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Spy Skills for Your Business: Threat Intelligence Explained

Ever wanted to be a spy? With such a great deal of espionage operations happening online, gathering threat intelligence might feel like being a modern-day James Bond.

Think about cyber threat intelligence as having a spy network working to protect your business online. It’s all about gathering information on potential cyber threats — understanding how bad actors operate, what areas of business they might target, and what tools they use. Companies cannot effectively defend themselves from cyberattacks without well-researched, reliable data. With threat intelligence, businesses can stay one step ahead of cybercriminals, know what to look out for, and have a clear understanding of how to protect their assets.

A brief history of threat intelligence and its role in cybersecurity

Without cyber threat intelligence, a company is “blind and deaf.” It would not be an exaggeration to say that it is an essential part of cybersecurity. However, its shape and role in cybersecurity have changed over the years as a result of the internet’s evolution and the growth of worldwide interconnectivity. New cyber threats arise daily, making security experts develop innovative defensive strategies and tactics.

Initially, companies focused solely on basic security measures such as IP and URL blacklists and antivirus solutions. However, with the spread of malware, worms, and viruses in the early 2000s, they found themselves in need of more sophisticated threat detection and response capabilities. As cyber criminals got smarter and more organized, it became evident that security experts needed to collaborate and share information. Consequently, the President of the United States established the Information Sharing and Analysis Center (ISAC), a non-profit organization dedicated to facilitating the sharing of threat intelligence within specific industries.

In the 2010s, the rise of data automation and the emergence of Threat Intelligence Platforms (TIPs) resulted in organizations having the right tools to manage and analyze large volumes of data. These platforms are technological solutions that can manage data collected from multiple sources and presented in various formats.

Later on, TIPs were integrated into Security Operations Centers (SOCs), providing security analysts with a unified interface for accessing and utilizing cyber threat intelligence seamlessly in a company’s day-to-day operations. Threat Intelligence Platforms also became an integral part of Incident Response (IR) processes, delivering actionable scenarios for managing and mitigating the impact of a security incident on an organization. This integration made the response to cybercrime faster and more efficient.

Nowadays, the role of machine learning and AI in cyber threat intelligence grows stronger every day, helping to analyze and predict cyber threats. We can also see a shift in the cybersecurity objectives — from threat detection to cyber resilience, focusing on the business’s ability to recover quickly from cyberattacks. Fortunately, throughout the years of the digital revolution, the cybersecurity community has recognized the importance of collaboration, data sharing, and the integration of threat intelligence into the overall cybersecurity strategy.

Threat Intelligence Lifecycle

Gathering threat intelligence is a complicated process that involves collecting, processing, and analyzing large volumes of data. The outcome of this process should focus on vulnerabilities specific to your organization. It should be detailed and contextual and, last but not least, be actionable.

Let’s examine the six phases of the threat intelligence lifecycle:

1. Direction

The direction phase is a crucial part of the process: you cannot perform a secret service operation without specifying its objectives. Therefore, you should follow in the footsteps of the character played by Jodie Foster in the 4th season of “True Detective” and ask questions such as:

Who are the attackers?
What motivates them?
Which data assets and business processes need to be protected?
Protection of which aspects of the organization is our priority?
What happens if we fail to protect them?
What types of threat intelligence do we need to protect the company’s assets and respond to emerging dangers?

2. Collection

After setting goals and objectives, we can move to the next phase: data collection. The security team gathers raw data from various sources, including open-source intelligence (OSINT), commercial feeds, internal logs, and information shared within the cybersecurity community. At this stage, it’s important to validate our sources of information and the accuracy of collected data. This will allow us to avoid missing severe cyber threats or being misled by false positives.

3. Processing

Remember that nowadays, threat analysis relies on processing huge volumes of data, which is automated and requires data to be standardized and formatted. When our collected data are compatible, we can identify relationships and connections between different pieces of information to better understand the cyber threat landscape.

4. Analysis

Threat intelligence analysis is a human process that turns processed information into actionable intelligence, enabling data-driven decision-making. The analysis should prioritize risks, resulting in the creation of a threat management roadmap. It should also provide a context for collected threat intelligence by understanding the motives, capabilities, and tactics of cybercriminals. What’s important here is to present threat analysis in a way that decision-makers will easily understand.

5. Dissemination

Dissemination is a crucial part of threat intelligence management. Analyzed data must be transformed into actionable intelligence reports, alerts, or indicators of compromise (IOCs) that the security team can use to strengthen the company’s defense system. Then, those should be shared with relevant teams and decision-makers within the organization and, in some cases, with trusted external partners.

6. Feedback

Threat intelligence management and effectiveness must be evaluated. Did the intelligence have the impact you expected? Did it improve the company’s safety? What went wrong in the entire process? Answering those questions helps your business move forward and improve its threat intelligence program.

Four types of threat intelligence

We need to understand the types of threat intelligence to fully grasp its impact on overall business cybersecurity. Usually, cyber threat intelligence is divided into four categories, ranging from high-level information to specific technical details about cyber threats.

Strategic

Strategic threat intelligence is non-technical information focused on understanding the broader context of cyber threats. It may come in the form of reports describing hackers’ motives and capabilities, geopolitical influences, or industry-specific risks. Usually, this type of threat intelligence is presented to high-level stakeholders, e.g. the board of directors.

