Navigating the landscape of remote work can be a complex task for businesses. A solid plan, grounded in real-world data and insights, is the cornerstone of a successful remote work strategy. 

That’s where resources like the Global Remote Work Index (GRWI) come into play. This powerful tool compiles extensive data to provide a comprehensive view of remote work trends around the world. Gathering the insights helps companies craft effective and informed remote work policies.

In this article, we’ll guide you through using the index to develop a remote work policy that is both efficient and employee-friendly, ensuring that your team stays productive, connected, and content, no matter where they are working from.

Benefits and challenges of remote work—the need for a remote work strategy

Harnessing the benefits

Remote work, a transformative approach to traditional work environments, offers a wealth of benefits. It opens doors to a global talent pool, allowing companies to tap into diverse skills and perspectives. This approach fosters innovation and enhances the company’s adaptability in a rapidly evolving business landscape.

Flexibility is another remarkable advantage. It allows employees to create a work schedule that aligns with their most productive hours, improving overall work quality and output. Businesses can also reduce expenses, saving on office space and other associated costs, allowing for redistributing resources towards growth and development initiatives.

Facing the challenges

Despite its numerous benefits, remote work also presents challenges that businesses must navigate diligently. One of the primary concerns is maintaining consistent communication and collaboration among team members. The absence of a physical office can sometimes lead to feelings of isolation and disconnection, potentially impacting team synergy and morale.

Data security is also paramount. Protecting sensitive information becomes more complex when employees work from various locations, requiring robust cybersecurity measures and policies to prevent unauthorized access and data breaches.

The crucial role of a remote work strategy

Considering these factors, the need for a well-rounded remote work strategy becomes clear. Such a strategy should optimize the benefits while effectively addressing the challenges. Utilizing comprehensive resources like the Global Remote Work Index can be instrumental in this regard, offering critical insights for informed policy-making.

A successful strategy should encompass clear communication guidelines, ensuring that team members can collaborate seamlessly and maintain a sense of community. Implementing reliable tech tools and platforms to facilitate communication and project management is crucial.

Moreover, it’s essential to establish cybersecurity protocols to safeguard company data, including secure access systems and regular employee training on cybersecurity best practices.

By adopting a thoughtful and strategic approach, businesses can create a remote work policy that maximizes productivity and innovation while fostering a supportive and secure virtual work environment.

Setting clear objectives for a remote work strategy with GRWI

The GRWI is an invaluable tool that offers insights to refine and optimize remote work policies. Here’s a look at how leveraging the index can guide businesses in setting clear and impactful objectives.

The full methodology and data sources guide through the layers of the GRWI tool, explicitly showcasing the criteria to consider.

Accessing a broader talent pool

The GRWI presents a nuanced perspective that helps organizations tap into a broader talent pool, which is vital for cultivating innovation and global competitiveness.

• The index evaluates the prevalence of individuals using the internet. Categorically, it’s placed under the e-infrastructure rank that is part of the digital and physical infrastructure dimension. This data is paramount as it provides insights into digital connectivity and accessibility in society in various regions, a necessity for remote work.

• Another significant component integrated within the GRWI is English proficiency within the economic safety dimension. English, often called the global business language, is vital for widening the talent acquisition spectrum. Proficiency in English allows organizations to communicate seamlessly, ensuring that language barriers do not restrict collaborative productivity and innovation.

• The GRWI also includes the e-government ranking from the digital and physical infrastructure dimension. It emphasizes the significance of digital public services in facilitating remote work. This provides insight into the digital advancement of governmental operations, reflecting a region’s overall digital maturity, which is important for foreign business integration.

By analyzing these crucial elements, organizations can strategically expand their workforce, ensuring access to diverse talents and skills essential for driving organizational success in a digitally connected global landscape.

Boosting productivity

In crafting a policy that optimizes productivity in a remote work setting, the GRWI offers essential insights by analyzing various crucial metrics.

• One key area is the quality of the internet, nestled within the digital and physical infrastructure dimension. A reliable and robust internet connection is the backbone of effective remote work, enabling seamless communication, access to information, and use of productivity tools and applications, ultimately reducing downtime and frustration caused by connectivity issues.

• GRWI’s focus on cyber incident response, categorized under the cyber safety dimension, helps assess the right country for remote work. A strong stance on cyber safety, reflected by a region’s ability to swiftly and effectively respond to cyber incidents, ensures uninterrupted workflow by safeguarding organizational and employee data.

