Cisco Meraki Dashboard vs PacketFence

Cisco Meraki Dashboard is a cloud platform for provisioning, configuring and troubleshooting networking and IoT deployments. From one dashboard it manages wireless, switching, routing, cellular gateways, cameras, sensors and industrial Ethernet switching. Cisco describes use across networks from small sites to distributed deployments with thousands of sites, and says zero-touch provisioning can deploy new sites in minutes. Integrated tools include ping, traceroute, throughput checks and live packet capture. The platform is API-first and includes a Networking App Marketplace with more than 350 applications, alongside partner apps, APIs and built-in integrations. Access is listed through web, API, Android and iOS; the mobile app manages organization and network administrators. Cisco states that its architecture keeps end-user traffic from traversing Meraki datacenters, while management data uses secure connections. The platform uses a PCI- and HIPAA-compliant architecture and has a stated 99.99% uptime SLA. Meraki products require valid licensing; there is no free plan, though a free trial is available.

PacketFence is an enterprise network access control platform for organizations managing wired, wireless, and VPN access. It can enforce policy through SNMP or RADIUS, inline Layer 2 or Layer 3 deployment, VLAN assignment, and quarantine isolation. Authentication options include 802.1X/EAP, directory services, external RADIUS, OAuth2 social login, SAML 2.0, and PKI certificates. Guest workflows include self-registration, sponsored access, email or SMS confirmation, and CSV imports. Self-service provisioning can configure 802.1X profiles for iOS, Android, Windows, macOS, and ChromeOS. The platform checks antivirus, operating system patch level, and security-agent presence, and can quarantine devices that fail policy. Administrators get a web interface, command-line tools, REST API, customizable captive portals, and Perl extension points. The self-hosted Community Edition is GPL v2+ with unlimited devices and full source code. Its listed minimum requirements include Debian 12.x or RHEL 8.x, four CPU cores, 16 GB RAM, 200 GB disk, and a network interface. Paid plans include Starter at $5,000 /year for up to 250 registered devices.