Tactical

This type of threat intelligence includes information that can be used by security experts to make data-driven decisions and actively defend the organization. Tactic intelligence is more detailed than strategic. For example, it may describe cybercriminals’ tools, attack avoidance tactics, or weak points in the company’s security infrastructure.

Operational

It provides real-time information on specific threats, ongoing crime operations, and emerging attack patterns. This type of intelligence enables the company to respond to specific cyberattacks immediately; it can also help mitigate the damage made by hackers.

Technical

Technical threat intelligence may come in the form of evidence that an attack is happening or specific indicators of compromise (IOCs). Ideally, it’s provided in real-time before the hackers can cause any significant damage. Examples of tactical cyber threat intelligence include phishing emails detected by AI tools or real-time data breach notifications sent by an advanced enterprise password manager.

How NordPass can help protect organizations

A country needs all kinds of security measures to protect its citizens: the border guard, the police, an army, and special agents. It can be safe only if all parties work together. The same rule applies to keeping your business safe. It requires all types of threat intelligence — every single one of them is an important part of the cybersecurity landscape. They are interconnected, and only together can they provide comprehensive defense against cybercrime. Even the best strategic plans won’t stand a chance if the company fails to recognize data breaches in real-time.

Luckily, there are tools available that can make gathering technical threat intelligence easier and more efficient. The NordPass built-in Data Breach Scanner automatically scans leaked databases and compares them with information stored in your and your employees’ password manager vaults. It generates password breach reports with detailed information about data leaks that have affected your company. Most importantly, it notifies you or your security team in real time about every new breach so you can act and protect your company immediately. Give it a try, and don’t let cyber threats slip through your company’s defense anymore!

About Version 2 Digital

Version 2 Digital is one of the most dynamic IT companies in Asia. The company distributes a wide range of IT products across various areas including cyber security, cloud, data protection, end points, infrastructures, system monitoring, storage, networking, business productivity and communication products.

Through an extensive network of channels, point of sales, resellers, and partnership companies, Version 2 offers quality products and services which are highly acclaimed in the market. Its customers cover a wide spectrum which include Global 1000 enterprises, regional listed companies, different vertical industries, public utilities, Government, a vast number of successful SMEs, and consumers in various Asian cities.

About NordPass
NordPass is developed by Nord Security, a company leading the global market of cybersecurity products.

The web has become a chaotic space where safety and trust have been compromised by cybercrime and data protection issues. Therefore, our team has a global mission to shape a more trusted and peaceful online future for people everywhere.

How to use dark web monitoring: a talk with Mary D’Angelo

Today is just like any other day at the office. You are going through emails and laying out plans for your company’s upcoming big project when suddenly, your screen freezes. None of the troubleshooting steps work. Quickly, your IT team becomes anxious; the company’s network has stopped working. The reason is a security breach tied to stolen credentials from RIPE, an organization that assigns IP addresses across numerous countries.

This situation is similar to what Orange Spain experienced, suffering an outage due to a hacker who improperly accessed their RIPE account. Researchers at Resecurity have noticed a troubling trend: the dark web now houses millions of stolen network operator credentials, which cybercriminals are poised to misuse.

The dark web serves as a hidden space where these stolen credentials remain unseen. It is also where attackers coordinate their plans and recruit accomplices for future breaches.

For businesses, keeping an eye on the dark web is vital. It helps uncover new threats and trends as they arise.

Equally important are cybersecurity practices. They shield businesses from an increasing array of cyber threats.

By combining dark web monitoring with solid cybersecurity, businesses can establish a protective strategy to remain secure.

That’s why we talked with Mary D’Angelo, a leading Cyber Threat Intelligence and Dark Web Advisor. We discussed how the dark web works and explored why businesses might need dark web monitoring.

The interview’s highlights

The deep web makes up 80% of the internet, while the dark web and clear web each make up 10%.
The US Navy originally created the Tor network for good reasons, but now less than 1% is for whistleblowers and journalists.
Dark web monitoring lets businesses see planned attacks, indicating the immediate need for protection.
Ransomware groups are growing, and threat actors are switching to platforms like Telegram.
Companies should combine dark web monitoring and cybersecurity practices for early threat detection.

Key insight #1: the clear web makes up only 10% of the internet

NordLayer: To start, what is the dark web?

Mary D’Angelo: When I discuss the dark web, I refer broadly to its distinction from the deep web and the clear web. The dark web is a segment of the internet accessible only through specialized software, typically Tor, which I’ll mostly reference. It’s because Tor is the most commonly used. The deep web and clear web are other internet segments. The clear web includes anything findable via Google and other search engines. The deep web, while still accessible through search engines, comprises sites that are very hard to enter. Statistics indicate that the deep web constitutes 80% of the internet, with the dark web and the clear web each accounting for only 10%.

NordLayer: The dark web ensures anonymity and is technically limitless. How does the Onion Router contribute to this anonymity?

Mary D’Angelo: The Onion Router, a type of software made to connect to the dark web, encrypts messages in multiple layers, similar to an onion. These messages, when sent, pass through various relays or nodes, mixing up communications. Upon receiving a message, each relay cannot trace its origin, making it extremely difficult to track the messages and users’ activities.

Key insight #2: the original purpose of the dark web, initiated by the U.S. Navy, now makes up just 1% of its current content

NordLayer: Could you explain the legal and illegal aspects of the dark web?

Mary D’Angelo: It’s a common misconception that the dark web is entirely illegal. Initially, the Tor network was developed by the US Navy research team to enable secure communications.

