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Our monitoring methods and tools provide our system administrators a thorough understanding of how our internationally dispersed infrastructure is doing. We keep track of a lot of metrics pertaining to the functionality of our servers and the many services that run on them.
The following services are viewed:
Any time there is a failure with the server, services, or resources being used, a warning immediately appears on the screens of every member of our infrastructure monitoring team. This enables us to address any problem within minutes of its occurrence and guarantee maximum uptime for the client.
The risk of security threats is significant because of the many external points of connection that an application offers and the wide range of users who may engage with these interfaces.
In order to guarantee unrivalled security for all the services we offer, our security platform and process utilises numerous levels of protection, combining security systems and equipment with security procedures, practises and auditing processes.
The platform addresses security at the following levels:
The most critical factors in our due diligence procedure are security and stability. All datacenters are outfitted with security employees, biometric locks, authorization-based access regulations, limited datacenter access, surveillance cameras, and other common security operations, procedures, and equipment. However, what sets us apart is the inclusion of a measure of proactive security behaviour on the part of the datacenter in our due diligence process. This is assessed by looking at prior performance, client case studies, and the amount of time the datacenter invests in security-related research and study.
Our global infrastructure installations include integrated intrusion detection systems, edge and rack-level firewalls, and DDOS mitigators.
Currently, the leading cause of financial loss from cybercrime is denial of service. A denial-of-service attack aims to interrupt the functioning of your website, email, or online apps in order to interfere with your company operations. Attacking the servers or network that host these services and overtaxing its bandwidth, CPU, and memory allows for this. Such attacks aim to intimidate, gain bragging rights, make political remarks, harm competitiveness, etc. These assaults can affect almost any organisation that connects to the Internet. Large persistent DoS attacks have a significant negative impact on businesses since they can cause service interruptions or degradation that can result in lost sales, unhappy customers, decreased productivity, etc. In certain circumstances, a DoS assault may even result in the highest bandwidth overage bill you have ever seen.
We provide Distributed Denial-of-Service security systems that instantly activates as soon as an assault is initiated, provide protection against DoS and DDoS attacks on your websites, email, and mission-critical online applications. The filtering technique used by the DDoS mitigator guarantees that only legitimate traffic is permitted to the greatest degree feasible while blocking nearly all fraudulent traffic. In the past, these systems have successfully shielded a number of websites from significant service interruptions brought on by concurrent attacks with a bandwidth of 300+ Mbps, letting firms to concentrate on their core businesses.
The perimeter is secured by our 24-hour firewall protection system, which also provides the strongest first line of defence. By preventing illegal network access, it employs highly adaptable and powerful inspection technologies to safeguard your data, website, emails, and online apps. By enforcing security guidelines created by subject matter experts, it provides regulated communication between the servers that store your data and the Internet.
Our solution for network intrusion detection, prevention, and vulnerability management offers quick, precise, and total defence against targeted assaults, traffic abnormalities, "unknown" worms, spyware/adware, network viruses, rogue applications, and other zero-day vulnerabilities. It makes use of high-performance network processors that can simultaneously run hundreds of checks on each packet flow without noticeably increasing latency. All packets that enter our systems are carefully inspected to see if they are safe or hazardous. The best strategy for preventing damaging assaults from reaching their targets is this immediate defence approach.
We have settled on hardware suppliers who have a reputation for providing reliable support and excellent security requirements. The bulk of our infrastructure and datacenter partners utilise Cisco, Juniper, HP, Dell, and other manufacturers' equipment.
Enterprises are now need to adopt Host-based Intrusion Detection System (HIDS), which focuses on monitoring and analysing the internals of a computing system, in light of the impending tools that are capable of bypassing port blocking perimeter defensive systems like firewalls. Using heuristic scanners, host log data, and by keeping track of system activity, our host-based intrusion detection system assists in identifying and locating modifications to the system and configuration files, whether they were made accidentally, intentionally, or as a result of peripheral infiltration. Rapid identification of changes lowers the possibility of harm and shortens troubleshooting and recovery periods, reducing total impact and enhancing security and system uptime.
