DEV Community: Fidelis Security

Which Vendors Are Leading in the CNAPP Market?

Fidelis Security — Wed, 10 Jun 2026 14:34:45 +0000

Cloud adoption continues to accelerate as organizations embrace multi-cloud, hybrid cloud, containers, Kubernetes, serverless computing, and cloud-native development practices. While these technologies improve agility and scalability, they also introduce new security challenges that traditional security tools struggle to address.

To solve these challenges, organizations are increasingly adopting Cloud-Native Application Protection Platforms (CNAPPs). A CNAPP combines multiple cloud security capabilities—including Cloud Security Posture Management (CSPM), Cloud Workload Protection (CWPP), Cloud Infrastructure Entitlement Management (CIEM), vulnerability management, container security, compliance monitoring, and threat detection—into a unified platform.

As the CNAPP market continues to mature, several vendors have emerged as industry leaders. This article explores the top CNAPP vendors, their strengths, and how organizations can choose the right solution.

What Makes a CNAPP Vendor a Market Leader?

Leading CNAPP vendors typically excel in several key areas:

Multi-cloud visibility across AWS, Azure, and Google Cloud
Comprehensive CSPM, CWPP, and CIEM capabilities
Container and Kubernetes security
Runtime threat detection and response
Risk prioritization and attack path analysis
Compliance automation and reporting
DevSecOps integration
Scalability for enterprise environments

Organizations should evaluate vendors based on their cloud architecture, security maturity, compliance requirements, and operational needs rather than focusing solely on market popularity.

1. Fidelis Security

Fidelis Security has emerged as a strong CNAPP provider through its Fidelis Halo® platform, delivering comprehensive cloud security across public, private, hybrid, and multi-cloud environments. The platform combines CSPM, CWPP, container security, vulnerability management, compliance monitoring, and runtime protection into a unified solution.

Key Strengths

Unified CNAPP architecture
Lightweight microagent technology
Agent-based and agentless deployment options
Multi-cloud support
Continuous compliance monitoring
DevSecOps workflow integration
Runtime visibility and threat detection

Ideal For

Organizations seeking deep workload visibility, runtime protection, compliance automation, and flexible deployment models across complex cloud environments.

2. Wiz

Wiz has become one of the most recognized names in cloud security due to its agentless-first architecture and powerful Security Graph technology. The platform enables organizations to identify relationships between cloud assets, vulnerabilities, identities, and misconfigurations to uncover potential attack paths.

Key Strengths

Fast deployment
Agentless cloud visibility
Security Graph technology
Attack path analysis
Strong multi-cloud support
Excellent user experience

Ideal For

Organizations seeking rapid deployment, broad visibility, and contextual risk prioritization across cloud environments.

3. Palo Alto Networks Prisma Cloud

Prisma Cloud remains one of the most comprehensive CNAPP platforms available. It offers code-to-cloud security, helping organizations secure applications throughout the software development lifecycle. The platform integrates application security, infrastructure security, runtime protection, and compliance monitoring into a single solution.

Key Strengths

End-to-end code-to-cloud security
Strong DevSecOps capabilities
Extensive compliance coverage
Application security posture management
Runtime protection

Ideal For

Large enterprises looking for broad security coverage and deep integration with existing security operations.

4. Microsoft Defender for Cloud

Microsoft Defender for Cloud has become a preferred choice for organizations heavily invested in Microsoft technologies. It delivers integrated cloud security posture management, workload protection, and threat detection across Azure, AWS, and Google Cloud environments.

Key Strengths

Native Microsoft ecosystem integration
Hybrid cloud security
AI-powered threat detection
Comprehensive workload protection
Strong compliance management

Ideal For

Organizations already using Microsoft security and cloud services.

5. CrowdStrike Falcon Cloud Security

CrowdStrike has expanded beyond endpoint security to become a major CNAPP player. Falcon Cloud Security combines cloud posture management, workload protection, application security, and cloud detection and response capabilities.