• Including the ICT (Information and Communication Technology) adoption index as part of the e-infrastructure score (the digital and physical infrastructure dimension) embraces the technology that bolsters productivity. This metric sheds light on how deeply integrated technology is within a region, pointing to the availability and use of tech tools that facilitate smoother and more efficient remote working experiences.

Blending these elements provides an instrumental viewpoint for organizations aiming to amplify productivity in a remote work environment. Companies can use this data to design policies that mitigate challenges, using technological infrastructure and cybersecurity measures to cultivate a productive, resilient, and secure remote workforce.

Reducing costs

Harnessing the data provided by the GRWI, organizations can strategically navigate towards cost-efficiency in their remote work policies. The index integrates several key elements crucial in this aspect.

• A prime component is internet affordability, located within the digital and physical infrastructure dimension. This metric is essential because it allows organizations to assess the financial feasibility of remote operations in various regions, ensuring that employees can access stable internet connections without excessive costs, thus maintaining organizational expenditure at reasonable levels.

• Next in line is the co-working space density per capita rank, also encapsulated within the digital and physical infrastructure dimension. A higher density indicates more options and potentially lower costs for securing suitable, professional working environments for remote employees, especially those lacking a conducive home office setup.

• The cost of living, placed under the economic safety dimension, is another fundamental component. This data helps organizations gauge the general affordability aspect of different locations, enabling a clearer view for determining compensations and other allowances, ensuring that employees can maintain a decent standard of living without causing organizational costs to skyrocket

With these elements, organizations can compose a pragmatic perspective for shaping remote work policies that are both effective and economically sound. By using the GRWI data, organizations are better equipped to steer their remote work strategies towards enhanced cost-efficiency, making informed decisions that align with both organizational and employee financial well-being.

Improving work-life balance

Using the GRWI can be a game-changer in cultivating a remote work policy that enhances work-life balance. The index combines various indicators that can be instrumental in fostering a more balanced and enriching remote work experience.

• Consideration of the tourist attractiveness of a location as part of the economic safety dimension provides insights into the livability and allure of different regions. For remote workers, residing in a location with a high tourist attractiveness score can enhance the quality of life outside of work, providing multiple options for leisure, exploration, and relaxation, contributing positively to work-life balance.

• The healthcare rank, another data point under the economic safety dimension, contributes significantly to determining the suitability of a location for remote work. A robust healthcare system is crucial in ensuring the well-being of remote workers, providing accessibility to quality medical services, and promoting a healthy lifestyle, which is essential for productivity and job satisfaction.

• Inclusiveness, found in the social safety dimension, focuses on social cohesion and equality within a region. An inclusive environment helps facilitate a sense of belonging and community among remote workers, mitigating feelings of isolation and enhancing overall life satisfaction.

By prioritizing these aspects, organizations can facilitate a remote work experience that is not only productive but also conducive to their workforce’s overall well-being and happiness.

Putting the GRWI tool into action: a how-to guide

The index has a number of layers that can be used to gain reliable insights and develop an effective remote work strategy.

Let’s say a company wants to hire people from another country to help maintain the organization’s low expenses. We established that looking at internet affordability, co-working space availability, and the cost of living is beneficial to keep costs down.

All these elements derive from economic safety and physical and digital safety dimensions, so this is where we need to focus:

Since GRWI incorporates data from 108 countries, consolidating the Top 10 countries of each dimension will reduce the scope:

We get two perfect matches on these lists—the United States and Sweden. To select the final candidate by evaluating its overall score, we need to compare them on all different dimensions:

To make a more detailed decision, you can browse additional criteria to gather in-depth insights, for example, such as the country’s English proficiency or safety rankings:

Now you’re able to create insights from gathered information. The GRWI tool provides users with options to explore data from different perspectives, so take your time using it.

Make GRWI your insights asset

The Global Remote Work Index acts as a compass, guiding businesses in crafting remote work policies that are both efficient and empathetic. By setting clear objectives focused on work-life balance, cost reduction, talent acquisition, and productivity enhancement, organizations can unlock the full potential of remote work for success and sustainability.

In 2022, a remarkable milestone was reached in the world of healthcare. According to the World Health Organization (WHO), global healthcare expenditures soared by a staggering $12 trillion. However, the impressive figure came with a burden. The health industry faced a dual challenge: staff shortages and the flood of patient data. Generative Artificial Intelligence (AI) emerges as a promising solution, offering revolutionary changes. Yet, alongside its potential, it also raises critical safety concerns. 

