Home Blog Page 258

Cloudflare Acquires S2 Systems for “Cloudflare for Teams”

Acquisition

Cloudflare, a cloud security provider established in 2009, has recently acquired browser security provider startup S2 Systems. The acquisition aims at integrating S2 Systems’ browser isolation technology that combines speed, reliability, and protection to prevent browser-based attacks with Cloudflare’s new product offering, “Cloudflare for Teams”.

The acquisition was closed for an undisclosed amount on December 31, 2019. S2’s team of 10 members from Kirkland, Seattle, is now officially a part of Cloudflare team. Cloudflare, who already has 200 plus centers across the globe, will now expand services in Seattle to accommodate its new employees.

Matthew Prince, co-founder and CEO at Cloudflare, said, “People and the teams within an organization can now access the tools they need to do their daily job and are safe from malware and other online threats.   The browser isolation technology will run across Cloudflare’s entire global network, bringing it within milliseconds of virtually every Internet user.”

Cloudflare for Teams will be further segmented into two parts, Cloudflare Access and Cloudflare Gateway. They will offer services as per organizational and user requirements. Cloudflare Access is a Zero Trust identity and access management tool designed to help companies ensure that their employees are using the most up-to-date software on their devices. Whereas, the Cloudflare Gateway protects organizations and its people from internet threats.  Cloudflare Gateway has three versions: Gateway, Gateway Pro, and Gateway Enterprise.

Cloudflare for Teams has been built with a view to helping build a better, faster and safer internet for the future. It will also help secure mobile and cloud-enabled internet in a better way

City of Las Vegas Confirms Cyberattack

Compromised Email Accounts

The City of Las Vegas has confirmed a cyberattack that compromised its entire computer network systems.  The officials stated that citizens may face brief interruptions in online services.

A Twitter post from these officials stated, “We experienced a cyber compromise at 4:30 AM Tuesday. Our IT team is assessing the extent of the compromise. When aware of the attempt, we immediately took steps to protect our data systems. We will have a clearer picture of the extent of the compromise over the next 24 hours.”

According to David Riggleman, the communications director of the City of Las Vegas, the IT department is assessing the impact of the attack and is taking necessary actions to protect their data systems.

In a similar incident that occurred in 2019, the Louisiana state government fell victim to a ransomware attack.  John Bel Edwards, the Governor of Louisiana, revealed that the ransomware attack impacted the public state government’s email, website, and other online applications.

“Today, we activated the state’s cybersecurity team in response to an attempted ransomware attack that is affecting some state servers. The Office of Technology Services identified a cybersecurity threat that affected some, but not all state servers,” Edwards said in a Twitter post.

Ukraine Cyber Police Nab Card Fraudsters

Ukraine

Just before the new year, the Ukraine Cyber Police department arrested a cybercriminal hacker group (including three Ukrainians and one foreign national) from the Kharkiv region that was responsible for hacking more than 20,000 servers of private organizations around the globe. This was just the beginning of things to come.

As per preliminary investigation of the Ukraine Cyber Police department, the cybercriminal hacker group that has been active since 2014 targeted organizations mainly from Ukraine, Europe, and U.S. regions. From the hardware and other physical and virtual property confiscated during the raid, the officials learned that hackers sold the hacked server credentials and access points to various customers around the world. These servers were also used to create botnets for mining, DDoS attacks, installing software command centers with viruses and turning them into weapons for brute-force attacks.

Cyber forensics and cybersecurity experts later discovered that the same group was responsible for a much bigger fraudulent financial auction scam. The hackers established multiple fake call centers in the Kiev province to carry out trading in various international stock markets. They asked their victims to invest money through a fake trading environment (website), which was then getting credited to the hackers’ offshore accounts.

Astoundingly, the hackers managed to collect on an average US$100,000 every month by scamming the victims. Later when they inquired for cash withdrawal, the hackers carried out certain maneuvers, which led to the victims’ complete loss of capital.

As per a blog post, “Card Fraud in Ukraine,” the number of fraudulent operations with payment cards amounted to over 77,600 cases in 2018.  The rate of fraudulent online transactions has since increased significantly. Experts suggest that the fraudsters are now switching from technological methods like social engineering for managing human actions, that includes features of human psychology. The easiest and the most effective way is by creating a fake online store or URL hijacking.

Recently, Venafi – a cybersecurity software provider that secures and protects cryptographic keys and digital certificates, said it has uncovered nearly 100,000 typosquatted/fake domains with valid TLS certificates impersonating as major retailers.

