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What Is Threat Intelligence in Cyber Security?
In the world of cyber security, there is a term that you may have heard bandied about but aren’t quite sure what it means: threat intelligence. What is threat intelligence, and why do you need it for your business? In this article, we will explore the concept of threat intelligence and how it can be used to improve your business’s cyber security posture. We will also touch on some of the different types of threat intelligence and how they can be used in your organization. What is threat intelligence? Threat intelligence (TI) is data that’s collected and analyzed to understand current and future risks to an organization. It can take many forms, but it’s typically used to give security teams a better understanding of the attacks they’re facing, the attackers themselves, and how to protect against them. Organizations use threat intelligence in several ways. Some use it to inform their overall security strategy, while others use it more tactically, for example, to choose which security products to deploy or which vulnerabilities to patch first. TI can also be used to help investigate and respond to incidents. There are different types of threat intelligence, but one common distinction is between internal and external TI. Internal TI is information that’s gathered by an organization itself, while external TI is information that’s sourced from outside the organization. External TI can come from a variety of sources, including commercial vendors, government agencies, and open-source projects. Regardless of where it comes from, all threat intelligence should be evaluated for quality before it’s used. This includes considering things like who collected the data, what methods were used, how complete and accurate the data is, and whether or not it’s timely. Poor-quality threat intelligence can do more harm than good by leading organizations to make bad decisions based on inaccurate or out-of-date information. The benefits of threat intelligence Threat intelligence (TI) is simply information about threats. It helps organizations identify, assess, and understand current and future risks. In cybersecurity, analysts use TI to improve their organization’s security posture by informing decisions about everything from technology investments to business processes. There are many benefits of using threat intelligence, including: -Improved security: By understanding the threats faced by an organization, analysts can make better decisions about which security controls to implement. This can lead to a more effective and efficient security program overall. -Reduced costs: An organization that understands the threats it faces can make more informed decisions about where to allocate its resources. This can lead to reduced costs associated with things like incident response and malware removal. -Greater efficiency: A well-run threat intelligence program can help an organization save time and effort by providing analysts with actionable information that they can use to immediately address risks. -Improved decision-making: Threat intelligence can help senior leaders make better decisions about strategic issues like corporate risk tolerance and resource allocation. TI provides organizations with a wealth of benefits that can help them improve their security posture and become more efficient and effective overall. How to use threat intelligence If you want to know how to use threat intelligence, you must first understand what it is. Threat intelligence is simply information that helps organizations and individuals identify, assess, and respond to current and future cyber threats. This information can come from a variety of sources, including social media, news reports, dark web forums, and more. To effectively use threat intelligence, you need to have a plan in place for how you will collect and analyze this information. You also need to make sure that your team is trained on how to interpret and act on the information you collect. Once you have a plan in place and your team is trained, you can start collecting threat intelligence. There are several ways to do this, but some of the most common include using search engines, setting up Google Alerts, subscribing to RSS feeds, and monitoring social media platforms. Once you have collected some threat intelligence, it's time to start analyzing it. This can be done manually or with the help of special software tools. Either way, you need to look for patterns and trends in the data so that you can better understand the threats you're facing. After you've analyzed your threat intelligence, it's time to take action. This will vary depending on the type of threats you're facing and the severity of those threats. In some cases, taking action may mean alerting your team or customers about a potential danger. In other cases, it may mean taking steps to prevent them. The different types of threat intelligence There are four different types of threat intelligence: 1. Strategic intelligence: This type of intelligence helps organizations make long-term decisions about their cybersecurity strategies. It can help you understand the motivations and goals of your adversaries, as well as their capabilities and vulnerabilities. 2. Tactical intelligence: This type of intelligence is designed to help organizations respond to specific security incidents. It can provide information about the techniques and tools that your adversaries are using, as well as their likely next steps. 3. Technical Intelligence: This type of intelligence focuses on the technical details of security threats. It can help you understand how your adversaries are exploiting vulnerabilities, as well as the methods they're using to evade detection. 4. Open-source intelligence: This type of intelligence is derived from publicly available information, such as news reports, social media posts, and blog articles. It can be used to supplement other types of intelligence, or it can be used on its own to give you a broader picture of the security landscape. Tools for gathering threat intelligence There are several tools available for gathering threat intelligence. Some of these tools are designed specifically for gathering intelligence, while others are more general-purpose tools that can be used for a variety of purposes, including gathering intelligence. One popular tool for gathering intelligence is the Security Information and Event Management (SIEM) system. SIEM systems collect data from a variety of sources and provide users with a central place to view and analyze that data. SIEM systems can be used to detect threats, track changes in network activity, and more. Another popular tool for gathering intelligence is the intrusion detection system (IDS). IDSs monitor network traffic and look for signs of suspicious or malicious activity. IDSs can generate a lot of data, so they must be configured carefully to avoid generating false positives (alerts on activity that is not suspicious or malicious). Threat intelligence can also be gathered manually by analysts who review data from various sources and try to identify potential threats. This approach can be time-consuming, but it can also be very effective in identifying emerging threats that might not be detectable using automated tools. Cyber security threats to be aware of When it comes to cyber security, there are several different threats that you need to be aware of. Here are some of the most common cyber security threats: 1. Malware: This is a type of software that is designed to damage or disable computers. It can come from viruses, Trojans, worms, and more. 2. Phishing: This is a type of online scam where criminals try to trick you into revealing personal information or clicking on malicious links. 3. SQL Injection: This is a type of attack where malicious code is injected into a database to steal data or damage the system. 4. Denial of Service (DoS): This is a type of attack where a computer system is overloaded with traffic or requests, causing it to crash or become unavailable. 5. Social Engineering: This is a type of attack where criminals use psychological techniques to trick people into revealing personal information or performing actions that could compromise security. Conclusion Threat intelligence is a critical component of any cybersecurity strategy. By understanding the latest threats and trends, businesses can take proactive steps to protect themselves. While threat intelligence can be complex, there are several resources available to help businesses get started. With the right tools and strategies in place, businesses can stay one step ahead of the attackers. If you are fascinated by what's happening in the tech domain, have a knack for data and numbers, and love to combine them to facilitate business decisions, Skillslash can help you thrive in it. Well known for providing the best Data Science Course In Hyderabad, Skillslash has developed a top-notch online presence and provides various other exclusive courses like the business analytics program, blockchain program, full stack development program, and more. With its Full Stack Developer Course and Data Structure and Algorithm And System Design Course, you can master the core theoretical concepts, and work with top AI firms on real-world problems. Get in touch with the support team of Skillslash to know more about the courses and the institute in particular.
