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How to Avoid Increased Risk from Phishing Attacks

How to Avoid Increased Risk from Phishing Attacks After SVB Shutdown 

Reports of cybercriminals registering suspicious domains after the Silicon Valley Bank shutdown indicate potential coordinated campaigns to trick account holders and users across industries, including tech, life sciences, and investment firms. Learn how to avoid these phishing attacks.

 

What is a common indicator of a phishing attempt

 

Since the news about Silicon Valley Bank (SVB) dropped, much of the focus has been on how the shutdown happened and the implications for the industry and the economy at large. However, amidst the worry about the impacts lies another danger—the risk of increased cyber-attacks, particularly from phishing attempts and other social engineering. Of course, it is essential always to remain vigilant, but bad actors often take advantage of opportunities like this to ramp up their efforts.

A sudden change in business procedures can create a vulnerable window of opportunity for cybercriminals to launch malicious campaigns. As we’ve seen with other incidents, attackers have taken advantage of any vulnerabilities arising from the disruption to perpetrate attacks on other companies.

It has been reported that cybercriminals have been registering suspicious domains after the Silicon Valley Bank shutdown that can be used in coordinated campaigns to trick end-users into sharing sensitive information.

With this in mind, organizations must remain extra vigilant for phishing attempts and other social engineering tactics during times of uncertainty that cybercriminals can exploit.

How to Avoid Phishing Attacks?

Here are some tips to help your firm avoid phishing attacks:

  • Expect an increase in phishing, social engineering, and phone calls and email attempts to gain access to your data and accounts.
  • Attackers will use language to appeal to your emotions. For example, click this now, urgent, your money is running out, etc.
  • Finance teams must carefully verify and validate any account changes or new account requests.
  • Implement multifactor authentication if your organization does not already employ it.
  • Ensure that employees are aware of the increased risk and ensure they can recognize social engineering and phishing attempts.
  • Follow up with a regular training program for end-users to ensure employees are always ready to identify the latest tactics utilized by cyber attackers.

What is a common indicator of a phishing attempt?

  • Here are some of the usual signs of an email phishing attempt. Often phishing schemes will include several of these markers.
  • An email sent from an address that does not match the domain associated with the sender. For example, if you receive an email from someone claiming to be from SVB but with a different domain name in the “from” field, this should be a red flag.
  • Emails with misspelled words and grammatical or syntax errors could also signal a malicious attempt.
  • Emails that include links or attachments should be carefully scrutinized. It is always best to err on the side of caution and not click links or open attachments until you can confirm that they are from a trusted source.
  • Unsolicited emails that ask for or direct you to a link or document asking for personally identifying information (PII) like passwords, wire transfer details, login credentials, or other sensitive data should be treated with extreme caution.
  • Finally, if an email contains a sense of urgency, includes offers of immediate assistance, or requests payment now, this could be a sign of a phishing attempt. Again, be sure to take the time to independently verify the request before taking any action.

If you encounter any of these signs, it is best to flag the email and alert your IT department immediately. Taking precautions to protect yourself from phishing attempts is critical in safeguarding your company’s data.

Related Content: Why are Phishing Emails so Dangerous, and How Can You Spot Them?

It is essential to remain vigilant when there is heightened risk from cyber criminals taking advantage of a highly volatile situation like SVB’s recent closure. By following best practices such as implementing multifactor authentication, conducting end-user training, and relying on a multilayered cybersecurity program, you can protect your business from cyber criminals looking to take advantage of the uncertainty during this and the next inciting incident.

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What is cyber hygiene and cyber hygiene best practices?

What is Cyber Hygiene & Why is it Important? (Best Practices)

Cyber HygieneWhat is Cyber Hygiene?

The consistent implementation of cybersecurity best practices to ensure the security and handling of your networks and critical data is what is known as cyber hygiene. Coretelligent will be sharing information and resources to help you fortify your cyber hygiene and keep your business safe from  threats.

7 Cyber Hygiene Best Practices

We have put together a list of cybersecurity tips as a quick introduction to persuade your team to assess your firm’s current security readiness from a cyber attack.

  1. Double (or triple) up on login protection.

    Enable multi-factor authentication (MFA) across your organization for all accounts and devices to ensure that only authorized users gain access to your secure data. CISA’s Multi-Factor Authentication (MFA) How-to-Guide is a good resource for more information.

  2. Shake up your password protocol.

    According to the NIST guidance, users should consider using the longest password or passphrase permissible. Encourage end-users to switch up passwords across applications, accounts, and websites. Using unique, strong passwords can make it more difficult for cybercriminals to gain access and protect your organization in the event of a breach.

    A password manager and online password generator can be employed to generate and for remembering different, complex passwords. Another solution is to employ SSO to control passwords centrally and avoid user password sprawl across various platforms, which can lead to poor password choices, reuse, and insecure safekeeping.

