Cyclops Security is an AI-powered cyber risk observability platform purpose-built for DevSecOps teams. It provides a unified solution for monitoring, prioritizing, and mitigating cyber threats across the entire software development lifecycle (SDLC) — from code to cloud. Cyclops helps organizations identify and reduce software supply chain risks, enabling security, development, and operations teams to collaborate effectively without slowing down innovation.
As modern applications increasingly rely on third-party code, open-source components, and distributed infrastructure, the attack surface for cyber threats has grown dramatically. Cyclops Security addresses this challenge by providing real-time visibility, automated threat detection, and actionable risk insights across all layers of the software stack.
Cyclops serves as a centralized control plane for cyber risk, delivering continuous monitoring across CI/CD pipelines, source code, infrastructure as code, cloud configurations, and runtime environments.
Features
1. Unified Risk Observability
Cyclops aggregates and correlates data from across development, security, and infrastructure tools to provide a single-pane view of cyber risk. This eliminates siloed risk assessments and allows teams to act on the most critical threats first.
2. Software Supply Chain Protection
The platform monitors dependencies, containers, build tools, and open-source libraries to detect vulnerabilities, license risks, and suspicious behavior in the software supply chain.
3. AI-Powered Threat Prioritization
Cyclops uses artificial intelligence and context-aware analytics to prioritize alerts based on real business impact, exposure level, and exploitability — reducing noise and enabling focused remediation.
4. Real-Time Runtime Monitoring
Unlike static scanning tools, Cyclops offers real-time monitoring of application behavior and system configurations in runtime. This helps identify zero-day exploits, misconfigurations, and anomalies.
5. DevSecOps Integration
Cyclops integrates seamlessly into existing DevOps workflows, including support for popular CI/CD tools, SCM systems (like GitHub and GitLab), and infrastructure as code platforms (e.g., Terraform).
6. Contextual Risk Scoring
Each finding is mapped to a risk score based on asset criticality, exposure, compliance requirements, and threat intelligence. This allows organizations to quantify and manage security posture more effectively.
7. Policy-Based Controls
Security teams can define custom policies and guardrails that enforce secure coding practices, deployment rules, or cloud security standards. Cyclops automatically checks compliance against these policies in real time.
8. Attack Path Visualization
The platform visually maps out potential attack paths from vulnerable components to high-value assets, helping teams understand how an exploit might propagate across systems.
9. Collaborative Remediation Tools
Cyclops enables cross-functional collaboration by allowing developers, security engineers, and cloud teams to triage, assign, and resolve issues directly within the platform.
10. Multi-Cloud and Hybrid Support
Whether you’re running in AWS, Azure, GCP, or a hybrid environment, Cyclops can ingest and analyze data from diverse cloud sources, ensuring consistent protection across infrastructure.
How It Works
Cyclops Security operates by continuously ingesting data across multiple layers of your application and infrastructure, applying AI-based analysis to detect threats and surface the most urgent risks:
Connect Your Environment
Users begin by connecting Cyclops to source code repositories, build systems, Kubernetes clusters, cloud infrastructure, and runtime environments.Continuous Data Collection
The platform continuously monitors configuration files, dependency graphs, image registries, and live system behavior using lightweight agents and integrations.AI-Driven Risk Analysis
Cyclops applies machine learning models and rule-based engines to identify vulnerabilities, misconfigurations, secrets exposure, and suspicious activity.Correlated Threat Insights
Instead of alerting on isolated findings, Cyclops correlates data across the SDLC to identify multi-vector threats and attack chains that might otherwise go unnoticed.Risk Scoring and Recommendations
Each issue is assigned a dynamic risk score based on threat severity, business impact, asset sensitivity, and remediation difficulty. Cyclops also provides prescriptive remediation guidance.Workflow Integration
Cyclops pushes alerts and tasks to tools like Jira, Slack, or Microsoft Teams, enabling teams to take swift action without leaving their preferred environments.
Use Cases
DevSecOps Enablement
Empower developers to own security responsibilities by integrating security checks into CI/CD pipelines, pull requests, and build jobs.
Software Supply Chain Security
Detect and block insecure dependencies, malicious packages, or misconfigured build systems that can introduce vulnerabilities during development.
Cloud Infrastructure Hardening
Monitor and enforce security best practices across multi-cloud environments, including detecting public S3 buckets, overly permissive IAM roles, and unpatched systems.
Zero-Day Threat Detection
Identify suspicious runtime behavior, memory usage spikes, or API anomalies that may indicate novel attack vectors or active exploits.
Regulatory Compliance
Ensure compliance with frameworks such as SOC 2, ISO 27001, NIST, or CIS Benchmarks by automating controls and generating audit-ready reports.
Incident Investigation and Response
Use attack path analysis and system activity history to investigate breaches, understand root causes, and plan mitigation strategies.
Pricing
As of the latest information from https://www.cyclops.security, Cyclops does not publish public pricing on its website. However:
Cyclops is positioned for mid-sized to large enterprises and DevSecOps teams.
Pricing is likely customized based on usage, number of integrations, cloud environments, and feature access.
Organizations can request a demo or contact the sales team to receive tailored pricing based on their architecture and security requirements.
Strengths
Purpose-built for software supply chain and DevSecOps workflows
Real-time visibility across code, cloud, and runtime
AI-based prioritization reduces alert fatigue and false positives
Seamless integration with modern developer and cloud tools
Actionable insights with visual attack path mapping
Enterprise-ready security and compliance posture management
Supports hybrid and multi-cloud environments
Drawbacks
No public-facing pricing, which may be a barrier for small teams
Still evolving in terms of third-party integrations and ecosystem breadth
Currently focused on CI/CD and runtime — may not replace full SIEM platforms
Requires engineering alignment for full value realization
May involve a learning curve for teams new to risk observability platforms
Comparison with Other Tools
Cyclops vs. Snyk
Snyk focuses primarily on scanning code, open-source packages, and containers. Cyclops expands beyond this to include runtime monitoring and cross-layer attack correlation, offering more holistic security observability.
Cyclops vs. Wiz or Orca Security
Wiz and Orca specialize in cloud security posture management (CSPM). Cyclops also supports CSPM but adds code and build system insights, making it stronger for DevSecOps and software supply chain contexts.
Cyclops vs. Datadog Security Monitoring
Datadog provides security observability but requires deeper customization for code-level visibility. Cyclops focuses specifically on developer-centric security, enabling faster and more focused remediation.
Customer Reviews and Testimonials
As of now, Cyclops Security does not list public customer testimonials on its website. However, it highlights its mission to serve:
Security teams managing large-scale cloud and code ecosystems
DevOps teams integrating security into fast-paced CI/CD pipelines
Engineering leaders seeking unified visibility across build and runtime environments
Early adopters likely include software-first companies with complex infrastructures and growing concerns around software supply chain threats.
Interested users are encouraged to sign up for early access or request a product demo.
Conclusion
Cyclops Security offers a next-generation approach to cyber risk management by unifying visibility across code, build systems, cloud configurations, and runtime environments. With its AI-driven threat prioritization, collaborative workflows, and developer-first integrations, Cyclops empowers DevSecOps teams to shift security left without losing speed or control.
In a time when software supply chain threats are escalating and manual security reviews can’t keep up, Cyclops delivers automation, intelligence, and actionability — all from a single platform.
