Cybersecurity
Infrastructure

Compatibility assurance before deployment. Runtime enforcement after deployment. Verifiable security infrastructure for modern systems.

Explore BPFCompatExplore AegisBPFGitHub Repository
ECOSYSTEM INTEGRATIONSFalcoInspektor Gadget

Security from release to runtime

BPFCompat strengthens the pre-deployment side of cybersecurity by testing compiled eBPF artifacts and real loaders against the kernels users actually run, turning compatibility assumptions into executable evidence.

AegisBPF covers the runtime side with kernel-level enforcement, scoped policy controls, and structured security events. Linux and eBPF are the technical layer; Kernel Guard is building broader, verifiable cybersecurity infrastructure.

SECURITY // PUBLIC_EVIDENCE

Security evidence, not surface metrics

Proof tied to shipped security engineering and public upstream work.

2

Merged upstream integrations

BPFCompat compatibility lanes merged into Falco and Inspektor Gadget.

QEMU/KVM

Real-kernel validation

Disposable QEMU/KVM guests run actual vendor kernels instead of static version heuristics.

x86_64 + ARM64

Architecture coverage

Compatibility validation covers x86_64 and ARM64.

SLSA

Supply-chain evidence

Tagged releases include signatures, CycloneDX SBOMs, and SLSA provenance.

Falco + Inspektor Gadget merged upstream
Real vendor kernels compatibility execution
Signed · SBOM · provenance release evidence

Named ecosystem projects are integrations, not claimed customers.

Growth Content

Practical security content tied to real services.

Articles answer search questions. Service pages turn that attention into clear next steps for teams that need implementation help.

Cybersecurity Consulting

Practical cybersecurity consulting for web applications, APIs, cloud edges, and public-facing business systems.

React Security Audit

React security audits for frontend codebases, contact forms, routing, metadata, dependency risk, and client-side exposure.

Backend API Hardening

Backend and API hardening for authentication, authorization, validation, rate limits, logging, and deployment readiness.

6 min read

SPF, DKIM, and DMARC Setup for a Google Workspace Security Domain

A practical guide to Google Workspace email authentication for company domains that need stronger trust and lower spoofing risk.

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7 min read

Security Headers for Cloudflare Pages and React Sites

How to use security headers, canonical metadata, and response verification to reduce common browser-side risks on static React deployments.

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5 min read

Vulnerability Disclosure and security.txt for Company Websites

A practical security.txt and vulnerability disclosure workflow for small companies that want a credible security contact path.

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View all articles

Security Engineering Stack

The systems technologies behind compatibility assurance, runtime enforcement, and cybersecurity infrastructure.

Linux
eBPF
libbpf
Go
C++
QEMU/KVM
Kubernetes
CO-RE
BPF LSM
GitHub Actions
Linux
eBPF
libbpf
Go
C++
QEMU/KVM
Kubernetes
CO-RE
BPF LSM
GitHub Actions

BPFCompat

Validate compiled eBPF artifacts and real project loaders across real Linux kernels before release.

AegisBPF

Enforce Linux runtime policy with BPF LSM, scoped controls and structured forensic events.

Open Source

Core tooling, compatibility evidence and technical development are available for public review.

Security & Provenance

Signed releases, SBOMs, provenance and explicit failure modes keep the evidence verifiable.

Our Engineering Principles

Evidence Over Assumptions
Prefer measured behavior on real kernels over version heuristics and compatibility claims.
Runtime Truth
Validate and enforce as close as practical to the environment where the software actually executes.
Open Technical Review
Keep core tooling, limitations and engineering evidence visible for independent review.

Built in public

Kernel Guard develops its core Linux and eBPF tooling openly on GitHub, with upstream integrations and technical evidence available for review.

GitHub