Fleet Observability
One pane of glass across every connected Strata Edge runtime. See live status, active runs, health, and alerts. Drill into any node from Hub.
A·GSE A·VEH B·HOT REM·Q DEV·1 DEV·2 CAL·R CAL·S
// Platform
Your infrastucture –
Now one intelligent operating platform.
Connect any hardware, observe every program, and make test decisions with the full context of what's actually running.
// Strata Hub
Intelligence at every layer of your test program.
For test program managers, lead engineers, and operations directors running multiple programs, stands, or facilities. Hub turns the fleet of edge runtimes into one operating picture.
Run Intelligence
Ask “what changed between SF47-003 and SF47-004 to explain the chamber pressure variance?” and get a structured answer — not a dashboard to assemble.
SF47-003 vs SF47-004 · ΔP_chamber ?
Igniter delay +40ms · COPV pre-charge −1.4%
Institutional Memory
Every run, condition, outcome, and anomaly indexed and queryable. New engineers onboard in hours, not months. Knowledge stays when people leave.
LOX-2026-01 SF47-003 CHAMBER-V2 IGNITER-R7 → matched 3
Bottleneck & Risk Surfacing
Cross-program analysis flags component degradation trends, repeated failure modes, and schedule risks before they show up in stand-ups.
Admin & Access Control
Manage team access, data policies, and alert thresholds across programs. See per-engineer views. Control what flows to cloud vs. stays on-prem.
engineer view: live + own runs lead view: program + cross-stand director view: fleet + risk policy · on-prem only · LOX program
// Strata Edge
The bench operating system for hardware engineers.
For engineers running a stand, rig, or test campaign. Edge connects to your hardware, executes deterministic sequences, and lets you ask questions of the test as it runs.
Plug-and-Play Hardware Connection
Adapters for NI, Keysight, PLCs, custom boards, OPC-UA, Modbus, REST. Declare hardware once; it self-describes channels, calibration, and capabilities.
NI cDAQ-9189 Keysight 34972A PLC · Modbus OPC-UA → 24 channels self-described
Sequence Execution & Control
Linear automation with PID control, safety interlocks, abort logic, and hardware state management. Engineers define the logic; Edge executes deterministically.
purge pressurize ignite ⟶ PID throttle shutdown
Live Query During Test
Ask in plain English while the test runs. “Which pressure sensors have drifted more than 5% in the last 2 minutes?” The AI has full system context.
drifted >5% last 2m?
P_copv −5.8% · flagged
Hardware Debugging
Tell whether an anomaly is a sensor fault, wiring issue, or real system behavior. Trace signals through the system graph; compare against known-good baselines.
P_copv anomaly · trace ↓ → wiring: nominal → sensor: nominal → system: real ΔP
Collaboration & Streaming
Invite engineers to observe your live test. Share configs and run data with project teammates. Sync setups across multiple Edge instances.
you · stand lead · remote eng-2 · remote sync · cfg-04
// Together
One platform. Two surfaces. One system of record.
Hub and Edge are not separate products to evaluate. They are two views into the same orchestration layer — Edge actions stay local and deterministic, Hub decisions are informed by every connected edge.
Add Edge runtimes per stand, per subsystem, per site.
No re-architecture. Drop in a runtime, declare hardware, and Hub picks it up as a coordinated node.
Coordinate centrally · execute deterministically.
Hub orchestrates priorities and policy. Edge holds the abort line and runs PID locally — low-latency, never over the wire.
Telemetry rolls up with run state and config lineage.
Every edge stream arrives in Hub with the run, the calibration, and the config diff already attached for cross-team decisions.
// Get access
Start where your bottleneck is.
HUB
If you need faster decisions across programs.
EDGE
If you need reliable execution at the bench.