General Reliability — workflow reliability for organizations that already automate

Automating the Automation

From disconnected tools to reliable, secure, end-to-end workflows.

General Reliability helps organizations connect spreadsheets, portals, documents, databases, reports, emails, software, and AI-assisted tools into practical workflows that people can actually use.

What GR does

General Reliability helps organizations automate the automation

Every organization already has some automation. Excel workbooks, PDF forms, online portals, shared folders, email processes, reporting templates, dashboards, databases, and software tools are all forms of automation. The problem is that these tools often remain disconnected islands.

GR helps connect these islands into reliable workflows by studying the process, identifying gaps, organizing documents and data, automating repetitive steps, adding alerts and follow-up tracking, and applying AI where useful — while keeping privacy, security, reliability, accuracy, and human oversight as top priorities.

Our work can support engineering studies, power-system reliability, technical documentation, policy and compliance workflows, customer-service processes, document management, local/on-premise AI setup, small India-enabled capability teams, and specialized business-process automation. AI-assisted tools support human review; they do not replace professional judgment, engineering sign-off, or legal counsel.

GR focuses on privacy, security, reliability, accuracy, and human oversight. We help customers make workflows clearer, more traceable, and easier to manage — using customer-controlled, local/on-premise, human-reviewed approaches aligned with your security policies. GR does not claim that AI guarantees accuracy or that customer data is automatically secure.

Who we help

Organizations with disconnected tools and real workflow gaps

GR works with teams that already rely on spreadsheets, portals, documents, and email — but need those pieces connected into dependable processes with clear accountability. Browse all sectors →

Landlords & Property Owners

The challenge: Property managers juggle spreadsheets, lease documents, tenant communications, and filing deadlines across tools that do not talk to each other.

How GR helps: We help organize documents, track deadlines and reminders, and connect portals and checklists into workflows property owners can follow — with human oversight throughout.

Pilot service Under review

Pilot areas under review: Tampa / Hillsborough County · St. Petersburg / Pinellas County · Polk County

GR provides workflow guidance and document-organization support, not legal advice or legal representation. Customers should consult a licensed attorney for legal advice or representation.

Courts & Public Offices

The challenge: Filing processes often span government portals, PDF forms, email confirmations, and manual status checks that are easy to lose track of.

How GR helps: We provide workflow mapping, document-readiness checklists, and status tracking.

Available upon request

GR provides workflow guidance and document-organization support, not legal advice or legal representation. Customers should consult a licensed attorney for legal advice or representation.

Utilities & Infrastructure

The challenge: Reliability studies produce large volumes of inputs, cases, results, and reports that stay scattered across files, folders, and handoffs.

How GR helps: We connect study workflows with SUBREL, DISREL, TRANSREL, engineering automation, and optional local on-premise AI on customer-controlled systems.

Consulting & reliability services →

Small & Mid-size Businesses

The challenge: Growing businesses accumulate Excel trackers, shared folders, and ad hoc email processes that do not scale reliably.

How GR helps: We review existing processes, automate repetitive steps, and add alerts and documentation so teams can run dependable workflows without large IT projects.

Available upon request

HR, Policy & Compliance Teams

The challenge: Policies, procedures, and regulatory documents are hard to find, update, and tie to accountable approvals.

How GR helps: We help build searchable document workflows with update tracking and clear responsibilities — keeping human review in the loop.

Available upon request

Education & Training Organizations

The challenge: Course materials, registrations, handouts, and follow-up communications often live in separate systems.

How GR helps: We support seminar and workshop delivery — including hands-on reliability training — and help organize materials, registration flows, and post-session resources.

GR training →

U.S. Companies Building India-Enabled Technical Teams

The challenge: Companies need extended engineering or documentation capacity but are not ready to open their own offshore center.

How GR helps: We offer U.S.-led, India-enabled capability teams for automation, data, software, and documentation workflows under customer direction.

Pilot service

How we help

Practical workflow support — from review to reliable operation

General Reliability focuses on work that makes existing automation more dependable: clearer handoffs, fewer missed steps, and better use of documents, data, and tools your organization already has.