This article looks at the potential of generative AI in healthcare. It also explores the risks involved in its rapid adoption. Read on to understand how AI could reshape healthcare and what precautions are necessary for its responsible implementation.

The healthcare in crisis

Under pressure: the health industry

As the pandemic spread, it stretched global healthcare systems thin. The World Economic Forum warns of growing worker shortages, widening health differences, and unsustainable spending. Moreover, by 2030, a staggering shortfall of 10 million healthcare workers globally is anticipated, highlighting the urgency of addressing the gaps.

The digitization challenges: riding the data wave

As hospitals started their journey to digitalize their customer records and operations, they faced a surge in data. Efficiency was the goal, but this integration demanded equipment investment and staff training. It’s projected that global healthcare data will surpass 10 zettabytes, that is 1,024,000,000,000,000 gigabytes, by 2025. Perhaps more concerning is the revelation that over 70% of healthcare providers across various nations are struggling with the volume of patient data.

Embracing technological adaption

To maintain the highest standards of healthcare quality, hospitals must adapt swiftly to this digital transformation. Technologies, particularly generative AI, stand ready as potential game-changers. Consider the rise of AI-powered chatbots and call centers employing generative AI methodologies. These digital assistants are pivotal in patient education and assessment, especially in low- and middle-income countries with scarce healthcare resources.

AI in healthcare: a prescription for progress

Now, let’s examine AI’s role in healthcare, focusing on its applications and innovative potential. As we explore ethical considerations and potential drawbacks, we’ll gain a comprehensive insight into AI’s impact on the healthcare sector.

The potentials and pitfalls of AI: walking the tightrope

While AI promises to transform healthcare by accelerating diagnoses, managing patient data efficiently, and assisting in complex procedures, it’s essential to acknowledge the complexities of this transformation. For example, despite analyses suggesting that an ideal share should exceed 10%, in the US and Europe, a mere 3% of healthcare spending is allocated for preventive care. This discrepancy emphasizes the need for a cautious approach to integrating AI into healthcare.

The financial magnitude and growth of AI in healthcare underscore its transformative potential. The AI healthcare market, valued at $11 billion in 2021, is projected to skyrocket to $187 billion by 2030. This exponential growth indicates the increasing reliance and investment in AI technologies to innovate and enhance healthcare delivery and management.

Yet, it’s crucial to navigate this path with caution. Professor Collin Stultz, a cardiologist from the Massachusetts Institute of Technology and an expert in machine learning for cardiovascular care, says that perspectives on AI in healthcare oscillate between viewing it as a panacea for numerous challenges and perceiving it as a potential threat. As is often the case, the truth likely resides somewhere between these extremes.

Caution and security: protecting healthcare data

The World Economic Forum’s Breaking Barriers to Health Data program suggests creating a consortium where different organizations can share their health-related data, especially about genes. This way, they hope to fill the gap in available genetic information and also improve research and diagnostic capabilities.

For instance, the Mayo Clinic and Pramana’s collaboration to digitize pathology slides. This showcases the practical data usage in healthcare. With the rise of AI in the industry, it’s crucial to understand its capabilities and limitations, especially in the face of increasing data breaches.

Providing robust security measures for sensitive data is vital to maintaining patient trust and safeguarding information. Implementing AI must be approached cautiously, ensuring patient data and healthcare service integrity are uncompromised.

Addressing staff shortages: AI as a helping hand

The WHO estimates a global shortfall of 10 million healthcare workers by 2030, highlighting a critical need to address workforce gaps. AI can step in to alleviate pressure by handling routine tasks, enabling healthcare professionals to focus on complex patient needs. It’s important to note that AI isn’t here to replace human expertise but rather to enhance the efficiency of the human workforce.

AI’s ability to generate insights is also key in designing and executing efficient and inclusive clinical trials. This application enhances the efficiency of clinical trials and ensures they are robust and representative of many populations. For example, H1, a technology company, has used AI to streamline decision-making and accelerate patient recruitment in clinical trials, ultimately lightening the workload on existing staff.

AI in action: transformative cases in healthcare

Artificial Intelligence notably influences drug discovery and clinical trials in the pharmaceutical industry. Let’s now explore real-world examples that demonstrate its profound impact.

