The rapid evolution of artificial intelligence (AI) is revolutionizing industries across the globe. While AI brings numerous benefits, it also significantly alters the enterprise threat landscape.
\nAs organizations increasingly rely on AI, understanding its impact on security threats becomes crucial.
\nLet’s explore how AI is transforming enterprise security, both in terms of enhancing defenses and presenting new challenges.
\nAI's ability to process vast amounts of data and identify patterns offers unprecedented advantages for enterprise security.
\nHowever, it also provides cybercriminals with sophisticated tools to exploit vulnerabilities. The dual nature of AI requires organizations to stay vigilant and adapt to the changing threat landscape.
\nAI-powered systems can analyze vast datasets in real-time, identifying unusual patterns that might indicate a cyber threat. This proactive approach allows for quicker threat detection and response, reducing the window of opportunity for attackers.
\nAI can integrate with threat intelligence platforms to provide real-time updates on emerging threats. By continuously learning from new data, AI systems can predict and prepare for potential attacks, enabling enterprises to stay ahead of cybercriminals.
\nAI can automate incident response processes, reducing the time taken to mitigate threats. By automating routine tasks, security teams can focus on more complex issues, improving overall efficiency and effectiveness.
\nAI's ability to analyze behavioral patterns helps in detecting fraudulent activities. By continuously monitoring transactions and user behavior, AI systems can identify anomalies that may indicate fraud, allowing for timely intervention.
\nCybercriminals are leveraging AI to develop more sophisticated and targeted attacks. AI can be used to create malware that adapts and evolves to evade detection, making traditional security measures less effective.
\nAI-generated deepfakes pose a significant threat to enterprise security. These realistic fake videos and audio can be used for social engineering attacks, manipulating individuals into divulging sensitive information or performing unauthorized actions.
\n\nAI can be employed to identify and exploit vulnerabilities in systems at an unprecedented speed. Automated tools can scan for weaknesses, develop exploits, and launch attacks without human intervention, increasing the scale and frequency of attacks.
\nAttackers can corrupt the datasets used to train AI models, leading to biased or incorrect outputs. This data poisoning can compromise the integrity of AI systems, causing them to make erroneous decisions that could jeopardize enterprise security.
\nEstablishing comprehensive AI governance frameworks ensures that AI systems are developed and used responsibly. This includes regular audits, ethical guidelines, and accountability measures to mitigate the risks associated with AI.
\nAI systems must be continuously monitored and updated to stay effective against evolving threats. Regularly updating AI models and incorporating the latest threat intelligence can help maintain their efficacy in detecting and mitigating new threats.
\nWhile AI can enhance security, human oversight remains essential. Security teams should work alongside AI systems, providing context and judgment that AI alone cannot offer. This collaboration can lead to more accurate threat detection and response.
\nOngoing research into AI security is crucial for staying ahead of cybercriminals. By investing in research and development, organizations can discover new ways to protect AI systems from emerging threats and vulnerabilities.
\nAI is undoubtedly transforming the enterprise threat landscape, offering both enhanced security capabilities and new challenges.
\nTo fully leverage the benefits of AI while mitigating its risks, organizations must adopt a proactive and comprehensive approach to security. By understanding the dual nature of artificial intelligence, businesses can create a secure environment for their employees as well as their customers.