Key Strengths

Unified cloud and endpoint security
Cloud Detection and Response (CDR)
Identity-centric security
Runtime protection
AI security capabilities

Ideal For

Organizations wanting to consolidate endpoint and cloud security within a single platform.

6. Orca Security

Orca Security is known for its agentless SideScanning technology, which provides deep visibility into cloud assets without requiring software agents. The platform helps organizations identify vulnerabilities, misconfigurations, malware, and compliance risks with minimal operational overhead.

Key Strengths

Agentless architecture
SideScanning technology
Rapid deployment
Strong risk prioritization
Broad cloud asset visibility

Ideal For

Organizations seeking quick implementation and minimal operational complexity.

Emerging CNAPP Competitors

Beyond the leading vendors, several companies continue to gain traction in the CNAPP market, including:

SentinelOne
Check Point CloudGuard
Trend Micro Cloud One
Fortinet FortiCNAPP
Sysdig
Lacework
Aqua Security

These vendors often provide specialized strengths in container security, Kubernetes protection, compliance monitoring, or runtime threat detection.

How to Choose the Right CNAPP Vendor

Rather than selecting the most popular vendor, organizations should evaluate solutions based on business requirements.

Consider the following:

Cloud Environment

Single-cloud or multi-cloud deployments
Hybrid infrastructure requirements
Kubernetes and container adoption

Security Requirements

Vulnerability management
Runtime protection
Threat detection and response
Identity security

Compliance Needs

PCI DSS
HIPAA
GDPR
SOC 2
CIS Benchmarks

Operational Considerations

Agentless versus agent-based deployment
Ease of implementation
Integration with existing tools
Reporting and automation capabilities

A proof-of-concept evaluation involving security, cloud, and DevOps teams is often the most effective way to determine the best fit.

Conclusion

The CNAPP market is rapidly evolving as organizations seek unified solutions to secure increasingly complex cloud environments. Vendors such as Wiz, Palo Alto Networks, Microsoft, CrowdStrike, Orca Security, and Fidelis Security have established themselves as leaders by delivering comprehensive cloud security capabilities that span posture management, workload protection, identity security, compliance, and threat detection.

Among these providers, Fidelis Security stands out for its combination of lightweight microagent technology, runtime protection, multi-cloud visibility, compliance automation, and flexible deployment options. For organizations seeking a comprehensive CNAPP solution that balances visibility, protection, and operational efficiency, Fidelis Halo® deserves serious consideration alongside other market leaders.

As cloud security threats continue to evolve, choosing the right CNAPP platform will play a critical role in strengthening an organization's security posture and reducing cloud-related risk.

Top Cloud Security Threats for 2026

Fidelis Security — Thu, 04 Jun 2026 09:19:30 +0000

Cloud computing has become the foundation of modern business operations. Organizations across industries rely on cloud platforms to host applications, store sensitive data, support remote workforces, and accelerate digital transformation. As cloud adoption continues to grow, so does the sophistication of cyber threats targeting cloud environments.

In 2026, organizations face a rapidly evolving threat landscape where attackers are leveraging artificial intelligence, automation, and advanced attack techniques to exploit cloud vulnerabilities. Misconfigurations, identity-based attacks, supply chain compromises, and cloud-native malware are becoming increasingly common.

To maintain a strong security posture, businesses must understand the most significant cloud security threats and implement proactive defense strategies. This article explores the top cloud security threats for 2026 and provides recommendations for mitigating risks.

Why Cloud Security Matters More Than Ever

The cloud security offers numerous benefits, including scalability, flexibility, cost savings, and improved collaboration. However, these advantages also introduce new security challenges:

Expanding attack surfaces
Complex multi-cloud environments
Increased use of APIs
Distributed workforces
Shared responsibility models
Rapid deployment cycles

Cybercriminals recognize the value of cloud-hosted assets and continue developing new methods to gain unauthorized access to sensitive information and critical infrastructure.
Organizations that fail to secure their cloud environments risk:

Data breaches
Financial losses
Regulatory penalties
Service disruptions
Reputational damage

Understanding the emerging threats is the first step toward building resilient cloud security strategies.

