Cisco Panoptica vs Haltdos

Cisco Panoptica is a cloud native application security solution for finding and addressing risks across multi-cloud environments. Its coverage includes Kubernetes workloads, APIs, serverless functions, virtual machines, and infrastructure-as-code repositories. Graph-based attack path analysis combines security findings, vulnerabilities, and identity risks to map attack paths and remediation options. Workload scans review CVEs by asset or Docker image and prioritize them using environment security and network topology. API security catalogs internal, externally exposed, and third-party APIs, assesses risks, and detects sensitive data in API traffic. Code Security checks connected repositories for misconfigurations, secrets, and code vulnerabilities. Listed source control providers include GitHub, GitLab, Azure DevOps, and Bitbucket; several security modules can create Jira tickets. Deployments include AWS, Azure, GCP, and Kubernetes, including Kubernetes on-premise. Cloud integrations are agentless and use a secure read-only role. The free plan costs nothing. Integrated repositories are scanned daily when new commits exist, with manual rescans also available.

Haltdos provides security and delivery solutions for web applications and APIs across on-premise, cloud, and hybrid environments. Its Enterprise WAF protects websites and APIs against OWASP Top 10 attacks, known vulnerabilities, and zero-day vulnerabilities. It includes more than 4,000 signatures, machine-learning-based zero-day protection, file-upload antivirus scanning and sandboxing, and DDoS protection from Layer 3 to Layer 7. An API gateway provides authentication, rate limiting, transformation, and observability. Bot controls include detection and mitigation, device fingerprinting, mobile SDK protection, JavaScript and CAPTCHA challenges, and deception technology. Enterprise WAF also lists incident logging, analytics and dashboards, SIEM integration, and PCI compliance reporting. Deployment options include SaaS, virtual, hardware, and MSSP, with on-premise and public- or private-cloud deployment. Community WAF runs on a VM, Docker, or hardware and requires at least 2 GB RAM, 60 GB disk space, and 2 vCPU cores. Community WAF is free for one website and one security profile. Professional WAF costs $30 a month, billed at the end of each monthly billing period based on requests processed; the first 100K requests are free.