Watch competitors and benchmark your strategy
Intel's starting point is a Watch list: pick the brands you compete with and keep their live ads from the Meta Ad Library in view. From there you benchmark your strategy against theirs, seeing where your hook and angle mix overlaps with the market and where you're leaving space uncovered.
When a specific competitor ad is worth understanding, not just seeing, you run a deep analysis. That costs 10 credits and breaks the creative down through the same lens Omniscia uses on your own ads, so you learn why it might be working rather than just adding it to a swipe file.
Performance from longevity, not invented numbers
The honest core of Intel is how it reads competitor performance. No tool can see a rival's true ROAS, so Intel infers performance from ad longevity, how long a competitor keeps a creative live. A creative a brand has run for months is almost certainly earning its place; one that disappeared quickly probably wasn't.
This matters because it's a signal you can actually trust. Intel won't show you a made-up competitor ROAS to look impressive; it reads real behaviour and tells you which of a rival's creatives are working, which is a far better foundation for deciding what to test yourself.
frequently asked
- Where does Omniscia get competitor ads?
- From the Meta Ad Library. Intel lets you Watch specific competitors, keep their live ads in view, and benchmark your strategy against theirs.
- How does it know what's working for a competitor?
- It infers performance from ad longevity, how long a rival keeps a creative running, rather than inventing a ROAS figure. Long-running ads are almost certainly the ones working.
- What does deep analysis of a competitor ad cost?
- A deep analysis of a single competitor ad costs 10 credits and breaks the creative down through the same lens Omniscia applies to your own creatives.
- Does Intel show synthetic competitor metrics?
- No. It deliberately avoids fabricated ROAS. Competitor performance is inferred only from ad longevity, a signal that can actually be observed.
Last updated June 6, 2026