AI in drug discovery: unknown avenues

AI is ushering in a new era in drug discovery, offering new pathways to understand disease mechanisms and formulate targeted treatments. Consider Benevolent AI, a prime example, which applies AI to identify patient subgroups that respond most favorably to specific treatments. This approach enhances treatment precision and reveals new therapeutic possibilities by providing deeper insights into disease processes.

Also, tools based on deep learning uncover novel insights into the underlying disease mechanisms and identify new therapeutic assets. Companies like DeepMind and Benevolent AI are pioneering this innovative approach.

Streamlining clinical trials: faster, smarter, and more inclusive

The journey from drug discovery to patient benefit is usually lengthy, often stretching over 15 years. However, it can be shortened with AI stepping in and optimizing critical processes, such as site selection and participant recruitment, ensuring that life-changing treatments reach patients faster.

H1, a pioneering AI platform, is making waves in the pharmaceutical industry by facilitating quicker decision-making processes. It has successfully reduced site failures and accelerated patient recruitment in clinical trials, shaving off weeks, if not months, from the typical timeline.

Enhancing clinical trial design: a revolution in progress

AI is not only helping streamline clinical trials. It also revolutionizes their very design, ensuring that they both are efficient and representative of diverse populations.

One critical aspect of enhancing clinical trials is tailoring messages and recruitment strategies to attract the right patients. AI is bridging the gap by connecting doctors with clinics capable of recruiting suitable participants. This approach improves the efficiency of clinical trials.

For instance, Johnson & Johnson, the industry giant, uses AI-based data analysis to innovate how medicines are discovered and developed. By improving patient data, AI generates insights that empower clinical research teams to design and execute more targeted and inclusive clinical trials.

The potential of AI in pharmaceuticals

Integrating AI in drug discovery and clinical trials will revolutionize the pharmaceutical industry. This acceleration, combined with optimizing clinical trials, highlights AI’s transformative and innovative power in healthcare. It opens up a new horizon of possibilities and advancements that bring treatments to patients more swiftly than before.

The financial stakes of AI in healthcare are staggering. This market’s growth indicates a substantial investment and reliance on AI technologies to innovate healthcare delivery and management.

AI: optimism versus skepticism

The dialogue surrounding AI in healthcare is multifaceted, with both enthusiasts and skeptics presenting compelling arguments. Advocates highlight AI’s potential to revolutionize healthcare, emphasizing its capacity to enhance efficiency, improve diagnostic accuracy, and pave the way for personalized medicine.

As Prof. Collin Stultz from MIT points out, the reality of AI’s role in healthcare likely lies somewhere between these extremes of optimism and skepticism. Striking a balance becomes essential, harnessing the potential benefits of AI and mitigating associated risks.

AI brings notable advancements in healthcare but also introduces ethical dilemmas, especially concerning data usage and algorithmic biases. The conversation often revolves around maximizing AI’s capabilities while ensuring ethical, transparent, and equitable use.

AI promises to revolutionize healthcare but also presents practical challenges, such as regulatory compliance, system interoperability, and algorithm efficacy validation.

The ongoing debate is between AI’s theoretical potential and the practical challenges of its implementation, calling for a pragmatic approach that acknowledges both its promises and pitfalls.

Also, the discussion about the human element in AI-driven healthcare focuses on augmenting professionals’ capabilities versus the risk of care dehumanization and technology over-reliance.

Potential risks of AI

As the integration of AI into healthcare continues to advance, it brings with it a set of challenges and concerns. From data privacy issues to ethical dilemmas, the healthcare sector must tread carefully to ensure that the adoption of AI enhances patient care without compromising safety or trust.

Data security and breaches

One of the biggest concerns with AI in healthcare is data security. Hospitals and clinics store highly sensitive information, like medical history and personal details.

Data breaches in healthcare are becoming more common, and that’s a big red flag when we’re talking about using AI to manage patient data. So, how can we make sure AI is safe to use?

First, any AI system has to meet strict security standards before it even gets near patient data. This means heavy-duty encryption and multiple layers of security checks. Also, regular audits and monitoring can help catch any unusual activity before it becomes problematic.

While AI has much potential to improve healthcare, it also comes with risks that must be managed carefully. Data security is at the top of that list, which healthcare providers and tech companies must take seriously.