\n","frontmatter":{"date":"July 15, 2024","updated_date":null,"title":"AI and the Changing Face of Enterprise Security Threats","tags":["enterprise security","ai","cyberattacks"],"coverImage":{"childImageSharp":{"fluid":{"aspectRatio":1.680672268907563,"src":"/static/4ab9ab7e871992938c1738ccf6b7b6d1/14b42/future-artificial-intelligence-robot-cyborg.jpg","srcSet":"/static/4ab9ab7e871992938c1738ccf6b7b6d1/f836f/future-artificial-intelligence-robot-cyborg.jpg 200w,\n/static/4ab9ab7e871992938c1738ccf6b7b6d1/2244e/future-artificial-intelligence-robot-cyborg.jpg 400w,\n/static/4ab9ab7e871992938c1738ccf6b7b6d1/14b42/future-artificial-intelligence-robot-cyborg.jpg 800w,\n/static/4ab9ab7e871992938c1738ccf6b7b6d1/47498/future-artificial-intelligence-robot-cyborg.jpg 1200w,\n/static/4ab9ab7e871992938c1738ccf6b7b6d1/0e329/future-artificial-intelligence-robot-cyborg.jpg 1600w,\n/static/4ab9ab7e871992938c1738ccf6b7b6d1/cea1a/future-artificial-intelligence-robot-cyborg.jpg 3351w","sizes":"(max-width: 800px) 100vw, 800px"}}},"author":{"id":"Rakesh Soni","github":"oyesoni","avatar":"rakesh-soni.jpg"}}}},{"node":{"fields":{"slug":"/identity/difference-between-incident-response-disaster-recovery/"},"html":"Cybercrime is becoming increasingly sophisticated, and security breaches are occurring at record numbers. Businesses need to be prepared for the worst-case scenario by developing a disaster plan.
\nThe most important aspect of an organization's ability to handle incidents effectively is reducing downtime and minimizing any damage, and that's how an effective incident response program and disaster recovery plan come into action. They ensure that you can effectively respond to incidents and recover from disasters.
\nIncident response and disaster recovery are very different, but they're both critical components in any organization's ability to handle incidents. In this blog, we will discuss the differences between the two recovery plans and also the types of threats associated with them.
\nAn incident response plan is a proactive plan that helps you prepare for a cybersecurity breach. It is an organized response to security incidents that involve detection, analysis, containment, eradication, and recovery. It identifies the most likely threats, documents steps to prevent them from happening, and creates procedures for how to respond if they do occur.
\nThey are a crucial part of any cybersecurity strategy. The plan is focused on how a business will detect and manage a cyberattack to reduce potential damages and consequences to the business.
\nWhen a data breach occurs, it is easy to become overwhelmed by the sheer amount of work that has to be done. However, if you have an incident response plan in place, it will ensure that your business is prepared with the right personnel and procedures to reduce recovery time and the costs associated with the breach.
\nWhen your business is hit by a cyber-attack, you need to be prepared to get back up and running as quickly as possible. A disaster recovery plan addresses more significant questions surrounding a potential cyber attack, identifying how the business will recover and resume normal work operations after a security breach. A plan which will keep your business running smoothly when a disaster strikes.
\nDisaster recovery plans focus on business continuity and helping the enterprise recover after an outage or other disaster. It focuses on maintaining operations after an outage or disaster so that business functions can continue as usual until full functionality is restored. It helps protect your business's critical data and applications in case of a significant interruption. The more detailed and sophisticated your disaster recovery plan is better your chance of recovering essential documents, applications, and data for your business.
\nThere's a lot of confusion around the difference between incident response vs. disaster recovery plans. It's understandable, as they both address similar types of events and can seem like they're interchangeable. But the truth is that they are very different, and you need to know which one you need before you start planning your company's security strategy.