  • Workflow study and process mapping — understand how work actually moves today and where links break down
  • Document readiness and checklist design — make sure the right files, forms, and approvals are in place before the next step
  • Portal and filing workflow guidance — structured support for online filing and administrative steps (not legal advice)
  • Alerts, reminders, and status tracking — reduce missed deadlines and unclear next actions
  • Dashboard and report automation — connect data sources into consistent outputs people can review
  • Secure local/on-premise AI setup — customer-controlled search, summarization, and workflow aids with human supervision
  • Software development and integration — including proven reliability programs such as SUBREL, DISREL, and TRANSREL
  • Training, seminars, and hands-on workshops — practical instruction for engineers and teams adopting new workflows

Flexible engagement

DIY or assisted support

For selected workflows, General Reliability can meet customers where they are — from self-guided resources to modest-fee hands-on help.

Do-it-yourself guidance

For workflows where customers prefer to run the process themselves, GR may provide official links, checklists, step-by-step instructions, and document-readiness templates so teams know what to gather, where to file, and what to track.

Modest-fee assisted support

When more help is useful, GR can provide assisted support for document organization, workflow tracking, reminders, status monitoring, and next-step guidance — always with the customer retaining responsibility for decisions, filings, and professional review.

GR provides workflow guidance and document-organization support, not legal advice or legal representation. Customers should consult a licensed attorney for legal advice or representation.

Services

Three main ways to work with GR

General Reliability’s primary services today are Consulting, Software, and Training. Additional workflow, AI, and capability offerings are available upon request or in pilot.

View full service catalog (alphabetical lists) →

Supporting capabilities

Future, pilot, and on-request services

Workflow reliability & automation

Process mapping, checklist design, alerts, and dashboard automation.

Available upon request

Document, policy & compliance

Searchable document systems, revision control, and approval tracking.

Available upon request

Secure local / on-premise AI

Customer-controlled LLM and private document search.

Available upon request

U.S.-led, India-enabled capability teams

Small technical teams for engineering and documentation support.

Pilot service

Power & infrastructure — workflow automation in practice

Let engineers focus on solutions—not file management

Power-system reliability is a strong application area for GR’s broader mission: connecting study inputs, simulation runs, result exports, and reports into one reliable workflow. Reliability studies generate large volumes of input data, case files, result exports, tables, and reports. Much of that work is necessary but not where senior engineering judgment creates the most value.

Engineers should spend their time identifying problems, evaluating alternatives, comparing benefit and cost, and preparing defensible recommendations—not manually sorting outputs, reformatting tables, or repeating the same calculations across options.

Typical automated study workflow

  1. Model — organize network data, cases, and study options
  2. Simulate — run reliability programs with consistent settings and logging
  3. Analyze — query results, rank contributors, trace events and components
  4. Compare — evaluate alternatives side by side on indices and outage impact
  5. Document — produce traceable reports and supporting tables
  6. Present — prepare summaries for management, regulators, and stakeholders

Why reliability studies matter

Reliability improvement with controlled cost and defensible decisions

Automation and structured study workflows support outcomes that matter to utilities, industrial operators, and critical-infrastructure owners.

Customer satisfaction

Identify poorly served load points, trace outage causes, and prioritize actions that reduce frequency and duration of interruptions.

Better use of assets

Compare design and operating alternatives before committing capital. Target improvements where reliability benefit is largest.

Cost-controlled reliability

Balance reliability improvement against investment and operating cost. Support planning criteria without over-building by default.

Defensible decisions

Document assumptions, trace results from indices to events to components, and prepare recommendations that stand up to management and regulatory review.

Benefit/cost comparison of alternatives

Structured option comparison—base case versus upgrade layouts, protection changes, switching improvements, or operating strategies—helps planners show which alternative performs better, by how much, and whether the improvement justifies the investment.

Engineering purpose

Why Engineers Perform Reliability Studies

Reliability studies are not performed merely to calculate indices. They are performed to help engineers make practical, defensible decisions—screen alternatives, compare benefit and impact, and support engineering judgment when recommending changes to design, protection, switching, or operating practice.

Questions a good study helps answer

  • Which customers or areas are most vulnerable?
  • Which components contribute most to interruptions, duration, or outage cost?
  • What happens if a transformer, breaker, line, cable, bus, or common-mode group fails?
  • Which alternatives improve reliability meaningfully?
  • Which improvements provide the best value?
  • How can regulatory criteria, customer satisfaction, cost, and reliability be balanced?

The objective is balance—not gold-plating

The goal is not necessarily to make every part of the system perfect at any cost. Engineers use studies to weigh tradeoffs among:

  • Regulatory compliance
  • Customer satisfaction
  • Reliability performance
  • Cost
  • Available facilities
  • Future load growth
  • Practical construction and operating constraints

Reliability planning is not about making every part of the system perfect at any cost. It is about understanding risk, identifying weak points, comparing alternatives, and finding practical improvements that satisfy regulatory requirements, support customer expectations, and make responsible use of available resources.