Steps to ensure data safety

Best Practices for Secure AI Integration

Safety is a top priority for integrating AI into healthcare, especially concerning data security. There are still ways to ensure patient data remains secure when using AI systems.

1. Strict access control: limit who can access the AI system and the patient data it uses. Only authorized personnel should have access, and even then, only to the extent necessary for their role.

2. Data encryption: all data in transit should be encrypted; this can be achieved with a solution like NordLayer. This makes it much harder for unauthorized users to make sense of the data even if they manage to access it.

3. Regular security audits: conduct regular security audits to identify any vulnerabilities. This should include both the AI system itself and the broader data infrastructure.

4. Multi-factor authentication (MFA): MFA requires multiple verification forms before granting sensitive systems or data access. This adds an extra layer of security that can deter unauthorized access.

5. In-house AI tools: while third-party solutions may not always meet your needs, developing in-house AI tools allows for customized security measures tailored to your organization’s unique requirements.

6. User training: educate healthcare staff on the importance of data security and the best practices for using AI systems. A well-informed team is a crucial line of defense against potential breaches.

7. Incident response plan: plan how to respond if a data breach occurs. Quick action can minimize damage and help restore system integrity.

By following these best practices, healthcare providers can take significant steps toward ensuring that the integration of AI into their systems is as secure as possible. While AI presents new challenges in data security, careful planning and stringent measures can mitigate these risks.

Conclusion

Reflecting on the need for AI in healthcare, it’s evident that AI presents promising solutions while the sector grapples with challenges such as staff shortages and intricate data management. Yet, with these advancements come inherent security risks. As we delve deeper into the digital transformation of healthcare, responsible AI implementation paired with stringent security measures becomes paramount. Consider NordLayer to protect your sensitive data for a secure digital future.

Mobility and device versatility make business digital possibilities nearly endless. However, overcoming one technical or security challenge means another will soon emerge. Just like enabling secure remote user access to the company network raises another issue for IT administrators — how to ensure only compliant devices enter the network? 

Customized internal policies must be synced with the organization’s business model and sensitive data levels. Specific rules define how identities are managed to access the company network; on another security level, they are redistributed to access unrestricted resources.

In this process, the absent layer of security guarantees entering devices match the set organization’s security criteria to prevent potential security breaches. Companies can address this challenge by adopting Zero Trust Network Access-based endpoint controls.

A service like Device Posture Security provides a comprehensive solution for organizations looking to bolster their security. By monitoring – and, if required, blocking – devices that connect to the company network, organizations can mitigate risk levels of exposing sensitive information to dangerous scenarios.

Device Posture Security using NordLayer

NordLayer’s Device Posture Security service is based on the ZTNA security model, meaning that all devices are treated as untrusted until they can prove trustworthy.

This approach ensures that organizations have complete visibility and control over the devices connecting to their network.

Primarily, NordLayer-introduced Device Posture Security service allowed monitoring network-entering devices. Now the technology is enhanced with blocking functionality that enables network administrators to take action once a non-compliant device is detected.

How does NordLayer’s Device Posture Security service work?

The cloud-based service monitors all devices with an installed/running NordLayer application.

Device Posture Security allows organization admins to perform several actions for more accurate and extensive network supervision:

• The service qualifies admins to get notified about new devices entering the network and lets to identify them

• Inspect if the compatible operating system (OS) of every entering device is used, and check its version against the supported OSs’ list

• Verify the newest NordLayer application version is utilized

• Scan organization-enlisted devices to see if they contain an admin-installed file that allows determining corporate devices from personal ones

• Browse a History tab with the logged activity of all connected devices for investigation and auditing network activity

More in-depth information allows for following the internal procedures to enforce OS or application updates to ensure the most recent patches and bug fixes are in place.

The Device Posture Security service helps close potential security gaps by checking if the device is not jailbroken/rooted or doesn’t miss an organization-enrolled file. If the device doesn’t comply, admins can disconnect it from the network to protect it.

How NordLayer’s Device Posture Security is different?

NordLayer’s Device Security Posture contains two capabilities. Until the latest service upgrade, it was dedicated only to device posture monitoring. The full composition of the service now offers monitoring and device account-blocking capability functions.

The ability to monitor and allow only trusted devices to access digital company resources helps adopt the ZTNA approach, allowing organizations to enjoy peace of mind knowing that all devices connecting to their network meet their security standards.