\nA disaster recovery plan is more specific as it focuses on restoring the business processes that an event or disaster has disrupted. It can also be used to prepare for future disasters by documenting existing processes and procedures followed in case of such an event so that they don’t need to be reinvented again if faced with another similar situation in the future. In the end, it's not just about having a plan for dealing with an incident or disaster that has already happened. It's also a matter of how to invest in resources so that you are better suited for being successful in the event of a future incident or disaster. If you have a disaster recovery plan but no incident response plan, you may ultimately waste more time and money on recovery than is necessary. The same goes for the other side; you may never fully recover if you have an incident response plan but no disaster recovery plan. Incident response and disaster recovery are just as important and should be developed in conjunction with one another. When you set up privacy policies for customers, you’re making a promise. You’re ensuring to people who trust you with their sensitive information that you’ll do everything in your power to protect it. But business data has never been in greater danger than it is today. Cybercriminals have become more advanced, digitally pillaging companies, endangering customers, and stealing billions in revenue. In 2021, businesses suffered 50% more cyber attacks per week than in 2020. This was the same year that cybercriminals managed to steal $6.9 billion. But there is an effective way you can fight back against cybercriminals. Access management allows you to police your access points by increasing security around how users and employees alike access systems. So what are some of the ways in which you can create an airtight access management plan? What can you do to ensure that cybercriminals can’t worm their way into your system? That’s what we’re going to address in this article. We’ll walk you through five access management best practices to help you keep your systems reserved for valid users only. Before we jump into our best practices, let’s talk about why some businesses and industries need to tighten digital security. Access management measures are essential for high-risk industries. They can help you protect your customers by limiting how they can access their accounts. Let’s say you’ve developed a personal finance software solution, and a customer calls in asking how to link their bank account to your budgeting app. You’re going to need to authenticate that user’s identity before giving them access to the account. Anyone can call in claiming to be anyone. But if you have access management measures in place, they won’t be able to break in. This could be something like multi-factor authentication or asking them to provide additional information before assisting them. If you use a CRM platform for managing customer relationships, you’re going to be keeping a lot of confidential information online that’s vital to your organization. That’s why you have to make sure that the only people accessing your CRM are current team members. If you let a sales associate go and don’t have an access management protocol in place that immediately revokes their account, they could log in remotely and make off with a ton of company data. Central platforms like LoginRadius let companies access all of their tools from one platform — with just one login. But if you don’t have access management protocols in place for a centralizing system like this, a cybercriminal could gain access to every tool your organization uses with just one attack. Access management needs to be both effective and easy to manage for the people who need access to your systems. Take the grant systems that many institutions use as an example. They often have pristine access management protocols in place. If accessing this system were too easy in an unprotected environment, malicious actors could gain access to their systems and make off with precious information. But if that system wasn’t also user-friendly for authorized users, something as simple as asking “how do student grants work” could be a nightmare time sucker. The following best practices will help you improve your access management, enabling maximum protection against cybercrime and creating a more secure business environment. One of the best ways to protect your company’s digital assets is to implement a zero-trust policy. Zero trust is exactly what it sounds like. Every member of your organization is forced to authenticate their identities before being able to access any resources. This includes employees who are already active inside a company network. This methodology means that every person and every device is treated as though it’s a potential threat. When working under zero trust, the system will be able to identify any abnormal behaviors while tracking both activities and risk levels. When assigning privileges to accounts, it’s best to err on the side of caution. That’s where the Principle of Least Privilege comes into play. Also sometimes known as the Principle of Least Authority, it’s when you provide the minimum level of access to all users. This includes permissions granted to consumers. You’re basically giving everyone the bare minimum level of access they need to accomplish what they need to while using your system. Obviously, some roles within your organization will need more access than others — an accountant requires different access than a sales agent, so they would have completely different access levels. When you restrict users from any non-essential access, you effectively cut off opportunities for cybercriminals to access your entire system. A lot of people believe that a strong password is all they really need to have a secure online experience. However, password misuse often leads to cybercrime breaches and data attacks. It all boils down to the actual security behind the password — the person and their habits. If a staff