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Wednesday, March 4, 2020

Preparing for a Pandemic: How to Ensure Productivity and Security When Employees Must Work from Home

The global reach of the coronavirus has elevated the discussion around the need for “social distancing” and working remotely to avoid spreading the infectious virus. Global companies like IBM, Goldman Sachs, and PwC are asking employees to work from home, as are smaller organizations, such as Seattle-based online payment company Stripe.

As organizations consider having employees work from home on a more massive scale, it’s important to recognize that doing so also introduces certain risks to the business that must be mitigated. In this article, I’d like to cover three remote workforce-related risks: employee productivity, digital security, and compliance.

Not Every Employee is Productive at Home

A traditional work environment provides employees focus, stimulus, and engagement intended to optimize workplace productivity. So, it’s no surprise that some employees simply aren’t wired to work by themselves at home; with no co-workers or meetings, and plenty of distractions, the potential for lower productivity at home is significant. According to a study by Buffer, a lack of collaboration, loneliness, and motivation are challenges for those who work remotely.

So, how do you ensure employees deliver office-equivalent productivity levels?

A few actions may be necessary:

  • Set the Expectation – For some employees, setting expectations around working hours and productivity levels may be initially necessary. For instance, establishing that employees should plan to be working normal business hours when at home is a solid starting point. Additionally, hourly employees may need to be informed on how to keep track of their time – whether done manually or via a web-based time card application. Lastly, it makes sense for the organization to communicate what the employee should do when they believe themselves to have become ill.
  • Embrace the Digital Workplace – Software vendors such as Microsoft and Google have spent years building out cost-effective solutions that allow users to communicate, collaborate, video conference, share documents, and use virtual desktops. When asking employees to work from home, it’s important to evaluate how more consistent use of  these types of solutions can help preserve productivity and engagement across teams.
  • Gain Visibility into Employee Productivity – In a traditional office setting it’s much easier to tell if an employee is working than when they are 30 miles away at home. But,  it still can be a challenge to establish productivity baselines and identify when and where productivity is lost, even if the employee works onsite.   Organizations should consider solutions that provide visibility and insight into whether employees are engaged and productive, regardless of their location.

Even if productivity isn’t a concern, the organization does take on an added security risk with the introduction of a much broader remote access footprint.

Digital Security Becomes a Bigger Issue

While the vast majority of remote workers want to work from home (84%, according to Buffer), 37% of remote workers would pick a coffee shop as their second choice of work location. As humans, we need to connect, so finding a way to work while feeling a part of the world is still  important. Giving employees the flexibility to work in various remote environments may be the key to ensuring productivity, and even retention in some cases.

When employees work outside the safety net of the corporate network, it opens the organization up to devices and WiFi networks that are potentially insecure – as well as users who no longer think they are “at work”. This combination of lowered defenses is a perfect storm for cyberattacks that prey on unsuspecting employees. Using social engineering techniques, hackers can trick workers into giving up corporate credentials to online resources, install malware, commit fraud, and more.

Then how do you maintain security while working remotely?

Maintaining appropriate levels of security is a challenge with an anytime/anywhere/any device/any network-type of employee. The good news is there are things you can do, including:

  • Establish Shared Responsibility – It’s important to communicate that the employee has a role in ensuring the ongoing security of the organization’s operations, data, and resources. A vigilant mindset is required, as cybercriminals watch industry trends and devise new scams and social engineering methods that continuously adapt to evolving circumstances.
  • Implement Layered Security – Solutions such as multi-factor authentication (to make certain the person using a logon ID and password is the owner of those credentials), Single Sign-On (to give employees a single web-based portal to access applications securely), device-based antivirus, email-based scanning (to spot malware-laden attachments and links before they reach the employee’s Inbox), and are just a few of the ways organizations can protect themselves against remote-work threats.
  • Monitor for Anomalous Behavior – In a recent Verizon study, 39% of organizations had experienced an attack on mobile devices in the last 12 months. Solutions that provide visibility into employee productivity should have some means of also analyzing user activity to identify suspicious or anomalous behaviors. For example, an employee logging on to a system at 3am (something they never do) may be cause for review to ensure the activity is appropriate.

And, because security is a concern, the risk of not being compliant with regulations around data privacy should also be in focus.

Compliance Requires More Scrutiny

The number of regulations that address issues of data privacy and security continues to grow, from HIPAA and GDPR to the new California Consumer Privacy Act. In each case, these compliance mandates require organizations to ensure security controls around certain types of protected data – and to be able to know when those controls are not upheld.

