{"audit":{"version":"1.3","generated_at":"2026-05-22T23:03:34.204502+00:00","generated_by":"Agenstry","report_url":"https://agenstry.com/agents/security-orchestra-orchestrator.onrender.com","methodology_url":"https://agenstry.com/methodology","verifier_jwks_url":"https://agenstry.com/.well-known/jwks.json","subject":{"domain":"security-orchestra-orchestrator.onrender.com","name":"Security Orchestra","url":"https://security-orchestra-orchestrator.onrender.com/.well-known/agent.json"}},"identity":{"provider":{"organization":"RobotFleet-HQ","url":"https://robotfleet-hq.github.io/security-orchestra-landing/"},"registry_verification":null,"signature":{"signed":false,"signature_valid":null}},"protocol":{"version":null,"supports_streaming":true,"supports_push_notifications":false},"operational":{"live_state":"endpoint_404","live_responds":false,"last_status_code":200,"last_elapsed_ms":200,"last_error":null},"track_record":{"first_seen":"2026-05-14T13:14:28.755114+00:00","last_checked":"2026-05-22T16:39:39.933653+00:00","last_seen_ok":"2026-05-22T16:39:39.933653+00:00","checks_total":47,"checks_ok":47,"uptime_pct":100.0,"archived":false,"archived_reason":null},"conformance":{"score":44,"grade":"D","summary":"D-grade: significant issues — auth-gated, partially broken, or stale.","criteria":[{"key":"valid_card","label":"Valid AgentCard","points":10,"max_points":10,"status":"pass","detail":"Schema-validated A2A AgentCard returned by the well-known endpoint."},{"key":"live_responds","label":"Live JSON-RPC","points":0,"max_points":25,"status":"fail","detail":"Card declares a URL but that URL returns 404."},{"key":"protocol_version","label":"Protocol version","points":0,"max_points":10,"status":"fail","detail":"No protocolVersion in card."},{"key":"signature","label":"JWS signature","points":0,"max_points":10,"status":"info","detail":"Card is unsigned (most published agents are)."},{"key":"uptime","label":"Uptime track record","points":15,"max_points":15,"status":"pass","detail":"47/47 probes succeeded (100% uptime)."},{"key":"skills","label":"Skill declaration","points":10,"max_points":10,"status":"pass","detail":"Declares 80 skills with structured metadata."},{"key":"verified_identity","label":"Verified Identity","points":5,"max_points":10,"status":"partial","detail":"Provider declared: RobotFleet-HQ (https://robotfleet-hq.github.io/security-orchestra-landing/). 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Returns genset kVA, fuel consumption, tank size, runtime, ATS sizing, and cost estimates.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"utility_interconnect","name":"Utility Interconnect","description":"Analyze utility interconnect requirements for major US power providers. Returns per-load-size timelines, deposit $/kW ranges, first-year cost, competitive intel, and constraint warnings.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"pue_calculator","name":"Pue Calculator","description":"Calculate Power Usage Effectiveness (PUE) and efficiency metrics for data center facilities. Analyzes IT load, cooling systems, power distribution, and provides optimization recommendations.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"construction_cost","name":"Construction Cost","description":"Estimate construction costs for data center development. Analyzes $/MW costs, regional pricing factors, tier requirements, and provides detailed cost breakdowns for shell, electrical, mechanical, and IT infrastructure.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"nfpa_110_checker","name":"Nfpa 110 Checker","description":"Check emergency generator compliance per NFPA 110 Level 1 and Level 2 requirements. Validates fuel capacity, ATS transfer time, runtime hours, and returns compliance status with violation details and remediation steps.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"ats_sizing","name":"Ats Sizing","description":"Size automatic transfer switches per NEC Articles 700, 701, and 702. Calculates load current, applies 125% continuous load factor, selects standard ATS ratings, and returns enclosure options and installation requirements.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"ups_sizing","name":"Ups Sizing","description":"Size uninterruptible power supplies per IEEE 485 and 1184. Calculates kVA, selects battery strings (VRLA or Li-ion), determines runtime across N/N+1/2N configurations, and provides cost estimates.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"fuel_storage","name":"Fuel Storage","description":"Design diesel fuel storage systems for emergency generators. Calculates tank size, runtime, secondary containment, SPCC thresholds, NFPA 30 compliance, and day tank recommendations.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"cooling_load","name":"Cooling Load","description":"Calculate data center cooling load per ASHRAE TC 9.9. Computes IT heat, UPS losses, envelope gains, converts to tons, sizes CRAC/CRAH units with N+1 redundancy, and checks ASHRAE thermal envelopes.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"power_density","name":"Power Density","description":"Analyze rack power density for data centers. Classifies kW/rack density, sizes PDUs and branch circuits per NEC 645, calculates airflow requirements, and provides expansion capacity analysis.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"redundancy_validator","name":"Redundancy Validator","description":"Validate data center redundancy design against Uptime Institute Tier I–IV standards. Identifies single points of failure, assesses concurrent maintainability, and maps achieved tier with gaps to next level.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"demand_response","name":"Demand Response","description":"Model utility demand response program participation for backup generator fleets. Calculates curtailment capacity, annual revenue, response time requirements, and program eligibility by utility.