member opens malware and gets a keylogger, it doesn’t matter if you mandate 12 characters, symbols, and numbers. Your business information is still ripe for the picking. That’s why multi-factor authentication has become an essential access management practice. It adds an additional security layer to the login process. When you use MFA, anyone logging in will be asked to provide an additional method of verification once they enter their password. This could be entering a code sent to their email or via text message. It could also be a biometric scan on a mobile device like a fingerprint or facial recognition. If your business hasn’t yet upgraded its systems to the cloud, then you have a glaring access management vulnerability. Many believed for a long time that in-house servers were safer than cloud-based systems, but cloud platforms encrypt all data while providing enhanced security features like patch management, integrations, and segmentation, to name a few. Plus, your on-site servers are vulnerable to physical access from unauthorized users who could break into your facility. Anyone looking to protect on-site servers from hackers will have to make a great investment in both time and money. Personnel changes represent a huge vulnerability from an access management standpoint. Offboarding needs to be done right away when a member of your team quits or is let go. Failure to revoke access to your systems in a timely manner could leave you open to attack. Say your sales director is moving to a new position with a rival company. If they still have access to customer data, they could take it with them, delete it entirely off your platform, or try to steal your leads. You also never want to leave orphaned accounts in play. These are accounts that have no assigned user but still contain all of the information and permissions associated with your former team member. Hackers love orphaned accounts because they’re relatively easy to gain access to. A hacker could then easily crack the credentials of your former employee and weasel their way into that account. Once inside, they have access to everything that specific team member could once see and do. If they had access to customer information, then you officially have a data breach on your hands. That’s why it’s a good idea to automate the onboarding and offboarding processes. This will save your IT department time and ensure that new team members and vendors get the right permissions right away and have them taken away the moment they’re no longer with you. You need to implement access management protocols within your organization. It’s the only way to protect yourself from the ongoing threat represented by cybercriminals. These cyber-threats are not going away anytime soon, and they’re not going to become any easier to fight off. Malicious actors are constantly looking for new ways to break into your systems and take off with your sensitive and valuable data. They’re also always on the cutting edge of technology, creating new and inventive ways to get past your security and gain access. This list isn’t a “pick one, and you’re done” guide. You can create an airtight access management plan by implementing all five of these tips. That means adopting a zero-trust policy, using the Principle of Least Privilege, having everyone use MFA, getting rid of high-risk systems, and removing orphaned accounts to prevent hackers from gaining access. Use these best practices to manage access to your systems and ensure that all data within your organization is safe from malicious cybercriminals. The existence of the Border Gateway Routing Protocol or BGP attacks is one of the primary reasons why transferring large volumes of information across a network is possible today. BGP acts as a post office that analyses the logistics involved in transporting data from one part of the network to the other using the most optimal path. Since the early 2000s, hackers have targeted and successfully infiltrated secure networks after hijacking the protocol. Upon gaining control of a network’s BGP, the hackers can redirect files or web traffic to their own devices. For example, a major BGP hijacking occurred in April of 2020, where over 8800 prefixes were affected. These prefixes belonged to e-commerce giants like Amazon and Alibaba. This hijacking resulted in the disruption of servers across the world. Moreover, the complete estimate of how much data was infiltrated is still unknown. Even tech giant Google is not immune to these attacks as a Chinese telecom company was allegedly behind the hijacking of 180 prefixes in 2018. Although the attack was small compared to other instances, it still resulted in the disruption of several Google services. This disruption was primarily seen in GSuite and Google search. BGP can be a liability that enterprises cannot ignore when it comes to enterprise security. This is because it had dedicated security mechanisms in place until recently and instead required a company to put their trust in their ISP unless they maintain their autonomous system. In either case, the company or individual will have to ensure that there are measures to prevent or mitigate BGP hijacking. Most enterprises have turned to one of two security options. These include: This is one of the more universally accepted routing security measures that are in use today. It is essentially a global initiative carried out by operators and enterprises to prevent route hijacking and other forms of DoS attacks. According to this initiative, most of the BGP hijacking incidents that have taken place to date occurred as a result of the following: Prefix hijacking This is the most common type of BGP hijacking, where there is an unauthorized takeover of IP addresses after hackers can corrupt internet routing tables or autonomous systems. Route leaks A route leak is often described as propagating or making a BGP announcement beyond the intended scope. In other words, the unauthorized party will announce prefixes changing the course of the web traffic