According to the analysis by Venafi, the top 20 online retailers were being targeted by 109,045 fake domains using valid TLS certificates. Of the 109,000 typosquatted domains, nearly 84,000 target retailers were from the U.S. Similarly, in the U.K., nearly 14,000 certificates were issued for targeting fake retailer domains, 7,000 certificates were issued in Germany, 3,500 in Australia, and 1,500 in France.

Data Breach Affects Around 50,000 Patients at Minnesota Hospital

Only 44% of Health Care Providers Meet National Standards on Cybersecurity, OpenEMR vulnerabilities

Alomere Health, a Minnesota-based hospital operator, is the latest victim of a data breach that affected 49,351 individuals, scmagazine reported.

In an official report, the health care provider revealed that an unknown intruder gained access to two employee email accounts multiple times between October 31, 2019, and November 1, 2019, and also on November 6, 2019.

The compromised data includes names, dates of birth, addresses, medical record numbers, health insurance information, and diagnosis information. Alomere Health stated that a few numbers of patients had their social security numbers and driver’s license numbers exposed in the incident. It’s unclear if attackers actually misused any of the compromised data.

“The investigation was unable to determine whether the unauthorized person actually viewed any email or attachment in either account. In an abundance of caution, we reviewed the emails and attachments in the accounts to identify patients whose information may have been accessible to the unauthorized person,” Alomere Health said in a statement.

The company notified the patients whose information was left vulnerable and offered them free credit monitoring and identity protection services.

“Even though we have no confirmation that patient information was actually viewed by the unauthorized person, or that it has been misused, we mailed letters to patients whose information was found in the accounts,” the statement added.

Cybersecurity experts said hackers are increasingly targeting the Health care industry to steal sensitive medical information and sell it on the black market. A survey from cybersecurity company Carbon Black revealed the rate of cyber-attacks on the healthcare industry appears to be increasing exponentially.

In its survey report, Healthcare Cyber Heists in 2019, Carbon Black disclosed what is happening to Personal Health Information (PHI) that was stolen by cybercriminals. The survey, which involved 20 of the Health care industry’s Chief Information Security Officers (CISOs), found the Health care sector being targeted because of how lucrative PHI is when compared to other personal data like credit card numbers. It’s said that PHI is worth three times more than other personal information since the health information never changes and can be used by cybercriminal groups for extortion or compromise.

Accenture to Acquire Symantec’s Cyber Security Services Business from Broadcom

Symantec

Coming a few months after Broadcom’s acquisition of Symantec’s enterprise security business, Accenture has now agreed to acquire Symantec’s Cyber Security Services business from Broadcom, Inc. Financial terms of the deal were not disclosed.

The acquisition will make Accenture Security one of the leading providers of managed security services, further enhancing its ability to help companies rapidly anticipate, detect and respond to cyber threats.

Symantec’s portfolio of Cyber Security Services includes global threat monitoring and analysis through a network of security operation centers (SOCs), real-time adversary and industry-specific threat intelligence and incident response services. The six security operations centers are located in the U.S., the United Kingdom, India, Australia, Singapore and Japan. Its managed security services business is supported by a proprietary cloud-based platform that delivers a steady stream of technical and cyber adversary threat intelligence through a customizable portal.

“Cybersecurity has become one of the most critical business imperatives for all organizations regardless of industry or geographic location,” said Julie Sweet, Accenture’s Chief Executive Officer. “With the addition of Symantec’s Cyber Security Services business, Accenture Security will offer one of the most comprehensive managed services for global businesses to detect and manage cybersecurity threats aimed at their companies.”

Kelly Bissell, senior managing director of Accenture Security said, “Companies are facing an unprecedented volume of cyber threats that are highly-sophisticated and targeted to their businesses, and they can no longer rely solely on generic solutions. This acquisition is a game-changer and will help Accenture provide flexibility rather than a ‘one size fits all’ approach to managed security services. With Symantec’s Cyber Security Services business, we can now bring clients our combined expertise fine-tuned to their industry with tailored global threat intelligence powered by advanced analytics, automation and machine learning.”

In September 2019, Broadcom acquired Symantec’s enterprise security unit for US$10.7 billion in cash. Symantec’s Enterprise Security business, now a division of Broadcom, is headquartered in Mountain View, California and its Cyber Security Services business includes more than 300 employees around the world who serve top-tier organizations across a diverse range of industries, including financial services, utilities, health, government, communications, media, technology and retail.

