The hardest problem in runtime security is not detection accuracy. It is operational trust. SilentMesh makes runtime controls safe to deploy, evaluate, and reverse.
Detection engines are everywhere. What's missing is the operational confidence to actually turn them on. Security teams hesitate because the risk of breaking production outweighs the risk of a breach.
Every alert that cries wolf erodes trust. Teams learn to ignore runtime tools instead of relying on them. The signal drowns in noise, and real threats slip through.
Enforcement means blocking processes in production. One misconfigured policy can take down a service. SREs refuse to enable enforcement when a rollback takes hours.
Most runtime tools make opaque decisions. Operators can't see why something was blocked, can't predict what will be blocked next, and can't override in time when things go wrong.
SilentMesh gives operators a graduated path from visibility to enforcement, with full reversibility at every step.
eBPF-based instrumentation gives you deep, low-overhead visibility into process execution, file access, and network behavior. No agents to install. No kernel modules. Just attach and observe.
eBPF · Zero overheadWrite enforcement policies and evaluate them against real production traffic without blocking anything. See exactly what would have been blocked before you flip the switch. Build confidence with data, not guesswork.
Evaluate · No enforcement riskWhen you're ready to enforce, SilentMesh applies policies with surgical precision. Scope enforcement to specific workloads, namespaces, or processes. Gradual rollout, not all-or-nothing.
Scoped · Gradual rolloutEvery enforcement decision can be reversed in seconds. Not minutes. Not "file a ticket." One action returns the system to its previous state, with full audit trail of what changed and why.
Undo · Full audit trailSilentMesh is designed for operators who need to move carefully. Every step builds on the last, and you control the pace.
Attach eBPF probes to your Linux workloads. No restart required. No kernel modules. Visibility starts immediately.
See runtime behavior: process trees, file access patterns, network connections. Understand what normal looks like before defining what's not.
Write policies and evaluate them in shadow mode against real traffic. No enforcement, just data. Iterate until false positives are zero.
Enable enforcement with full confidence. Scope it. Roll it out gradually. Reverse instantly if anything unexpected happens.
Runtime security that respects uptime SLOs. Shadow mode means you never ship a policy you haven't validated in production.
Embed security controls into your platform without adding friction for developers. eBPF instrumentation, no sidecar dependencies.
Close the loop between detection and response. Policies as code, evaluated in shadow mode, enforced when ready. Full audit trail.
Linux-heavy environments with strict operational requirements. No agents, no kernel modules, no performance overhead. Just eBPF.
| Capability | Falco | Wiz Runtime | CrowdStrike | Tetragon | SilentMesh |
|---|---|---|---|---|---|
| Shadow-mode policies | ✗ | Limited | ✗ | ✗ | ✓ Native |
| Instant rollback | ✗ | ✗ | ✗ | Manual | ✓ One-click |
| Low false-positive noise | Noisy | Moderate | Opaque | Tunable | ✓ Shadow-validated |
| Operator transparency | Logs only | Dashboard | Black box | Metrics | ✓ Full audit trail |
| Deployment friction | Moderate | High | High | Moderate | ✓ eBPF attach, no restart |
SilentMesh is building with early operators. If you run Linux infrastructure and want runtime security you can actually trust, we want to work with you.
No sales pitch. We're looking for operators to build with, not sell to.