OLIGO Security Crosses $140M in Total Funding with $60M Round to Stop AI-Driven Attacks
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Oligo vs. CrowdStrike

TL;DR

CrowdStrike specializes in endpoint and workload protection, extending its Falcon sensor and adversary threat intelligence into cloud detection and response. Oligo specializes in runtime protection across code, apps, AI, and cloud, seeing what's actually executing inside a live application as it happens.

Both companies now talk about "runtime." The difference is depth: CrowdStrike correlates workload and process behavior against known adversary tradecraft, while Oligo inspects what's actually executing inside the application itself, down to the function and call stack. Customers often run both: CrowdStrike for endpoint, workload, and adversary-informed detection, Oligo for the in-process, function-level visibility that sits a layer deeper.

Why Oligo

97%
Share of apps running code you didn't write
Oligo watches what that code actually does at runtime, so nothing borrowed catches you off guard.
1 OpenSSF, 4/26, citing Synopsys/Black Duck OSSRA research
−7 days
The new 
mean-time-to-exploit
Attackers move before defenders get the chance to patch. Runtime protection closes that gap.
2 Mandiant M-Trends 2026
Nearly 1 in 3
KEVs exploited on or before their CVE was published
Oligo profiles what your code actually does, so it catches the unknown unknowns.
3 VulnCheck, State of Exploitation 2026 (2025 data)

Comparison

Full
full coverage
Partial
bounded or dependent on conditions
None
not in scope
Unknown
not independently disclosed or verifiable
Category
What it means
Real-time code execution monitoring
Sees what's actually running (executed) inside the app, not just what's deployed
Full
Entire process, all libraries
None
Maps app architecture and dependencies without source access, and correlates that with workload-level runtime telemetry (process, network, syscalls); it doesn't instrument the app to see actual function calls or library behavior as they execute
Zero-day defense
Catches unknown exploits, not just known signatures
Full
Behavior and library profiling
Partial
Detects zero-days via behavior-based Indicators of Attack correlated with adversary threat intel, at the process/workload level rather than the function level
App-layer attack detection
Detects exploits like Log4Shell or Spring4Shell as they happen
Full
Partial
Detects post-exploitation behavior (e.g., a Java process spawning a shell) via process-level IOAs; no in-process visibility into the exploit itself
Blocking without breaking production
Stops an attack without killing the container or app
Full
Function-level context, syscall-level enforcement
Partial
Falcon agent can isolate or terminate a process, not built for function-level blocking
Detection tuning and control
Write rules; silence or dismiss detections
Full
Author custom rules; suppress and dismiss per rule
Full
Create rules against OS/kernel-level telemetry
Vulnerability prioritization
Tells you which CVEs are actually exploitable
Full
Runtime proof of execution
Partial
Prioritizes using static application architecture/dependency mapping plus workload risk context, not confirmed execution or a call stack
Reachability analysis
Traces whether vulnerable code can actually be reached
Full
eBPF across full dependency tree
Partial
Estimates reachability from a static dependency graph, not confirmed by watching the code actually run
CSPM (cloud posture)
Evaluates cloud configurations against security benchmarks
None
Partial
Adequate cloud posture coverage
CIEM (identity risk)
Identifies overly permissive identities in the cloud environment
None
Full
A genuine strength
AI-SPM (AI security posture)
Knows which AI models, SDKs, and components are actually in use
Full
Runtime, function-level
Partial
Strong at discovering AI models, agents, and MCP servers with risk context (privilege, exposure, connectivity); unable to identify specific functions or libraries called inside apps
AI agent monitoring
Watches tool calls and agent activity in real time
Full
In-process, function-level
Full
Falcon AIDR monitors agent and tool-call activity via SDK, API, MCP proxy, and gateway collectors, with real-time interception and continuous authorization of agent actions; it watches from the interaction/protocol layer rather than from inside the app's own function calls

Why Customers Choose Oligo

CrowdStrike answers "is this workload behaving like a known attack, and can I isolate it fast." Oligo answers "what is this application actually executing right now, down to the function, and is any of it exploitable."

Both are runtime stories, but they operate at different altitudes. CrowdStrike correlates process and workload behavior against a deep well of adversary intelligence, which is genuinely strong for detecting known attack patterns fast. Oligo's Deep App Inspection works one layer deeper, inside the process itself, so it can confirm exploitability with call-stack evidence, block a single function without killing the container, and catch the zero-days that don't match a known signature or TTP.

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