Where a single vulnerability changes everything
The systems the world depends on run on code. When that code has a reachable flaw, the consequences are physical. ARROW finds those vulnerabilities and fixes them — before an adversary ever reaches them.
The aircraft is only as secure as its firmware
A modern UAV runs millions of lines of C on its flight controller. A single reachable memory-safety flaw is enough to seize control of the aircraft — or ground an entire fleet.
How ARROW protects it — ARROW models the full flight-control stack, traces every reachable path to the vulnerable code, and generates the fix at the source — so the aircraft can't be taken over.
What ARROW finds
- ·Memory-safety flaws in C/C++
- ·Command & control injection
- ·Insecure firmware-update paths
When the grid is the target, the code can't fail
Grid and SCADA systems run on legacy code written before the modern threat landscape existed. One structural vulnerability can cascade into an outage that puts lives at risk.
How ARROW protects it — ARROW analyzes control-system codebases for the deep, structural flaws traditional scanners miss and remediates them — keeping essential services running.
What ARROW finds
- ·Reachable flaws in control code
- ·Improper authorization on critical endpoints
- ·Legacy protocol-handling bugs
Protect the systems that run the physical world
Factories, pipelines, and utilities depend on operational-technology software where downtime is measured in lives and millions — and where you can't take the plant offline to patch.
How ARROW protects it — ARROW brings context-aware analysis to OT/ICS code, finding the reachable vulnerabilities and closing them without disrupting operations.
What ARROW finds
- ·Race conditions & unsafe state
- ·Buffer overflows in embedded code
- ·Unsafe deserialization
Assurance for missions that can't be recalled
From satellites to defense platforms, mission software has to be provably secure — there is no patch window once it is deployed to orbit or the field.
How ARROW protects it — ARROW's foundational-language support (C, assembly, Rust) and fully air-gapped deployment make it built for the highest-assurance programs on Earth and above it.
What ARROW finds
- ·Assembly & low-level analysis
- ·Air-gapped, offline operation
- ·Full call-graph & data-flow tracing
Bring ARROW to your organization
Talk to our team about deploying context-aware security across your environment.