to a destination that was not intended. IP spoofing This takes place when the hacker masquerades their device or entity as a legitimate one to gain access to files by redirecting them to a different IP address. To counter this, MANRS recommends implementing the following security measures: Filtering This measure can be introduced to ensure that the announcement of BGP routes is accurate and belongs to legitimate entities. Therefore, enterprises can secure inbound routing advertisements using prefix-level filters to filter out suspicious IP addresses. Coordination: This involves maintaining Regional Internet Registries (RIRs) that contain accurate and current contact information like NOC contacts. This will also include imposing authentication and authorization requirements on the maintainers to prevent the spread of misinformation. Global validation Network operators from around the world will have to release their data so that others can validate the routing information on a global scale. Therefore, this is a publicly documented routing policy for ASNs and prefixes. All information is stored on RIRs. Anti-spoofing This is a technique that is used to identify and drop information that has false IP addresses. The anti-spoofing filters which are used can deny service to spoofed IP addresses which try to gain access to a network. In most cases, if a packet coming from an external network contains an internal IP address, it gets blocked. Enterprise software is the buzzword surrounding an abundance of modern companies. Whenever it pops up into the average human mind the term gets immediately discarded as something unwanted and outdated, but little do people know about its true essence. The functionality of Enterprise Software is much different from the usual one, as it is mainly meant to fulfill the needs of one big corporate entity. Nevertheless, it also has to fill the user niche, as satisfying people’s needs leads to an organization’s income increase. A business can choose between exciting third-party enterprise software or create a custom solution. The choice would greatly depend on the business size, the complexity of requirements, the budget, and the internal technical expertise of the company. There are plenty of ready-made enterprise software applications, but they might not meet all of the needs an organization needs. The bigger a business gets, the more various features it requires, so hiring developers to create your system is the way to ensure the most well-planned individual system. An enterprise has to create a set of requirements in order to initiate the process of enterprise software development. It is a painstaking process, as analysts have to comprehend the whole structure of an enterprise to create a particular skeleton for the development process. Nevertheless, the end product does compensate for all the investments and has some additional perks like increasing an enterprise’s prestige, as people will notice the effort of a corporate entity having its own planned network. To stay competitive, companies need to get the most out of their resources and make failures impossible to occur. Companies want to stay competitive and so their actions must be cost-efficient, adaptable, and time-saving. Enterprise software ensures the fulfillment of those specific needs by drastically improving the workflow between countless departments that make up corporate systems. That system itself is called enterprise resource planning (ERP) which without any exaggerations is the “command center” of any successful huge business. Let’s take a look at the key features that make up the core of enterprise software. A great deal of business is catering to the demands of its customers. The main issue here is the complexity of creating a universal approach for each client. Enterprise software enables the creation of a colossal network that helps gather the necessary data for the sake of customer comfort. Corporations can include millions of users and software needs a straightforward UI to provide smooth browsing of individual profiles. It is an effective way to group all the necessary information to plan a company’s further decisions on a marketing strategy. A business can have different software systems to rely on. The best way to benefit from those systems is to make them feel like one. If a user has to sign in every single time to use different services within the same company umbrella they are likely to get frustrated and stop cooperating altogether. A user wants to navigate an enterprise system as a whole, so they need one universal account. Good enterprise software neglects the need to maintain multiple login systems, which saves the company money and provides a safer space with a highly reduced probability of a breach or an error. That’s single sign-on! The global information security market is forecasted to grow to $170.4 billion in 2022. The coalescence of multiple accounts and an SSO naturally creates the need for the best secure authentication. The basic level of good security starts with multi-factor authentication where users need to provide more factors to confirm their identity. A deeper level of security should require a customization system concerning one’s password. Hashing and security questions aside, there should also be a limited time for the password usage or a number of times one user can use it before applying a new one. An additional vital way to make people’s data safe is encryption. Digitalization calls for an interrupted exchange of information and the safest way to make it inaccessible to unwanted eyes and ears is to encode it. It is more problematic for a huge enterprise to find good job candidates. It is extremely exhausting to manually search for employees by navigating dozens of sites and the probability of the needs of two sides being unmatched is extremely high. An updated system can majorly increase the capabilities of an HR manager, making them capable of quickly navigating applicants, doing follow-up calls, and assigning job