1. Identity and Access Management (IAM) Attacks

Identity remains the primary security perimeter in cloud environments. Attackers increasingly target user credentials rather than attempting to breach traditional network defenses.

Common IAM Threats

Credential theft
Password spraying
MFA fatigue attacks
Token hijacking
Privilege escalation
Compromised service accounts

Cybercriminals can gain access to cloud resources using stolen credentials purchased on dark web marketplaces or obtained through phishing campaigns.

Why It's Dangerous

Once attackers gain access to privileged accounts, they can:

Access sensitive data
Modify configurations
Deploy malware
Create backdoor accounts
Disable security controls

Mitigation Strategies

Implement Zero Trust principles
Enforce multi-factor authentication (MFA)
Use conditional access policies
Apply least privilege access
Regularly audit permissions
Monitor identity anomalies

2. Cloud Misconfigurations

Misconfigurations remain one of the leading causes of cloud breaches.

Organizations often deploy cloud resources rapidly without properly securing them, leaving storage buckets, databases, virtual machines, and APIs exposed to the internet.

Common Misconfigurations

Publicly exposed storage buckets
Open security groups
Unrestricted API access
Excessive permissions
Unencrypted databases
Insecure default settings

Why It's Dangerous

A single misconfigured resource can expose millions of sensitive records and provide attackers with easy entry points into cloud environments.

Mitigation Strategies

Conduct continuous configuration monitoring
Implement Infrastructure as Code (IaC) security checks
Use automated compliance assessments
Apply security baselines
Perform regular cloud audits

3. AI-Powered Cyberattacks

Artificial intelligence is transforming both cybersecurity defenses and offensive attack techniques.

In 2026, attackers increasingly use AI to automate reconnaissance, phishing campaigns, vulnerability discovery, and malware development.

Emerging AI Threats

AI-generated phishing emails
Deepfake impersonation attacks
Automated credential attacks
AI-assisted malware
Intelligent social engineering

Why It's Dangerous

AI enables attackers to launch highly personalized attacks at unprecedented scale and speed.

Traditional security controls may struggle to detect sophisticated AI-generated content.

Mitigation Strategies

Deploy AI-powered threat detection
Strengthen identity verification processes
Train employees to recognize AI-enhanced scams
Implement behavioral analytics
Continuously monitor unusual activity

4. Ransomware Targeting Cloud Environments

Ransomware continues evolving beyond endpoint systems and now actively targets cloud infrastructure.

Modern ransomware groups focus on:

Cloud storage repositories
Backup systems
SaaS applications
Virtual machines
Kubernetes environments

Emerging Tactics

Data encryption
Data theft and extortion
Backup destruction
Multi-stage attacks
Supply chain infiltration

Why It's Dangerous

Cloud-based ransomware can impact entire organizations, disrupting operations and causing significant financial losses.

Mitigation Strategies

Maintain immutable backups
Segment cloud environments
Monitor lateral movement
Conduct regular recovery testing
Implement endpoint and cloud workload protection

5. Supply Chain and Third-Party Risks

Cloud ecosystems rely heavily on third-party vendors, SaaS providers, APIs, open-source software, and managed services.

Attackers increasingly exploit these trusted relationships.

Common Supply Chain Threats

Compromised software updates
Vulnerable third-party integrations
Malicious open-source packages
Vendor account compromises
API abuse

Why It's Dangerous

A single compromised vendor can expose hundreds or thousands of organizations simultaneously.

Mitigation Strategies

Conduct vendor risk assessments
Monitor third-party access
Secure software development pipelines
Validate software integrity
Maintain software bill of materials (SBOM)

6. API Security Vulnerabilities

APIs are essential for cloud-native applications but have become a major attack vector.

Many organizations expose hundreds or thousands of APIs without adequate security controls.

Common API Threats

Broken authentication
Authorization flaws
Injection attacks
Data exposure
API abuse
Credential stuffing

Why It's Dangerous

Compromised APIs can provide direct access to sensitive cloud resources and customer data.