The primary purpose of the dark web was to assist journalists and whistleblowers in remaining anonymous and using encrypted messaging on a privatized platform. Over time, it has evolved to host a significant amount of illegal activity.

It’s estimated that 40% of the dark web is comprised of child sexual exploitation material, with less than 1% now dedicated to whistleblower and journalism activities. The majority involves illegal marketplaces, threat actor forums, ransomware groups, and similar entities.

NordLayer: But the dark web also has positive uses for privacy and free speech. Can you discuss them?

Mary D’Angelo: The dark web is valuable for media organizations and individuals in censored countries, providing a secure communication channel. Organizations like ProPublica use the dark web for secure communications, offering a platform for whistleblowers and those reporting from repressive regimes.

NordLayer: Considering its origins, does the dark web offer more security than platforms like Amazon?

Mary D’Angelo: The comparison depends on what you mean by security. The dark web provides anonymity, encrypted messaging, and privacy, even for websites. Users on the dark web enjoy encrypted and anonymized communication unseen by others. Conversely, Amazon tracks all user information, making the dark web, in some respects, more secure. However, this anonymity also contributes to the prevalence of illegal activities.

NordLayer: Is regulation of the dark web a significant challenge?

Mary D’Angelo: Yes, law enforcement faces considerable difficulties in tracking down illegal activities due to the dark web’s structure. Although recent efforts have improved, the process is complex and time-consuming.

NordLayer: Can dark web marketplaces be shut down successfully?

Mary D’Angelo: Marketplaces like Silk Road and Alpha Bay have been taken down by law enforcement, involving extensive international investigations. Often, the downfall of these sites is due to the carelessness of threat actors. However, new marketplaces frequently emerge, creating a continuous cat-and-mouse game between law enforcement and dark web users.

NordLayer: How does law enforcement investigate the dark web?

Mary D’Angelo: Investigations involve collaboration with various agencies and platforms like ours that can index and search the dark web efficiently. Law enforcement builds cases on threat actors, tracking their movements and communications, often capitalizing on their mistakes to dismantle operations.

Key insight #3: dark web monitoring helps to detect the threat on its planning stage

NordLayer: How did your interest in the dark web begin?

Mary D’Angelo: My journey into the dark web began with my background in cybersecurity and network detection. Joining Searchlight Cyber, I deepened my understanding of threat intelligence and the significance of dark web monitoring to identify potential security threats to organizations.

NordLayer: Why is it important for businesses to monitor the dark web?

Mary D’Angelo: The dark web is a hub for threat actors to plan attacks. Dark web monitoring allows businesses to detect potential threats early in the planning stage, giving them more time to prevent attacks.

“You can also try NordLayer’s ThreatBlock to prevent threats. It automatically blocks access to harmful websites, making it easier to avoid entering a malicious site. You won’t see harmful ads and pop-ups, and you will be prevented from accessing websites linked to illegal activities or those marked as unsafe in trusted databases. This tool makes life easier.”
Martyna Gaidelė, Product Marketing Manager at NordLayer

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NordLayer: So how can organizations monitor the dark web effectively?

Mary D’Angelo: Companies like Searchlight Cyber provide services to monitor the dark web safely and efficiently, helping businesses to protect themselves without risking exposure to malicious content.

NordLayer: Can you share a success story related to dark web monitoring?

Mary D’Angelo: Our human intelligence team does a lot of the undercover work. Accessing some dark web sites is tough; it requires specific permissions. Our team managed to enter these sites and found someone selling domain access control credentials for a large US airline. They didn’t name the airline to avoid detection but shared details like the revenue size, location, and access type. High pricing often indicates legitimacy. Upon discovering this, I contacted the airline’s security team to alert them, despite them not being our client. We then discussed the intelligence, which was new to them, and together, we devised a plan to enhance their security.

NordLayer: That’s impressive. What security measures do you generally recommend to introduce?

Mary D’Angelo: We generally suggest enforcing multi-factor authentication (MFA) across all platforms. The approach depends on the attack type, but ensuring MFA is in place is crucial so that only authorized individuals have access.

“Multi-factor authentication (MFA) is an essential part of NordLayer. However, we advocate for a broader range of multi-layered authentication solutions and encourage our customers to implement more comprehensive Zero Trust Network Access (ZTNA) strategies.
Multi-layered network access control minimizes the risks of data breaches and aids in achieving compliance certificates, contributing to business credibility as well.
My favorite NordLayer features for network access control are the Cloud Firewall and Device Posture Security. They are easy to use and powerful solutions, ensuring advanced network access control.”
Martyna Gaidelė, Product Marketing Manager

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Key insight #4: Ransomware groups are hiring, which means even more attacks in 2024

NordLayer: Have you observed any trends in the dark web, such as an increase in ransomware groups?

Mary D’Angelo: Last year, we saw ransomware groups increase their recruitment. This means that they only plan to increase their attacks. They now have larger budgets because they were so successful last year in terms of the ransom payments. And so now they have more purchasing power, they can buy better exploits and better credentials. Bad actors also have their AI tool, called fraud GPT, which can just more easily and quickly make very sophisticated attacks.

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NordLayer: How can businesses and law enforcement adapt to the evolving threat landscape on the dark web?

Mary D’Angelo: Understanding the tactics, techniques, and procedures (TTPs) of threat actors allows organizations to build more effective defenses. Monitoring threat actor movements helps in developing predictive security measures.