• Only trusted devices are permitted. Device Posture Security enables organization administrators to verify every device within the network separately, whether it’s a known endpoint. If the device is unrecognized, an alert is triggered for the admin to review if it complies with company security policy requirements.

• Use of allowlisted operating systems. The NordLayer application is available on Windows, macOS, and Linux operating systems. However, a company can only settle to work with one OS, like macOS. Thus, the service will notify the system if a user tries to use a device with any other but enabled OS.

• Ensuring utilized OS versions are up-to-date. Due to security patching requirements, companies can define a threshold by which OS versions comply with internal policies. Therefore, if the system detects an outdated operating system version that deviates from set rules, it informs the administrator to take relevant action.

• Establishing the use of the latest NordLayer app version. Following NordLayer’s Release Notes, IT managers can see the latest information about new and essential feature launches that apply to the most recent application version.

• Existing File check. Administrators can store a specific file that labels the device as approved to log and recognize corporate devices. This action distinguishes corporate-approved devices from personal ones, even if they consist of the same operating system and version.

To ensure organization members use the latest app version, the admin must create a Device Posture Security profile with the desired NordLayer version to determine who should update the app.

NordLayer’s Device Posture Security offering builds a practical, security-by-design-based approach to business network protection. Thus, the service allows close supervision of endpoints within the network if they are up-to-date as required. Automated device inspection helps prevent overlooked security gaps whether the organization has only a dozen or a few hundred users.

Benefits of Device Posture Security

Regular check-ups of in-network operating devices establish a threat prevention-based approach to internal compliance management. The service enables organization network admins to act more centrally, define the scope of the rules, and maintain high security levels without spending long hours or hiring a squad to carry out such tasks.

Enforcing rules centrally

Created security policies can be enforced in a matter of moments for the full-scale organization within a few mouse clicks.

The Control Panel allows administrators to see what teams fall under the security requirements and must follow the rules.

Increasing device visibility to the admin

The larger the company, the bigger the endpoint network to supervise. Especially when users practice having a few devices per member, multiplying the work scope for the administrators.

Device Posture Security reveals and registers every endpoint within the company network, collecting information in the History tab and limiting the possibility of slipping for unauthorized or faulty devices at a given time.

Understanding whether the device is compliant and up-to-date

The service allows network admins to see more in-depth information on whether the endpoints comply with organization security requirements.

Tracking what operating system and which version and NordLayer application edition is used creates a more action-based cybersecurity strategy for the organization.

Giving access to block untrusted devices

Device Posture Security allows network administrators to reject untrustworthy devices from the company network.

If the admin sees that the device is jailbroken or rooted, lacks a specific organization-deployed file, or needs an update—they can enforce action to be performed outside the organization and confirm device entrance to access resources only when the endpoint can be trusted.

Preventing non-compliant devices from accessing your network

The NordLayer service gives the option to see any deviating devices in the network that were infected or outdated while being there.

However, taking action at an entry level is as important. Blocking a non-compliant device beforehand helps avoid any back peddling with uncertain consequences if such a device is detected after entering the network.

Entering NordLayer’s Device Posture Security

Device Posture Security makes your organization more robust to digital threats and brings it one step closer to implementing the ZTNA model approach to the cybersecurity strategy. The Device Posture Security service setup and deployment are made straightforward to achieve it effectively.

NordLayer provides information about devices on the Control Panel. Device security check logs contain information such as timestamps when the last check was done or device deviation detected, endpoint identification information, and its status. The device status is based on admin-defined rules the organization must comply with.

For comprehensive tracking, organization-allowed devices can fall under the category of a fully compliant device or initiate an alert whether the device is unknown, operated by a forbidden OS, if the version needs an update, or device doesn’t contain a specific file required per internal security policy. As predefined by a set of rules, any deviation prevents the device from accessing company resources.

Device posture security checks are performed regularly. If a device becomes not compliant, an alert is triggered, and the user is disconnected from Virtual Private Gateway—such action was unavailable utilizing the Device Posture Monitoring service. With device account blocking, the Device Posture Security provides extra protection for company data without additional labor and resources.

Let’s discuss the NordLayer solution for your business network access security now.

It’s always nice to grab a cup of coffee in the office with Marija Dzemionaitė, the Head of Brand Marketing at NordLayer, to ask about the experiences and impressions once she is back from her travels. She is a professional digital nomad, occasionally exchanging her office desk for spectacular sights while working.