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"environmental_impact","name":"Environmental Impact","description":"Assess environmental impact of data center generator operations. Calculates NOx/PM2.5/CO2 emissions per USEPA AP-42, air permit thresholds, CEQA/NEPA triggers, and mitigation requirements.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"fire_suppression","name":"Fire Suppression","description":"Design clean agent fire suppression systems per NFPA 2001 and NFPA 75. Calculates agent quantity (FM-200, Novec 1230, Inergen, CO2), cylinder count, nozzle layout, and discharge time.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"incentive_finder","name":"Incentive Finder","description":"Identify federal and state financial incentives for data center projects. Analyzes IRA tax credits, state grants, utility rebates, enterprise zone benefits, and job creation incentives by state.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"noise_compliance","name":"Noise Compliance","description":"Analyze generator noise compliance with local ordinances. Calculates sound pressure levels at property line using inverse-square law, assesses zoning compliance, and recommends mitigation.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"permit_timeline","name":"Permit Timeline","description":"Estimate permitting timeline and critical path for data center construction. Analyzes building, electrical, mechanical, fire, and environmental permits by jurisdiction type and project scope.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"roi_calculator","name":"Roi Calculator","description":"Calculate return on investment for data center capital projects. Computes NPV, IRR, simple payback, discounted payback, and cumulative cash flow using DCF analysis.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"tco_analyzer","name":"Tco Analyzer","description":"Analyze total cost of ownership for data center operations. Breaks down power, cooling, labor, hardware refresh, maintenance, and facility costs over a multi-year horizon.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"fiber_connectivity","name":"Fiber Connectivity","description":"Analyze fiber connectivity options and costs for a data center location. Evaluates carrier diversity, dark fiber vs lit services, latency to key markets, and redundancy paths.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"harmonic_analysis","name":"Harmonic Analysis","description":"Perform harmonic analysis per IEEE 519 for data center power systems. Calculates total harmonic distortion (THD), voltage THD, and recommends filters and transformer derating.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"site_scoring","name":"Site Scoring","description":"Score and rank candidate data center sites across power, connectivity, risk, regulatory, and cost dimensions. Accepts a JSON array of site objects with attributes.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"voltage_drop","name":"Voltage Drop","description":"Calculate voltage drop for data center power distribution circuits per NEC 210.19. Computes percent drop, conductor sizing recommendations, and NEC 647 compliance for sensitive loads.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"water_availability","name":"Water Availability","description":"Assess water availability and consumption for data center cooling systems. Estimates daily/annual consumption, water stress risk, permit requirements, and recycled water options.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"network_topology","name":"Network Topology","description":"Design spine-leaf network topology for data center switching fabric. Calculates spine/leaf switch counts, uplink ratios, oversubscription, port requirements, and cabling inventory.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"bandwidth_sizing","name":"Bandwidth Sizing","description":"Size north-south and east-west bandwidth for data center network fabric. Estimates aggregate throughput, uplink capacity, peering requirements, and recommends fabric speed.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"latency_calculator","name":"Latency Calculator","description":"Calculate propagation latency for data center interconnects. Computes one-way and round-trip delay by medium (fiber, copper, wireless, microwave) and hop count.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"ip_addressing","name":"Ip Addressing","description":"Design IP addressing and VLAN architecture for data center networks. Calculates subnet sizes with growth buffer, prefix lengths, VLAN counts, and management IP allocations.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"dns_architecture","name":"Dns Architecture","description":"Design DNS architecture for data center environments. Recommends authoritative and recursive server counts, anycast deployment, DNSSEC requirements, and QPS capacity.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"bgp_peering","name":"Bgp Peering","description":"Design BGP peering architecture for data center edge routing. Calculates route reflector requirements, memory for full tables, session counts, and convergence estimates.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"physical_security","name":"Physical Security","description":"Design physical security systems for data centers per Uptime Institute tier standards. Calculates security zones, guard staffing, camera counts, access control points, and annual cost.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"biometric_design","name":"Biometric Design","description":"Design biometric access control systems for data center security zones. Calculates reader counts, FAR/FRR performance, throughput capacity, and enrollment database sizing.