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Five Strategies to Protect Against Ransomware and Other Cyberattacks

As organizations continue to adapt to remote or hybrid work models, it has never been more vital to have a robust cybersecurity program to better protect against ransomware attacks and other cyberattacks against company systems and personnel. Ransomware attacks have proven a particular risk in recent years, with attacks like the Colonial Pipeline and myriad attacks on health care organizations demonstrating the serious impact of cyberattacks beyond financial risks, affecting everyday life and business operations.

Ransomware and other cyberattacks are always evolving. Attackers are constantly finding new ways to infiltrate environments while trying to stay undetected. Cyberattacks can target many different points in an organization’s ecosystem, including firewall configuration, patch management, network segmentation and defensive technology. The following five strategies can help companies mitigate cyberrisk and respond to threats quickly and efficiently:

1. Strengthen Asset Inventory
You cannot protect what you do not know exists or cannot see. Having an efficient asset management program can significantly increase visibility and rapidly provide detailed information about systems in the event of a cyberattack. Organizations should document system or device types, operating systems and software used. To be more granular and aggressive, consider documenting what ports and service systems use for business functions and use that as a baseline for future firewall rules and network exceptions.

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Having a strong program is key for every organization, but is even more important in remote work environments.

2. Conduct Security Awareness Training
A comprehensive and effective security awareness program for employees benefits the organization at large. An efficient security awareness program extends visibility and cyber threat detection beyond defensive technologies applied in the environment by empowering people to be a critical line of defense. A robust security awareness training program allows employees to assist with the detection of network anomalies, suspicious emails and other potential threats.

3. Assess Antivirus and Endpoint Detection and Response Programs
Traditionally, antivirus programs have helped detect malicious activity. However, the problem with the traditional antivirus approach in modern day cybersecurity is that attackers regularly update their code to obfuscate and bypass signature-based antivirus products. By employing an endpoint detection and response (EDR) product, organizations create an efficient response to detecting malicious programs and activities based on network anomalies rather than signatures alone. If purchasing and implementing an EDR solution is not viable, consider additional layers of defense around the antivirus software. Ultimately, the goal is to increase visibility and the ability to alert upon suspicious activity.

4. Monitor and Detect New Processes
In addition to having inventory on assets, an organization should document legitimate system processes and software. Upon gaining access to an environment, ransomware downloads and executes its installer to infect the victim. Ensuring visibility into your environment can help IT and information security teams to detect programs or processes with behaviors that deviate from the norm. In turn, this allows operations and incident response teams to respond quickly in the event of those anomalies.
One example is Microsoft Windows’ AppLocker, which generates messages and alerts about anomalies such as when an attacker attempts to install an executable outside of the known baselined created. By creating baseline rules, AppLocker will create an 8003 warning message that can be collected and parsed using a security incident and event management (SIEM) product or log aggregator and monitored by the IT or information security team.

5. Network Anomaly Detection
Ransomware moves laterally across the network while infecting systems. This can be done quickly while raising flags or network anomalies such as authenticating to several systems within minutes. It is uncommon for systems or domain administrators to connect to multiple systems rapidly and on a large scale on internal networks. To differentiate between legitimate and potentially malicious activity, network administrators must first document legitimate network connections and known behaviors. This supports anomaly detection by establishing outbound and inbound connectivity from the organization’s servers.

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Once the legitimate network connection is documented and a baseline is created, you can leverage defensive technologies and monitoring programs to alert when deviations occur. Then, create alerts in firewalls and SIEM solutions to quickly detect and respond to network anomalies.

As cybercriminals become more advanced, cybersecurity programs must also evolve to identify and prevent malicious behavior. By implementing the best practices and strategies mentioned above, organizations can dramatically reduce their exposure to ransomware and other cyberattacks.

Six Considerations Impacting Strategic Regulatory Change Management

Regulatory change management (RCM) is one of the most important risk and compliance related domains in 2021, thanks to two key drivers. First, the shift from Republican deregulation to Democratic control and an expected uptick in regulatory requirements. Second, similar to the 2008 crash, the pandemic-induced economy and focus on Paycheck Protection Program (PPP) loans caused many banks to relax their regulatory exams and requirements, while regulators gave companies extra runway for transitioning processes and policies for remote/work-from-home models.