Thus, it’s no surprise that Marija is the driving force behind the Global Remote Work Index (GRWI), a tool created by NordLayer. We had a chance to talk with her about the idea behind it, the perks of working remotely, and learn more about the latest 2023 GRWI findings.

Let’s go! 

Marija, what sparked the idea for the Global Remote Work Index—why did it come around?

The pandemic was a new dawn for remote work. We saw the need and took it upon ourselves to help companies overcome network security challenges, as we aim to make remote work more accessible and user-friendly for organizations.

Cybersecurity is a complex subject typically linked with technology and solutions that tackle digital problems. But it is also about awareness of its context. If users want to be one step ahead of malicious actors, they need tools and knowledge to understand the cyber landscape better.

So, as hybrid work became essential, we launched the Global Remote Work Index (GRWI) to serve as a compass for businesses venturing into remote work. It helps evaluate the underlying risks and identify what actions help repel threats.

We at NordLayer realized the necessity for such a tool. The GRWI offered fundamental insights for companies and even countries to draw conclusions from. We know this because numerous news platforms, government agencies, and researchers worldwide have acknowledged the index.

Why should organizations pay attention to the GRWI?

The GRWI is your map for a remote working journey. Whether you’re a business or an individual, let the GRWI guide you to the best work-and-play destinations.

The tool offers current, reliable data on four critical dimensions for remote work. Each dimension provides in-depth insights into the state of remote work in various countries:

• Cyber safety

• Economic safety

• Digital & physical infrastructure

• Social safety

Cyber safety covers legal measures and various factors ensuring a safe digital environment. Economic safety looks into the cost of living, English proficiency, healthcare access, and quality leisure time. Digital and physical infrastructure focuses on internet quality and affordability, while social safety evaluates personal rights and safety rates in different countries.

For many organizations, remote work is a solution for maintaining business continuity. It solves talent issues, allowing hiring employees worldwide. It’s a compromise for employees who want to expand their borders or prefer flexibility. However, remote work is also a legal and security challenge that needs proper assessment, and the GRWI provides contextual information to do that.

Tell us, who’s the kingpin of remote work, according to the GRWI? Any dark horses that made you go “Whoa!”?

The GRWI has assessed 108 countries across six continents. Europe and Asia dominate the top half, whereas equatorial and southern regions often rank in the latter half.

In the first place of the 2023 rankings, Denmark stands out as the best. Slovakia secures the tenth spot—interestingly, the Top 10 countries are all from Europe. Kudos to the top three – Denmark, the Netherlands, and Germany for their remarkable infrastructure, safety, and cyber protection achievements.

Speaking of surprises, Portugal was our underdog. It leaped 12 places, landing at the 6th position. And while Northern Europe is a remote work haven, Spain and Portugal bring a touch of Mediterranean warmth. Portugal is likely to be my choice for travel and work this year, as it also offers great value for living.

Which countries rocked the GRWI rankings by dimension this year?

We must remember that GRWI dimensions are a collection of various factors that fluctuate. It’s an achievement not only if a country secures a top position on the list but also shows improvement in a specific area compared to the previous year. I highly recommend everyone check how their country performs compared with the GRWI’s 2022 data for exciting insights.

Cyber safety

Cyber safety is the first dimension on the list, which I find the most intriguing. Naturally, you’d expect that cybersecurity advanced locations are the countries with strong economies. However, the GRWI’s rankings proved such speculations wrong because cyber safety is led by Slovakia, followed by Estonia and Lithuania.

These countries excel in digital skills, surpassing the European average. Their proficiency makes them appealing providers of Information and Communication Technology (ICT) and business services to global companies. This has fueled the creation of startups and tech hubs, all requiring robust cyber safety measures.

Economic safety

Economic safety rank combines tourism attractiveness, English language proficiency, the cost of living index, and healthcare. Each element contributes to the country’s overall appeal for businesses and the workforce.

Looking at these components individually, strong tourism indicates stability as it contributes to the economy, promoting business activities and creating employment opportunities. Countries with high English proficiency—the global language of business—are more likely to attract international companies, fostering economic growth and multinational collaborations. A reasonable cost of living and accessible healthcare represent the quality of life in the country, attracting talent and, consequently, business investments. The leaders in economic safety are the United Kingdom, the United States, Canada, and Australia.