Balanced Engineering Decisions

Utilities must meet NERC, regional, state, and company planning criteria. Studies help show how a proposed design or operating strategy performs against those requirements—not as an abstract exercise, but as evidence planners can explain and defend.

Some large customers may require reliability beyond standard service. In those cases, studies help identify what is technically required and support discussions about cost responsibility between the utility and the customer.

Good studies help engineers justify decisions to management, regulators, customers, and internal planning teams. They document assumptions, trace results from indices to events to components, and compare benefit and impact across options—so recommendations rest on analysis, not opinion alone.

Software — power & infrastructure reliability

Reliability programs developed for real planning work

Within the broader workflow-reliability mission, these proven programs support planning engineers. They help evaluate base cases, create options, run studies, compare results, and prepare reliability-based recommendations — with human engineering oversight throughout.

Proven · Substation reliability

SUBREL

SUBREL — substation reliability evaluation, N-1/N-2/higher-order outage studies, stuck breaker/device events, common-mode outage modeling, switching/restoration actions, load point and system reliability indices, alternative comparison, case studies, and training.

  • Proven analysis engine used in utility planning
  • Alternative configuration comparison and outage-cost quantification
  • In Development SUBREL Studio workspace around the same engine
Transmission reliability

TRANSREL

TRANSREL — transmission system reliability evaluation, transmission outage data, reliability criteria, outage cost, planning alternative comparison, system reliability studies, case studies, and training.

  • Transmission network reliability assessment
  • Cause-and-effect, situation, root-cause, and weak-point analysis
  • Comparison of project options and system improvement alternatives
  • Integration with load-flow tools and substation-originated outage data
Distribution reliability

DISREL

DISREL — distribution system reliability evaluation, historical and predictive reliability indices, feeder/customer reliability analysis, outage-data-based planning support, improvement option comparison, case studies, and training.

  • SAIFI, SAIDI, ASAI, EUE, outage cost and customer indices
  • Normally-open tie points and alternate supply modeling
  • Manual and automatic switching strategy comparison
  • Distribution automation and reliability-improvement studies
Engineering process automation

GRSolutions / Automation

GRSolutions and related automation services help organizations manage engineering data, methods, reports, and repeated study workflows in one structured environment.

  • Study workflow automation
  • Data and report management
  • Customized reports in Word, Excel, PowerPoint, and other formats
  • Reduced rework and improved consistency

Flagship software

SUBREL: proven substation reliability analysis for planning decisions

SUBREL is established engineering software used by utilities and consultants to evaluate substation and switchyard reliability. It quantifies how component failures, protection operation, switching, load transfers, and restoration affect load-point indices, system indices, and outage cost—supporting defensible comparisons of design and operating alternatives.

Proven Capabilities

Capabilities below are part of the established SUBREL methodology and have been applied in published utility planning studies.

Study scope

  • Substation reliability analysis
  • N-1, N-2, and higher-order outage studies
  • Maintenance-overlap studies
  • Stuck breaker and stuck device studies
  • Common-mode outage studies

Modeling & indices

  • Switching and restoration modeling
  • Load-point reliability indices
  • System reliability indices
  • Outage frequency, duration, EUE, and outage cost
  • Customer interruption and availability measures

Planning outcomes

  • Alternative configuration comparison
  • Base case versus upgrade evaluation
  • Benefit/cost support for capital decisions
  • Published case studies (see Case Studies)

How planners use it

A study is organized as a workspace with a base case and multiple project options. Each option has its own input data, run settings, results, and reports—making it easier to compare alternatives under one roof.

What it simulates

SUBREL models station component failures, incoming line outages, maintenance overlapping forced outages, stuck breakers or fuses, automatic protection operation, and user-specified time-sequenced manual switching.

Why it matters

Traditional planning can identify whether a system meets a criterion. SUBREL helps explain which station design is more reliable, how much reliability improves, what the outage-cost benefit is, and whether the improvement justifies the investment.

Next-generation study workspace

SUBREL Studio: from proven analysis to modern study workflow

SUBREL Studio is General Reliability’s evolving local/on-premise workspace around SUBREL — an example of connecting proven analysis with modern workflow reliability. It keeps the proven calculation engine while improving how engineers organize studies, navigate results, compare options, and prepare recommendations. Capabilities are labeled clearly: Proven (established SUBREL), In Development (active prototype work), and Planned (roadmap—not yet available).