  3. If you connect, you must protect.

    Whether it’s a laptop, smartphone, or another networked device, the best defense against viruses and malware attacks is to perform updates on a regular basis to verify that the latest software updates get applied to your software, browser, and operating systems.

    A plan that includes the automatic security update is a critical layer of security and part of a multi-layered defense strategy.

  4. Don’t get hooked.

    Cybercriminals use phishing tactics, hoping to fool their victims. So, if you’re unsure who an email is from—even if the details appear accurate— or if the email looks phishy, do not respond, and do not click on any attachments or suspicious links in emails.

    Instead, report the phishing attempt to help your IT team and email provider block other suspicious fake emails before they arrive in your inbox. In addition, the use of random phishing simulations is a valuable exercise to help end-users spot phishing attempts.

  5. Beware of social engineering traps.

    Many people don’t realize that many of the posts seen on social media asking for seemingly random details are created by criminal networks. They use these posts to gather data that can be mined for potential passwords and other secure information.

    For example, posts like, “What car do you wish you still had?” or “Tag your childhood best friend” can be used to help criminals work out the answers to your security questions.

    Not only can these tactics impact personal data but are used to target employees in order to gain access to corporate networks. Read CISA’s Social Media Cybersecurity Tip Sheet for more information about good social media and cybersecurity practices.

  6. Don’t forget about mobile.

    Most connected Internet of Things devices are supported by mobile applications. Mobile devices are often filled with suspicious apps running in the background, or using default permissions users never realized they approved, which are gathering personal information and login credentials without the user being aware.

    A robust cybersecurity posture should include a plan for protecting data from employees using compromised mobile devices to access to corporate networks.

  7. Stay protected while connected.

    Using Virtual Private Network (VPN) for employees remotely connecting is the best way to protect networks. A VPN creates a secure connection that encrypts information so that it’s hidden as it travels. This connection makes it harder for attackers to see and access data.

    VPNs are essential when accessing sensitive data like personally identifiable information (like social security numbers) or protected health information, especially when using public wi-fi networks. In today’s hybrid workplace, VPNs are a must to protect against suspicious activity.

From a phishing attack to a ransomware attack, cyber threats are constantly evolving. If you are unsure whether your firm employs good cybersecurity hygiene best practices or not, then it may be time for a security check-up.

Remember, cybercriminals will use any security vulnerabilities they can find to gain access and steal data. You can start with these cybersecurity tips and move on to using our free Cybersecurity Checklist to review your security measures.

Download the Cybersecurity Checklist

 

Coretelligent is here to help with advice from our cybersecurity experts. Protect your business and learn more about our enhanced managed cybersecurity services designed specifically for small-to-mid-sized companies. Reduce your risk from security incidents – contact us today for help responding to your cybersecurity gaps.

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Multifactor Authentication

Multifactor Authentication: A Critical Piece of Your Cybersecurity Strategy

 

Multifactor authentication (MFA) is a security technology that requires multiple methods of authentication from distinct categories of credentials to verify a user’s identity. It is a crucial component of a robust multilayered cybersecurity posture to help mitigate the risk of a cyberattack.

It is also considered a best practice for organizations of all sizes and across all sectors to meet compliance standards—especially in highly-regulated sectors like financial services and life sciences.

Multifactor AuthenticationMultifactor Authentication Explained

The multifactor authentication method should be familiar to all readers at this point. Companies from Apple and Google to Facebook and Amazon utilize (or require) multifactor authentication to reduce risk. Many more will follow in their footsteps as the threat landscape intensifies from cyberattacks and data breaches and as more regulatory agencies require the process.

When MFA is implemented, systems require users to present a combination of two or more qualifications to verify their identity for login. The first authentication consists of a password, which is all that’s required with single-factor authentication. The second verification can vary but often involves asking for a code sent via text or email to a device or account that has previously been verified.

MFA increases security because even if one credential becomes compromised, unauthorized users will not be able to meet the second authentication requirement and will not be able to access the device, network, or database. MFA prevents the unauthorized access of data—including personally identifiable information, intellectual property, and financial assets—by a third party who may have discovered a single password through illegal channels or via a phishing attack.

Multifactor authentication is an element of identity and access management, which consists of policies and practices designed to manage access to enterprise resources and keep systems and data secure. Additionally, Privileged Access Management (PAM) is a subset of IAM that allows for an even more granular distinction between users and access to more sensitive data.

Two-Factor vs. Multifactor vs. Adaptive

  • Two-Factor Authentication (2FA) is the simplest and most common form of multifactor authentication. With 2FA, users must supply two distinct proofs of identity for access. In nearly every case, two-factor authentication is a massive improvement over single-factor.
  • On the other hand, 2FA might not be flexible or robust enough for certain situations and specific industries. With MFA, more than two factors are required for authentication, enabling more variables and security. To elaborate, MFA can grant degrees of access across a broad spectrum of possibilities depending on various data points and multiple factors obtained from the login.
  • Adaptive Authentication is yet another certification tool that uses contextual information and business rules to determine which authentication factors to apply to a particular user, at a certain time, and in a specific situation. It combines user authentication with AI and is an effective tool for balancing security requirements and the user experience. Adaptive MFA also makes access decisions based on data, such as: consecutive login failures, geo-location, geo-velocity (or the physical distance between consecutive login attempts), device type, time of day, and 3rd party intelligence data.