When users work remotely, organizations expose themselves to an increase in potential compliance breaches from scenarios as simple as a stolen laptop, to more complex phishing scam-turned-data breach, and everything in between.

So, what’s the right way to ensure you’re compliant?

While security is a moving target, compliance is a bit more like a yes/no checkbox – once you know what’s required, it’s possible to simply put controls in place that meet the requirement. The basic steps include:

  • Know Your Regulations – This should be a given. But having an understanding of what regulations your organization is subject to, and experts on your team to help you comply with them, is the starting point.
  • Understand What’s Required – Each regulation has requirements that need some level of subjective interpretation, especially with regard to remote workers. For example, GDPR states that personal data of EU residents must be “processed in a manner that ensures appropriate security of the personal data, ” stipulating that organizations need to protect against “…unauthorized or unlawful processing and against accidental loss, destruction or damage, using appropriate technical or organizational measures”. While pretty general, this directive helps the organization narrow its focus; you can easily identify which employees, applications, data sets, etc. are subject to audit, and put controls, processes, and solutions in place to ensure the security of the regulated data.
  • Review Compliance Controls – Compliance is about behavior, so it makes sense that the organization needs visibility into the behavior of its employees. Employees who have access to sensitive systems, applications, and data may be subject to activity audits to ensure specific data protection mandates are upheld. Solutions focusing on employee behavior monitoring can provide insight into, and context around, actions performed that either demonstrate compliance or signal a breach.

Keeping Remote Employees – and the Organization – Happy, Productive, and Secure

In the case of a potential pandemic like the Corona virus, the easy part may be the decision to have employees work from home. The real challenge begins as organizations strive to achieve the same levels of efficiency, productivity, and profitability that they do “at work”. By considering the real-world implications of working from home through the lens of employee productivity, digital security, and compliance, organizations can set themselves up for success, despite the shift in how the company operates.

 

The post Preparing for a Pandemic: How to Ensure Productivity and Security When Employees Must Work from Home appeared first on Cybersecurity Insiders.


March 04, 2020 at 09:48PM

(Dis) Advantages of having your domain, email and website on separate providers

This blog was written by an independent guest blogger.
Thinking about launching a new website? You’ll want a domain to go with that, as well as a brand spanking new email address.
But here’s the thing: Before all the fun and excitement of creating a new website can begin, you first have to decide whether or not you want to host your domain, email, and website together with the same provider, or whether you want to keep them all separate.
It’s a tough choice because, once you’ve made a decision, it’s pretty damn difficult to renege on it.
But it’s totally cool – we’re here to help. In this article, we’re going to take a look at the (dis) advantages of having your domain, email, and website on separate providers so that you&rsquo…

Deana Kovač Posted by:

Deana Kovač

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The post (Dis) Advantages of having your domain, email and website on separate providers appeared first on Cybersecurity Insiders.


March 04, 2020 at 09:08PM

Cybersecurity warning for millions of websites

According to a security report released by BBC, millions of websites might face a risk of insecurity from March 4th,2020 due to a bug found in the digital certificates utilized to secure their access.

 

It is estimated that over 3 million websites will be on the verge of “loss of trust” as all its users will receive an alert warning saying that the website is insecure.

 

Cybersecurity Insiders has learned that the certificate-issuing authority happens to be Internet Security Research Group(ISRG) which is a non-profit organization offering a security program titled ‘Let’s Encrypt’. And ISRG happens to be the same organization which has celebrated last month the activity of issuing its billionth certificate.

 

Highly placed sources say that “Let’s Encrypt” has been backed by companies such as Cisco, Facebook, and Google and has been a driving force in securing most of the tech web portals.

 

Security researchers say that all the security certificates issued to websites have to be revoked due to a bug effect which has to be renewed again and replaced- thus requiring a lot of time and resources to re-process on a digital note.

 

Note- Digital Certificates are nothing but small encrypted codes that help maintain secure communication between devices and websites. Usually, these certificates have an expiry date of anything between a few months to several years. And if websites miss renewing their digital certificates then those visiting these portals will witness a security pop-up mentioning the essence that the site is highly insecure.

 

BBC report says that over 3 million websites will face the loss of trust issues from users due to a bug in their digital certificates.

The post Cybersecurity warning for millions of websites appeared first on Cybersecurity Insiders.


March 04, 2020 at 08:40PM

Tuesday, March 3, 2020

Over 11 million cyber-attacks launched from Servers operating in Singapore

Singapore which is known as a digital hub of Asia is in news for all wrong reasons these days. A study conducted by Kaspersky says that over 11 million cyber attacks were launched from the servers operating in the scenic city in 2019. However, the research also claims that there was a dip in the launch of cyber attacks by 150% when compared to the figures compiled in 2018.