Proven Capabilities

Delivered through SUBREL today—decades of utility and consultant use.

  • Substation reliability analysis
  • N-1, N-2, and higher-order outage studies
  • Maintenance-overlap studies
  • Stuck breaker and device studies
  • Common-mode outage studies
  • Switching and restoration modeling
  • Load-point and system indices
  • Alternative configuration comparison
  • Published case studies

In Development SUBREL Studio

Early prototype capabilities under active development—not a finished product release.

  • Modern local study workspace
  • Dashboard and report navigator
  • Searchable result tables with sort and filter
  • Component and load-point drill-down
  • Multi-study option comparison (e.g. RBTS configurations)
  • Mini study summaries for quick review
  • Improved organization of study files and validation notes
  • Local/on-premise execution on customer infrastructure
  • SQLite-based ingestion for repeatable engineering queries

Planned Roadmap

Directional roadmap—planned capabilities, not yet productized.

  • Excel-centered reporting workbooks
  • Automated Word study reports
  • PowerPoint management summaries
  • Sensitivity analysis across study parameters
  • Load-profile and seasonal scenario analysis
  • Smarter screening of candidate improvements
  • GIS integration for topology and asset context
  • Utility outage-data integration
  • Local/on-premise Ask-style investigation
  • Secure local AI assistance integrated with study archives and dashboards
  • Structured input editing and SUBREL text export from Excel
  • Launch Subrel.exe from run setup with consistent logging

Prototype preview

Early SUBREL Studio work includes an RBTS comparison dashboard: executive summaries, contingency and protection reports, component and load-point views, validation traceability, and side-by-side study comparison. These features demonstrate the investigation workflow direction—they are in development, not a general product release.

Planned Secure local AI in SUBREL Studio

Planned SUBREL Studio integration — optional AI-assisted search, summarization, and study review within the Studio workspace, deployed on customer-controlled servers or private networks.

Intended uses include navigating large result sets, comparing study options, drafting report sections, and reviewing archived SUBREL outputs—always as decision support for engineers, not autonomous planning or unsupervised system changes.

See Secure Local / On-Premise AI Assistance and Security & deployment.

Beyond utilities

Beyond Utilities: Large-Customer Reliability Studies

Reliability methods developed for utility substations also apply where large customers operate complex internal distribution systems and need higher service continuity than standard planning criteria provide.

Customers with large loads—such as data centers, hospitals, campuses, industrial plants, airports, ports, and large commercial facilities—often have intricate on-site power systems: multiple feeds, transfer schemes, backup generation, and protection that must work together under failure conditions.

They may require reliability levels above typical utility service. Reliability studies can help evaluate redundancy, transfer capability, equipment weaknesses, backup supply adequacy, customer interruption risk, and the benefit/cost of improvements—before capital is committed.

Utilities and large customers can use these studies to communicate clearly about service expectations, special requirements, contractual obligations, and who pays for additional reliability.

Study questions large customers ask

  • Will dual feeds or 2N architecture meet our uptime target?
  • Which equipment failures cause the longest or costliest interruptions?
  • Do switching and restoration procedures perform as assumed?
  • What is the incremental benefit of added redundancy or automation?
  • How do maintenance outages overlap with forced failures?

When standard criteria are not enough

Some customers may require reliability levels beyond standard planning criteria. In those cases, studies can help identify what is technically required and support discussions between the utility and the customer.

Structured reliability analysis gives both sides a common technical basis: expected interruption risk, design tradeoffs, and the cost of reaching a higher service level—without relying on assumptions alone.

Available consulting support Local AI for critical infrastructure

Hospitals, data centers, campuses, and industrial sites often hold sensitive operational data alongside reliability studies. General Reliability can help configure customer-controlled, on-premise AI-assisted workflows for private search across reports, summarization for management review, and structured comparison of study options—without requiring models or files to leave the facility.

Deployment scope, access controls, and tool configuration are defined with the customer’s IT and cybersecurity teams. See Secure Local / On-Premise AI Assistance.

Security & deployment

Designed for utilities and critical infrastructure

SUBREL Studio and related automation approaches are intended to run locally or inside a customer-controlled environment—on engineer workstations, planning servers, or private networks under utility IT policy.