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"surveillance_coverage","name":"Surveillance Coverage","description":"Design CCTV surveillance coverage for data center facilities. Calculates camera counts, field of view, storage requirements, and retention compliance for each resolution.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"cybersecurity_controls","name":"Cybersecurity Controls","description":"Map cybersecurity controls for data center compliance frameworks. Analyzes SOC 2, ISO 27001, NIST CSF, PCI DSS, and FedRAMP control requirements, SIEM sizing, and implementation effort.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"compliance_checker","name":"Compliance Checker","description":"Check multi-framework compliance posture for data center operations. Identifies control overlaps, gaps, and prioritized remediation across simultaneous compliance programs.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"chiller_sizing","name":"Chiller Sizing","description":"Size water-cooled and air-cooled chillers for data center cooling plants. Calculates cooling tons, chiller plant configuration, N+1/2N sizing, and annual energy consumption.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"crac_vs_crah","name":"Crac Vs Crah","description":"Compare CRAC vs CRAH unit selection for data center cooling. Analyzes EER/COP differences, annual energy cost, water availability constraints, and recommends optimal configuration.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"airflow_modeling","name":"Airflow Modeling","description":"Model airflow patterns for data center hot/cold aisle containment. Estimates CFM requirements, delta-T across racks, bypass airflow percentage, and hotspot risk by containment type.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"humidification","name":"Humidification","description":"Design humidification and dehumidification systems per ASHRAE A1 envelope. Calculates moisture load, equipment capacity, energy consumption, and seasonal control strategy.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"economizer_analysis","name":"Economizer Analysis","description":"Analyze economizer free-cooling potential for data center locations. Estimates annual free-cooling hours by climate, blended PUE improvement, energy savings, and simple payback.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"construction_timeline","name":"Construction Timeline","description":"Estimate construction timeline for data center development projects. Provides phase-by-phase schedule (design, permits, civil, MEP, commissioning) with state-specific regulatory modifiers.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"commissioning_plan","name":"Commissioning Plan","description":"Generate commissioning plan per ASHRAE Guideline 1.2 for data center infrastructure. Calculates Level 1–4 test hours, witness testing requirements, and integrated systems testing scope.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"maintenance_schedule","name":"Maintenance Schedule","description":"Build annual preventive maintenance schedule for data center infrastructure. Calculates PM labor hours, intervals, and annual cost for generators, UPS, cooling, and electrical systems.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"capacity_planning","name":"Capacity Planning","description":"Project data center capacity runway and expansion trigger points. Uses logarithmic growth modeling to forecast years to 80% utilization, critical threshold, and end-of-design-life load.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"sla_calculator","name":"Sla Calculator","description":"Calculate SLA availability metrics against Uptime Institute tier benchmarks. Computes allowed downtime minutes/year, MTTR budget, and compliance status for target availability percentage.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"change_management","name":"Change Management","description":"Design change management process for data center operations. Defines CAB frequency, change windows, rollback SLA, and staffing model based on tier classification and change volume.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"carbon_footprint","name":"Carbon Footprint","description":"Calculate data center carbon footprint per GHG Protocol Scope 2. Computes location-based and market-based emissions using eGRID factors, renewable energy certificates, and carbon intensity.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"solar_feasibility","name":"Solar Feasibility","description":"Assess rooftop solar PV feasibility for data center facilities. Calculates system capacity, annual generation, energy offset percentage, IRA tax credit (30%), and simple payback.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"battery_storage","name":"Battery Storage","description":"Size battery energy storage systems for data center applications. Supports Li-ion, LFP, VRLA, and flow chemistries for UPS backup, peak shaving, demand response, and islanding use cases.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"energy_procurement","name":"Energy Procurement","description":"Analyze energy procurement strategies for large data center loads. Compares utility tariffs, PPAs, green tariffs, and direct access contracts with estimated annual cost and renewable content.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"tier_certification_checker","name":"Tier Certification Checker","description":"Evaluate data center readiness for Uptime Institute Tier I–IV certification. Produces a gap analysis with remediation costs, readiness score, and priority steps. This is a readiness assessment, not official certification.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"nc_utility_interconnect","name":"Nc Utility Interconnect","description":"Model the interconnect application process for Duke Energy Progress, Duke Energy Carolinas, or Dominion Energy NC. Returns utility-specific steps, timeline, fees, NCUC filing requirements, and data center considerations.