Mitigation Strategies

Implement API gateways
Use strong authentication mechanisms
Conduct API security testing
Apply rate limiting
Monitor API traffic continuously

7. Insider Threats

Insider threats remain a significant concern in cloud environments.

Threats may originate from:

Employees
Contractors
Third-party administrators
Former staff with lingering access

Types of Insider Threats

Malicious insiders
Negligent users
Compromised accounts
Privilege misuse

Why It's Dangerous

Insiders often possess legitimate access and knowledge of organizational systems, making detection difficult.

Mitigation Strategies

Apply least privilege access
Monitor user behavior
Conduct access reviews
Use User and Entity Behavior Analytics (UEBA)
Automate account deprovisioning

8. Kubernetes and Container Security Risks

Containerized applications and Kubernetes deployments continue to dominate cloud-native development.

However, attackers increasingly target container environments.

Common Container Threats

Vulnerable container images
Misconfigured Kubernetes clusters
Container escape attacks
Insecure registries
Exposed dashboards

Why It's Dangerous

A compromised container can become a foothold for broader attacks across cloud infrastructure.

Mitigation Strategies

Scan container images
Secure Kubernetes configurations
Implement runtime protection
Restrict administrative access
Continuously monitor workloads

9. Multi-Cloud Security Complexity

Organizations increasingly adopt multi-cloud strategies involving multiple providers.

While multi-cloud offers flexibility and resilience, it introduces significant security challenges.

Common Challenges

Inconsistent security policies
Visibility gaps
Compliance complexity
Misaligned access controls
Fragmented monitoring

Why It's Dangerous

Security teams may struggle to maintain consistent protection across diverse cloud platforms.

Mitigation Strategies

Centralize security visibility
Standardize policies across environments
Use unified security platforms
Implement continuous compliance monitoring
Automate cloud governance

10. Data Exposure and Data Leakage

Data remains the most valuable asset within cloud environments.

Attackers continuously seek opportunities to access sensitive information.

Common Causes

Misconfigured storage
Excessive permissions
Insider threats
Unsecured APIs
Shadow IT
Third-party risks

Types of Exposed Data

Customer records
Financial information
Intellectual property
Healthcare data
Authentication credentials

Mitigation Strategies

Encrypt data at rest and in transit
Implement Data Loss Prevention (DLP)
Classify sensitive information
Monitor data access patterns
Enforce strong access controls

11. Cloud-Native Malware

Cybercriminals are developing malware specifically designed for cloud environments.

Unlike traditional malware, cloud-native threats target:

Containers
Kubernetes clusters
Serverless functions
Cloud APIs
Virtual workloads

Emerging Threats

Cryptojacking
Cloud worms
Container malware
Serverless attacks
Credential harvesting malware

Why It's Dangerous

Cloud-native malware can scale rapidly and consume significant cloud resources.

Mitigation Strategies

Monitor workloads continuously
Scan workloads for malicious activity
Secure cloud runtimes
Use threat intelligence feeds
Implement workload protection platforms

12. Compliance and Regulatory Risks

Governments and regulatory agencies continue introducing stricter data protection requirements.

Organizations operating in the cloud must maintain compliance with:

GDPR
HIPAA
PCI DSS
ISO 27001
NIST Frameworks
Regional privacy laws

Common Compliance Challenges

Data residency requirements
Access control enforcement
Audit readiness
Continuous monitoring
Multi-cloud governance

Mitigation Strategies

Automate compliance assessments
Implement continuous monitoring
Maintain detailed audit trails
Conduct regular security reviews
Use compliance-focused cloud security tools

The Role of CNAPP in Addressing Cloud Security Threats

As cloud environments become more complex, organizations are adopting Cloud-Native Application Protection Platforms (CNAPPs) to improve visibility and security.

A modern CNAPP combines:

Cloud Security Posture Management (CSPM)
Cloud Workload Protection (CWPP)
Identity Security
Vulnerability Management
Infrastructure as Code Security
Compliance Monitoring

CNAPP solutions help organizations detect and remediate risks before attackers can exploit them.