Network topology, customer data, outage history, and study results can remain on customer systems for core reliability workflows. AI-assisted features—when used—are designed for customer-controlled deployment rather than public-cloud processing of sensitive engineering data.

Secure Local / On-Premise AI Setup

Available consulting support

General Reliability can assist utilities and critical-infrastructure organizations in setting up local or on-premise AI-assisted workflows: indexing study archives, configuring access to SUBREL/DISREL/TRANSREL outputs, and defining how engineers use search and summarization tools within their own security boundary.

The approach emphasizes controlled decision support—engineers remain responsible for study conclusions. File access, model selection, logging, and network placement are configured with customer IT staff according to organizational policy.

Typical deployment principles

  • Customer-controlled deployment — local/on-premise execution of studies and viewers
  • Customer-owned data stores and file structures
  • No requirement to upload system models to public cloud services for core workflows
  • AI tools scoped to approved files, users, and networks when enabled
  • Traceable outputs for internal review and regulatory support
  • Configurable to align with utility cybersecurity practices

Published Case Studies

Selected examples of SUBREL in utility planning

SUBREL has been used in published utility studies to compare station designs, evaluate substation-originated outages, and support cost-benefit decisions.

Idaho Power

Ontario Station Upgrade

A probabilistic process was used to compare station design options by combining reliability indices, outage costs, capital cost, and sensitivity studies. The study demonstrated how reliability and economics can be balanced to select a defensible station design.

Transend Networks, Tasmania

Sheffield 220 kV Redevelopment

SUBREL and TRANSREL were used to evaluate redevelopment options for a critical 220 kV hub serving North and North-West Tasmania. The analysis compared bus arrangements, station-originated outages, load loss, EUE, SAIFI, SAIDI, and outage cost.

Bonneville Power Administration

Substation Detail in Transmission Planning

SUBREL supported contingency enumeration with detailed substation topology, breakers, disconnect switches, common-mode failures, and RAS-related planning workflows before further system-level evaluation.

From data to decisions

From calculations to understanding

Reliability programs automated the mathematics of outage enumeration. The next step is automating the study process: organizing cases, navigating results, comparing options, and documenting recommendations.

The purpose is not to replace engineering judgment. The purpose is to free planners from repetitive file handling, table reformatting, and manual cross-referencing so they can investigate problems, evaluate corrective actions, and defend decisions to management and regulators.

The next step

  • Software automated calculations.
  • Databases automated storage and retrieval.
  • Reports automated communication.
  • AI can help organize knowledge and filter noise.
  • Humans still provide goals, values, judgment, and decisions.

Data centers and AI infrastructure

Reliability methods for the new power-intensive world

AI data centers, cloud campuses, and large industrial facilities depend on reliable electric supply, redundant architecture, fast restoration, and disciplined operating procedures. General Reliability applies proven substation reliability methods to on-site power systems—see also Large-Customer Reliability Studies.

Potential services

  • N+1, 2N, and concurrent maintainability assessment
  • Switchgear, transformer, UPS, generator and feeder reliability
  • Failure scenario and restoration analysis
  • Maintenance-risk and outage-risk review
  • Power expansion planning and reliability tradeoff studies

Document & knowledge workflows

Turning archives into usable intelligence

Many organizations have decades of reports, drawings, procedures, meeting notes, outage records, and technical documents that are rarely used because they are hard to search, summarize, compare, or apply — another common “island” disconnected from day-to-day work.

General Reliability helps customers connect document and knowledge workflows to the people and processes that need them, using practical automation and — where appropriate — AI-assisted tools deployed locally or on customer-controlled servers rather than on public AI services.

Document, Policy & Compliance Management and Secure Local / On-Premise AI Setup extend this to reliability study workflows: private search across SUBREL outputs, report preparation support, and engineering review aids scoped to customer infrastructure — with engineers retaining responsibility for conclusions.

From documents to decisions

  1. Collect reports, data, manuals, and records
  2. Structure and index the knowledge on customer systems
  3. Extract facts, themes, risks, and decisions with engineer oversight
  4. Generate summaries, tables, reports, and presentations for review
  5. Deploy locally or on customer-controlled servers when needed

Resources / Downloads

Materials for exploration and customer use

GR is preparing downloadable and request-based resources for early visitors. Items below show availability — contact info@gri-us.com for general inquiries or sales@gri-us.com for demos and service questions.

