Application and code security · Domain Intelligence Pack
Reachable flaws in your code and dependencies come with a fix ready to merge, and bots and account takeovers stop at sign-in.
Overview
Every scan adds hundreds of findings, and developers have learned to ignore the tickets. Open-source packages pull in dependencies nobody chose, and secrets end up in commits. Meanwhile bots test stolen passwords on your sign-in page, and a script injected at checkout copies card numbers. Ollandi narrows the noise to what is reachable and writes the fix. Abuse on your live applications is stopped at the edge.
Code, dependencies, and running services are read together. That is how Ollandi knows which packages are loaded, which functions are called, and which routes face the internet.
Reach decides the order. The vulnerable library behind your payments API comes before the one in a test script. Bots give themselves away by behavior, even when each request looks normal.
The owning team, the release that introduced the flaw, the route an attacker would take, and the customers exposed all come with it.
Code fixes arrive as changes your engineers review, or merge on their own where your policy allows. Gateway rules and throttles can be lifted at once.
In an incident
An illustrative case, step by step, from the first signal to a confirmed result.
A critical flaw is published in a popular open-source library. Your scanners flag it in hundreds of places.
Ollandi checks which services load the library, which call the vulnerable function, and which face the internet. Three do.
Each owning team gets a change with the upgrade written and the reason attached. Until it merges, a temporary gateway rule blocks requests that match the exploit.
The fixes ship. Every other finding is recorded as unreachable, with the reasoning your auditor will ask for.
Connections
Ollandi connects to GitHub, GitLab, Bitbucket, Jenkins, and Terraform, reads findings from Tenable, Qualys, and Rapid7, and works through Cloudflare, Kong, and Apigee at the edge. Fixes land in your normal review flow, and your scanners and WAF stay in place.
Domain Intelligence Packs
Packs check one another’s work. A strange sign-in found in one domain can confirm, or rule out, what another domain found.
Close the cloud gaps attackers look for first: public storage, open ports, and roles with more access than they use.
Stolen credentials stop working at the first sign of misuse, whether they came from phishing, a SIM swap, or a leaked key.
Ship on a Friday with confidence. A bad release or a vulnerable image is caught in production and rolled back within your rules.
An intruder moving between servers is stopped at the next hop, and a failing link is flagged before transactions fail.
Ransomware contained on the first device it lands on, long before it can reach a file server or a backup.
The legacy systems the business still depends on stay up and defended, including the ones nobody on the team owns anymore.
When a stolen account starts copying customer records, the leak stops early, with evidence ready for your regulator.
Plants keep producing while attacks on controllers and remote access are stopped, and the control room keeps the final say.
Engineers go out only when a visit will fix the fault, and jackpotting is cut off before the cassettes empty.
FAQ
It checks whether the vulnerable package is loaded in production, whether the vulnerable function is called, and whether that code sits behind an internet-facing route. Findings that fail those checks are recorded as unreachable, with the reasoning kept for audit.
Only if you allow it. By default Ollandi opens a change for your engineers to review and merge. You can let it apply narrow, low-risk fixes, such as a patch-level dependency upgrade, on its own. Each one can be rolled back.
They keep doing their jobs and carry out Ollandi’s responses where you allow it. Ollandi adds the code, release, and identity context that tells a flash sale from a credential-stuffing run.
Get started
Send us your latest scan export. We will show which findings an attacker could actually reach, and the fixes Ollandi would have written.