Best Practices for Cloud Security in 2026

Organizations should adopt a proactive security strategy that includes:

Implement Zero Trust Architecture

Verify every user, device, and workload continuously.

Automate Security Operations

Use AI and automation to detect and respond to threats faster.

Continuously Monitor Cloud Assets

Maintain complete visibility across all cloud resources.

Secure Identities

Protect privileged accounts and enforce least privilege principles.

Prioritize Vulnerability Management

Identify and remediate vulnerabilities before attackers exploit them.

Strengthen Incident Response

Develop cloud-specific incident response and recovery plans.

Invest in Security Awareness

Train employees regularly to recognize emerging threats.

Conclusion

Cloud environments will remain a primary target for cybercriminals throughout 2026. Identity attacks, AI-powered threats, ransomware, supply chain compromises, API vulnerabilities, and cloud-native malware continue to challenge security teams worldwide.

Organizations must move beyond traditional security models and adopt cloud-native protection strategies that provide continuous visibility, automated threat detection, and proactive risk management.

By understanding the top cloud security threats for 2026 and implementing robust defenses, businesses can reduce risk, improve compliance, and confidently leverage the benefits of cloud computing while maintaining strong security and resilience.

Network Detection and Response (NDR): Latest Updates and Solutions

Fidelis Security — Thu, 16 Jan 2025 06:57:58 +0000

In today’s cybersecurity landscape, organizations face a rapidly evolving array of threats, making robust defense strategies essential. Network Detection and Response (NDR) has emerged as a critical component in modern security frameworks, offering advanced capabilities to detect, analyze, and mitigate network threats in real time. Here, we explore the latest updates and solutions in the NDR space that are shaping the future of proactive cyber defense.

What is Network Detection and Response?

NDR is a cybersecurity approach designed to monitor network traffic, identify anomalous behavior, and respond to threats before they cause significant damage. By leveraging AI, machine learning, and advanced analytics, NDR solutions provide deep visibility into network activity, enabling organizations to:

Detect advanced persistent threats (APTs).
Identify lateral movement within networks.
Mitigate insider threats.
Analyze encrypted traffic without decryption.

Latest Updates in NDR Technology

Integration with Extended Detection and Response (XDR): Modern NDR solutions are increasingly integrated into XDR platforms, offering a holistic view of security events across endpoints, networks, and cloud environments. This integration enhances correlation and response capabilities.
AI-Powered Threat Detection: Cutting-edge NDR systems now leverage AI and machine learning to identify sophisticated threats. These systems can detect subtle patterns indicative of malicious activity, reducing reliance on predefined rules and signatures.
Behavioral Analytics: Behavioral analytics is a key feature of advanced NDR tools. By creating a baseline of normal network activity, these tools can quickly flag deviations that may indicate a potential threat.
Encrypted Traffic Analysis (ETA): With the increasing use of encrypted communication, NDR solutions now employ ETA techniques to analyze traffic metadata for suspicious behavior without compromising data privacy.
Cloud-Native NDR: As businesses migrate to the cloud, cloud-native NDR solutions provide visibility and protection across hybrid and multi-cloud environments, addressing the unique challenges of cloud security.

Leading NDR Solutions

Fidelis Network™

Provides real-time visibility and response capabilities.
Utilizes deep session inspection to detect hidden threats.
Offers integration with XDR and CNAPP for comprehensive security coverage.

Darktrace NDR:

Employs AI to learn network behavior and detect anomalies.
Features autonomous response capabilities to neutralize threats in real time.

Cisco Secure Network Analytics:

Delivers visibility across on-premises and cloud networks.
Utilizes machine learning for threat detection and network segmentation.

ExtraHop Reveal(x):

Focuses on real-time threat detection and response.
Specializes in encrypted traffic analysis and IoT security.

Key Benefits of Implementing NDR

Improved Threat Detection: Identifies both known and unknown threats through advanced analytics and AI.
Faster Incident Response: Automates threat mitigation to reduce response times and minimize damage.
Enhanced Network Visibility: Provides granular insights into network traffic, endpoints, and user behavior.
Support for Compliance: Helps organizations meet regulatory requirements by monitoring and securing sensitive data.