“Becoming part of Accenture Security is a tremendous opportunity for our clients and our cyber warriors around the globe, enabling us to fuse the unique services, capabilities and solutions of two well-established companies to deliver the next generation of cybersecurity services,” said John Lionato, vice president and general manager of Symantec’s Cyber Security Services business.

Accenture Security has a global network of cybersecurity labs, deep industry understanding across client value chains and services that span the security lifecycle. It offers services that include strategy and risk management, cyber defense, digital identity, application security and managed security.

Symantec’s Cyber Security Services business will be the latest in a series of acquisitions—including those of Deja vu Security, iDefense, Maglan, Redcore, Arismore and FusionX—that demonstrate Accenture Security’s commitment to investing in and innovating advanced threat intelligence and cybersecurity solutions.

In its 2019 fiscal year, Accenture invested nearly US$1.2 billion globally on 33 acquisitions to acquire critical skills and capabilities in strategic, high-growth areas of the market.

Completion of the acquisition is subject to customary closing conditions and is expected to close in March 2020.

 

Pam Murphy is Imperva’s New CEO

Pam Murphy

Cybersecurity firm Imperva recently announced the appointment of Pam Murphy as the new CEO, effective immediately. Interim CEO Charles Goodman will continue as chairman of the board.

Previously, Pam Murphy served as COO of enterprise software company Infor. Prior to Infor, Murphy served multiple leadership positions at Oracle Corp. and Andersen Consulting. Her background includes experience in field sales, professional services operations, and deep operational experience in running global organizations. Murphy also held a variety of roles across North America, Europe, and APAC.

Imperva develops and sells information security software for databases and web applications, on-premises, in the cloud, and across hybrid environments.

“We’re excited to have Pam join us on our mission to protect critical assets from cybercriminals’ ever-changing attacks,” said Charles Goodman. “As an accomplished executive who has led operations for some of the world’s largest software companies and demonstrated ability to deliver customer value on a massive scale, she is perfectly positioned to lead Imperva through our next phase of growth.”

Commenting on her new role, Pam Murphy said, “I’m looking forward to building on the foundation laid by our outstanding leadership team and capitalizing on Imperva’s market-leading products. Our relentless focus on our customers and their needs will always come first as we seize the many opportunities that lie ahead and significantly grow the business both domestically and internationally.”

Chris Hylen, Imperva’s former CEO, resigned from the company last year after a data breach that affected customers of Imperva’s Cloud Web Application Firewall (WAF). The breach occurred due to errors that happened when the company was migrating to a cloud-based database service, according to Imperva’s CTO Kunal Anand.

Anti-Virus Providers Finally Patch a 10-Year-Old Bug

Bug, vulnerability, zero-day

Reported in 2009, a bug residing in compressed archives let users exploit it but went undetected from multiple anti-virus providers. The severity of the bug was not taken seriously until November last year when attackers began exploiting this bug for spreading malware via emails. Top anti-virus providers have finally taken note and fixed it.

Thierry Zoller, Sr. Information Security and Privacy Risk Manager HSBC and Board Member of EC-Council Global Advisory reported this flaw. He explains, this bug is not archive format specific. Multiple archive formats including ISO, ZIP, and Bz2 can be used. “It depends on the user’s ability to alter a compressed archive in such a manner that it becomes inaccessible to the AV (anti-virus) software,” he said.

As per Zoller, it has a low impact on the client side as the engine is only evaded/bypassed on scan time (e.g. scheduled hard disk scan) but not on runtime, when the user extracts the payload. But when it comes to the server side, the impact is high. The anti-virus gateway products (e.g. emails, payment gateways, websites, cloud services) are at a high risk as there is no user that extracts the file, it is impossible for the gateway to inspect the code and the engine is completely bypassed.

Zoller further added that the bug impacts many products from multiple vendors, including Avira, Bitdefender, ESET and Kaspersky, which he contacted in October 2019 to report the flaw and provide proof-of-concept code, so that patches would be released.

The issue was finally addressed by ESET in version 1294 of the archive unpacker module. Similarly, Kaspersky with the release of patch E for four of its products, namely Kaspersky Secure Connection 4.0 (2020), Internet Security 2020, Total Security 2020, and Security Cloud 2020 has also fixed this bug.

