Orcanos vs KomAInu: Which Fits Your Traceability Workflow?
Summarize this article with:
Orcanos and KomAInu both touch requirements traceability, but they solve different parts of the problem. Orcanos is a design-control and QMS platform: it links requirements to test cases, risk assessments, CAPAs and complaints, and flags requirements with no test traced to them. It's a strong system of record, especially for medical device teams.
KomAInu starts one step earlier. Instead of only linking a requirement to a test case you already wrote, it reads the requirement, drafts the test case and procedure that verify it, and keeps the traceability link current as requirements change, with an engineer reviewing every AI-generated artifact before it's approved.
This page compares the two directly: what each one actually does, where they overlap, and why most teams end up running KomAInu on top of Orcanos rather than choosing one over the other.
Layer AI test generation on top of your Orcanos traceability matrix.
DO-178C · ISO 26262 · EN 50128 · IEC 62304
What Orcanos does well: design control and QMS-first traceability
Orcanos is built around design control and quality management, primarily for medical device and other regulated QMS teams. Its multi-level traceability matrix links requirements to test cases, results, risk assessments, CAPAs and customer complaints, and it can filter and alert on requirements that have no test traced to them or that link to a failed test case.
That makes Orcanos strong at showing which requirements are covered and which are not. The traceability matrix is the product's core artifact, tightly integrated with the rest of a QMS workflow: risk, CAPA, change control, complaints.
What Orcanos does not do natively: author the content of a test case. It links a requirement to a test case you (or another tool) already wrote. It doesn't draft the test steps, expected results, or procedure from the requirement text itself.
Where KomAInu differs: AI-generated test cases and procedures from the requirement itself
KomAInu starts one step earlier in the same problem. Instead of only linking a requirement to an existing test, it reads the requirement, derives the verification scenarios it implies, and generates a candidate test case and test procedure, ready for an engineer to review, edit and approve.
The traceability link is a byproduct of that generation, not a separate manual step: because KomAInu authored the test from the requirement, the requirement-to-test relationship is already established when the test is created, and it stays current as requirements change.
- Continuous coverage-gap detection: not just a filter on existing links, but active identification of requirements with missing or weak verification.
- AI-drafted test cases and procedures, scoped to the requirement's actual acceptance criteria.
- A human review gate before anything becomes an approved artifact: KomAInu proposes, engineers approve.
Orcanos vs KomAInu, side by side
| Capability | Orcanos | KomAInu |
|---|---|---|
| Requirement-to-test traceability matrix | Yes, core product, multi-level | Yes, generated as a byproduct of AI test authoring |
| AI-generated test case content | No, links to tests you author elsewhere | Yes, drafts test cases and procedures from the requirement |
| Coverage-gap detection | Filters/alerts on untraced requirements | Continuous detection, including weak and false-positive coverage |
| Design control (risk, CAPA, complaints) | Yes, native QMS workflow | No, not a QMS; complements one |
| Standards templates | Medical device / regulated QMS focus | DO-178C, ISO 26262, EN 50128, IEC 62304 |
| Human review before approval | N/A (no AI authoring step) | Yes, required gate before sync |
| Deployment | Cloud QMS platform | Layers onto your existing ALM; model-agnostic, on-premise capable |
Can KomAInu run alongside Orcanos instead of replacing it?
Yes, for most teams that's the realistic path. Orcanos is often the system of record for design control: risk files, CAPAs, complaints, and the traceability matrix that ties them together. Replacing that isn't usually the goal.
KomAInu is designed to sit on top of that workflow rather than compete with it: it generates the test case and procedure content, an engineer reviews and approves it, and the approved artifact, along with its traceability link, is what lands in Orcanos. The QMS stays the system of record; the authoring step gets faster.
Which teams choose which
Medical device QMS teams already on Orcanos
If your program's center of gravity is design control (risk management, CAPA, complaint handling, IEC 62304), Orcanos is doing real work you don't want to duplicate. The question isn't Orcanos vs. KomAInu; it's whether your team is still hand-authoring every test case from the requirement, and whether that's the bottleneck worth removing.
Aerospace and automotive teams needing AI test generation from HLR/LLR
DO-178C and ISO 26262 programs live and die on requirement-to-test traceability at the HLR/LLR level, and on how fast a team can turn a changed or new requirement into a reviewed test. That's the specific gap KomAInu is built to close, independent of which ALM or QMS sits underneath it.
Migration and integration considerations
There's no migration required to start: KomAInu doesn't ask you to move your requirements, risk files or traceability matrix out of Orcanos. It reads requirement context, generates candidate test content, and synchronizes approved changes back, so the integration question is really about how your team wants review and approval to flow, not about switching platforms.
For teams running IBM DOORS Next, IBM Engineering Test Management or Polarion alongside Orcanos, the same AI-authoring layer applies through OSLC. See the ALM synchronization details below.
See how AI test generation synchronizes with DOORS Next and ETM →Frequently asked questions
Does Orcanos generate test cases automatically from requirements?
No. Orcanos links a requirement to a test case and flags requirements with no test traced to them, but it doesn't author the test case's content. That's the core difference covered on this page. KomAInu drafts the test case and procedure from the requirement itself, for an engineer to review.
Can KomAInu connect to Orcanos's traceability matrix?
KomAInu is designed to generate reviewed test content and synchronize approved artifacts, along with their traceability links, back into the system your team uses as its record, including Orcanos. No migration of existing requirements, risk files or traceability data is required to start.
Which tool is better for DO-178C vs IEC 62304 programs?
Orcanos's design-control workflow (risk, CAPA, complaints) maps closely to IEC 62304 and medical device QMS needs. KomAInu's AI test generation and traceability focus applies to DO-178C, ISO 26262, EN 50128 and IEC 62304 alike. The two aren't mutually exclusive, and IEC 62304 teams on Orcanos commonly add KomAInu specifically to speed up test authoring.
Do I have to replace Orcanos to use KomAInu?
No. KomAInu is built to run alongside an existing system of record rather than replace it. See "Can KomAInu run alongside Orcanos instead of replacing it?" above.