Cybersecurity is no longer just about technology; it’s about people, processes, and the ability to adapt quickly to real threats. Traditional classroom training and static exercises may build foundational knowledge, but they rarely capture the complexity and pressure of an actual cyber incident. This gap leaves many organizations unprepared when a real attack happens.
Cyber ranges are changing that landscape. By offering realistic, hands-on environments, they give security teams a safe space to test their skills, fine-tune their response plans, and build confidence. Over the past few years, these platforms have evolved beyond basic simulations, becoming comprehensive tools that help organizations prepare for a wide range of attacks.
As cyber threats continue to evolve, investing in cyber range training has become a crucial strategy for building genuine readiness, ensuring that teams are not only informed but also prepared.
Cyber Range Platforms vs. Cyber Range Training Solutions
While the terms are often used interchangeably, there is a meaningful distinction between a cyber range platform and a cyber range training solution.
A cyber range platform typically refers to the underlying technology used to build simulated environments. This includes infrastructure provisioning, networking, user access, and environment resets.
A cyber range training solution, on the other hand, encompasses the broader ecosystem around that platform, including:
- Pre-built and customizable attack scenarios
- Adversary emulation and automation
- Training content and exercises
- Performance measurement and analytics
- Support for ongoing training programs
Best Cyber Range Training Solutions in 2026
1. CloudShare – The Most Complete Cyber Range Training Solution
CloudShare stands out as the most comprehensive cyber range training solution in 2026 due to its ability to combine realistic infrastructure simulation with flexibility, scalability, and enterprise-grade control. Unlike rigid, scenario-only solutions, CloudShare enables organizations to design cyber ranges that mirror their actual production environments.
CloudShare environments support real operating systems, cloud services, identity frameworks, and security tools, allowing teams to train using the same workflows they rely on during real incidents. This makes CloudShare particularly effective for incident response drills, SOC readiness validation, and cross-team simulations.
Key capabilities:
- Fully customizable cyber range environments
- Realistic simulation of enterprise and cloud infrastructure
- Automated environment provisioning and reset
- Support for large-scale, repeatable training programs
- Strong fit for regulated and enterprise environments
2. Cyberbit – SOC-Centric Training Programs
Cyberbit is designed primarily for security operations teams that require immersive, large-scale simulations. Its training solution emphasizes full attack scenarios that replicate sophisticated threat campaigns.
Cyberbit solutions are commonly deployed for SOC analyst training, red-team/blue-team exercises, and national-level cyber defense programs. The platform includes built-in adversary emulation and detailed performance analytics to assess the effectiveness of detection and response.
Key capabilities:
- Large-scale, SOC-focused attack simulations
- Built-in adversary emulation
- Realistic threat campaign modeling
- Performance analytics for SOC teams
- Strong adoption in government and enterprise sectors
3. RangeForce – Continuous Security Readiness
RangeForce positions its cyber range training solution around continuous learning and engagement. Rather than focusing solely on large-scale simulations, RangeForce emphasizes ongoing skill development through interactive, hands-on exercises.
Organizations often use RangeForce to maintain baseline security readiness across teams, ensuring that analysts regularly practice detection, investigation, and response techniques.
Key capabilities:
- Continuous, skills-based training model
- Gamified cyber range exercises
- Role-based learning paths
- Hands-on simulations with guided challenges
- High engagement for ongoing training programs
4. Immersive Labs – Skills Assessment and Benchmarking
Immersive Labs focuses on measuring and improving cyber skills across individuals and teams. Its training solution prioritizes assessment, benchmarking, and workforce development rather than infrastructure-heavy simulations.
Organizations use Immersive Labs to identify skill gaps, align training efforts with organizational goals, and benchmark performance against industry standards.
Key capabilities:
- Skills-based cyber training challenges
- Individual and team benchmarking
- Broad coverage of security domains
- Strong reporting and analytics
- Workforce readiness focus
5. CYRIN – Automated Breach Simulation
CYRIN delivers cyber range training through automated adversary emulation. Its solution simulates attacker behavior to validate detection and response capabilities without requiring extensive manual setup.
CYRIN is often used by organizations seeking frequent, low-overhead breach simulations to test security controls and incident workflows.
Key capabilities:
- Automated adversary emulation
- Repeatable breach simulations
- Detection and response validation
- Minimal manual configuration
- Suitable for regular security testing
6. Infosec Skills – Structured Security Enablement
Infosec Skills offers a blended cyber range training solution that combines structured learning content with hands-on practice. The platform is commonly adopted for onboarding new security professionals and upskilling IT teams.
Its solution allows organizations to guide learners from foundational concepts into realistic simulated environments.
Key capabilities:
- Integrated learning content and labs
- Guided-to-hands-on training progression
- Broad coverage of cybersecurity topics
- Suitable for onboarding and reskilling
- Accessible across skill levels
7. Hack The Box – Offensive Security-Focused Training
Hack The Box Enterprise delivers a cyber-range training solution focused on offensive security skills. Its environments are designed to simulate real attack techniques, making it particularly valuable for red teams and advanced security professionals.
In enterprise programs, Hack The Box is often used to complement defensive training by exposing teams to attacker methodologies.
Key capabilities:
- Offensive security-focused cyber ranges
- Penetration testing and exploitation labs
- Strong red team alignment
- Advanced technical depth
- Realistic adversarial scenarios
How Cyber Range Training Solutions Are Evaluated
Organizations evaluating cyber range training solutions typically consider a broader set of criteria than those assessing standalone platforms. Key factors include:
Operational Realism
Solutions should reflect real enterprise architectures, including cloud services, identity systems, and security tooling.
Scenario Depth
Training exercises should simulate full attack lifecycles rather than isolated technical events.
Scalability and Repeatability
Organizations need solutions that can support ongoing training across multiple teams and regions.
Measurement and Insight
Actionable analytics are essential for understanding readiness, identifying gaps, and tracking improvement.
Enterprise Alignment
Solutions must align with compliance requirements, internal processes, and existing security investments.
Common Enterprise Use Cases for Cyber Range Training Solutions
Cyber range training solutions are used across a variety of organizational initiatives, including:
- Incident response and crisis management drills
- SOC readiness and performance validation
- Red team and blue team exercises
- Cloud and identity security simulations
- Compliance-driven operational testing
As organizations continue to expand their digital environments, cyber range training solutions play a central role in preparing teams for real-world incidents