Our programmes are utilised by a wide range of server operating systems. Operating systems come in a variety of Linux, BSD, and Windows varieties. Versions and variations of Apache, IIS, Resin, Tomcat, Postgres, MySQL, MSSQL, Qmail, Sendmail, Proftpd, etc. are all examples of server software. ResellerClub has a process-oriented methodology to maintain security despite the wide diversity of software items we sell.
All servers are set up to receive updates automatically, ensuring that they always have the most recent security patch loaded and that any newly discovered vulnerabilities are fixed right away. The majority of intrusions occur as a consequence of exploiting known flaws, configuration issues, or virus assaults where defences are already in place. Systems and networks are reportedly affected by these occurrences because they "not consistently" applied the provided updates, according to CERT.
We are well aware of the need for effective patch and update management practises. Each new edition of operating systems and server software is rife with security flaws as these programmes get more complicated. Nearly every day, new security threat information and upgrades are revealed. We have established dependable auditing and reporting frameworks, consistent, repeatable procedures, and other measures to guarantee that all of our systems are always up-to-date.
Utilizing enterprise-grade security software, periodic checks are performed to see if any servers have any known vulnerabilities
The most complete and current databases of known vulnerabilities are used to scan the servers.
Consequently, we are able to prevent assaults on our servers and maintain business continuity by discovering security flaws or vulnerabilities before an attack takes place.
Numerous software providers regularly release software updates. Prior to the release of any upgrade, each manufacturer adheres to its own testing procedures, but they are unable to test for software interoperability problems. For instance, a database provider may test a new version of a database. However, it is impossible to precisely predict the effects of installing this update on a production system running different FTP, Mail, and Web Server applications. The effect analysis of different software updates is documented by our system administration team, and if any of them are deemed to have a high risk, they are first tested in our labs before being deployed live.
All of the application software that is used in the platform is integrated, customized and deployed only by us. Any 3rd party Products or Components go through comprehensive training and testing procedures where all elements of such products are broken down and knowledge about their architecture and implementation is transferred to our team, thus allowing us to completely control all variables involved in any particular Product. All applications are engineered using our proprietary Product Engineering Process which follows a proactive approach towards security. Each application is broken down into various components such as User Interface, Core API, Backend Database etc. Each layer of concept has its own security checks, in spite of the security checks performed by a higher abstraction layer. All sensitive data is stored in an encrypted format. Our engineering and development practices ensure the highest level of security with regards to all application software
Always be aware that the people you trust are the weakest link in the security chain. Personnel, development team members, vendors—basically, everyone with access to your system. At NetandHost.com, we use a holistic security approach to reduce security risk resulting from the "Human Factor." Only those who "need to know" receive information. When the need runs out, the authorization also does. Staff members receive special training on security precautions and the importance of adhering to them.
During the deployment of globally distributed servers, audit processes one need to ensure process imitation and authority.
Are all servers constantly patched?
Do the backup programmes run continuously?
Are all employees undergoing the necessary reference checks? Are the security systems issuing notifications in a timely manner? In an out-of-band process, such inquiries are commonly validated. Before external sources reveal the security procedures, our auditing measures notify us of them. In today's corporate environment, data is the most valuable asset, hence 100% uptime is required so that data is always up and accessible. In the event that software malfunctions, we have consequently implemented reliable measures to safeguard your data: To safeguard any data on the server, we deploy cutting-edge RAID hardware. This technique functions by automatically and instantly mirroring all data over many hard discs. In order for this technology to work, you do not need to do any particular code adjustments or website/web application changes. In terms of data protection and the ability to maintain 100% uptime, RAID systems provide a considerable advantage over non-RAID systems since the system keeps running smoothly even when a disc fails. In terms of data protection and the ability to maintain 100% uptime, RAID systems provide a considerable advantage over non-RAID systems since the system keeps running smoothly even when a disc fails. The server contains important information in several locations. Our subject-matter specialists have prepared intricate backup scripts that securely and automatically keep copies of all vital data at regular intervals, allowing us to quickly refurbish a server in the case of a catastrophic loss. 3. Data Protection and Disaster Recovery
➔ Security Audit Processes
➔ Daily & Weekly Server Backups
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