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"nc_trench","name":"Nc Trench","description":"Model underground conduit and trench routing for NC data center power/telecom infrastructure. Calculates trench dimensions, conduit fill per NEC Chapter 9, soil-specific excavation costs, NCDOT encroachment permit timelines, and OSHA trench safety requirements. Supports low/medium/high voltage and telecom conduit classes.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"get_grid_telemetry","name":"Get Grid Telemetry","description":"Fetch real-time grid telemetry (demand, net generation, reserve margin) for a US balancing authority using the free EIA v2 API. Supports ERCO (ERCOT/Texas) and PJM (Mid-Atlantic/Midwest). EIA normalizes both regions into identical JSON so your agent never has to parse different schemas.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"get_active_weather_alerts","name":"Get Active Weather Alerts","description":"Fetch active severe weather alerts for any US state from the National Weather Service API (no API key required). Returns alert count, severity, urgency, event types, and pre-computed threat flags (has_thunderstorm, has_tornado, has_hurricane, has_winter_storm, has_extreme_heat) for automated threat scoring.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"ncuc_docket_agent","name":"Ncuc Docket Agent","description":"Scrape NC Utilities Commission eDockets Recent Filings for Duke Energy or Dominion large-load / interconnection queue filings. Extracts tranche MW capacity data from PDFs using in-browser fetch (Cloudflare-safe). Returns DocketEntry[] with optional TrancheEntry[] enrichment. The E-100 docket series (Generic Electric) is auto-merged when keyword='large load' or 'data center'.","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"infrastructure-ranker","name":"Infrastructure-Ranker","description":"Ranks site components 1–5 by vulnerability likelihood to prioritize scan order","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"parallel-scan-orchestrator","name":"Parallel-Scan-Orchestrator","description":"Dispatches parallel config and compliance agents across top-ranked components simultaneously","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"config-vuln-hunter","name":"Config-Vuln-Hunter","description":"Hunts misconfigurations in generator, ATS, SCADA, and BMS configs against NFPA 110, EPA RICE NESHAP, and Tier Standards","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"compliance-gap-detector","name":"Compliance-Gap-Detector","description":"Finds gaps between claimed Tier/standard compliance and actual as-built architecture","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"failure-chain-analyst","name":"Failure-Chain-Analyst","description":"Chains individually low-severity findings into combined critical failure paths","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"impact-poc-generator","name":"Impact-Poc-Generator","description":"Generates defensive proof-of-concept failure scenarios with trigger conditions and blast radius","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"finding-validation","name":"Finding-Validation","description":"Validates and filters findings — removes theoretical-only results, assigns confidence scores","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"ics-scada-cve-intelligence","name":"Ics-Scada-Cve-Intelligence","description":"Maps installed ICS/SCADA equipment against known CVEs — Schneider, ABB, Siemens, Cummins, Caterpillar, Basler, ComAp, SEL","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"responsible-disclosure-coordinator","name":"Responsible-Disclosure-Coordinator","description":"Generates SHA-256 commitment hashes per finding, manages 90-day disclosure timeline","tags":["data-center","critical-power","infrastructure"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"chain_full_power_analysis","name":"Full Power Analysis (chain)","description":"Generator sizing → NFPA 110 compliance → UPS sizing → ROI calculator. Complete power infrastructure analysis in one request.","tags":["data-center","critical-power","chain"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"chain_site_readiness","name":"Site Readiness (chain)","description":"Site scoring → Tier certification → Utility interconnect → Compliance check. Full site evaluation pipeline.","tags":["data-center","critical-power","chain"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"chain_tco_deep_dive","name":"TCO Deep Dive (chain)","description":"PUE calculator → Cooling load → TCO analyzer. Full cost of ownership analysis.","tags":["data-center","critical-power","chain"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"chain_nc_power_package","name":"NC Power Package (chain)","description":"NC utility interconnect → Generator sizing → NFPA 110 → UPS sizing. North Carolina specific full power analysis.","tags":["data-center","critical-power","chain"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"chain_emergency_power_package","name":"Emergency Power Package (chain)","description":"UPS sizing → ATS sizing → Generator sizing → Fuel storage → NFPA 110. Complete emergency power system design.","tags":["data-center","critical-power","chain"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"chain_cooling_optimization","name":"Cooling Optimization (chain)","description":"Cooling load → Chiller sizing → CRAC vs CRAH → Airflow modeling → Economizer analysis. Full cooling system design.","tags":["data-center","critical-power","chain"],"examples":[],"inputModes":["text"],"outputModes":["text"]},{"id":"chain_full_site_analysis","name":"Full Site Analysis (chain)","description":"Site scoring → Tier certification → Utility interconnect → Permit timeline → Construction cost → Construction timeline. 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