Kaspersky said, “We have fixed three bugs in one of the anti-virus engine components that is responsible for work with ZIP archives. The fix for this component corrects its behavior in a situation of the antivirus scanning specially crafted ZIP archives. These malformed archives could be used to circumvent our antivirus scan process. The bugs affected Kaspersky products with antivirus databases.”

On contacting the second time around for this bug, both ESET and Kaspersky quickly patched the flaws in their respective products and credited Zoller for reporting them.

Hackers Exploit Android Vulnerability Via Malicious Apps

BotenaGo, malware over encrypted connections

Researchers from cybersecurity firm Trend Micro revealed that they’ve discovered three malicious apps on Google Play, which are designed to compromise victim’s devices and steal information.

The three malicious apps, Camero, FileCryptManager, and CallCam, were masked as photography and file manager tools, according to researchers. It’s also observed that the Camero app exploits use-after-free vulnerability CVE-2019-2215 that exists in Binder, an inter-process communication system in Android. By exploiting the CVE-2019-2215 vulnerability, attackers can inject malicious codes and steal information without user knowledge.

The researchers also found that the three apps likely belong to a hacking group “SideWinder.” It’s believed that the SideWinder group has been active since 2012, and reportedly targeted military entities’ Windows machines.

“We speculate that these apps have been active since March 2019 based on the certificate information on one of the apps. The apps have since been removed from Google Play,” the researchers said.

Malware Distribution

According to researchers, SideWinder group deploys malware payload in two steps:

  • It downloads the DEX file from the attacker’s C&C server.
  • The downloaded DEX file installs an APK after exploiting the device, while Camero and FileCrypt Manger apps act as droppers.

“After downloading the extra DEX file from the C&C server, the second-layer droppers invoke extra code to download, install, and launch the callCam app on the device,” the researchers said.

To deploy the callCam app on the device, SideWinder uses techniques like obfuscation, data encryption, and invoking dynamic code to avoid detection.

Once downloaded, the callCam app hides its icon on the device and collects users’ information and sends it to the C&C server. The compromised information includes user location, battery status, files on the device, installed app list, device information, sensor information, camera information, screenshot account, and Wi-Fi information. It also captures data from applications like Twitter, Yahoo Mail, WeChat Facebook, Gmail, and other social media apps.

The three malicious applications were found to be active since March 2019 and they have now been removed from the Google Play store.

Cisco Patches 12 DCNM Vulnerabilities

Cisco Vulnerabilities

On January 2, Cisco published a series of advisories for Cisco Data Center Network Manager (DCNM), a platform for managing Cisco’s data center deployments equipped with Cisco’s NX-OS. Cisco patched a total of 12 vulnerabilities that included a trio of critical authentication bypass flaws. The Cisco DCNM software versions earlier than 11.3 (1) contained these vulnerabilities.

Out of the three, two authentication bypass vulnerabilities CVE-2019-15975 and CVE-2019-15976 were found in the REST API and SOAP API endpoints of the Cisco DCNM. The cause was found to be a static encryption key shared between installations. A remote, unauthenticated attacker could gain administrative privileges through either the REST API or SOAP API by sending a special request that included a valid session token generated using the static encryption key.

The third authentication bypass vulnerability, CVE-2019-15977, was found in the web-based management interface for Cisco DCNM due to the use of static credentials. A remote, unauthenticated attacker could use these static credentials to extract sensitive information from the vulnerable device, enabling them to perform additional attacks.

Utilizing these authentication bypass vulnerabilities, attackers could leverage the remaining flaws patched by Cisco. It includes command injection vulnerabilities (CVE-2019-15978, CVE-2019-15979), SQL injection vulnerabilities (CVE-2019-15984, CVE-2019-15985), path traversal vulnerabilities (CVE-2019-15980, CVE-15981, CVE-2019-15982) and an XML external entity vulnerability (CVE-2019-15983).

Eleven of the 12 vulnerabilities were reported by Steven Seeley of Source Incite. The vulnerabilities discovered come on the back of four other flaws reported back in June 2019 by security researcher Pedro Ribeiro, including CVE-2019-1619, an authentication bypass flaw in the DCNM’s web-based management interface. Additionally, Cisco patched CVE-2019-15999, a vulnerability in the DCNM’s JBoss Enterprise Application Platform (EAP). Misconfiguration of authentication settings on the EAP led to this flaw.

Similarly, in October 2019, Cisco had released patches for critical security vulnerabilities that existed in its Aironet Access Point Software. Security pros at Cisco stated that the vulnerabilities could lead bad actors to remote code execution.

