LOW-LEVEL SECURITY
Cybersecurity for low-level software.
We review and harden components close to the hardware, where memory corruption, privilege, concurrency, and update flaws can compromise the whole product.
DIRECT ANSWER
What is low-level software security?
Low-level software security reduces vulnerabilities in C/C++, drivers, kernels, bootloaders, RTOS, and privileged services through architecture, review, and specialized testing.
Who it is forProduct engineering, firmware, and embedded systems teams in telecom, automotive, industrial, and medical device companies.
CONTEXT
Technical decisions with an operational view.
Low-level software runs with little separating a single fault from control of the system. Memory errors, parsing, synchronization, permissions, and trust boundaries need practices built for that.
The analysis combines threat modeling, manual review, static analysis, fuzzing, and targeted testing. The goal is not just a list of findings, but an understanding of the exploitation paths and fixes that fit the performance and resource limits of the device.
We also support decisions on language, compilation, isolation, updates, and telemetry to keep the same vulnerabilities from coming back through the development cycle.
OUTCOMES
What the initiative has to deliver.
Technical goals only matter when they improve security, speed, cost, experience or the ability to decide.
- 01Fewer memory safety defects
- 02A smaller privileged surface
- 03More robust parsers and protocols
- 04Hardened build and toolchain
- 05Reproducible fuzzing
- 06A secure development process
WHEN IT MAKES SENSE
Signs that it is time to act.
- There is critical C/C++ code
- Drivers or services run with privilege
- The product parses untrusted data
- Faults are hard to reproduce
- Legacy code has no coverage
- Customers ask for security evidence
HOW WE WORK
From assessment to operations.
Short stages, visible criteria and knowledge transfer at every decision.
Mapping
We identify boundaries, privileges, inputs, and assets.
Analysis
We combine review, tooling, and focused testing.
Controlled exploitation
We confirm impact and reproducibility under authorization.
Hardening
We fix root causes and strengthen the engineering process.
DELIVERABLES
Clarity on what gets finished.
- Threat model
- Review of critical code
- Static analysis configuration
- Fuzzing harnesses
- Vulnerability report
- Hardening guide
FREQUENTLY ASKED QUESTIONS
Straight answers.
Which languages do you cover?
The usual focus is C and C++, but the analysis can include Rust, assembly, build scripts, and any system component that takes part in the chain of trust.
Does fuzzing replace code review?
No. Fuzzing finds behavior by executing code; review and architecture analysis reach whole classes of problem and paths that tests may never trigger.
Can you work without access to the source code?
Some testing can be black-box, but source, symbols, and documentation make it far easier to find root causes and recommend fixes.
How do you prioritize the findings?
We weigh exploitability, privilege, exposure, business impact, installed base, and how hard the fix is, not just a generic score.
Technical sources and references
EVIDÊNCIA EM CAMPO
Current research applied to product security.
Our participation in Hardwear.io USA widens the repertoire we use in hardware, firmware, IoT, protocol and embedded systems assessments.
Cybersegurança
Hardwear.io USA 2025: dez aprendizados que orientam nossa atuação em segurança de hardware
A EAGLE BS acompanhou o Hardwear.io USA 2025. Veja dez aprendizados sobre firmware, IoT, glitching, Rowhammer, protocolos sem fio e root of trust.Ler artigo ↗TALK TO A SPECIALIST
Tell us the situation. We help you see the best path.
A focused conversation to understand context, risk, priority and the first workable step.