Sample case studies

Download selected GR case studies and technical papers related to power-system reliability evaluation, utility planning, and reliability-study automation.

Available now

TRANSREL / Transmission Reliability

See also published case studies on this page.

Program demo

SUBREL, DISREL, or TRANSREL demonstration overview — no download yet; request a live or remote demo.

Available upon request Request software demo →

SUBREL FAQ

Common questions about substation reliability software.

Coming soon General FAQ →

DISREL FAQ

Distribution reliability program questions.

Coming soon General FAQ →

TRANSREL FAQ

Transmission reliability program questions.

Coming soon General FAQ →

Landlord / property workflow pilot notes

Pilot-area guidance for property-related administrative workflows.

Pilot service Under review

Customer software downloads

Licensed program installers and updates for existing customers — no public download portal yet.

Customer access Contact support →

Full FAQ page →

FAQ

Frequently asked questions

Quick answers for visitors exploring GR. View full FAQ page →

  • What does “automating the automation” mean? Most organizations already use spreadsheets, forms, portals, email, and databases. GR helps connect those existing tools into clearer, more reliable end-to-end workflows — automating handoffs and repetitive steps between tools you already have.
  • Do you replace existing systems? No. GR typically works with your current Excel files, PDFs, portals, databases, and reports — improving how they connect and how people follow the process.
  • Can GR work with Excel-based processes? Yes. Excel-based workflows are a common starting point. GR can review, map, automate, and add tracking around spreadsheet-driven processes.
  • Can GR help without moving data to the cloud? Yes. Many engagements use on-premise files, local databases, and secure local AI on customer-controlled infrastructure — aligned with your security policies.
  • Does GR provide legal advice? GR provides workflow guidance and document-organization support, not legal advice or legal representation. Customers should consult a licensed attorney for legal advice or representation.
  • Can customers choose DIY guidance instead of assisted service? Yes. For selected workflows, GR can provide DIY materials — checklists, official links, and instructions — or modest-fee assisted support. See How to start.
  • Can GR help utilities keep data on-premise? Yes. Reliability studies, software, and optional AI-assisted tools can be scoped for local/on-premise deployment. Security posture depends on customer architecture and practices; GR does not guarantee automatic security.
  • What software programs does GR offer? Established programs include SUBREL, DISREL, and TRANSREL for power-system reliability, plus GRSolutions automation and SUBREL Studio (in development).
  • Do you provide training? Yes — GR offers a customizable three-day power system reliability seminar covering reliability foundations, SUBREL, DISREL, TRANSREL, case studies, and AI-assisted workflows, plus customized workshops and hands-on program training. View seminar outline · Request detailed agenda by email.
  • Can you help set up an India-based technical team? GR offers U.S.-led, India-enabled capability teams with a pilot-first approach for engineering automation, data, software, and documentation work. Pilot serviceinquire by email.

Local AI — additional questions

  • What is Secure Local / On-Premise AI Setup? Consulting support to configure AI-assisted tools on customer servers or private networks — for search, summarization, and review aids with human oversight.
  • Is this autonomous AI that runs studies or makes planning decisions? No. The focus is controlled decision support. It does not replace calculation engines, protection settings, engineering sign-off, or professional judgment.
  • Does GR guarantee data security? No. Security depends on customer architecture, access controls, monitoring, and policy. GR helps design security-policy-aligned workflows; the customer retains responsibility for their environment.

Experience

Led by Dr. Sudhir K. Agarwal

Dr. Sudhir K. Agarwal has more than four decades of experience in power-system reliability, engineering software, planning studies, seminars, and consulting for utilities and engineering organizations worldwide.

His background includes a Ph.D. in Electrical Engineering from the University of Saskatchewan, a B.E. in Electrical Engineering from IIT Roorkee, professional reliability research, utility consulting, software development, and extensive training for power-industry engineers.

40+Years in reliability engineering
3Core reliability programs
29+Technical publications and studies
AIModern engineering intelligence focus

Contact General Reliability

GR can help you explore DIY guidance, assisted workflow support, consulting, software, training, secure local/on-premise setup, or India-enabled capability teams. Choose the contact path that fits your inquiry.

General inquiries info@gri-us.com Workflow questions, consultations, secure AI inquiries
Sales & demos sales@gri-us.com Software demos, services, training, seminar agendas
Customer support support@gri-us.com Licensed software and customer downloads
Direct contact sagarwal@gri-us.com Dr. Sudhir K. Agarwal

San Diego, California