Microstrategy training
From the Basic level to the Advanced level, MicroStrategy training covers all relevant principles. Whether you are an individual or a business client, we can tailor the course content to meet your needs. This MicroStrategy course can be scheduled at your convenience. This MicroStrategy course will cover subjects such as MicroStrategy Desktop, MicroStrategy Intelligence Server & Administration, MicroStrategy Architect, MicroStrategy Developer, and advanced MicroStrategy topics like constructing advance filters and creating advanced metrics. Aside from Microstrategy Report Services and Dynamic Dashboards, this course on Microstrategy will also cover Microstrategy Web topics (RSD). In order to build a production-ready control panel that enables quicker, more accurate decision-making and can be utilized by thousands of users throughout any organisation, MicroStrategy, a provider of enterprise business intelligence (BI) application software, provides the fundamental skills required. The MicroStrategy platform has a control panel that can be interacted with, a catalog, fully formatted reports, ad hoc inquiry, thresholds and alarms, and automatic report dissemination. Your data will be transformed into dataset objects with names like attributes and metrics automatically by MicroStrategy. Individual and corporate students can completely customize the course content for MicroStrategy training. Individuals and businesses can both take advantage of the online MicroStrategy training that is offered. Connect with us if you would want additional details on MicroStrategy training. The case study will be based on a real-world scenario, and our experienced consultant who is MicroStrategy certified will be teaching it. By giving you the right direction, we will assist you in passing your MicroStrategy training certification. Contact us if you'd like additional information. Connect with us for further information: Email address: contact@maxmunus.com. Dial or message +919035888988.
What is the difference between state solar subsidy scheme and national portal solar subsidy?
With the increasing electricity demand comes the problem of insufficient resources to support such usage. This can be especially difficult for low-income families who battle paying high electricity bills every month for basic household needs. To help ease this burden, the government has suggested solar energy as a renewable and more affordable option for electrical power. The growth of solar rooftops in India has been tremendous over the last few years. Residential rooftop solar accounts for roughly 20% of the overall rooftop mark. Residential installations have seen steady growth in the previous few years and have grown by 35% over the last year. The availability of subsidies and increased awareness of solar and its benefit is the primary catalyst for the growth of this sector This blog looks at the different subsidies available to you. Solar subsidies can improve affordability by reducing the cost of installing solar panels. If you’re thinking about installing solar panels, make sure to check out the different offerings that are available to you. State Solar Subsidy: The subsidy is available only for residential solar grid-connected systems (without batteries).  Commercial or industrial sectors are not eligible to avail of this scheme. Each DISCOM has benchmarked the rates at which solar companies can sell solar systems. The amount of subsidy available varies between 20-40% and depends on the system size. Details of the support are as below. System Capacity (kW) Solar Subsidy (in %) Up to 3kW 40% Above 3kW and Up to 10kW 40% up to 3kW 20% thereafter National Portal Solar Subsidy: Under the national portal solar subsidy scheme, the government offers a fixed subsidy depending on the system size you wish to install. The detail of the subsidy is as mentioned below. Solar System Capacity Applicable Subsidy Up to 3kW ₹14,588 per kW Above 3kW and up to 10kW ₹14,588 per kW up to 3kW ₹7,294 per kW thereafter 10kW and above ₹94,822 fixed amount irrespective of system size How to apply online for national portal solar subsidy: Step 1: Download Sandes App & Register Step 2: Login and apply for the Rooftop Solar as per the form Step 3: Wait for the feasibility approval from DISCOM. Once you get the feasibility approval to install the system from any of the registered vendors in your DISCOM Step 4: Once installation is over, submit the plant details and apply for a net meter Step 5: After installation of the net meter and inspection by DISCOM, they will generate a commissioning certificate from the portal Step 6: Once you get the commissioning report submit bank account details and a canceled cheque through the portal. The subsidy will come to your account within 30 working days Difference between the national subsidy scheme & State scheme Under State Scheme, the customer pays only the post-subsidy price to the solar company (Total Price — Subsidy amount). The solar company claims the subsidy amount from the government post-installation. In National Portal Scheme, customers apply for solar subsidies through National Portal. The subsidy amount is transferred to their bank account within 30 days of solar system commissioning. The customer will initially pay the entire amount to the solar company. Adopting solar energy for your home does not have to be a complicated process — Freyr Energy is here to help make it as easy as possible. We take care of all necessary documentation and approval processes, whether central or state subsidy. We hope it has been a worthwhile read, and if you have any other questions or concerns about state and national solar subsidies, please get in touch with us anytime at sales@freyrenergy.com.