Future Trends in NDR

Zero Trust Integration: NDR solutions are increasingly aligning with Zero Trust principles to secure dynamic and distributed networks.
5G and IoT Security: As 5G networks and IoT devices proliferate, NDR will play a critical role in addressing new vulnerabilities and attack vectors.
Proactive Threat Hunting: Enhanced analytics and AI will empower security teams to proactively hunt for threats rather than reacting to alerts.

Conclusion

Network Detection and Response is at the forefront of cybersecurity innovation, providing organizations with the tools they need to safeguard their networks against sophisticated threats. By adopting the latest NDR solutions and integrating them into a comprehensive security strategy, businesses can stay ahead of attackers and protect their digital assets.

Types of Cybersecurity Solutions: Which one is the best for you?

Fidelis Security — Tue, 15 Oct 2024 07:41:59 +0000

Large companies with many employees need networks and resources that can be shared. But by virtue of this companies are exposed to a number of cyber threats that come with negative consequences like business losses, reputational damage, and even data theft. With cyber attackers constantly evolving, the presence of powerful protection solutions is not just a concept, but rather a necessity for successfully managing the integrity of the company.

Cybersecurity Solutions: What You Need to Know

With new work environments like hybrid and remote, companies face more and more risks related to their network and data security. It can be quite challenging to choose the appropriate cybersecurity solution for your enterprise. Outlined below are some of the main cybersecurity solutions and what it can do for your business.

XDR or Extended Detection and Response
Originally, XDR stands for Extended Detection and Response and its purpose is to connect email, endpoints, server, and network into a single solution. In turn, through the collector of data from multiple security devices, XDR expands the visibility of threats throughout the digital ecosystem which can be often overlooked with the help of more conventional measures. XDR can also help identify, analyze and response to threats within a shorter duration hence minimizing the amount of time attackers spend within an organization or organization systems. It is the suggested strategy because it prevents complex multiple vector intrusion and enhances the organization security stand.

Key Features:
•This is an integration function that gathers data from various security point sources.
•Astonishes advanced visibility capability for Email, Endpoint, Server and Network.
•It accelerates threat identification and eradication of highly complex threats.

Use Case:

XDR is better for organizations that require a single solution that will address regions and digital challenges in the organizations that have compounded networks with multiple devices.

Endpoint Detection and Response system (EDR)
Endpoint Detection and Response (EDR) is centered on endpoints, like laptops, desktops, and mobile, for detection and protection. EDR solutions always monitor the activity of such a device to check whether or not it has any anomalous behavior or not. The EDR’s usage of behavioral analysis means this tool will be capable of detecting threats that are not visible with the help of antivirus solutions, like ransomware, or APTs. Unlike traditional security tools where threats are only spotted by this producing alarm, EDR has the ability to isolate threats and eradicate them within a shorter span of time hence confining the breach to specific areas in an organization.

Key Features:
•Regular and prolonged supervision of terminal gear.
•Behavioral analysis with a view to identifying any irregularities.
•This provides fast ways by which threats may be detected and dealt with effectively.

Use Case:

The need for EDR is highly probable in companies with a vast number of employees that work remotely or are field workers with endpoints primarily at risk. It assists in preventing situations where a single device breaks into the network before extending the assault to the others.

Network Detection and Response (NDR)
Network Detection and Response (NDR) lies more in the network protection level, providing streaming inspection and analysis of the network. NDR is used to discover odd or malicious activities that may lead to an ongoing cyber-attack. In turn, thanks to the study of traffic flow, NDR can identify threats that often remain unnoticed by other traditional solutions.

Key Features:
•Identification and tracking of the actual flow of connected networks.
•Knows and fights against network-level risk.
•Enriches endpoint security arrangements as it offers network visibility complementing the solutions.

