere offers a complete server virtualization platform that delivers: 80 percent greater utilization of server resources Up to 50 percent savings in capital and operating costs 10:1 or better server consolidation ratio. Since virtualized infrastructure has unique management needs, VMware offers vSphere with Operations Management, which delivers vSphere optimized with critical capacity and performance management capabilities. It is designed for businesses of all sizes to run applications at high service levels and maximize hardware savings through even higher capacity utilization and consolidation ratios. Benefits of virtualization are nothing short of dramatic. Up to 80 percent greater utilization of every server. Reductions in hardware requirements by a ratio of 10:1 or better. Capital and operations expenses cut by half, with annual savings of more than $1,500 for each server virtualized. Robust, affordable high availability.
  • Network Virtualization
    Network virtualization is the complete reproduction of a physical network in software. Virtual networks offer the same features and guarantees of a physical network with the operational benefits and hardware independence of virtualization—rapid provisioning, non-disruptive deployment, automated maintenance, and support for both legacy and new applications. Presents logical networking devices and services—logical ports, switches, routers, firewalls, load balancers, VPNs and more—to connected workloads. Applications run on the virtual network exactly the same as if on a physical network. With software-defined networking, virtualization principles are applied to network resources, abstracting, pooling and automating them to transcend the limitations of rigid physical architectures. Network services are assigned to each application and remain with it, elastically adapting to its changing requirements. Software-defined networking has many benefits: Simplified provisioning Enhanced scalability Simplified management Lower operating cos
  • Desktop Virtualization
    Deploying desktops as a managed service gives you the opportunity to respond quicker to changing needs and opportunities. You can reduce costs and increase service by quickly and easily delivering virtualized desktops and applications to branch offices, outsourced and offshore employees and mobile workers on iPad and Android tablets. VMware desktop solutions are scalable, consistent, fully secure and highly available to ensure maximum uptime and productivity.
  • Application Virtualization
    In order to maintain QoS and SLA for Tier 1 business applications in virtual environments, IT organizations must focus on the virtualization components of the project, the management and monitoring of virtualized business applications, and on maintaining corporate guidelines for business continuity and disaster recovery. With the VMware Tier 1 Application Virtualization solution built on VMware vCloud Suite®, you can enhance the quality of IT services delivered, while simplifying your infrastructure, maximizing efficiency and eliminating costly over-provisioning. Learn more about application virtualization.
  • Storage Virtulization
    Huge data volumes and real-time applications are pushing storage demands to new levels. As the leader in hyper-converged software-defined storage for virtual environments, VMware Virtual SAN™ applies the principles of VMware's Software-Defined Data Center to storage by abstracting the disks and flash drives inside your servers, combining them into high-performance storage pools, and delivering them as software. Virtual SAN offers simplified, policy-based provisioning, and it’s integrated with the vSphere web client, so you can: Easily manage both compute and storage through a single interface. Significantly improve storage resource utilization and flexibility. Simplify OS patching and driver requirements, regardless of storage topology. Increase application uptime and simplify day-to-day operations. Leverage and complement your existing storage infrastructure. Learn more about storage virtualization. See more at:http://www.vmware.com/ap/virtualization/#sthash.XGalA895.dpuf

Get started with RoyceMedia

Drop us a message and our team of experts will be in touch with you.

Our Location

211 Henderson Road #09-04

Singapore 159552

Follow Us

© Copyright by ROYCEMEDIA TECHNOLOGIES PTE LTD. All Rights Reserved.

bottom of page