 

Kaspersky says that it tracked down over 4,658,235 cyber threats originating from Singapore which were related to 4 attack vectors on a major note. This includes downloading malicious files from the internet, malicious attachments clipped to emails, browser-based extension activity and malicious communication between Command and control servers.

 

“On the other hand, Singapore is also reported to have failed to block the least number of cyber threats, regardless of whether they were web-based or launched via local ISP launches”, said Yeo Siang Tiong, General Manager, Kaspersky South East Asia.

 

The good news is that the Singaporean government set aside $1 billion for the next 3 years to build up its cyber and data security capabilities to defend their sensitive infrastructure and also the interests of the populace.

 

Note 1- Singapore has a Cyber Security Agency (CSA) which is dedicated to resolving issues regarding the growing use of Artificial Intelligence (AI), Cloud Computing and the Internet of Things (IoT).

 

Note 2- In Oct’19 CSA also developed a master plan to secure operational technology (OT) systems used in CII (Critical Information Infrastructure) Sectors which includes transportation, energy, and water.

The post Over 11 million cyber-attacks launched from Servers operating in Singapore appeared first on Cybersecurity Insiders.


March 04, 2020 at 11:18AM

CIA faces digital espionage allegations from China

US Central Intelligence Agency (CIA) is alleged of conducting espionage on China for 11 years and the allegations were laid by a Chinese security firm named Qihoo 360. Reports are in that the espionage was conducted in digital form-all through cyberattacks by CIA’s hacking group named APT-C-39.

 

Qihoo 360 argues that it has enough evidence to prove its stand that the CIA spied on sensitive information of many companies operating in china including aviation divisions, scientific research centers, petroleum industry, Internet Service Providers and government agencies.

 

The Beijing based company alleges that the CIA conducted through malware on many Commercial airlines operating in top of the metro cities across the world; apart from the People’s Republic of China.

 

A source from Qihoo 360 said that the procedure of conducting espionage was done by Joshua Adam Schulte, who was in charge of the team who developed Vault 7 Cyber weapon which was later used by APT-C-39 to hack into the critical infrastructure of China.

 

Coincidentally, the existence of Vault 7 was also referred to in Wikileaks in 2017 which was later made public by Julian Assange.

 

Security researchers from Qihoo 360 say that APT-C-39 was accused of conducting espionage on Chinese intelligence in between September 2008 to June 2019. It is also said that the CIA was using cyber tools named Fluxwire and Grasshopper to carry out cyberattacks on China.

 

Note- All these days we have seen western countries putting allegations on Russia, China and North Korea regarding cyber-attacks and digital espionage. Now, a reciprocate seems to have taken place with Donald Trump-led America as a point of discussion.

 

The post CIA faces digital espionage allegations from China appeared first on Cybersecurity Insiders.


March 04, 2020 at 11:16AM

Ransomware attack knocks down Epiq Global

Technology-based legal services provider Epiq Global has made it official that its corporate digital services were pulled down offline due to a ransomware attack. The company’s website is offline from early Monday and the web-page notifies that it is down for maintenance.

 

News is out that the company’s IT staff detected that its database was accessed in an unauthorized way on February 29th of this year i.e Saturday and discovered that it was due to a file-encrypting malware attack.

 

Authorities from Epiq Global say that their investigation has revealed that there is no indication that their systems were misused, and exfiltrated or the data on them was transmitted to external servers.

 

According to a circular being circulated internally, all staff members have been asked to switch off the Wi-Fi services on their devices to contain the ransomware spread. Also, a source revealed that the ransomware infection spread on the PCs of the company as they were operating on older versions of Windows Operating systems which were never ‘Up to date’ security and software wise.

 

Note- Catherine Ostheimer, the spokesperson of Epiq declined to accept the fact that the company’s digital systems were down by ransomware nor did she divulge any details related to the impacted systems & operations.

The post Ransomware attack knocks down Epiq Global appeared first on Cybersecurity Insiders.


March 03, 2020 at 08:37PM

The Importance of Active Learning in the Data Science and Engineering

By Andrew Bolster, machine learning engineer at WhiteHat Security

Back when I was pursuing my undergraduate degree in electronics and software engineering, I couldn’t imagine a path that would lead to me working with NATO on port protection and maritime defense, teaching smart submarines how to trust each other. But while I was working toward a Ph.D., that’s what happened. Instead of following the path into academia, a friend enticed me to work with him on biometrics. From there, I found an opportunity to apply my skills and knowledge to the cybersecurity industry – but that’s not something I could have predicted either.