Sometimes regulatory changes are significant enough to change business strategy. In 2021, chief risk officers must be prepared to quickly adapt and react to a historically volatile risk management environment.

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When thinking about an updated, strategic regulatory change management program, here are six considerations for chief risk officers:

1. Lax compliance during the pandemic in 2020 may have introduced hidden risk for activities that normally would have had deeper oversight. 
Sometimes rule changes can also introduce new risks or eliminate a previous risk that needed to be managed, such as potential new default rates around extensions, forfeiture and other things. For example, historically low interest rates present a vexing risk for banks dealing with less profit but just as many loans to process.

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What kind of new risk may be found within those loans?

2. When communicating change across the enterprise, establish responsibility to manage it.
Once you understand which regulations have changed, prioritize those that present the most risk, identify what department’s products and processes are impacted, and determine who is responsible for managing those policies. Having a secure central repository for communicating, storing and managing compliance documentation, versus relying on employees storing information on devices outside corporate servers, is ideal.
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3. If conducting quarterly testing of compliance requirements, it may be challenging to identify key areas in advance that could slip, such as controls around IT/cybersecurity.
When the risk portfolio changes, the controls to manage those risks must be updated accordingly. Firms that may now be less dependent on management oversight and more dependent on confirmations that processes are being followed should put automated controls in place to verify those activities.

4. Companies should shift to best practice or common checklists that can be standardized and shared across the enterprise. 
Assessment checklists are a great way to ensure that all requirements are being met for a wide variety of business processes. Once checklists have been updated, cloud-based software systems can track who has access and can also notify when changes happen. 

5. Historically done manually in-house by visible teams, monitoring and testing for compliance purposes will be conducted remotely. 
The visibility of those tests presents significant challenges, and it is critical to determine how errors and issues will progress and be communicated to the remote testing teams, management, and the organization at large. 

6. Verifying and certifying online training for remote employees can be daunting. 
Creating courses formalized for online training represents a major compliance and process change, particularly for companies in industries with limited work-from-home models, such as financial services. Training materials will need to be updated for new employees, while previously trained employees will need to be retrained. 

Mitigating Construction Risks with Advanced Training Techniques

Construction is consistently ranked as one of the riskiest jobs in the United States. Fluid workforces, high-risk scenarios and a communication disconnect between home office and front-line workers all result in the very real possibility of serious injury or even death.

One of the major challenges in the construction industry is getting information and training to the front-line workers who face the most risk, but are often the least informed. Company emails and company-issued phones go as far as the foremen but do not always make it down to the crew themselves. Training is not always readily available or is more compliance-based than it is practical for the day’s work. This creates major risks for front-line workers, contractors, insurers and anyone involved with ensuring construction projects are safely and accurately completed. As a result, the construction industry is increasingly turning to new virtual and mobile technology tools. In an effort to improve its communication and training practices and provide critical information to its workers.

Visualizing High-Risk Scenarios

New, interactive modules are allowing safety teams to offer more effective and engaging job-site training in the form of videos, quizzes, virtual reality and 3D simulators. Exposure-based training platforms can also provide a “hands-on” experience, giving front-line workers the opportunity to encounter different situations while in a safe environment.

For example, a 3D simulation of a “hazard hunt” tests workers by having them identify all of the potential hazards on a building such as tilt, unsafe conditions and proximity to power lines and how to mitigate those risks. Fire safety prevention can be made into an immersive experience to help a worker identify the proper fire extinguisher based on the simulated fire, increasing the likelihood that they will make the right choice in the event of an emergency.

Simulations can also take tradesmen step-by-step through the process of working on specific tasks, allowing them to learn the process from start to finish and monitoring for the most common risk exposures. To become a signalman when working with cranes, the current process is to watch videos and memorize the hand motions. With simulators, workers can now be put into specific scenarios and learn how to proceed in the safest way and without endangering the person or equipment. Ultimately, new exposure-based training helps workers overcome any natural inclinations that put them in harm’s way and increases their awareness of all the risks of a specific task or job site.