MFA and Multilayered Cybersecurity

While MFA can help strengthen your security, it is still best employed as part of a multilayered cybersecurity program based on a defense-in-depth strategy. Defense-in-depth is a cybersecurity model that employs continuous multilayered security for real-time, holistic protection. The reality of today’s cyber threats is that no one cybersecurity practice is enough to protect on its own. Instead, overlapping layers of cybersecurity protections are recommended. A layered defense helps security organizations reduce vulnerabilities, contain threats, and mitigate risk.

It is also important to note that it is still critical to practice good cyber hygiene, even with MFA. Organizations should set password management policies and educate end-users about best practices. Such policies should include requirements for unique passwords and review the frequency of password rotation, among others.

Related Content →  Evaluate your cybersecurity posture with our  Cybersecurity Checklist.

What is Right for Your Organization?

The answer to this question depends on the specific needs of your business. However, in general, as the threats faced by organizations have become more sophisticated, it has become clear that single-factor authentication is no longer enough to protect data and systems.

Organizations must implement additional layers of security, and MFA is an essential part of that process. Therefore, when selecting an MFA solution, it is important to consider your firm’s needs and choose a solution that will be easy to use and manage by both your IT team and your end-users.

Reach out to our security experts for help in determining which is the right solution for your business and security needs. We can help you assess your risk exposure, determine any compliance requirements for your sector, and evaluate the ease of deployment and implementation necessary, along with other factors.

About Chris

As Chief Technology Officer at Coretelligent, Chris Messer is a transformational and strategic IT leader who establishes and leads Coretelligent’s technical vision and technological development. Click here to learn more about Chris.

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IT Security and Compliance

IT Security and Compliance. What’s the Difference?

IT Security and ComplianceSecurity and compliance are often used interchangeably in IT, but that is actually a misnomer as they are not equivalent. So, just what are the differences between IT security and compliance?

Security and compliance are equally important but for varying reasons. Whereas security drivers are related to mitigating business risks, compliance drivers are regulatory or legal in nature. Compliance and security have similar objectives around managing risks and securing sensitive data and systems but have different processes and workflows to accomplish these goals.

Compliance involves applying regulatory standards to meet contractual or third-party regulatory requirements.  In contrast, security constitutes the implementation of adequate technical controls to protect digital assets from cyber threats.

 

IT Security and Compliance

Still, again, they are similar but not equal. So why is the distinction between security and compliance important? It is significant because implementing one without the other could lead to devastating consequences for your company.

Cybersecurity

Ask yourself, “Would it be a significant hardship if company assets are stolen, compromised, misused, or destroyed?” The answer is, “Of course.” That’s the motivation behind implementing cybersecurity—the desire to protect the confidentiality, integrity, and availability of company assets through security controls and best practices.

IT security is unique to each organization—the measures set by one entity may be entirely different from those of another. Security focuses on comprehensively mitigating any risk that may threaten an organization’s data confidentiality, availability, and integrity—it relates to all the electronic and physical data of an organization and not just those covered by compliance.

We don’t walk around with our bank account or social security numbers on our foreheads—that would be reckless. Instead, we do our best to secure sensitive information from individuals who want to steal it because securing valuable data is a prudent action to reduce the associated risks of identity theft and drained bank accounts.

Cybersecurity acts the same way. Recognizing the risks, smart business leaders choose to secure assets to protect their business from harm and keep their business. The fallout from inadequately securing business assets can lead to loss of business revenue, costly lawsuits and settlements, theft of intellectual property and proprietary information, reputational loss, inability to operate, and business shutdown.

IT Compliance

The confusion between the two functions arises because the outcomes from implementing compliance measures often overlap with implementing security measures. However, the motivation behind organizational compliance is to ensure that obligations and requirements are satisfied to avoid negative consequences and ensure business viability.

These external compliance requirements and standards include a range of often intersecting and complicated networks of government, industry, financial, and even customer requirements. Cybersecurity is often a small part of a greater set of requirements. Examples include:

  • Self-regulatory organizations like PCI Security Council (PCI DSS) and Financial Industry Regulatory Authority (FINRA)
  • Governmental bodies like the U.S. Securities and Exchange Commission (SEC)
  • Government regulations, including Gramm-Leach-Bliley Act (GBLA), FTC Safeguard Rule, Sarbanes-Oxley (SOX)
  • Privacy standards, including HIPAA/HITECH, GDPR, CCPA
  • Technical Standards and Certifications, including ISO27001, SOC2
  • Control frameworks, including NIST CSF, CIS Critical Security Controls
  • Client SLAs
  • Due Diligence requests (DDQ)
  • And more depending on your industry and other factors.