Up on exploit, the vulnerabilities, named CVE-2019-15260, CVE-2019-15261, and CVE-2019-15264, could allow an attacker to gain access to view sensitive information, meddle with wireless network configurations, and cause a denial of service. However, Cisco was quick to release fixes for all the three high-severity flaws targeting its Access Point Software.

Effective Consumption of Cyber Intelligence Program

Threat Intelligence

The accelerated development in the field of intelligence-driven cybersecurity (cyber intelligence) shows great promise as it helps predict how cybercriminals might target an organization. There is a need to not look at it as just another tool for patching technical vulnerabilities in the system and its associated networks. Its real strength lies in helping organizations define their whole approach to cybersecurity, integrating business directions, imperatives, governance, risk, monitoring, defenses, and responses to attacks.

By Kumar Ritesh, Chairman and CEO, CYFIRMA 

In the wake of the recent series of cyber-attacks that hit major companies and crippled governments across the globe, the C-suite is now wanting to know more. How does one limit the damage when a breach wreaks havoc on their systems? How does one bolster their defences against a similar attack happening in the future? How do you set up an incidence response team? What’s the next battlefront – and how do you defend the organization against it?

There are infinite questions. But the idea of a more proactive and predictive approach holds a key message:  malicious software is becoming ever-more sophisticated in avoiding detection, and new methods of attack come to the fore. This year, for instance, saw ransomware make headlines with several high-profile attacks that hit organizations below the belt, including WannaCry, Petya, and Bad Rabbit outbreaks. When researchers got together and tried to analyse these attacks, they found patterns in their origination and the methodology for spreading them. Patterns in the business domains, the regions where they were carried out, the manner in which they were carried out and so on. But researchers were more surprised with the fact that these threats are still spreading.

Thus, we now dig into the heads of the C-suite and hackers alike, to know more about their approach towards cybersecurity and cybercrime.

Organization’s Approach vs Hackers’ Approach

The Traditional approach used is to install new security appliances, software and hardware; create firewalls and layered defences, thinking it will provide better protection. But this has clearly not worked. Organizations are always looking inwards without understanding what they’re up against–who are their adversaries, their motivation, their state of readiness, the tools, techniques and methods.

Whereas if you look at the hackers, they are sharing hacked information, vulnerability/exploits and attack methods, with each other more efficiently than ever before.

On one side we do not understand the external risk profiles properly and neither share threat information, whereas hackers are collaborating.

The ancient warfare principle of knowing your enemy relies on intelligence about the adversary’s motives, access to resources, strengths, and weaknesses to secure victory. But sadly, this has been adapted by the hackers and not the organizations. Intelligence agencies apply the concept of Tools, Tactics, Techniques, and Procedures, or TTTPs, to map out how individual hackers orchestrate and conduct attacks. But is this enough?

Current Issues with Cyber Threat Visibility and Intelligence Programs

  • Cyber intelligence companies are primarily focused on operational intelligence, while equally important strategic and management intelligence is often overlooked. This translates to incomplete intelligence and hence, a lack of preparedness against upcoming attacks.
  • Failure to get quicker insights into which cyber-attacks can be carried out, who are the suspects, what were they looking for. In short, it is a failure to understand the WHO, WHY, WHAT, WHEN and HOW of cyber-attacks.
  • A majority of the organizations still have a ‘reactive’ approach to cybersecurity events. They fail to employ cyber threat intelligence and insights beforehand. Having proactive cyber posture management helps in identifying threats at the planning stage of cyber-attacks. But organizations miss this trick.
  • Threat hunting often starts with fact-finding and using Indicators of Compromise (IOCs), whereas national intelligence agencies always start with an Indicator that could be as simple as a conversation or geopolitical issue driving the cyber threat. This hard-coded approach needs to change and evolve.
  • Consumption of intelligence is limited to just the security controls. If you give a serious thought, intelligence can actually be applied to all other verticals of cyber posture management, including managing risk register, compliance management, governance, investment, and resource management.
  • A distinct lack of deeper insights into situational awareness, news, cyber event, incidents, vulnerabilities, technology or regulatory shift.
  • It is being limited only to technology i.e. security controls and not on people and processes.
  • The main focus is only on operational/tactical intelligence; everybody is talking about Indicators of Attack (IOAs) and Indicators of Compromise (IOCs).
  • We have multiple data feeds giving us the same information rather than focussing on the wider spectrum.
  • Missing contextual information in threat feed.
  • Frequency of intelligence is not aligned with the speed of hackers.
  • No emphasis is been given on mapping of attack surface and scenarios with intelligence capability.
  • Lack of domain expertise.