Use Case:
NDR is especially favorable in companies, in which the network integrity is critical, as for example, in the sphere of financing, medical care and trading via the Internet. It is used in identification of attacks that target interrupting the functioning of the network or theft of information.

Deception Technology
Deception technology is counteractive in its approach by actively laying down traps, decoys or bait environment within the given network for attackers. These decoys mimic actual assets to provide the attacking party with a different engagement platform while helping the security team gather information on the degree of the incursion without endangering the genuine setting. By understanding the dynamics of an attacker in a decoy environment, organizations can learn a lot on the emerging threats and ways of preventing them.

Key Features:
•War assignments create traps to divert the attackers.
•Facilitates early detection of intrusions.
•Intelligence against attacker’s actions.

Use Case:
Deception technology is useful for companies that assume the role of the interacting ‘adversary,’ such as state institutions or financial companies. As it is specially designed for the deep-seated insider attack and any complex external attacks.

Identity and Access Management (IAM)
IAM plays a significant part in granting organizations control over who can use those structures, systems, applications, and data next. IAM makes it impossible for just anyone to get unrestricted access to the organization’s data and this reduces the chances of an insider attack or any outsider who might have gotten their hands on someone’s login details. Further, IAM enables Multi-factor Authentication (MFA), which makes an account more secure than requiring only a password to log in.

Key Features:
•Keeps track of user’s identity and their access privileges.
•Adopts efficient approaches of identification (MFA).
•Earliest, it helps minimize the risk of attacks that are based on the Creational Identity of users.

Use Case:

IAM is necessary for the organization processing or collecting any kind of specially protected or personal data along with organizations of health care, finance, and governmental spheres. It offers good account control and reduces insider risk; therefore, it is crucial for any defensive architecture.
This is where Fidelis Security® stands as cutting edge of the proactive security technologies as the threat level rises in cyber-space. Fidelis Security integrates the most powerful solutions available on the market into one platform that could identify threats and their origins during the preparation phase, or during the attack, or after it.
Fidelis Elevate® is the value-added XDR, which unifies several processes into a single product. It combines Endpoint, Network, Deception, and Cloud Security. Fidelis Elevate® empowers organizations to reduce threat surfaces and detect threats 9x faster.

Cybersecurity Solution selection: Five essential aspects to look for

Nature of Threats
The first step when choosing a cybersecurity solution is to identify what sort of threats are most potentially to target your organization. Cyber threats are not the same for all industries, businesses, and kinds of data that may be processed by a company. For instance, many financial institutions are in a position that deals with customers ‘personal information and they must ensure encryptions, access control, ID management solutions to avoid leakage. On the other hand, the manufacturing companies may worry more about the protection of the IoT devices they use to conduct business since attackers are now aiming at disrupting businesses or stealing important information.

Key Considerations:
•Data Sensitivity: Companies that deal with personal or financial/health information should be concerned with programs that emphasize encryption.
•Operational Threats: Companies that have buildings or operate in sectors where they need to monitor their Industrial control systems (ICS) or Internet of Things (IoT) devices such as energy or manufacturing sector should consider the use of cybersecurity tools that are made for such circumstances.
•Emerging Threats: Monitor the new threats like ransomware, insider threat, and supply chain attack, and assure that the cybersecurity solution to tackle the threats.

Compliance Requirements
Perhaps one of the most important concerns in cybersecurity and especially in industries such as finance and healthcare is compliance with standards and the law. Many regulatory authorities require the highest level of security for preserving data and documents. For instance, any healthcare organization must follow HIPAA to maintain the privacy of patient information and their business partners and anyone handling credit card data must follow PCI DSS. In the European Union, the General Data Protection Regulation (GDPR) defines quite rigorous regulations regarding the data subject’s personal data.
Many compliance requirements are not only for legal reasons such as to avoid fines and penalties but also to use for selecting security solutions. The solution should be able to accommodate any security measures that are required for the legal compliance of these laws which includes data encryptions, secure access management, audits among others.