NordLayer: There is also a kind of “Robin Hood” mentality among some ransomware groups. Can you elaborate on this?

Mary D’Angelo: Interestingly, some ransomware groups adhere to a moral code, avoiding attacks on hospitals and focusing on other targets. This nuanced behavior among threat actors highlights the complex ethical landscape of the dark web.

NordLayer: Despite some groups avoiding healthcare targets, the sector remains highly vulnerable. Why is that?

Mary D’Angelo: The healthcare sector often faces the highest ransom demands, with many hospitals lacking the security infrastructure to defend against sophisticated attacks. The sale of access credentials to healthcare institutions is alarmingly common.

NordLayer: There’s also a trend where threat actors are shifting from dark web forums to encrypted messaging platforms like Telegram. Why do you think threat actors are choosing these platforms?

Mary D’Angelo: The shift to encrypted platforms like Telegram reflects threat actors’ increasing paranoia and desire to evade detection. As law enforcement and security firms improve their monitoring capabilities, actors seek new ways to communicate securely.

NordLayer: How do you conduct research on the deep web and platforms like Telegram?

Mary D’Angelo: Our team utilizes a combination of human intelligence and proprietary automated technologies to gather intelligence from various platforms. This allows us to monitor threat actor activities across the deep web and dark web comprehensively.

NordLayer: What future research directions do you see for dark web intelligence?

Mary D’Angelo: Collaborating with security practitioners and academic researchers can lead to innovative strategies for mitigating risks and combating cyber threats. Future research will likely focus on predictive analysis and the development of more sophisticated defense mechanisms.

Key insight #5: for businesses to stay safe, they need all employees to be aware of possible attacks

NordLayer: What general advice would you give businesses to enhance their security?

Mary D’Angelo: Businesses should prioritize early detection of threats by monitoring for reconnaissance activities. Leveraging threat intelligence to understand the landscape and adopting a proactive security posture can significantly reduce the risk of attacks.

NordLayer: How important is cybersecurity awareness?

Mary D’Angelo: Cultivating a culture of security throughout an organization is crucial. Integrating cyber threat intelligence across all levels can inform strategic decisions and prioritize security measures, ultimately making it more difficult for threat actors to succeed.

NordLayer: In conclusion, investing in cybersecurity is more cost-effective than facing the consequences of a ransomware attack.

Mary D’Angelo: Absolutely. The cost of proactive security measures is significantly lower than the potential losses from a successful cyber attack.

How NordLayer can help

NordLayer offers a comprehensive security approach, protecting your team with Threat Prevention from harmful sites, securing online activities with VPN, and ensuring appropriate access with Cloud Firewall. Beyond these tools, we advocate for adopting Zero Trust Network Access (ZTNA), Security Service Edge (SSE), and other cybersecurity frameworks to strengthen your defense. Our sales team is always here if you need any help along the way.

Beyond NordLayer’s offerings, it’s essential to create a culture of cybersecurity, maintain up-to-date software, and use secure communication tools. Additionally, assessing your vendors through a Third-Party Risk Management Plan and restricting their access can significantly mitigate risks.

About Version 2 Digital

About NordPass
NordPass is developed by Nord Security, a company leading the global market of cybersecurity products.

Nord Security NordPass 2024

How to use a static IP address for businesses

Are you looking to secure a permanent spot on the internet for your business? Consider getting a static Internet Protocol (IP) address.

Think of IP addresses as the digital equivalent of your home address but for your online devices. Yet, with each internet connection, a dynamic IP address changes like a rented place, while a static IP remains the same as a residential address.

This permanent address makes your business easy to locate and connect with online. Fixed IP is perfect for hosting websites, enabling remote work, or using voice-over-internet protocol (VoIP).

Let’s explore whether a static IP fits your business needs, how to get one from your internet service provider (ISP), and how to set it up quickly with NordLayer.

When your business should use a static IP

A static IP, or dedicated IP, is a fixed numeric combination that doesn’t change over time. Thus, its consistency is the main advantage for businesses needing stable and dependable internet access.

Choosing to use a static IP address is crucial for enterprises that want to improve their online presence. If your business needs a constant, unchanging internet address, ensure this choice aligns properly with your network’s technical requirements, including the internet protocol version (IPv4 or IPv6) it uses.

Choosing a static IP over a dynamic IP depends on what your business does and the benefits you’re looking for. Here are some clear reasons why choosing a static IP might be right for you:

Remote work. A static IP helps remote employees connect securely to your network, making it easier for them to access files and applications just like they would in the office.
Hosting servers. If your business runs its own email, website, or file transfer protocol (FTP) servers, a static IP means customers and employees can connect without interruption.
Online services. For services needing constant connection, like VoIP (internet calls) or online gaming, a static IP reduces the chance of losing connection, similar to how a steady electricity supply keeps the lights on.
Network management. With a fixed IP, managing your network and solving problems is easier since each device’s address doesn’t change.
Security. Static IPs make it simpler to control who can access your network, which enhances security.
E-commerce. For online shops, a static IP can help secure transactions.
Communication. Keeping email and collaboration platforms running smoothly is easier with a static IP.
IoT devices. For businesses using smart devices, a static IP ensures they stay connected and work correctly, much like ensuring delivery trucks follow the same route every day.
DNS management. Managing your online domain is simpler with a static IP, making your website more reliable for visitors.

Businesses that need stable internet for remote work, hosting, and security benefit from a static IP. It keeps you visible and reachable online.