Digital and physical infrastructure

Digital and physical infrastructure reflects a country’s readiness and adaptability in the digital age. A reliable internet connection is essential for remote work, so affordability and quality are key factors here. Infrastructure and governmental services also contribute to creating a digitally and physically inclusive society.

All these elements help simplify logistics and administrative processes, making it easier for businesses and individuals to access essential services. The strongest players in digital and physical infrastructure, delivering the best quality services, are Singapore, South Korea, and the United Arab Emirates.

Social safety

Social safety as a holistic measure shows how people prefer to live and work where their rights are respected and protected.

Evaluating personal rights reflects the importance of an individual’s need to work freely and creatively, which can enhance productivity and job satisfaction. Inclusiveness helps build social cohesion and harmony, creating a peaceful environment that benefits both business and personal well-being.

In general, a safe environment is fundamental to attracting investments and talent. People perform their best when they feel secure in their surroundings—Switzerland, the Netherlands, and Iceland are the most advanced countries in this dimension.

And how is the remote work game going in various regions, according to the GRWI?

Working remotely in a specific region makes sense because a person might prefer a culture, climate, and thrill of adventure. Knowing what countries are best suited for remote work in those areas is valuable.

Europe

The Old Continent is a frontrunner of the 2023 GRWI, so visiting any country is as good as it gets. Since Europe is relatively compact with well-developed infrastructure, remote work is an exceptional opportunity to work and travel. Whether you’re planning a Eurotrip or exploring regions like the Nordic countries, Denmark and Sweden, the Baltics, or Southern Europe with Spain and Portugal, your experience will be unforgettable and work-friendly.

Africa

Across the Sahara, Morocco stands out as Africa’s beacon, with a global ranking of 48th. Despite facing digital and social challenges (ranked 72nd), Marocco excels in cyber safety, with legal measures holding 1st place and response capacity standing 5th. A pleasant climate, stunning landmarks, and a decent cost of living (16th) might encourage adventurous remote workers to explore African culture.

Asia

In Asia, South Korea stands out as the tech giant (global rank 17th), with digital and physical infrastructure ranking 2nd. Japan (global rank 22nd) is a travelers’ magnet, ranking 1st in tourist attractiveness. Singapore (global rank 28th) is the e-governance (1st) and physical infrastructure (1st) trailblazer, making it a hub for remote work.

Central America

The remote work star of Central America is Costa Rica (global ranking 54th). Its distinguished digital safety response capacity (17th), tourist attractiveness (11th), healthcare (19th), and inclusiveness (16th) rankings may impress quite a few travelers looking for exotic and unique remote work experiences.

South America

South America, as a region, ranks highly in tourist attractiveness, regardless of the specific location you would choose. However, Uruguay leads the South American charge with its welcoming environment (inclusiveness ranks 19th) and remarkable approach to personal rights (9th), complemented by a vibrant tourist scene.

North America

Canada and the US represent North America well in the GRWI. The United States is placed 16th globally and scores well in economic safety (2nd). Canada, with a global rank of 14th, follows closely, with economic safety taking 3rd place. When it comes to cyber safety, Canada and the US are closely ranked at 32nd and 33rd, respectively.

Can you break down the perks and the hiccups of remote work?

Speaking of hybrid work, the possibilities are boundless. Changing your location can be a catalyst for refreshing your perspective and injecting creativity into your approach to the familiar. It’s particularly valuable, especially if your role demands innovation.

However, I remain an ardent advocate for in-person connections with colleagues. These face-to-face interactions are the foundation of strong teamwork and the development of trust, which are integral components of our professional environment.

For those who are about to try a digital nomad life, how should they ensure their devices and data don’t end up in malicious hands while being out and about?

Working in a cybersecurity company opens your eyes to digital threats and inspires you to share practical cybersecurity tips with others. As a traveler who spends a lot of time working and browsing online, I’d like to highlight some mandatory steps everyone should take:

• Always use a Virtual Private Network (VPN).

• Ensure all your devices, including smartphones, tablets, and laptops, have the latest software updates installed.

• Be cautious with public Wi-Fi and avoid accessing sensitive information such as online banking or entering passwords on public Wi-Fi networks.

• Whenever possible, enable two-factor authentication for your email accounts, social media profiles, and other online services you use while traveling.

• Use strong and unique passwords. Create strong passwords for your online accounts and avoid using the same password across multiple platforms.

Once you are all set, choose the country from the GRWI list, and it’s time to start your hybrid work adventure.

Thank you.