Looking at the worst possible outcomes, the legal and financial ramifications of non-compliance with these and other standards would lead to your organization paying hefty fines and penalties, facing costly lawsuits, being blocked from working in certain locations and industries, not being able to take payments, loss of financing and investors, not being able to acquire insurance, and more.

The Big Picture

The reality is that neither IT security nor compliance lives in a vacuum. Instead, they are complementary—symbiotic even. They successfully function from a mutually beneficial association that enhances and reinforces the benefits of each other. One without the other would be like trying to make water without oxygen or hydrogen.

Being compliant with a specific set of standards is not the same as having an effective and robust information security system. Compliance simply measures whether your security protocols meet a given set of one-size-fits-all security standards at a given point in time.

A robust security system makes it easier for an organization to meet compliance standards since most of the needed controls will already be in place. All that would remain, to attain compliance, would be documentation work and adhering to industry-specific policies.

It’s All About Managing Risk

The real question every business leader should be asking is how to leverage both security and compliance to reduce exposure and risk. Compliance establishes a comprehensive baseline for covering an organization’s overall posture. At the same time, security practices build on that baseline to ensure that the business is protected from every angle.

It’s all about risk. Or, more accurately, reducing risk. And security combined with compliance is the one-two punch every business needs to minimize risk and protect assets.

For companies of any size, Governance, Risk, and Compliance (GRC) is about aligning cyber and information technology with business objectives, while managing risk and meeting regulatory compliance requirements. Therefore, an effective GRC strategy is essential because it pulls together the complexity of various risk, compliance, and governance functions into a single strategy.

Successful companies address cyber risk in a business context. From that point of view, avoiding fines and data breaches are preferable. In establishing and implementing compliance and security, smart leaders treat them as a risk-management concern and just not an “IT problem.” Integrating your security and compliance teams into your risk assessment program will lead to mutually assured success.

Additionally, certain industries, like financial services and life sciences, have overlapping requirements originating from a variety of sources which can make fore a complicated matrix to follow. Working with an IT vendor who specializes in your particular industry is ideal to ensure compliance across all regulations.

Choosing the right security and compliance solutions is also critical. Operating with a “checkbox” approach to either compliance or security will lead your organization towards a rocky future. Instead, focus on developing and adhering to robust policies and choosing the right solutions based on your industry needs, risk assessment, and business goals to satisfy and streamline your compliance and security activities.

JasonAbout Jason

Jason Martino is passionate about the intersection of security and compliance. He is responsible for Coretelligent’s internal cybersecurity programs, governance, risk, compliance activities, and educating staff and customers on an ever-evolving threat landscape.

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Cybersecurity for Broker-Dealer Firms

Cybersecurity Threats Faced by Broker-Dealer FINRA Firms

Cybersecurity for Broker-Dealer FirmsAs a broker-dealer firm executive, you know that one of FINRA’s key mandates is to help prevent cyberattacks against its regulated firms. The Financial Industry Regulatory Authority, or FINRA, is, of course, a not-for-profit regulatory organization authorized by Congress to protect investors and ensure market integrity in the United States. This post will explore some of the most common cybersecurity threats faced by FINRA firms.

What are the Most Common Cybersecurity Threats for Broker-Dealer Firms?

Now more than ever, broker-dealer firms rely on their technology infrastructure the cyber landscape presents a regular number of security challenges requiring robust preparedness for brokerages and other financial services firms.

1. Imposter Websites

According to FINRA, member firms routinely report phony websites posing as FINRA members and using registered names and company data to establish fraudulent sites that market investment services and products. These sites attempt to steal both personal information and money by leading visitors to believe they are interacting with a bona fide business.

2. Customer And Firm Employee Account Takeovers (ATOs)

Email account takeovers can occur with both customer or firm personnel accounts and begin with a comprised email account. Cybercriminals can gain unauthorized access to email accounts through data breaches, phishing emails, or websites that trick users into clicking on malicious links allowing them to execute unauthorized transactions in financial accounts, firm systems, bank accounts, and credit cards.

One of the dangers of an ATO for an employee account includes criminals creating fake identities to establish accounts for automated clearing house (ACH) or wire fraud.

3. Malware and Ransomware

Malware is malicious software and can take many forms, including viruses, spyware, and ransomware. These malevolent programs can steal data, encrypt it, delete it, and even hold it for ransom by infiltrating and taking over computing operations. Phishing is one of the most common ways that malware is introduced. Ransomware is a type of malware that, when launched, can encrypt data and prevent access to networks until a ransom is paid to the attacker.

4. Data Breaches

A data breach is a security incident in which hackers gain unauthorized access to confidential data like financial records or personally identifiable information (PII). Data breaches can lead to financial losses, reputational damage, lawsuits, and fines and penalties.