Yet, small startups or local shops not focused on web presence might do well with dynamic IPs, enjoying simplicity and cost savings. If you don’t host servers or need constant online access, a dynamic IP address could suit your needs just fine.

How to set a static IP address for your business

Setting up a static IP address for your company is like assigning a permanent street address to your business in the online world. This makes sure that your business is easily found and always reachable on the internet.

Remember, setting up a static IP is different from setting up a private IP address, which is only for internal use in places like your home or office network.

Here’s how you can set up a static IP address, step by step:

Ask for a static IP address. Start by requesting a static IP address from your internet service provider (ISP).
Configure your router. Your ISP will assign a unique, unchanging IP address to your router. This is your company’s address on the internet.

Next, you’ll need to manually configure each device that will use this static IP address by entering the latter and other networking details.

Manual setup

Imagine you’re giving each device in your office its own specific spot on the internet, much like assigning each employee their own desk. Here’s how to manually set a static IP address on each device:

Gather information. First, you need the unique address (static IP), subnet mask, default gateway, and DNS server information from your ISP. Ensure compatibility with your network adapter. Think of this as the address, zip code, city, and phone directory for your device’s location on the internet.
Access device IP settings. On the device you want to set up, find the network settings. This is usually under ‘Settings’ or ‘Control Panel’. Ensure your network adapter is properly configured.
Enter the information. Look for the option to configure IP settings manually on a device; enter the static IP address, subnet mask, default gateway, and DNS information you got from your ISP. Make sure it’s compatible with your internet protocol version.
Save and restart. After entering the information, save your changes. You might need to restart the device for the new IP settings to take effect.

If your company’s network automatically assigns IP addresses (using DHCP), you can adjust your router’s settings. This way, it will always give the same specific static IP address to certain devices, like a reserved parking spot.

Automatic setup

Let’s say you want to automatically assign a special spot on the internet to certain devices. This is how you can set a static IP up using DHCP on your router:

Access your router. Enter your router’s IP address into a web browser. You’ll need the login details, usually found on the router or in its manual.
Find DHCP settings. Look for the DHCP or network settings menu in your router’s settings. DHCP is like a parking attendant who assigns spots to devices.
Reserve an IP. In the DHCP settings, look for an option to reserve IPs or assign a fixed IP. Here, you can choose which devices get which fixed IP addresses, based on their MAC address (a unique identifier for network devices).
Enter device details. For each device you want to assign a static IP address, enter its MAC address and the fixed IP you wish it to always use, which ties back to the network adapter’s configuration.
Save and restart. Save your changes and restart your router. Some devices might also need a restart to recognize their new reserved spot.

To wrap it up, assigning a fixed IP address establishes a clear, permanent online presence. It makes your business easy to find and reach on the internet.

The steps include asking your ISP for a static address, setting up your router, and getting your devices ready, either one by one or all at once, using DHCP.

The time needed might vary, from just a few minutes to a couple of hours, based on how many devices you have and how complex your network is.

Is it safe to use a static IP address?

Using a dedicated IP address for your business is mostly safe, but you need to be careful. A fixed IP stays the same, making it a bit easier for threat actors to spot and possibly attack your network if you’re not protected well.

To keep your network safe, it’s important to use strong security practices.

Set up firewalls to watch over your internet traffic.
Use VPNs to securely connect remote employees and devices to internal network resources from any location, as VPN encryption obscures network traffic in transit, functioning somewhat like a tunnel to safeguard sensitive data traveling outside your protected business environment.
Also, make sure all your devices that connect to the network, like computers and phones, have the latest security updates installed.

That’s how to use a fixed IP address. It allows you to have a permanent, reliable spot on the internet for your business while keeping the risks low. Just remember to keep everything secure.

Get a static IP address with NordLayer

Setting up a dedicated IP address for your business with NordLayer is easy and straightforward. It boosts your network’s security and makes sure only your team can access it.

Here’s a simple way to do it:

Pick a plan. First, choose a NordLayer plan that fits your business needs. You can choose from Core or Premium plans, both of which let you set a static IP address.
Create a Virtual Private Gateway in the Control Panel. Simply name it, assign teams, and choose your preferred server location. The process is user-friendly and guided.
Access your static IP address. Once your gateway is set up, your fixed IP address will be visible. With this fixed IP, you can whitelist resources, connect to remote networks, implement network segmentation policies, and apply DNS filtering, among other tasks.

It’s all about making your business more secure and flexible with easy-to-follow steps. Our sales team is always here if you need any help along the way.

About Version 2 Digital

About NordLayer
NordLayer is an adaptive network access security solution for modern businesses – from the world’s most trusted cybersecurity brand, Nord Security.

Nord Security NordLayer 2024

Future trends for MSPs: evolving network security with SSE

In the evolving MSP market, network security is undergoing a revolution thanks to Security Service Edge (SSE). This new approach, vital in a cloud-centric world, replaces outdated perimeter-based models with a more integrated, flexible strategy.

SSE combines multiple security services for comprehensive protection across all locations. This shift towards agility, scalability, and user focus is crucial for MSPs to meet their clients’ changing needs.

Let’s see what trends emerge in the future of the MSPs market and what experts have to say about it.

Is the MSP market growing?

Managed services involve outsourcing various IT and computing processes like cloud computing, IT infrastructure, and managed IT security.