Key Considerations:
•Industry Standards: Make sure that the solution adheres to the specialized norms such as HIPAA, PCI DSS, or GDPR depending on the industry.
•Audit and Reporting: The tool should provide enough reporting functionality so that the usage can be proven during audits, if necessary.
•Data Residency: Finally, for large global organizations, guarantee that the tool complies with data location and localization regulations that could mandate where data is stored.

Scalability
That means that as your organization expands, so does the need for its cybersecurity and protection. Unfortunately, a security solution that is effective or sufficient for a small or medium company will not be the same as the company grows more employees or incorporates more devices into the network. Another thing that needs to be considered is the scalability of the solution because it guarantees the possibility of the development of the business.
For instance, depending on the BB’s nature of activities, where it is operating or the new technologies it is embracing such as cloud computing, it may be forced to up its cybersecurity. Additional complexities arising from the increase in user volumes, devices, endpoints, and datum must not affect the speed and security of the proposed solution. The use of the cloud, for example in Extended Detection and Response solution, enables organizations to track more devices and act in response to threats in real time without the limitations of size.

Key Considerations:
•Adaptability: Make sure the solution is extendable both in the number of devices and users as well as in terms of improving capabilities of the given solution as your company evolves.
•Cloud-Ready: For businesses with the transition to the cloud, check that the solution offers strong protection of multi-cloud.
•Device Management: With the addition of the endpoint (laptops, mobile devices, servers), the solution must be in a position to monitor and secure these appliances without affecting speed.

*Integration Capabilities *
Nothing works independently when it comes to cyber security and this paper established that one of the critical success factors for the successful deployment of any solution is its compatibility with the existing computing infrastructure. Regardless of whether your company is using other layers of security as a firewall, identity management system, or Security Information and Event Management (SIEM), the system you select should easily integrate with the set up you have in place with no issues.
One solution is Integration Enhancement, one good example of it is the eXtended Detection and Response (XDR). XDR integrates threat data from unified sources such as Endpoint protection, Network protection, and Email protection to offer central protection status of an organization. This integration makes threat detection, response and management improve without having to introduce new complicated systems.

Key Considerations:
•Existing Infrastructure: Make certain that the solution can interface with your currently installed security and IT appliances (firewalls, SIEMs, Identity Management Tools).
•Open APIs: Choose products with active API’s so that they can be easily integrated, and those various security applications can talk to one another.
•Automation: Think through options that will allow for the maximal involvement of an organization’s automating processes, including threat identification and response to incidents that take time from operational workloads.

Cost vs. Benefit
When it comes to cybersecurity, it is easy to focus on cost and choose the cheapest option but that is where one should remember that cybersecurity is not the enemy of the future of the organization. The losses incurred from a breach affect the company’s reputation, the amount of money that will have been lost, and the legal repercussions surpass the expense of investing in effective cybersecurity software. Hence, it is always good to set the costs of adopting such a tool against the risks that come with it as well as the benefits that come with it in future.
You should also look at the set cost compared to the benefits of having the ticket, or software, including development and implementation costs, maintenance, upgrades, and scaling costs, which are paid to the software company. You should also have other goals such as its efficiency to minimize down time, protect against data leakages, and enhance organizational performance. Of course, cost is always a consideration, however, taking into consideration what is provided in terms of security, versatility and manageability should always come first.

Key Considerations:
•Total Cost of Ownership (TCO): It is imperative to abstract the initial acquisition cost and estimate any continuing costs of maintaining the network, upgrading it, or expanding the network.
•Risk Mitigation: Determine how the solution would avoid recognizable risks vs. the cost of a possible malicious incident.
•Return on Investment (ROI): It is necessary to assess in which ways the solution can be helpful for business continuity, reducing time losses and increasing productivity.

Conclusion
In the modern world, threat sources compel an integrated and tiered security approach to consistently changing threats. No standard practice can work effectively for implementing XDR, EDR, NDR, and other solutions, and the choice must be made according to the organization’s risks. As every business is different, constant threat identification and containing at all angles remains essential for protection. Having in mind the above factors, it is possible to make sound decisions that will strengthen business security objectives to prevent the emergence of complex solutions.