Facilitating Effective Communication

Construction workers may be on a site for three months, or they might work on a job for one day. In both cases, contractors take on the same level of risk when it comes to ensuring each employee is appropriately trained. And with a workforce that is constantly in motion, construction managers face the challenge of tracking who has been trained on what. Paper filing systems and limited access to the training records while onsite can lead to oversights when it comes to identifying improperly trained workers.

Virtual training allows contractors to more easily track exactly who is trained on what, and store the important documents in a digital archive. By keeping critical information readily available digitally, onsite managers can more quickly confirm and step in if someone is not properly trained and manage overall communication for the duration of the project even as the job site’s workforce changes.    

Builders are also using digital communication platforms to address the communication disconnect between the home office and the front-line workforce, and in order to reduce the risk of miscommunication. These apps allow teams to send messages, emergency alerts and even just-in-time training videos that can highlight safety hazards specific to the job site to individuals or entire crews in an instant, helping to reduce unnecessary work stoppages and operational friction. They can also deliver micro-training refresher courses so that workers can better retain and implement the new knowledge and skills they have learned.

By deploying new types of digital training techniques, companies can improve communication and provide the front-line workforce with the right information to make safe decisions on a job site, reducing overall risk and most importantly, ensuring that their workers get home safely.

Mitigating Payment Fraud Risks

For businesses that thrive on person-to-person transactions, cash is quickly being replaced by cards, as well as tap-to-pay systems, mobile wallets and QR-based payment systems. These technologies will continue to dominate the market in the near future, but the long-term future of the payment card industry will likely be shaped by the impact of blockchain and artificial intelligence. These developments will eventually also impact risk management, marketing and financial planning, as they present opportunities for serious risks, including fraud. Hence, it is imperative for risk management professionals to plan for these short- and long-term changes in the industry.

Strong risk monitoring requires proactively assessing threats and planning mitigation measures to minimize risk impact on the company or organization. To help mitigate payment fraud risks, businesses can take the following steps:

Train your Employees Regularly

The more regularly you train your employees, the more likely are they to spot suspicious behavior, no matter what payment technology the business uses. Repeated and regular trainings are essential because employees tend to forget what they have learned with time. These training workshops should teach the workers to never accept damaged cards from customers, confirm customer identities, and never enter a card number manually.

Use Contactless and EMV-Enabled Terminals

As payment technology changes, businesses must evaluate what options are safest and least prone to fraud. Currently, businesses should use EMV (short for Europay, Mastercard and Visa), which involves chips embedded into payment cards—a significant step in making transactions safer. The introduction and adoption of EMV-enabled secure terminals, particularly when using PIN and EMV security together, has helped merchants and customers prevent fraudulent transactions.

Contactless smartcards such as chip and magnetic stripe cards use contactless payment, which can present another secure way to process transactions. Most EMV terminals are also enabled with contactless payment. At such terminals, a fast and secure transaction is possible using Near Field Communication (NFC) or Radio-Frequency Identification (RFID) via smartcard or smartphone. If a merchant chooses to use contactless payment without PIN, they can put a limit to the amount spent on each contactless transaction to further minimize risk.

Beware Uncommon Transactions

Transactions that involve unusually large purchases could be a sign of potential fraud. Businesses should examine such transactions closely and confirm the identity of the customer. Similarly, if several purchases are made with a card in a short timeframe, it could indicate that the card was stolen and being used by someone other than the owner.

Maintain Online Security

As merchants and consumers shift to contactless and EMV-enabled point of sale terminals, risk has shifted towards online transactions. To mitigate this risk, it is important for online businesses to use the Address Verification Service (AVS), which verifies that the billing information matches the one registered with the card issuer. Vendors should also ask for Card Verification Value 2 (CVV2) to verify that the user has the card in hand when placing the order. Another important check is to put a limit on an IP address for the number of cards it can use for online transactions.

Prevent Employee Fraud

Employee fraud is always a major concern for risk management professionals.  Businesses should remember to keep an eye on credit card activity, particularly returns, as employee theft often shows up in fake discounts or returns. Companies should create alerts that set limits on returns at stores and notify management any time those limits are exceeded.