Zerto is aimed at companies seeking to protect their IT systems against technical faults, data loss, and service interruptions. Whether you have an on-premises environment that you manage, or a Hosted Private Cloud solution in one of our datacentres, you can protect your data using our solution.
You can set up your Zerto solution in just a few steps. First of all, deploy your secondary Hosted Private Cloud in a different datacentre to your first one. Next, enable the DRP solution for the virtual machines concerned, via your Zerto Virtual Manage secure interface. In one click, migrate your data to the new infrastructure. It is now protected, and available in your secondary infrastructure.
When you set up your monitoring solution, the monitoring tool must be independent from the infrastructure it is monitoring, and alerts should be sent via a minimum of two contact channels (e.g. email and SMS).
DRP tools are important to help security teams prevent advanced cyber-attacks which aim to exploit the digital channels we all rely on to obtain data, extort organizations, and spread harmful malware, such as ransomware. Common features of these digital risk protection solutions include protection against brand impersonation and social engineering attacks, threat content monitoring, dark web scanning, automated harmful content remediation, account takeover protection, and even app management capabilities.
This unsettling conundrum has given rise to a novel field of cybersecurity known as Digital RIsk Protection (DRP). But like all novel solutions, it can be difficult to identify the capable minority from the majority still finding their feet.
Threat Intelligence (TI) solutions focus on risk prevention and planning. This is achieved through tools capable of attack surface monitoring, remediation management, and third-party security ratings.
Both Threat Intelligence and DPRS solutions intersect at social media channel monitoring. This is because social media is where the interface between internal systems and the outside world begins. Threat actors are always trying to exploit social channels to inject malware and ransomware.
To address all of these quadrants, a DPRS cannot be solely comprised of a digital solution. The support of expert cybersecurity analysts is mandatory to correctly interpret digital threats and their required remediation responses.
A DPRS should be capable of molding its protection efforts to the unique risks faced by each department. The roles and responsibilities of all users should also be easily managed through a DPRS platform so that multiple departments can access the solution.
Azure ICT provides secure cloud IT and communications solutions for IT divisions. The Private Cloud and Network platform enables your company to maximize secure cloud services, and your IT team to manage an enterprise level private cloud easily, quickly and with maximum uptime and agility.
The Division of Rehabilitative Programs (DRP) continues to make rehabilitation and education beneficial for the incarcerated individuals while maintaining cost efficiency for the state of California. One solution is through technology. Implementing new technology in California institutions creates unique challenges including physical space, location, security, connectivity, firewalls, and funding. DRP has developed a way to break those barriers by implementing new initiatives over the last couple years.
DRP solutions are not merely a database of intelligence information. DRP platforms use intelligent algorithms plus multiple reconnaissance methods to find, track, and analyze threats in real time. Using both indicators of compromise (IOCs) and indicators of attack (IOAs) intelligence, a DRP solution can analyze risks and warn security teams of potential or imminent attacks.
Dark Web Visibility - Most malicious cyberattack planning and activity occur on the dark web. DRP solutions monitor all places where criminal activity is discussed and planned. This process is vital to identifying and mitigating threats.
Leaked Credentials Monitoring - Stolen login and other access credentials are a valuable asset for cybercriminals. DRP solutions monitor the web for references to leaked credentials and alert security professionals upon discovery.
The search for DRP, the acronym for Digital Risk Protection, has grown at the same rate as the number of cases of data leakage and and damage to the reputation of brands that had information stolen in criminal actions. Because DRP monitors threats to digital assets in all environments where exposure may occur. Thus, it accelerates the breadth and depth of protection of these assets in an organisation. And when a malicious event is detected, the solution has the ability to take action, remove infringing content and mitigate the impact.
According to Gartner, the DRP solution is a set of tools and services that evolved from threat intelligence. In origin, while threat intelligence was intended to support security operations with human-based analytics, DRP focuses on increasing business resilience by protecting digital assets and brand reputation.
DRP is comprised of technologies that protect critical digital assets and data from external threats. The solution provides visibility into sources on the surface web, and the dark and deep web, in order to identify potential threats to critical data. It also provides contextual information about threat actors, and the tactics and processes used to conduct malicious activity. And support is provided in four areas:
Many of the challenges faced by Brazilian organisations are different from those faced by brands in other countries. Therefore, every security solution needs to consider the reality of the companies it will protect. Mantis is a solution that reduces digital risks and was developed with purely national DNA, connected to the context of the brands that do business here.
A FI system for rapid sequential determination of dissolved reactive and organic phosphate is described. It utilizes on-line UV photo-oxidation for digestion of dissolved organic phosphate (DOP) with detection of the phosphate produced as phosphomolybdenum blue at 690 nm after reduction of phosphomolybdate with tin(II) chloride. Two injections are performed in the analysis of each sample: the first of sample solution alone enables DRP determination, while the second is of sample plus alkaline peroxydisulfate solutions, which under the photo-oxidation conditions used converts DOP to DRP. The DOP content is evaluated from the difference of the two injections. The digestion efficiency for DOP, evaluated using a range of model organic P compounds of varying stability was greater than 97%. Calibrations were linear over the range of 0.01-6.00 mg Pl(-1) for both DRP and DRP+DOP graphs, with a detection limit (3s) of 0.01 mg Pl(-1) for both species. Relative standard deviations were 0.3% (n=11, 0.50 mg Pl(-1)) for the DRP determination and 1.0% (n=11, 0.50 mg Pl(-1)) for the DRP+DOP determination. Injection throughput of 22 h(-1) was achieved. The proposed system was validated by analysis of the certified reference materials and comparison with the previous flow injection system. Additional advantage of this system is that it requires the use of only small amounts of the oxidant, with the result that nuisance gas bubble formation is correspondingly minimized.
Digital Risk Protection+ adds four modules to those from the DRP solution. You benefit from more expansive DRP services, including some threat intelligence capability from the Vulnerability Intelligence module. A great choice if you are starting to incorporate information gathering and processing into your operational security function.
In this article, you will learn more about the concept of a Disaster Recovery Plan (DRP) and the steps to consider when defining it for a business. Then we will have an overview of the possible technical solutions for a DRP with an example of a simple Azure infrastructure.
The infrastructure is rebuilt from scratch in case of disaster, using infrastructure as code, pipelines, scripts, or manual configuration. This is the less expensive solution as you do not have to run more instances. However, you have to consider the cost of the time necessary for rebuilding the infra.
Depending on the availability needs of the components (that should be listed during the RTO/RPO definition), you can use one of the different solutions for your DRP. Sometimes, one might not be accessible depending on the component you target, or there might be too much rework necessary on your infrastructure to consider it a viable solution.
Digital risk protection (DRP) solutions are known for their threat and issue-related alerting systems. As DRP solutions are increasingly becoming part of the standard Security Operations stack, teams are getting comfortable with receiving, triaging, and actioning the alerts arising from the dark, deep and clear web.
These solutions, additionally, also help in the implementation of risk standards in an organization. The two most common standards for information and cyber risk management are the NIST 800-39 and the ISO 27005. At a high level, DRP solutions help in the assessment phases as well as in the monitoring phases of these frameworks.
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