The new year has me reflecting on the roundabout approach that led to my current role as a machine learning (ML) team lead with WhiteHat Security. I think it’s important to share some of the challenges, experiences, and opportunities I’ve been fortunate enough to have gone through with others who may be just at the beginning of a journey or professional career in data science and engineering. Like many, my experiences have shaped my views on certain issues and advancements in technology. For example, during the past eight years as a chairman of a charitable hackerspace in Northern Ireland, I have become a huge proponent of open data and transparent government. I also believe that with enough work, many of the world’s current challenges, from climate change, road traffic accidents, infectious diseases, obesity, and even corrupt governments can be faced with a combination of accurate, honest, data, and the advances in machine learning and data science techniques. 

If you’re planning to pursue a career in STEM, one important thing to consider is that feeding your interest in these fields is one of the smartest investments you can make. Look for every opportunity to engage and immerse yourself in conversations, and self-directed projects or research. If you’re still a full-time student, don’t panic about exams or even grades. With an understanding that your education could be out-of-date by the time you finish your degree pathway, know that your long-term success will more accurately be defined by how much you can learn and remain an active learner in your own experiences.

Another critical factor to building success in science and engineering is to find mentors early on. I can confidently say when seated at either side of the interview table, that the most active learners with a keen interest in their fields have often worked very closely with an experienced mentor along the way, and subsequently gift their time and experience to the next generation of learners that come after them. The role a mentor plays in keeping you engaged and curious cannot be overstated. Not to mention, a mentor can show you all the best ways to ‘win friends and influence people’ throughout an organization. 

As an example of active learning in my own career, my team was recently working on verifying vulnerabilities. Before, using scanning technologies to assess websites was difficult because the scanner can be quite ‘dumb.’ Our team is building a secondary system to apply ML and develop an augmented risk assessment system on top of the battle-tested scanner, to add experience over time. Whenever the ML has seen vulnerabilities on a website, they are clustered and grouped together and are verified by human experts. These experts then perform a deep dive into websites to investigate further, but it takes a lot of time and resources to do so. To serve our customers, we must be able to scale this process. All vulnerabilities are human verified, leveraging the collective experience they possess. When building with ML, the models improve as they receive more engagement from the subject matter experts – and this is where active learning and natural curiosity play a very strong role.   

One thing that ML is terrible at is pattern recognition on time series data. Despite all of the research into stock market trends, for example, ML is very bad at identifying patterns in noisy, time-varying, multi-value inputs. This is because ML doesn’t understand the reason for changes over time and their pattern correlations. What’s missing is the human ability to infer, correlate, and leverage past experience. Humans can say, “Of course that vulnerability won’t work, because this happened.” ML – whether fortunately or unfortunately – lacks common sense, and the ability to intuitively make these kinds of inferences. But this is an exciting time to pursue a career in this field because this is being researched at this very moment!

As you pursue STEM studies, make time to explore and follow new and emerging technologies. Bear in mind that by graduation, there could be entirely new fields and industries to get excited about. That’s a major upside to science and engineering – it’s constantly evolving!

Become plugged into the industry from a global perspective. Read about what’s happening in the world and draw your inspiration from the latest research or breakthroughs as you explore your own potential. But be sure to strike a balance between work and life, too. There are plenty of social opportunities to have fun and make friends at events like meetups, hackathons, or robotics competitions, and quite often, these relationships will form the basis of strong and long lasting personal and professional relationships. These relationships will support you as you build a reputation within the field, and even bring you professional opportunities that many would not normally have access to following classical pathways. 

Finally, remember that studying science and engineering is serious, and it’s rare that things will run smoothly every time. There are no experts, just people who have made (and learned from) more mistakes than you have. Expect the unexpected but keep your wits and a sense of humor about it all. Use the time to learn your own preferences – do you enjoy the precision and methodology of lab work, or are you more of a free spirit, who prefers to be in the field? By exploring these options early, you can figure out what appeals to you most and set your course with purpose.

About Andrew Bolster

A technologist, founder of multiple technology-based groups and organizations, an award-winning researcher, community leader, and an occasional public speaker, Andrew Bolster is currently the machine learning team lead at WhiteHat Security, using advanced data mining and machine learning to analyse potential hacking and malware attacks on cloud infrastructure. He was previously a data scientist working in the fields of affective computing and cybersecurity. Follow him on Twitter, @bolster

The post The Importance of Active Learning in the Data Science and Engineering appeared first on Cybersecurity Insiders.


March 03, 2020 at 08:12PM