Summary
This is a standards-based calculation engine for data center critical infrastructure, not an LLM wrapper. It exposes 50+ deterministic agents covering generator sizing per NFPA 110, UPS and ATS configurations per IEEE 485, cooling load per ASHRAE TC 9.9, PUE optimization, tier certification validation, and utility interconnect modeling. Eight compound chains pipeline multiple agents together for complete analysis workflows. Every response returns structured JSON with code citations and completes in under 100ms for individual agents. Available over MCP SSE, A2A, OpenAI Agents SDK, ACP, and AGNTCY protocols. Reach for this when you need defensible, code-compliant calculations for power, cooling, and facility design without spinning up an LLM.
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Tools
Public tool metadata for what this MCP can expose to an agent.
67 tools
get_capabilitiesList all available workflows, chains, credit costs, and required parameters.
List all available workflows, chains, credit costs, and required parameters.
No parameter schema in public metadata yet.
subdomain_discoveryDiscover subdomains for a target domain using DNS brute-force, certificate transparency, and passive sources1 params
Discover subdomains for a target domain using DNS brute-force, certificate transparency, and passive sources
Parameters* required
domainstringdomain
asset_discoveryMap IP addresses, open ports, technologies, and cloud assets for a target domain1 params
Map IP addresses, open ports, technologies, and cloud assets for a target domain
Parameters* required
domainstringdomain
vulnerability_assessmentRun vulnerability scans against a target and return prioritized findings with remediation guidance1 params
Run vulnerability scans against a target and return prioritized findings with remediation guidance
Parameters* required
targetstringtarget
generator_sizingSize generators for data center loads with industry-standard compliance. Returns genset kVA, fuel consumption, tank size, runtime, ATS sizing, and cost estimates.2 params
Size generators for data center loads with industry-standard compliance. Returns genset kVA, fuel consumption, tank size, runtime, ATS sizing, and cost estimates.
Parameters* required
tierstringtier
load_kwstringload kw
utility_interconnectAnalyze utility interconnect requirements for major US power providers. Returns per-load-size timelines, deposit $/kW ranges, first-year cost, competitive intel, and constraint warnings.2 params
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.
Parameters* required
load_mwstringload mw
utilitystringutility
pue_calculatorCalculate Power Usage Effectiveness (PUE) and efficiency metrics for data center facilities. Analyzes IT load, cooling systems, power distribution, and provides optimization recommendations.1 params
Calculate Power Usage Effectiveness (PUE) and efficiency metrics for data center facilities. Analyzes IT load, cooling systems, power distribution, and provides optimization recommendations.
Parameters* required
it_load_kwstringit load kw
construction_costEstimate 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.1 params
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.
Parameters* required
capacity_mwstringcapacity mw
nfpa_110_checkerCheck 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.5 params
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.
Parameters* required
levelstringlevel
generator_kwstringgenerator kw
runtime_hoursstringruntime hours
fuel_capacity_gallonsstringfuel capacity gallons
ats_transfer_time_secondsstringats transfer time seconds
ats_sizingSize 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.3 params
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.
Parameters* required
phasesstringphases
load_kwstringload kw
voltagestringvoltage
ups_sizingSize 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.2 params
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.
Parameters* required
load_kwstringload kw
runtime_minutesstringruntime minutes
fuel_storageDesign diesel fuel storage systems for emergency generators. Calculates tank size, runtime, secondary containment, SPCC thresholds, NFPA 30 compliance, and day tank recommendations.2 params
Design diesel fuel storage systems for emergency generators. Calculates tank size, runtime, secondary containment, SPCC thresholds, NFPA 30 compliance, and day tank recommendations.
Parameters* required
generator_kwstringgenerator kw
target_runtime_hoursstringtarget runtime hours
cooling_loadCalculate 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.3 params
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.
Parameters* required
room_sqftstringroom sqft
it_load_kwstringit load kw
ups_capacity_kwstringups capacity kw
power_densityAnalyze 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.2 params
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.
Parameters* required
rack_countstringrack count
total_it_load_kwstringtotal it load kw
redundancy_validatorValidate 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.7 params
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.
Parameters* required
ups_countstringups count
design_typestringdesign type
cooling_unitsstringcooling units
total_load_kwstringtotal load kw
generator_countstringgenerator count
ups_capacity_kwstringups capacity kw
generator_capacity_kwstringgenerator capacity kw
demand_responseModel utility demand response program participation for backup generator fleets. Calculates curtailment capacity, annual revenue, response time requirements, and program eligibility by utility.3 params
Model utility demand response program participation for backup generator fleets. Calculates curtailment capacity, annual revenue, response time requirements, and program eligibility by utility.
Parameters* required
critical_load_kwstringcritical load kw
utility_providerstringutility provider
generator_capacity_kwstringgenerator capacity kw
environmental_impactAssess 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.3 params
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.
Parameters* required
site_acresstringsite acres
generator_kwstringgenerator kw
generator_countstringgenerator count
fire_suppressionDesign 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.3 params
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.
Parameters* required
room_width_ftstringroom width ft
room_length_ftstringroom length ft
ceiling_height_ftstringceiling height ft
incentive_finderIdentify 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.3 params
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.
Parameters* required
capexstringcapex
statestringstate
it_load_mwstringit load mw
noise_complianceAnalyze generator noise compliance with local ordinances. Calculates sound pressure levels at property line using inverse-square law, assesses zoning compliance, and recommends mitigation.3 params
Analyze generator noise compliance with local ordinances. Calculates sound pressure levels at property line using inverse-square law, assesses zoning compliance, and recommends mitigation.
