Unified Visibility
Connect compute, memory, storage, network, schedulers and applications into one operational view.
AI INFRASTRUCTURE INTELLIGENCE
See the system.
Understand the signal.
RIX is building an intelligence layer for the infrastructure behind modern engineering — HPC, GPU, EDA and large-scale Linux.
CLUSTER HEALTH98.7%stable
GPU UTILIZATION87%+4.2%
ACTIVE WORKLOADS3,842across compute
COMPUTE SIGNAL / 24H●
00:0012:0024:00
AI OPERATIONS INSIGHT
INVESTIGATE
Potential GPU performance anomaly
Thermal, workload and node signals are diverging from the expected operating pattern.
Root-cause path available→
01 / THE PLATFORM
One intelligence layer.
Every signal connected.
RIX is designed to sit above the infrastructure stack — connecting telemetry, workload context and operational knowledge so teams can move from isolated metrics to a coherent picture of what is happening.
INPUTS
LINUX
HPC
GPU
STORAGE
NETWORK
EDA
RIX ENGINE
RIX INTELLIGENCE ENGINECorrelate · Reason · Predict
OUTCOMES
VISIBILITY
ROOT CAUSE
PREDICTION
OPTIMIZATION
02 / INTELLIGENCE
Monitoring tells you
what changed.
RIX is designed to help answer why, what is connected to it, and where to investigate first.
TRADITIONAL MONITORING
“GPU utilization is high.”
“Node is unhealthy.”
“Queue latency increased.”
“Storage is nearing capacity.”
→
RIX INTELLIGENCE
“The system context changed.”
Correlate scheduler behavior, workload placement, thermal signals and node telemetry.
Surface probable causes and the next investigation path.
03 / CAPABILITIES
Built for infrastructure
that cannot be simple.
Six intelligence layers for teams operating demanding compute environments.
AI Root-Cause Analysis
Correlate signals and incidents to move from alert overload toward probable causes.
Predictive Operations
Surface abnormal behavior and capacity risks before they become expensive incidents.
HPC Intelligence
Understand queues, scheduling efficiency, utilization, node health and workload behavior.
EDA Intelligence
Give semiconductor teams context across compute, storage, licensing and workload performance.
Intelligent Optimization
Turn observations into recommendations for capacity, workload placement and infrastructure efficiency.
04 / ARCHITECTURE
Connect. Correlate.
Reason. Optimize.
Data Sources
Linux · HPC schedulers · GPU · Storage · Network · EDA · Applications
Telemetry Layer
Metrics · logs · events · jobs · infrastructure metadata
RIX Intelligence
Anomaly detection · correlation · AI reasoning · predictive analysis
Operations
Insights · recommendations · alerts · reports · automation
05 / ENVIRONMENTS
Designed around the places
where compute gets expensive.
SEMICONDUCTOR
EDA infrastructure
High-value compute, storage and licensing environments where workload performance matters.
HPC
Cluster operations
Visibility into utilization, queues, scheduling, capacity and node reliability.
AI / GPU
Accelerated infrastructure
Operational context for costly accelerator fleets and distributed workloads.
ENTERPRISE
Large-scale Linux
Turn fragmented infrastructure telemetry into a usable operating picture.
06 / COMPANY
Built by Vishal Srivastava.
RIX Tech Labs is being built around a simple idea: the infrastructure powering modern engineering has become too complex to operate through disconnected dashboards and manual investigation alone.
Vishal SrivastavaFounder — RIX Tech Labs
VS
FOUNDERVishal Srivastava
RIX Tech Labs
07 / EARLY ACCESS
Let's make complex infrastructure understandable.
Tell us what you operate. We'll start with the environment, the problems and the signals that matter.