What Can FINRA Firms do to Prepare?

Core Cybersecurity for Broker-Dealer FirmsEarlier this year, FINRA, along with the SEC, Homeland Security, and other agencies, alerted members to the increased likelihood of cyber attacks as part of the invasion of Ukraine with a Sheilds Up warning.

In a recent op-ed, written by Jen Easterly, the director of CISA, and Chris Inglis, the national cyber director, the pair consider when the Sheilds Up warning might be lifted:

“When will we be able to put our shields down? In today’s complex, dynamic, and dangerous cyberthreat environment, the answer is that our shields will likely be up for the foreseeable future.

For broker-dealer firms, this means continuing to follow the guidance provided by FINRA as well as cybersecurity professionals with experience within the financial services sector. There are cybersecurity controls that can mitigate the risk of cyber attacks.

To learn more, download our Guide to Effective Cybersecurity Controls for Broker-Dealer Firms.

Additionally, our Cybersecurity Threats and Effective Controls for FINRA Firms Infographic provides a quick overview of the threats faced by FINRA firms, as well as the controls to implement to reduce the risks from those threats.

Combining Cybersecurity Controls and Expertise

Balancing business initiatives with security and technology can seem challenging, particularly for broker-dealer firms without an internal team of cybersecurity experts, but Coretelligent can help. We offer our expertise and robust cybersecurity solutions to solve the challenges of the highly regulated financial services industry. In addition, we have years of experience working with broker-dealer firms and other firms like hedge funds, venture capital, and family offices. As a result, we understand the pain points these firms face in the digital world and have the solutions—from compliance and cybersecurity to growth and business transformation—to solve them.

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What is the CIA Triad?

What is the CIA Triad? Definition & Examples in Cybersecurity

CIA Triad

What is the CIA Triad?

The CIA Triad is a fundamental cybersecurity model that acts as a foundation in the development of security policies designed to protect data. The three letters in CIA Triad stand for Confidentiality, Integrity, and Availability.

In theory, the CIA Triad combines three distinct means of interacting with data to create a model for data security. First, the principle of confidentiality requires that only authorized users have access to data within a system.

The second tenet of integrity imparts the necessity of the trustworthiness and veracity of data. The final component of availability dictates that data must be accessible where and when users need it. The intersection of these three concepts is a guiding framework for protecting digital information.

What Are the Origins of the Triad?

As much as the name implies, the CIA Triad is not related to the Central Intelligence Agency; although, their cyber security program almost assuredly utilizes the model.

The individual principles have existed since even before computer data became a reality in the mid-twentieth century. And they were independently utilized in data security since then, but it is not known when the tenets were first thought of as a triad.

The term is mentioned in the 1998 book Fighting Computer Crime, and it appeared to be the standard among security practices at that time. No matter when the idea of the Triad was first conceptualized, the principles have long been in use by security professionals who understood the need to make information more secure.

Where Does the CIA Triad Fit into Cybersecurity?

Effective protection of digital assets begins with the principles of the CIA Triad. All three tenets are necessary for data protection, and a security incident for one can cause issues for another. Although confidentiality and integrity are often seen as at odds in cybersecurity (i.e., encryption can compromise integrity), they should be balanced against risks when designing a security plan.

The CIA Triad forces system designers and security experts to consider all three principles when developing a security program to protect against modern data loss from cyber threats, human error, natural disasters, and other potential threats. It is a springboard for conceptualizing how information should be protected and for determining the best way to implement that protection within a given environment.

Related Content →  The Future of Analytics is in Data Governance: Are You Prepared?

A Deeper Look at the Three Pillars in Action

Remember that the CIA Triad is made up of the core tenets: confidentiality, integrity, and availability. CIA Triad

  1. Confidentiality refers to protecting information such that only those with authorized access will have it.
  2. Integrity relates to the veracity and reliability of data. Data must be authentic, and any attempts to alter it must be detectable.
  3. Availability is a crucial component because data is only useful if it is accessible. Availability ensures that data can be accessed when needed and will continue to function when required.

That’s the theory behind the Triad. Now, we will take a look at how Triad is put into action cyber security strategy with some real-life examples.

→ Putting Confidentiality into Practice:

  1. Data encryption is one way to ensure confidentiality and that unauthorized users cannot retrieve data for which they do not have access.
  2. Access control is also an integral part of maintaining confidentiality by managing which users have permissions for accessing data.
  3. Life science organizations that utilize patient data must maintain confidentiality or violate HIPAA.

→ Putting Integrity into Practice: 

  1. Event log management within a Security Incident and Event Management system is crucial for practicing data integrity.
  2. Implementing version control and audit trails into your IT program will allow your organization to guarantee that its data is accurate and authentic.
  3. Integrity is an essential component for organizations with compliance requirements. For example, a condition of the SEC compliance requirements for financial services organizations requires providing accurate and complete information to federal regulators.

