Parsias
6.0#26 in ai governance softwareFrom £950 a monthWebSelf-hosted
VisitParsias vs Trusys AI
What both publish
| Fact | Parsias | Trusys AI |
|---|---|---|
| Audience | The platform describes views for CTOs and CIOs, GRC teams, data leaders, and boards or executives. | The maker identifies CISOs, Chief AI Officers, GRC leaders, and platform engineering leads responsible for production agents as its intended users. |
| Integrations | Verify requires no integration, while the platform is described as working across code, applications, APIs, cloud platforms, and third-party tools. | The maker says SaaS agents connect via API, custom agents via SDK, and coding agents via MCP. |
| Product | Parias scans an organisation’s technology to discover AI systems, score their risk, and map them to applicable regulations. | Trusys describes itself as an enterprise AI assurance platform for evaluating, monitoring, securing, and governing AI systems across their lifecycle. |
| Security | The site says Verify is encrypted at rest and in transit and SOC 2 aligned; Portfolio runs on customer servers or private cloud with the customer’s language model. | The maker states that the platform is SOC 2 Type II certified and evaluation data is encrypted at rest and in transit. |
| Support | Portfolio includes dedicated advisory and implementation support, and the contact page says the company responds to email within 24 hours. | The site advertises 24/7 enterprise support; the Professional plan includes priority support and Enterprise includes dedicated support. |
Parsias plans
- Verify£950 a month
- PortfolioPriced on request
Trusys AI plans
- StarterFree
- Professional$69 a month
- EnterprisePriced on request
Pick Parsias if…
You want what its maker publishes above — check its page for the details.
Pick Trusys AI if…
It is aimed at AI and ML engineering teams, CISOs, Chief AI Officers, compliance leaders, GRC teams, and platform engineering leads responsible for production agents. It may suit organizations seeking evaluation and runtime policy controls for AI systems.