In 2022, the value of the global managed services market approached $279 billion, with North America leading (a share of 36.6% in 2022 and a projected CAGR of 10.6%) and Asia Pacific emerging (a projected CAGR of 11.2%) as the fastest-growing region. By 2026, this market is projected to surpass $400 billion.

The managed services market is projected to expand to $680.08 billion by 2030, advancing at a Compound Annual Growth Rate (CAGR) of 11.9% from 2023 to 2033.

In 2022, the Banking, Financial Services, and Insurance (BFSI) sector dominated the managed services market with the largest revenue share of 18%, and it is anticipated to grow at a CAGR of 11.6% during its forecast period of 2023-2033.

What products will MSPs focus on selling?

In terms of popular products, security, and business applications lead in Europe and North America as of 2023.

These services offer the advantages of extensive IT infrastructure without requiring substantial in-house hardware. Additionally, managed services in the cloud are poised for growth due to their increasing adoption in organizations’ digital transformation strategies worldwide.

IT security services encompass various sectors, including:

cloud security
data protection
identity access management.

These tailored managed security services are essential for businesses globally to defend against cyber threats, comply with regulations, and secure their digital assets.

In 2023, Statista survey participants from North America and Europe indicated that they plan to allocate, on average, 12 percent of their 2024 IT managed services budget to both security and hosting services. Conversely, data analytics is expected to receive a smaller portion, with an average allocation of just 6 percent of their companies’ managed services budgets.

What are the trends for MSPs in 2024?

The future of MSPs, driven by technological advancements and evolving business needs, indicates a strategic shift toward more sophisticated, integrated, and efficient approaches, such as adopting the SSE framework.

From the surge in automation and cloud-based security services to the harmonization of diverse tools and infrastructures, these developments signal a new era of agility and resilience for MSPs.

Automation

Embracing technologies like AI for improved efficiency and task management. This trend indicates a shift towards automated processes for routine tasks, enhancing operational productivity.

Moreover, tools that provide automation solutions besides AI also help minimize repetitive tasks and increase attention to detail. It allows security administrators to avoid overlooking or missing important indications that may lead to a data breach.

MSPs as service providers will benefit from platforms that allow bulk onboarding of an organization’s users, whether tens or hundreds of them.

From the security perspective, for instance, setting up internal rules, if a non-compliant device tries to access the company network with a feature like Always On VPN, it will be automatically rejected, and the user account will be blocked until further admin action is taken. Such functionalities help reduce manual monitoring and resources, preventing human errors that could lead to incidents.

Reliance on security as a service

With cybersecurity threats evolving, MSPs will likely increase reliance on cloud-based security services. This shift highlights the importance of robust, scalable cybersecurity measures in a digitally interconnected landscape.

Cloud-based solutions like a cloud firewall help transition existing infrastructure to a more modern and up-to-date setup, adapted to contemporary technological and security challenges. These solutions are easy to deploy as they don’t require hardware or manual labor, and they can be launched and operational without needing on-site presence.

More importantly, security as a service is instant. When the right solution to the existing problem is selected, MSPs can onboard entire organizations within hours, if not minutes, rapidly shrinking the attack surface and enforcing security policies to protect a business. Meanwhile, MSP customers are safe without having specific knowledge of network security.

Cross-platform tools and infrastructure deployment

The anticipated growth in integrating diverse tools and infrastructure systems indicates a move towards more cohesive and flexible IT solutions. In this case, smooth integrations of different vendors’ tools and solutions are critical for seamless implementation, ensuring successful business continuity.

Compatibility with existing tools is beneficial, for example, to simplify the process of user management. SCIM user management with market leaders Okta and Azure AD (now Entra ID) allows smoother user provisioning by reducing manual handling time case by case and improving security levels by sorting access right effectively.

Besides user onboarding and offboarding processes, integrations with JumpCloud, OneLogin, Google, or the same Okta and Entra ID enable more secure access to the systems as Multi-factor authentication (MFA) and Single sign-on (SSO) are implemented for strong user authentication.

Adoption of managed cloud security services

There’s an expected rise in the adoption of cloud-based security services, reflecting the growing need for specialized security solutions in cloud environments. This trend underscores the recognition that cloud security needs specialized solutions beyond standard IT security measures.

Multi-cloud strategies, hybrid models, and an array of diverse services and apps require stepping up the game in cloud security to meet the specific needs of these environments.

There’s an increasing need for continuous monitoring, real-time threat detection, and rapid response mechanisms. Managed cloud security services are equipped to handle these demands, offering round-the-clock surveillance and immediate action against potential breaches to protect sensitive data and ensure uninterrupted business operations in the cloud.

Solutions that reflect MSP trends

Tendencies clearly direct us to cloud-based services and infrastructures. SSE framework fully addresses projected needs, so more and more managed service providers will incorporate it into their client offerings.

SSE dominance naturally raises questions about its potential to replace a VPN and what its strongest attributes are that MSPs can benefit from.

We asked our internal experts on the matter to understand the benefits and potential of the SSE framework for MSP partners. One thing is clear: the framework in question holds the future of cybersecurity. It supports various business models and needs, providing an integral approach to security challenges.

Zero Trust, and more specifically, Zero Trust Network Access (ZTNA), is one of the core SSE framework components. Alongside Secure Web Gateway (SWG), Firewall as a Service (FWaaS), and Cloud Access Security Broker (CASB), ZTNA is the most advanced and prominent part of the framework.