→ Putting Availability into Practice:

  1. Employing a backup system and a disaster recovery plan is essential for maintaining data availability should a disaster, cyber-attack, or another threat disrupt operations.
  2. Utilizing cloud solutions for data storage is one way in which an organization can increase the availability of data for its users.
  3. As the reliance on data analytics expands, the need for data to be available and accessible grows for sectors like financial services and life sciences.

Is the CIA Triad Limited as a Cyber Security Strategy?

As the amount of data explodes and as the complexity of securing that data has deepened, the CIA Triad may seem to be an oversimplification of the reality of modern-day cyber security strategy. However, it is critical to remember that the Triad is not actually a strategy; but instead, it is a starting place from which a security team can create a strategy.

It is a foundational concept on which to build a full-scale, robust cyber security strategy. It cannot eliminate risk, but it can help prioritize systemic risks to address them better. Additionally, the CIA Triad cannot prevent all forms of compromise, but it helps reduce the likelihood of unnecessary exposure and can help decrease the impact of a cyber attack.

Related Content → Is Your Security Posture Negligent? Not with Multi-layered Cybersecurity.

Why the CIA Security Triad is Essential

The Triad is essential because it is a reliable and balanced way to assess data security. It weighs the relationship between confidentiality, integrity, and availability from an overarching perspective. The framework requires that any attempt to secure digital information will not weaken another pillar of defense.

Additionally, the CIA Triad effectively identifies risk factors in IT systems. It is also a gateway for even more advanced risk assessment and management tools, such as the Common Vulnerabilities and Exposures (CVE) list and the National Vulnerability Database.

How Does Coretelligent Utilize the CIA Triad?

Coretelligent incorporates the core tenets of the CIA triad into our cybersecurity, managed IT services, cloud solutions, and more. In addition, we practice defense in depth strategy, which is a system of overlapping layers of protection that range from easy-to-implement controls to complex security measures.

These layers are designed to create an interlocking barrier, not unlike the security system at your home.

We guide our clients on how best to balance making their data secure, available, and reliable. To learn more about our solutions, reach out for a consultation with our team.

Related Content →  Evaluate your security readiness with our  Cybersecurity Checklist.

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Proactive cybersecurity support

Proactive Cybersecurity Support Can Reduce Risk and Improve Operations for Your Business

Proactive cybersecurity solutionsImproving the operation of your business often starts with consolidation: creating a more cohesive structure that eliminates redundancy and slashes inefficiencies throughout the organization. Business leaders have been focused in this direction for generations, often looking for the smallest advantages that will allow them to outpace the competition. With the renewed focus on cybersecurity, it’s not unusual for businesses to focus more on protecting the security of their organization than attempting to improve operational excellence. What you may not realize is that some of the same initiatives that will help smooth operational hurdles can also provide added levels of cybersecurity. What can be difficult is finding the spaces where you can bring these goals into alignment and create a comprehensive strategy that addresses the holistic needs of the organization and provide proactive cybersecurity support.

Shifting Cybersecurity From a Defensive Strategy

As hackers continue to expand their reach throughout the business community, technology leaders often double-down on the defensive postures that can help guard against the immediate threats of ransomware, phishing emails and direct data breaches. While these are important steps, it’s also important that you create a more active role for cybersecurity within the organization. Consider the cybersecurity and data security compliance requirements as enablers of innovation that will help the business move forward, instead of restrictive policies that are being forced upon the organization. This mental shift offers a broader scope that can become a platform for evolutionary change within the business.

Proactive Cybersecurity Support as a Competitive Advantage

The same work that you’re doing to build your cybersecurity posture and disaster recovery strategies provides your business with an opportunity to review business processes that have been part of institutional knowledge for years and challenge the status quo. Businesses often find that there are high-level items that can quickly be resolved, as well as finding deeper growth options that will reduce work blockages and help you maintain a greater velocity for your business. Business leaders may find that situations that have been causing inefficiencies can be overcome if the changes are in alignment with best practices for cybersecurity and business continuity. In this way, focusing on cybersecurity actually becomes a competitive advantage for your business, tightening operations and removing inconsistencies. While it is easy to see how these strategies could enhance the operations of the organization, getting started or even scoping the breadth of the necessary changes can be overwhelming. This is one of the reasons that businesses are shifting to a co-managed IT services model that allows internal teams to focus on the future while the day-to-day operations and Help Desk support are managed through a network of trusted providers.

Protect your business from operational slowdowns when you explore the Co-Managed IT Services from Coretelligent. This approach allows us to empower your internal technology teams to drive innovation at scale while relying on Coretelligent to provide the best-in-class cybersecurity and infrastructure solutions that your business needs. Our team has expertise providing trusted technical support, in-depth strategies, planning and more to a range of businesses from life sciences and financial services to manufacturers.

