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Decision Intelligence Platform for Industrial Operations

RISHI delivers decision intelligence to the energy value chain, translating complex process behavior into margin protection and operational stability.

What is RISHI

RISHI is an AI-powered industrial intelligence platform for predictive troubleshooting, automated RCA, and early deviation detection, reducing failures and downtime.

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Asset Health
Asset Health

A real-time view of equipment condition, emerging risks, and active cases helps teams intervene early and protect reliability.

Knowledge Hub
Knowledge Hub

The Knowledge Hub offers step-by-step guides, videos, and manuals to assist users in performing and verifying.

ML Asset View
ML Asset View

RISHI's asset view shows health scores, live telemetry, safety intelligence, and predictive root cause analysis.

Flow Network
Flow Network

Visualizes how material, energy, and constraints move across interconnected units, revealing where issues propagate and where control actions are most effective.

AI Assistant
AI Assistant

RISHI’s AI assistant, Prockie, uses voice or text to provide unit-level answers and maintenance insights.

RCA Tree
RCA Tree

RISHI’s RCA tree uses color-coded nodes to help users analyze active faults and investigate specific root causes.

Operational Gaps RISHI Solves

We address the recurring troubleshooting barriers that slow decisions, increase downtime, and cause repeated failures across refinery and process operations.

delayed fault detection

Delayed Fault Detection

RISHI continuously monitors signals with ML models to surface early deviations before failures escalate.

manual trend analysis

Manual Trend Analysis

Automated data correlation replaces manual number-crunching, accelerating troubleshooting decisions.

disconnected systems

Disconnected Systems & Data Fragmentation

RISHI unifies real-time and historical data into a centralized troubleshooting workspace.

Operator Intuition-Driven Decisions

Operator Intuition-Driven Decisions

Evidence-based RCA and guided workflows standardize decision-making across teams.

Slow & Inconsistent RCA Execution

Slow + Inconsistent RCA Execution

Automated RCA pinpoints probable causes and prioritizes recommended corrective actions.

Repeated Failures

Repeated Failures

Lessons and validated fixes are stored in a reusable Knowledge Hub to prevent recurring issues.

Delayed Response & Escalation

Delayed Response + Escalation

Risk-based alerts notify the right teams instantly to accelerate mitigation and avoid losses.

Knowledge Loss & Tribal Expertise

Knowledge Loss & Tribal Expertise

Critical know-how is digitized and shared to preserve institutional learning beyond individual experts.

Limited Decision Confidence

Limited Decision Confidence

Simulation models validate corrective actions, reducing uncertainty and unintended side effects.

Lack of Collaboration Across Sites & Shifts

Lack of Collaboration Across Sites + Shifts

Enterprise-wide knowledge sharing enables consistent troubleshooting across locations and shifts.

delayed fault detection

Delayed Fault Detection

RISHI continuously monitors signals with ML models to surface early deviations before failures escalate.

manual trend analysis

Manual Trend Analysis

Automated data correlation replaces manual number-crunching, accelerating troubleshooting decisions.

disconnected systems

Disconnected Systems & Data Fragmentation

RISHI unifies real-time and historical data into a centralized troubleshooting workspace.

Operator Intuition-Driven Decisions

Operator Intuition-Driven Decisions

Evidence-based RCA and guided workflows standardize decision-making across teams.

Slow & Inconsistent RCA Execution

Slow + Inconsistent RCA Execution

Automated RCA pinpoints probable causes and prioritizes recommended corrective actions.

Repeated Failures

Repeated Failures

Lessons and validated fixes are stored in a reusable Knowledge Hub to prevent recurring issues.

Delayed Response & Escalation

Delayed Response + Escalation

Risk-based alerts notify the right teams instantly to accelerate mitigation and avoid losses.

Knowledge Loss & Tribal Expertise

Knowledge Loss & Tribal Expertise

Critical know-how is digitized and shared to preserve institutional learning beyond individual experts.

Limited Decision Confidence

Limited Decision Confidence

Simulation models validate corrective actions, reducing uncertainty and unintended side effects.

Lack of Collaboration Across Sites & Shifts

Lack of Collaboration Across Sites + Shifts

Enterprise-wide knowledge sharing enables consistent troubleshooting across locations and shifts.

Proof of Value

RISHI has demonstrated measurable impact across real operational environments

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Faster Diagnosis

Root causes identified in 1.5–3 hrs instead of 4–6 hrs, enabling earlier corrective action.

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Faster Recovery

Process stabilization achieved in 4–5 hrs instead of 8 hrs, reducing downtime exposure.

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Higher Unit Availability

Avoiding even one CDU slowdown per quarter can prevent $0.5–1.5M in production losses.

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Fewer Repeat Incidents

Knowledge reuse + validated corrective workflows reduce recurring flooding/fouling events.

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Reduced Troubleshooting Effort

Engineers save 5–8 hours/week previously spent manually gathering, correlating, and reviewing data.

The RISHI Difference

What Sets RISHI Apart

RISHI accelerates predictive troubleshooting by automating RCA, detecting process deviations early, validating actions with simulation, and improving refinery reliability.

RISHI connects detection, diagnosis, and validation into one intelligent workflow, replacing manual correlation and enabling faster, confident troubleshooting across refinery operations.

RISHI continuously analyzes thousands of process variables with ML-based anomaly detection to surface abnormal patterns early and trigger risk-based alerts before failure events occur.

RISHI uses AI/ML and generative reasoning to analyze past incidents and live sensor data, generating evidence-based RCA paths with risk-ranked recommendations and probable causes.

RISHI uses simulation and thermodynamic models to test corrective actions under virtual conditions, enabling “what-if” scenario validation before execution to reduce risk and uncertainty.

RISHI stores each resolved event in a global knowledge hub, enabling cross-site learning, standardized RCA, and access to lessons learned to prevent tribal knowledge loss as experts retire.

Experience RISHI in Action

See how RISHI helps teams detect issues early, diagnose faster, and make confident operational decisions. It turns complex process behavior into clear, actionable guidance to resolve unit upsets and slow degradation.

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