The following question is whether the SSE framework is capable of replacing Virtual Private Network (VPN) tools. While both solutions ultimately serve the same purpose of securing the network, they have quite different roles in cybersecurity.

A VPN tool connects devices, while SSE ensures overall security layers essential for devices’ and, ultimately, networks’ security. They complement rather than replace each other. Thus, VPN tools that go beyond primary connection and encryption but evolve into solutions with functionalities of SSE ensure more robust protection against digital threats.

Industry experts’ perspectives

We asked major MSPs in the industry to share their view regarding SSE adoption in a modern business environment.

With the subject focusing on SSE popularity and adoption, experts reveal what tendencies show clients’ demand for cloud security services and what implications create the need for such technology integration in the infrastructure.

Has adopting remote work and cloud services impacted MSP clients’ demand for SSE solutions?

Are there any specific industries, sectors, or types of businesses where SSE adoption will be particularly critical in the near future?

What are the predictions for cloud and network security in the next 5 years? How can MSPs prepare for this change?

Why should MSPs offer solutions to their clients based on an SSE framework?

The experts’ insights highlight the growing demand for SSE solutions among MSP clients, driven by the widespread adoption of remote work and cloud services.

Both TEKRiSQ and Sequentur emphasized that while remote access increases vulnerability to security breaches, implementing SSE frameworks can mitigate these risks through layered security controls, such as phishing-resistant MFA and stringent device usage policies.

Key expert insights

1. Increased demand for security: the shift to remote work has made SSE solutions more critical for ensuring secure access to networks and protecting against breaches.

2. Industry-specific needs: sectors with sensitive data, like healthcare, finance, and accounting, face higher regulatory pressures, making SSE adoption crucial for compliance and protection against financial penalties.

3. Future security trends: the next five years will see a focus on enforcing basic security measures, such as phishing-resistant MFA and tighter controls on how employees use their devices. Regular cyber risk assessments will become essential for identifying and addressing security gaps.

4. MSP engagement and compliance: MSPs must regularly reassess their clients’ security needs in light of technological changes and regulatory requirements. Ensuring the implementation of recommended security measures is crucial, rather than merely suggesting them.

5. Layered security approach: with hackers employing increasingly sophisticated tactics, MSPs need to offer solutions that provide multiple layers of security, addressing both digital and physical vulnerabilities.

6. Staying relevant: offering SSE solutions is not just about enhancing security. It’s also critical for MSPs to remain competitive and relevant in the industry.

The insights underscore the importance of proactive security management, the need for continuous reassessment of security protocols, and the critical role of MSPs in guiding their clients through these challenges to ensure robust protection against evolving threats.

How NordLayer solutions align with these MSP trends

The primary goal of Managed Security Services Providers (MSSPs) is to proactively protect organizations from cyber threats and ensure regulatory compliance through a blend of technology and expert analysis.

Implementing SSE framework-based tools into the clients ‘ infrastructure is an effective and trusty way to achieve these goals. Luckily, NordLayer’s secure remote network access solution is built using technology-forward SSE design. It makes the tool comprehensive and robust for securing and enabling businesses of all sizes and industries.

A cloud-based network security tool for data protection and access control

Since MSPs will mainly focus on cloud security, data protection, and identity access management in 2024, NordLayer offers a solution that is exactly for it.

Being a cloud-native solution, NordLayer is hardware-free, thus deployable remotely from any location to any setup.
Built on the SSE framework, NordLayer’s design combines security services based on SSE’s components like ZTNA, SWG, and FWaaS.
The features and capabilities can scale and add up to create a layered network security shell against digital internal and external threats.
Seamless integration with identity management tools enables smooth user identification and robust access controls.
The ability to set up and implement a set of security rules and policies allows automated monitoring and actionable network protection.
Functionalities that are based on automation ensure every connection is encrypted and secure from malicious actors whether the team is working remotely or in a hybrid setup.
Online browsing on untrusted networks is secure whether employees work from a coffee shop, home, or hotel while on a business trip.
24/7 active tech-savvy customer support and an extensive materials base don’t leave partners and users alone in the unknown.
Easily deployable and manageable, NordLayer doesn’t require manual work and maintenance, letting it optimize resources and not rely on the user’s extensive expertise.
NordLayer helps companies adhere to ISO 27001, GDPR, HIPAA, SOC 2 Type 2, and PCI-DSS regulatory requirements and stay compliant in the market.

The key takeaway is that NordLayer is extremely easy to use, manage, and deploy while ensuring stress-free and robust security implementation to any infrastructure, industry sector, or organization size.

Try it yourself—book a demo call with our tech-savvy experts and get all the answers you need to become a member of the NordLayer Partner Program.

About Version 2 Digital

About NordLayer
NordLayer is an adaptive network access security solution for modern businesses – from the world’s most trusted cybersecurity brand, Nord Security.

2024 Nord Security NordLayer

How to reset or change a Spotify password

The music doesn’t have to stop just because you’ve forgotten your Spotify password. This streaming service offers everything from personalized playlists to pop culture podcasts. For many of us, it’s the first stop to hear the latest music from our favorite artists. Knowing how to perform a Spotify password reset is a must, just as remembering to change your Spotify password regularly to keep your account well-protected.

How to reset your Spotify password

If you’ve forgotten your Spotify password, resetting it is the quickest option to regain access to your account. To do so, you’ll need to use your browser because it won’t work on desktop or mobile apps. Head to the Password Reset page on your browser and follow these simple steps.