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Outsourced IT

5 Ways Outsourced IT Solutions Can Boost Revenue and Productivity

Outsourced IT SolutionsEven with all of the available technology solutions, one of the biggest challenges you will continue to hear from technical teams is lack of time. Everything from upgrading current platforms to researching new solutions requires dedicated focus, and the ability to shut out all by-the-minute frustrations and do the work required to move your organization into the future. It’s not surprising to find that many business professionals feel as though they are being shut down by IT teams and attempt to “go rogue” — something that would be less likely to happen if IT teams are able to meet their needs more quickly. Outsourced IT solutions is a cost-effective and practical way to solve these challenges.

As the cost of cybercrime around the world rises into the trillions and companies look to IT for differentiation, it’s clear that something in the traditional business model that includes standalone internal IT teams simply must change. Working with a trusted and reliable outsourced IT provider offers a way for internal teams to retain control of their solutions while offering ways to expand the reach of technology to support new and unique business models.

  1. Help Team Members Focus on What Matters the Most

Time and resources are always a constraint for businesses, so how do you choose where to focus your efforts and attention? Technology is ever-changing, and it can be extremely difficult for small teams to find the time to keep new projects moving forward and support a complex IT infrastructure. When you work with an outsourced IT services provider, your internal teams suddenly gain hours each day — time that isn’t spent tracking down passwords, freeing up storage solutions, administering software and more. This helps boost the focus for your over-leveraged technical teams, allowing productivity to skyrocket on these critical innovations your business requires.

  1. Gain Access to Enterprise-Scale Solutions

It’s easy to envy enterprises with their near-unlimited resources, extensive IT budgets and expansive technology teams. Fortunately, IT managed services providers are able to provide you many of the same resources used by these larger companies without the upfront investment or ongoing costs that are usually required. Since an outsourced IT company works with many different clients, they can often afford to provide you with enterprise-scale solutions for network infrastructure, VoIP calls, data storage and cybersecurity. Plus, you’re not tasking internal teams with learning yet another software platform — instead, you are relying on a trusted partner to administer these solutions using ever-changing industry best practices.

  1. Enhance Your Cybersecurity Profile

Government technology leaders agree: cybersecurity is on the rise and your company has never been at greater risk. Companies of all sizes are vulnerable to these rising attacks, 2021 saw a year over year 17% increase in reported attacks . Without a robust and multi-layered approach to security, you are putting your company in a dangerous situation. Remediation after an attack is extremely costly, with companies citing losses of millions of dollars per data breach for remediation, customer notifications, lost revenue and more. Having access to the enterprise-scale tools and information you need to maintain business operations is a mission-critical endeavor for organizations — particularly those in the life sciences, financial services or other high-touch, fast-moving businesses.

  1. Empower Business Teams with Rapid Problem Resolution

When your business teams are confident that their problems can be quickly resolved, they are able to reduce their stress levels and the time spent on stressing over any technical issues. Having the least amount of uncertainty in your business processes can cause teams to fall into a low period in terms of activity, particularly in complex projects with many moving parts. Outsourcing your IT help desk support provides the peace of mind your teams need to know that any reported problems can be quickly resolved — allowing teams to maintain their forward momentum on important projects.

  1. Improve Your Customer Experience

Are your customers citing issues such as slow response times to customer service inquiries, the latency on your websites or other problems that can be tied back to your network operations or data storage solutions? Having a single point of contact for your IT infrastructure and help desk solutions helps aggregate these issues and allow them to bubble up for quick remediation. Your customers will appreciate the ability to rapidly access their information and your services, and reward your company with additional revenue and improved reviews. Customers are unwilling to wait for information or service answers for more than a few minutes. Don’t frustrate your clients and your staff with slow-moving networks that don’t offer the optimal experience.

Pulling together all of the various aspects of your IT solutions often requires working with several different service providers, but that’s not the case when you partner with Coretelligent. Our deep experience in a wide range of industries allows us to leverage cross-functional knowledge to provide the smooth and exceptional IT support that your company deserves.

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Russian Cyber Attacks

U.S. Shares Threat Intelligence. Prepare for Russian Cyber Attacks

Russian Cyber AttacksPresident Biden released a statement Monday warning about “evolving intelligence that the Russian Government is exploring options for potential cyberattacks” on U.S. targets. He is urging the private sector to “harden your cyber defenses immediately by implementing the best practices.”

This warning about Russian cyber attacks comes on the heels of recent alerts about the possibility of increased cyber threats, but this is the first time the U.S. government has mentioned specific intelligence around cyberattacks.

“Today, we are reiterating those warnings, and we’re doing so based on evolving threat intelligence that the Russian government is exploring options for potential cyberattacks on critical infrastructure in the United States,” said Deputy National Security Advisor Anne Neuberger in a press briefing Monday.