interviews. That way a company can get rid of recurring monotonous tasks and fill their job openings in a more efficient way. Enterprise software is an irreplaceable tool that is meant to increase a business's efficiency. Huge companies cannot properly operate without it due to the human factor coming into play. This is the way to go when it comes to scalability, robustness, and automation. When you visit a website, it may store some basic information about you, such as your IP address, the operating system on your computer, the browser you use, ISP used to connect, location, screen resolution, etc. Some websites store login cookies on your computer, so you don't have to log in every time you visit them. But this is not all. When browsing online, you also leave enough breadcrumbs for websites and web applications to identify you. We often talk about personally identifiable information (PII), but few users know precisely what it is. Besides, there are many ways to manage personal information. Having said that, it is one thing when you protect your PII from potential exploitation, and it's entirely different when a third party manages it for you. So, let us take a deep dive to discover the term personally identifiable information or PII. Data that helps identify a specific individual is called personally identifiable information, or PII in short. For example, your social security number is a good example of** **PII Compliance because it is unique, and the number itself will lead someone to find you directly. In addition to this, your full name, driver's license ID, email address, bank account information, password, or phone number can also be considered personally identifiable information. PII has a principal role in network security, especially when it comes to data breaches and identity theft. For example, if a company that manages personal information encounters a data breach, its customers will likely suffer personal identity theft because the company-managed data will be stolen. The information related to this is stored with online marketers and brokers who trade your data to various companies that \"want to show you appropriate ads\" and provide you with an \"improved user experience.\" Advanced technology platforms have changed the way companies operate, government legislation, and personal contact. With the help of digital tools such as mobile phones, the Internet, e-commerce, and social media, the supply of all kinds of data has surged. Such data is collected, analyzed, and processed by enterprises and shared with other companies. The large amount of information enables companies to gain insights into how to better interact with customers. However, the emergence of big data has also increased the number of data breaches and cyberattacks by entities that realize the value of this information. As a result, people are concerned about how companies handle sensitive information about their customers. Regulators are seeking new laws to protect consumer data, and users are looking for more anonymous ways to stay digital. Many countries/regions have adopted multiple data protection laws like the GDPR, CCPA to create guidelines for companies collecting, storing, and sharing customers' personal information. Some basic principles outlined in these laws stipulate that certain sensitive information should not be collected except in extreme circumstances. In addition, the regulatory guidelines also stipulate that if the data is no longer needed for its intended purpose, it should be deleted, and personal information should not be shared with sources whose protection cannot be guaranteed. Moreover, supervision and protection of personally identifiable information may become a significant issue for individuals, companies, and governments in the coming years. Cybercriminals compromise data systems to access PII and then sell it to buyers willing to buy in the underground digital market. For example, the Internal Revenue Service (IRS) in the US suffered a data breach that resulted in the theft of the personally identifiable information of more than 100,000 taxpayers. Criminals used quasi-information stolen from multiple sources to access the IRS website application by answering personal verification questions that should belong only to taxpayers. Without considering the type or size of any company, all organizations must have some detailed and comprehensive knowledge of PII compliance it collects and how it can be utilized. The companies must have legal knowledge about which among the various country and state regulations related to PII is applied to some specific situation related to them. Also, it is important to consider that adopting acceptable use of privacy policies associated with this particular data can be advantageous. The security of personal identity and other details is at increasing risk today, with hackers finding new ways to hack into websites. Therefore, enterprises of all sizes must maintain PII compliance to protect the information of the company and its users. With PII compliance, businesses can maintain improved data security. Conclusion
\nIntroduction
\nWhen Do You Need Access Management?
\n1. Customer access
\n2. Protect company secrets
\n3. Provide a secure, user-friendly login experience
\nBest Practices for Access Management
\n1. Implement a zero-trust policy
\n2. Adopt the principle of least privilege
\n3. Utilize multi-factor authentication
\n4. Get rid of high-risk systems
\n5. Remove orphaned accounts
\nWrap Up
\nHistory of BGP Hijacking
\nBest Practices to Prevent and Mitigate BGP Hijacking
\n#1. Mutually Agreed Norms For Routing (MANRS)
\nFinding Cutting-Edge Enterprise Software
\nState-of-the-Art Approach
\n#1 Customer Information Management
\n#2 A Single Sign-on Authentication
\n#3 Maximum Security
\n#4 HRM
\nConclusion
\nWhat is Personally Identifiable Information
\nKey takeaways
\n\n
\nImportance of PII Compliance
\nProtection of Personally Identifiable Information
\nSelling the stolen data
\nAdopting PII compliance
\nConclusion
\n