Type your Spotify username or email address into the text box and click “Send.”
Open a new tab, navigate to your inbox, and look for an email with the subject “Reset your password.” Check your spam folder if you don’t see it within a few minutes. For Gmail users, look in the “Social and Promotion” sections.
In the email, click “Reset password.”
You’ll be redirected to the “Reset” page. Enter and confirm your new password.
Click “Send.”
You can now return to the browser or the app and log in with your new password.

It’s imperative to keep passwords secure across all your devices and profiles, but too many people still use the same login details for multiple accounts.

That can be convenient and make credentials easy to remember, but it also increases the threat posed by cybercriminals and hackers. You could be in trouble if someone broke into one of your accounts and that password was reused across many different profiles.

For this reason, you must change your password regularly and differentiate it from others.

One of the easiest and quickest ways to equip all your favorite online accounts with strong and unique passwords is by using a password generator. The NordPass Password Generator can create custom, virtually uncrackable passwords instantly.

How to change a Spotify password

Still, remember your Spotify password but want to change it today? Here’s how:

Open Spotify on your browser (again, this won’t work on desktop or phone apps).
Log into your account.
Click on the profile icon in the upper-right corner of the screen.
Click “Account.”
Click “Change password.”
Input your current password and your new password.
Click “Set new password.”

Now you can open your app and input your new password if you’ve been automatically logged out.

Frequently asked questions

Does Spotify send emails to reset passwords?

Yes, sending emails is a part of the Spotify password reset procedure. However, stay vigilant. If you received an email titled “Reset your password” but didn’t initiate the process, it could be an attempt to take over your Spotify account.

Under any circumstances, do not click on the link provided in the email. Instead, change Spotify password immediately (you’ll find the instructions above!).

After changing your password, make sure to remove third-party apps’ access to your Spotify accounts and log out from all devices and web pages. Here’s how to do it:

Open and log in to Spotify via your browser.
Click on your profile icon in the upper-right corner of the screen and choose “Account.”
Go to “Manage apps.”
Review the app list and remove all the apps linked to your account by clicking on the “Remove Access” button next to each item. You can reconnect your favorite apps with Spotify later after securing your account.
Go back to the Account tab and choose “Sign out everywhere.”
Tap the “Sign out everywhere” button. It will log you out of Spotify on all devices and web pages where you’re currently logged in.
Now, log in to the streaming platform with the new secure password!

How often should I change my Spotify password?

We do not advise changing your Spotify password more often than once a year unless you have a reason to do so. Frequent password changes can lead to frustration and cutting corners by reusing old passwords or choosing a minor variation of the previous one.

Reasons for changing your Spotify password immediately:

Security breach

If a data breach affects Spotify or one of the third-party apps connected to your account, change Spotify password as soon as possible.

Note: You can use the NordPass password manager with the built-in Data Breach Scanner to find out if your email got compromised. This advanced security tool will send you real-time notification if any breach occurs.

Suspicious activity related to your account

Received an out-of-the-blue email suggesting you initiated a Spotify password reset? Got an unexpected two-factor authentication request? Noticed any mysterious activity on your profile, such as disappearing playlists or unknown artists popping up in the Music section? It may be a sign that someone has broken into your account or is attempting to do so.

Malware

If you detect malware that has been running rampant for a while, you should change the passwords for all your online accounts.

Public or shared devices

Public or shared computers may be infected by malware. That’s why it’s a good safety practice to change your Spotify password after logging in on any unknown device.

May I use special characters in my password?

Yes, you may and should! When creating the password, Spotify recommends using letters, capitals, numbers, and special characters. Your password should contain at least 8 characters; however, the longer, the better.

Check out Spotify’s tips on how to protect your account and consider using a Password Generator to create truly strong passwords.

What if I can no longer access the email linked to my Spotify account?

You can try to regain access to the email associated with your Spotify profile or create a new account.

However, if you’ve ever logged into Spotify via Google, Facebook, or Apple, you can still do it. Once you access your account, change the email address by following these steps:

Open and log in to Spotify using your browser.
Go to the profile icon in the upper-right corner of the screen.
Choose “Account.”
Click “Edit profile” at the very top of the action list.
Type in your new email address and confirm it by choosing “Save profile.”

Is there a limit to the number of password reset attempts?

Spotify doesn’t specify how many times you can carry out a password reset. However, for security purposes, you can request a password reset once every few hours.

You keep resetting your password because you haven’t received the “Reset your password” email? Check all your email folders, including Spam and Trash, and/or contact Spotify’s Customer Service.

Keep your passwords safe with NordPass

Changing your password with ease is always helpful, and it’s an integral part of best practices in digital security.

To avoid this problem of having to change or reset your passwords, you can and should use a password manager.

NordPass is a secure and intuitive password manager built to make your life easier. With NordPass, you can securely store your login details for your favorite online accounts, credit card details, personal information, and secure notes.

One of the best things about NordPass is the Autofill enhanced by machine learning, which automatically fills out online forms, credit cards, and passwords for you.

Additionally, NordPass comes equipped with advanced security features. One of those goes by the name of Password Health and helps you detect weak, old, or reused passwords. Another one, known as a Data Breach Scanner, allows you to find out if any of your personal information has been compromised in a data breach.

These days, with cybercrime on the rise, having a password manager should be a no-brainer.

About Version 2 Digital

About NordPass
NordPass is developed by Nord Security, a company leading the global market of cybersecurity products.

Nord Security NordPass 2024