Specific details about the cyber threat intelligence were not shared. However, during Monday’s White House briefing, Deputy Advisor Neuberger said that Russia had been conducting “preparatory activity,” which could mean scanning websites and hunting for vulnerabilities. She went on to say, “There’s a range of activity that malicious cyber actors use, whether they’re nation state or criminals.”

The Cybersecurity and Infrastructure Agency (CISA) and other government agencies have been urging private sector organizations to prepare for potential cyber incidents resulting from Russia’s invasion of Ukraine. They issued a Shield’s Up alert earlier this month but mentioned that there had been no specific threats uncovered at that point.

However, with this latest statement from the White House, the threat landscape has changed. As a result, there is no longer time to delay hardening your cyber defenses.

How to Prepare Your Organization for Possible Russian Cyber Attacks?

We have put together this checklist to help your organization evaluate its current level of preparedness considering these latest threats.

Follow Good Cyber Hygiene and Stay extra vigilant

  • Think before you click a link or open an email attachment.
  • Be wary of new social media requests.
  • Encourage employees to report suspicious emails, links, or requests.
  • Review and update passwords to ensure they are unique and complex—including home devices for those working remotely.

Reduce the likelihood of a damaging cyber intrusion

  • Institute Multi-Factor Authentication (MFA).
  • Utilize a Virtual Private Network (VPN).
  • Ensure that software is up to date, prioritizing updates that address known exploited vulnerabilities.

Take steps to quickly detect a potential intrusion

  • Utilize antivirus and antimalware software to protect devices and networks.
  • If working with Ukrainian or Russian connections, take extra care to monitor, inspect, and isolate traffic from those organizations.

Ensure that your organization is prepared to respond if an intrusion occurs

  • Assure business continuity by designating a crisis-response team.
  • Review policies and procedures around incident response.
  • Conduct a tabletop exercise to ensure that all participants understand their roles during an incident.

Maximize your resilience to a destructive cyber incident

  • Test backups to ensure data can be restored within acceptable point and time objectives.
  • Identify critical vendors and understand how their services disruptions could impact your business.

To find out how you can further protect your organization, reach out to our security experts to learn more about our multi-layered security solutions.

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Critical Infrastructure Sectors Target of Cybersecurity Bill

Critical Infrastructure Sectors Target of Cybersecurity Bill

Critical Infrastructure Sectors Target of Cybersecurity Bill

Earlier this month, the U.S. Senate unanimously passed a major piece of cybersecurity legislation. It requires companies in key sectors identified as critical infrastructure to report significant cyberattacks to the government within 72 hours. The legislation will have far-reaching impacts across most sectors.

The introduction of the Strengthening American Cybersecurity Act of 2022 comes as federal officials broadcast the likelihood of strengthening cybersecurity requirements as a national security response. The escalating conflict in Ukraine has only increased concerns that the United States could be the target of Russian cyberattacks.

Sen. Gary Peters of Michigan, the co-author of the bills, said: “As our nation continues to support Ukraine, we must ready ourselves for retaliatory cyber-attacks from the Russian government.”

The legislation, which still must pass the House, would require critical infrastructure owners and civilian federal agencies to report to the Cybersecurity and Infrastructure Security Agency (CISA) within 72 hours if they experience a cyberattack.

Several members of the U.S. House of Representatives, including Yvette Clarke and John Katko, both of New York, are working with Peters and Senator Rob Portman of Ohio to pass the bill in the House.

CISA identifies sixteen critical infrastructure sectors that provide essential services and are considered so vital that crippling cyber attacks would have a “debilitating effect on security, national economic security, national public health or safety, or any combination thereof.” Accordingly, these sectors are the target of the changes proposed within the Act.

What Are Considered Critical Infrastructure Sectors?

Critical Infrastructure Sectors Target of Cybersecurity Bill

Organizations within these sectors will have 12-18 months after passage of the Strengthening American Cybersecurity Act to implement these and other policies and practices:

  • Adopt Zero Trust, which is a shift away from the current practice of trusting all devices and traffic within a trusted network. Instead, zero trust applies security controls to ensure that employees have the appropriate access to the resources they need and that access is continuously assessed.
  • Apply the Principle of Least Privilege in managing access to data. With this approach to information security, end-users are given the minimum levels of access possible, and access to higher levels of access is reviewed regularly.
  • Execute improved mobile security standards and enhanced mobile device management (MDM). Implementing MDM allows IT departments to monitor, manage, and secure employees’ mobile devices that contain or access company assets.
  • Identify and strengthen protections for systems likely to be targeted by ransomware. In addition, prepare for potential breaches by having an incident response plan and practice implementing it with tabletop exercises.

Reach out to our security experts to learn how your organization can get a jump on protecting your business from cyber threats and comply with all current and future requirements. Coretelligent offers robust multi-layered cybersecurity solutions to keep your organization secure and compliant. With over 16+ years of experience helping clients navigate IT compliance regulations and strengthening their cybersecurity programs, we can help your firm understand and meet its regulatory requirements.

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