Cyber intelligence insights form the basis of any cybersecurity strategy. A cybersecurity strategy and goal can be defined only when an organization has the correct and precise information of the looming cyber threats. Knowing the issues helps in applying intelligence more effectively and efficiently on the people, process, and technology, and your organization possesses, and helps you prepare for possible cyber-attacks. Defining a strategy requires you to ask the right questions.

The 4 Ws and H of a Cyber Intelligence Program

It is important to understand that an effective cyber threat intelligence program should provide answers to your questions of WHO, WHY, WHAT, WHEN, and HOW. If your cyber threat visibility and intelligence program are not answering the above questionnaire, then you need to re-look and review your overall program.

WHO – Who are the individuals, hackers, groups interested in you? Their background, past acts.

WHY – Why are they interested in you? What is their motivation (financial gains, reputation damage, productivity loss) behind attacking you?

WHAT – What do they want from you? Personally identifiable information (PII), financial information, sensitive data including patents / Intellectual property/credentials.

WHEN – When can they potentially target you? Based on a hacker’s readiness or an organization’s readiness?

HOW – How can they target you? What are the potential tools, techniques, and the method they can use to target you?

Once these questions are answered, you gain insights into your organization as well as the hacker’s mindset. For better understanding and knowledge of different teams of your organization, cyber intelligence is further divided into three sections.

The 3 Layers of Cyber Intelligence

A successful cyber threat visibility and intelligence program, has three layers of intelligence: Strategic, Management and Tactical intelligence.

Strategic and Management intelligence should at least answer WHO, WHY, WHAT and WHEN, whereas, Tactical intelligence should tell us HOW.

Strategic Intelligence: It should answer the questions: “WHO is interested?” and “WHY?”. Strategic Intelligence should provide insights to cyber risks by attributing threat actors, their background, motives, tools and techniques. It should allow you to apply cyber intelligence to strategy, governance and policies.

Management Intelligence: The questions: “WHAT is exciting the hackers?” and “WHEN an organization can be targeted?” should be answered here. It should allow integration of insights on threat actor campaigns, attack mechanisms and tools into internal processes like incident management process, change, configuration, and release management process.

Operational/Tactical Intelligence: It answers the question: “HOW will your organization respond to a cyber-attack?” It should enable SOCs to proactively respond to cyber threats, support day-to-day detection and response to improve the enterprise’s cyber posture by using malicious IP, malware signatures and mutex, phishing domains, command, and control centers.

Key Elements

The three key elements to look for in an effective Cyber Threat Visibility and Intelligence Program are:

Predictability: Early warning about potential cyber risk.

Applicability: Can it be applied at all three levels; Strategic, Management and Tactical.

Accuracy: How relevant and actionable intelligence program is to the current target.

Conclusion

Cyber threat visibility and intelligence are about to grab center stage in cyber posture management. With massive incline towards e-commerce and online trade management, this is the ideal time for organizations to incorporate proper cyber threat visibility and intelligence program. Having a secure plan helps in early threat detection and containment, and if there is a tool or a platform in the cybersecurity space that provides it, then that can be deemed equivalent to, “Finding a Pearl in an Oyster”. For this, your search need not go too far — CYFIRMA is your Oyster and the proprietary award-winning cloud-based Cyber Intelligence Analytics Platform (CAP) v2.0 is the pearl you are searching for. CYFIRMA is committed to educating organizations to employ the ‘Outside-In’ approach to cybersecurity.

On an ongoing basis, and to better prepare and protect against imminent cyber-attacks, organizations need to look at the application of threat visibility and intelligence to their strategies, governance, process, procedure, controls, and people. Additionally, organizations must realize that the onus to protect their data, infrastructure, and reputation ultimately rests with them. Information security hinges massively on secured systems, constantly revisited data management practices, and an inclusive approach involving employees, third-parties, and other entities in the organization’s extended supply chains. While threats will inevitably evolve, their intended targets can always stay a step ahead with predictive threat visibility and intelligence.

Disclaimer: The article has been edited in accordance with the guidelines of CISO MAG. CISO MAG does not endorse any of the claims made by the writer. The facts, opinions, and language in the article do not reflect the views of CISO MAG and CISO MAG does not assume any responsibility or liability for the same. Views expressed in this article are personal.