Zero-Load Queries

Endpoint Management Without the Endpoint CPU Tax

Wartiva answers endpoint management queries from a cloud mirror of compressed endpoint state, so searches, rules, and AI agent questions never add CPU load to your users' laptops. You need to connect AI agents to your endpoint management platform, but driving queries with AI only burns more endpoint CPU, and your end users are already frustrated. “Titanium’s” patented linear chain architecture, by contrast, queries endpoints peer-to-peer, adding load to every endpoint with every query you run.

Side by side. Wartiva: endpoints send configuration deltas to the cloud, which de-duplicates them across the organization into a graph searchable by virtually any field with boolean logic across relationships. Queries run on that graph; endpoints are not involved in queries. “Titanium” (aka Tanium) peer-to-peer linear chain: a query hops from endpoint to endpoint, adding load to every endpoint. Wartiva: cloud mirror Searchable graph Fields · boolean logic Query De-duplicated across your org Config deltas Endpoints not involved in queries “Titanium”: peer-to-peer linear chain Query Load on every endpoint
Wartiva: endpoints send configuration deltas to the cloud, which de-duplicates them across the organization into a graph searchable by virtually any field with boolean logic across relationships. Queries run on that graph; endpoints are not involved in queries. Wartiva: cloud mirror Searchable graph Fields · boolean logic Query De-duplicated across your org Config deltas Endpoints not involved in queries “Titanium” (aka Tanium) peer-to-peer linear chain: a query hops from endpoint to endpoint, adding load to every endpoint. “Titanium”: peer-to-peer linear chain Query Load on every endpoint
Wartiva endpoints send only configuration deltas to the cloud, where they're de-duplicated across your organization into a searchable graph. Queries run on that graph, and endpoints aren't involved. In “Titanium’s” peer-to-peer linear chain, every query hops from endpoint to endpoint, adding load to each one. See “Titanium’s” peering documentation.

Zero-Load Queries Deliver Answers in Milliseconds to Humans & AI

Wartiva completely isolates your endpoints from queries by intelligently computing compressed deltas of critical endpoint sensor data and mirroring them to the cloud.

Offload Processing to the Cloud

Rules and analysis are processed in the cloud, not on your endpoint. Network sensors offload compute to the cloud using our proprietary Secure Application Encapsulation (SAE) technology.

Performance-Aware Programming

Most endpoint tools gather data through Windows WMI, shell commands, diagnostic utilities, and Python scripts, and every one of them costs CPU. Wartiva's integrations are written in Go + C/Zig against native binary APIs like Win32. We don't even like forking a process.

Secure Application Encapsulation (SAE): the Wartiva cloud runs TCP and UDP network sensors in the endpoint's LAN through one encapsulated tunnel. Packets are routed through the endpoint to other LAN devices, and responses return up the tunnel, offloading network sensor compute to the cloud. Secure Application Encapsulation (SAE) Wartiva cloud TCP sensor UDP sensor Endpoint’s LAN Endpoint SAE Printer Camera Phone IoT Offloads network sensor compute to the cloud
Secure Application Encapsulation (SAE) lets the Wartiva cloud run TCP and UDP network sensors inside each endpoint's LAN, routing packets through the endpoint, so network sensor compute runs in the cloud instead of on the endpoint.
Side by side. Wartiva: a single small native binary, written in Go + C/Zig, talks directly to the endpoint's OS APIs such as Win32, without WMI, shell commands, or diagnostic utilities. “Titanium” (aka Tanium) Python on the endpoint: a Python 3.12 runtime, a long-running Python process, and scripts, which heavily tax the endpoint's CPU. Wartiva: native code Endpoint OS APIs, e.g. Win32 Go + C/Zig binary Native Go + C/Zig, straight to OS APIs “Titanium”: Python on the endpoint Endpoint OS APIs, e.g. Win32 Client folder Python 3.12 runtime Long-running Python process Scripts “Titanium’s” Python sensors heavily tax your endpoint’s CPU
Wartiva: a single small native binary, written in Go + C/Zig, talks directly to the endpoint's OS APIs such as Win32, without WMI, shell commands, or diagnostic utilities. Wartiva: native code Endpoint OS APIs, e.g. Win32 Go + C/Zig binary Native Go + C/Zig, straight to OS APIs “Titanium” (aka Tanium) Python on the endpoint: a Python 3.12 runtime, a long-running Python process, and scripts, which heavily tax the endpoint's CPU. “Titanium”: Python on the endpoint Endpoint OS APIs, e.g. Win32 Client folder Python 3.12 runtime Long-running Python process Scripts “Titanium’s” Python sensors heavily tax your endpoint’s CPU
Wartiva's endpoint code is a small native binary powered by a Go runtime, leveraging Zig's seamless toolchain to unify high-level concurrency with native C-ABI performance. “Titanium’s” Python sensors heavily tax your endpoint's CPU. See “Titanium’s” documentation of its Python runtime on the endpoint.

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