Who Ossprey helps

Most security tools were not built for the way you work.

They were built for teams with dedicated AppSec engineers, long release cycles, and time to read 400-page reports. If that's not you, Ossprey was built for you.

Book A Demo

Request to Join

Who Ossprey helps

Most security tools were not built for the way you work.

They were built for teams with dedicated AppSec engineers, long release cycles, and time to read 400-page reports. If that's not you, Ossprey was built for you.

Book A Demo

Request to Join

Who Ossprey helps

Most security tools were not built for the way you work.

They were built for teams with dedicated AppSec engineers, long release cycles, and time to read 400-page reports. If that's not you, Ossprey was built for you.

Book A Demo

Request to Join

Same tool. Different problems it solves for you.

Ossprey sits across your stack, but what it gives each team is different.

Engineering leads

Security that doesn't make you choose between speed and safety. You're responsible for what ships. You're not responsible for slowing everything down to check it. Ossprey runs in the background, no gates, no review backlog, no process overhead. A clear signal when something needs attention.

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"We found out in production. By then it was too late."

Security engineers

Stop triaging alerts that turn out to be nothing. You've spent too long chasing theoretical vulnerabilities while real risk sat undetected. Ossprey surfaces only what attackers actually exploit, validated against runtime behaviour, not static pattern matching. Fewer alerts. Higher signal.

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"The scanner flagged 600 issues. Three of them mattered."

Founders & CTOs

Know what you're shipping before the board finds out you didn't. You can't have a dedicated AppSec team at every stage. You need coverage that scales with the business, not one that requires a team to run. Real visibility into runtime risk. Without adding headcount or slowing the roadmap.

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"I assumed we were covered. We weren't."

Open source maintainers

You can't control what gets merged. You can control what it does. Supply chain attacks target maintainers specifically a malicious PR, a compromised contributor, a typosquat that slips review. Ossprey monitors runtime behaviour of your dependencies, catching what code review misses.

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"It passed all the checks. It was still malicious."

By industry, where the stakes are highest.

Some industries can't afford a runtime blind spot. Ossprey works across any engineering team. But in these sectors, the gap between code and behaviour isn't a technical problem, it's an existential one.

Fintech

A compromised dependency isn't a security incident. It's a regulatory event. Financial services infrastructure is the highest-value target for supply chain attacks. One malicious package with access to payment processing or customer data isn't just a breach, it triggers FCA reporting, PCI DSS implications, and the kind of headlines that end companies. Static tools won't catch a dependency that behaves differently in production than it did in the sandbox.

Critical for:

payment processors

neobanks

lending platforms

crypto on/off-ramps

embedded finance teams

Web3 & Crypto

In Web3, a smart contract exploit isn't recoverable. Neither is a drained wallet. Web3 teams live and die by the integrity of their dependencies. A malicious package in a wallet integration, a bridge protocol, or a DeFi interface can drain funds in seconds, and on-chain, that's permanent. The attack surface is enormous: open source, fast-moving, and heavily interdependent. Ossprey monitors runtime behaviour of every dependency in your stack, so you know what they're actually doing before users do.

Critical for:

DeFi protocols

wallet providers

NFT platforms

blockchain infrastructure

DAO tooling

SaaS platforms

Your customers trust you with their data. Your dependencies need to earn that trust too. SaaS companies are the middle layer of the supply chain, attacked by compromised upstream packages, and themselves a vector for downstream customers. A breach that started in a dependency and reached customer data is still your breach. Runtime monitoring means you know what every package in your platform is doing, continuously, as your product evolves.

Critical for:

B2B SaaS

data platforms

HR and finance tools

API-first products

multi-tenant infrastructure

Developer tooling companies

You're not just a target. You're a vector. Developer tools sit at the most dangerous point in the supply chain. A compromise in your CLI, your SDK, or your IDE plugin doesn't just affect your users, it affects every application they build with it. The XZ Utils attack targeted a compression library. The SolarWinds attack targeted a build tool. Your product is infrastructure. It needs infrastructure-grade security.

Critical for:

CLI tools

package managers

build systems

code editors

CI/CD platforms

security tooling itself

Most tools look at code. Ossprey looks at behaviour.

Your existing tools aren't broken, they're just looking in the wrong place. SAST finds what's written badly. SCA finds what's known to be vulnerable. Ossprey finds what runs maliciously. They're not the same thing.