Device42 vs Port

Device42 provides agentless discovery, asset management, and dependency mapping for data center, cloud, and hybrid IT environments. Its scope includes CMDB, DCIM, ITAM, IPAM, password management, and application dependency mapping, in a self-hosted deployment. It can discover network devices through SNMP and cloud resources across AWS, Azure, Google Cloud, Oracle Cloud, and OpenStack.

For data centers, its visual models cover buildings, rooms, racks, cabling, and patch panels, with power and temperature heat maps. Core includes discovery, inventory and asset management, integrations, REST APIs and webhooks, warranty and SSL certificate management, cable and password management, and IPAM. Device42 also tracks software licenses, contracts, and barcodes, and lists more than 30 integrations. Licenses count devices with IP addresses; non-IP assets do not count, and user seats are unlimited. If the device limit is exceeded, the software keeps running but stops collecting additional information until the license is increased. Pricing is available on request, and a free trial is offered.

Port is a cloud-native platform for engineering teams to build, govern, and operate their software development lifecycle. Its platform includes a Context Lake, Software Catalog, Actions, AI Agents, Scorecards, Access Controls, Workflows, and Interface Designer. Port maps environments into the Context Lake and orchestrates agentic workflows across the development lifecycle with governance. It lists 86 integrations in areas such as Kubernetes, CI/CD, incident management, SSO, Git, cloud providers, and AI agents. Examples include Prometheus, Azure Monitor, Rootly, n8n, Claude AI, OpenAI, Cursor, Jira, Slack, ServiceNow, and Wiz. The Free plan has no time limit and includes up to 15 seats, up to 10k entities, up to 400 runs, and community support. Basic is listed at $30 a month, billed annually; paid plans start at $30/user/mo (annual). Port states that it is SOC 2 Type 2 certified, GDPR, ISO 27001, and CCPA compliant, and follows OWASP best practices. It says data at rest is encrypted with AES-256 and data in transit uses HTTPS and TLS 1.2 or later where applicable. User-ingested data is retained until deleted; audit logs are retained for one year by default, and sign-in and account access logs for 30 days.