Parameters* required
local_limit_dbstringlocal limit db
generator_db_at_23ftstringgenerator db at 23ft
distance_to_property_line_ftstringdistance to property line ft
permit_timelineEstimate permitting timeline and critical path for data center construction. Analyzes building, electrical, mechanical, fire, and environmental permits by jurisdiction type and project scope.3 params
Estimate permitting timeline and critical path for data center construction. Analyzes building, electrical, mechanical, fire, and environmental permits by jurisdiction type and project scope.
Parameters* required
jurisdictionstringjurisdiction
project_sqftstringproject sqft
generator_countstringgenerator count
roi_calculatorCalculate return on investment for data center capital projects. Computes NPV, IRR, simple payback, discounted payback, and cumulative cash flow using DCF analysis.4 params
Calculate return on investment for data center capital projects. Computes NPV, IRR, simple payback, discounted payback, and cumulative cash flow using DCF analysis.
Parameters* required
capexstringcapex
annual_opexstringannual opex
revenue_per_yearstringrevenue per year
project_lifetime_yearsstringproject lifetime years
tco_analyzerAnalyze total cost of ownership for data center operations. Breaks down power, cooling, labor, hardware refresh, maintenance, and facility costs over a multi-year horizon.4 params
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.
Parameters* required
puestringpue
yearsstringyears
it_load_kwstringit load kw
power_rate_kwhstringpower rate kwh
fiber_connectivityAnalyze 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.2 params
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.
Parameters* required
locationstringlocation
target_marketsstringtarget markets
harmonic_analysisPerform harmonic analysis per IEEE 519 for data center power systems. Calculates total harmonic distortion (THD), voltage THD, and recommends filters and transformer derating.4 params
Perform harmonic analysis per IEEE 519 for data center power systems. Calculates total harmonic distortion (THD), voltage THD, and recommends filters and transformer derating.
Parameters* required
total_load_kvastringtotal load kva
ups_percentagestringups percentage
vfd_percentagestringvfd percentage
transformer_kvastringtransformer kva
site_scoringScore and rank candidate data center sites across power, connectivity, risk, regulatory, and cost dimensions. Accepts a JSON array of site objects with attributes.1 params
Score and rank candidate data center sites across power, connectivity, risk, regulatory, and cost dimensions. Accepts a JSON array of site objects with attributes.
Parameters* required
sites_jsonstringsites json
voltage_dropCalculate 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.4 params
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.
Parameters* required
voltagestringvoltage
load_ampsstringload amps
circuit_typestringcircuit type
distance_feetstringdistance feet
water_availabilityAssess water availability and consumption for data center cooling systems. Estimates daily/annual consumption, water stress risk, permit requirements, and recycled water options.2 params
Assess water availability and consumption for data center cooling systems. Estimates daily/annual consumption, water stress risk, permit requirements, and recycled water options.
Parameters* required
locationstringlocation
cooling_tonsstringcooling tons
network_topologyDesign spine-leaf network topology for data center switching fabric. Calculates spine/leaf switch counts, uplink ratios, oversubscription, port requirements, and cabling inventory.3 params
Design spine-leaf network topology for data center switching fabric. Calculates spine/leaf switch counts, uplink ratios, oversubscription, port requirements, and cabling inventory.
Parameters* required
rack_countstringrack count
redundancy_typestringredundancy type
target_bandwidth_gbpsstringtarget bandwidth gbps
bandwidth_sizingSize north-south and east-west bandwidth for data center network fabric. Estimates aggregate throughput, uplink capacity, peering requirements, and recommends fabric speed.3 params
Size north-south and east-west bandwidth for data center network fabric. Estimates aggregate throughput, uplink capacity, peering requirements, and recommends fabric speed.
Parameters* required
rack_countstringrack count
servers_per_rackstringservers per rack
bandwidth_per_server_gbpsstringbandwidth per server gbps
latency_calculatorCalculate propagation latency for data center interconnects. Computes one-way and round-trip delay by medium (fiber, copper, wireless, microwave) and hop count.2 params
Calculate propagation latency for data center interconnects. Computes one-way and round-trip delay by medium (fiber, copper, wireless, microwave) and hop count.
Parameters* required
mediumstringmedium
distance_kmstringdistance km
ip_addressingDesign IP addressing and VLAN architecture for data center networks. Calculates subnet sizes with growth buffer, prefix lengths, VLAN counts, and management IP allocations.2 params
Design IP addressing and VLAN architecture for data center networks. Calculates subnet sizes with growth buffer, prefix lengths, VLAN counts, and management IP allocations.
Parameters* required
rack_countstringrack count
hosts_per_rackstringhosts per rack
dns_architectureDesign DNS architecture for data center environments. Recommends authoritative and recursive server counts, anycast deployment, DNSSEC requirements, and QPS capacity.1 params
Design DNS architecture for data center environments. Recommends authoritative and recursive server counts, anycast deployment, DNSSEC requirements, and QPS capacity.
Parameters* required
rack_countstringrack count
bgp_peeringDesign BGP peering architecture for data center edge routing. Calculates route reflector requirements, memory for full tables, session counts, and convergence estimates.3 params
Design BGP peering architecture for data center edge routing. Calculates route reflector requirements, memory for full tables, session counts, and convergence estimates.
Parameters* required
asnstringasn
peer_countstringpeer count
transit_providersstringtransit providers
physical_securityDesign physical security systems for data centers per Uptime Institute tier standards. Calculates security zones, guard staffing, camera counts, access control points, and annual cost.2 params
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.
Parameters* required
tierstringtier
facility_sqftstringfacility sqft
biometric_designDesign biometric access control systems for data center security zones. Calculates reader counts, FAR/FRR performance, throughput capacity, and enrollment database sizing.3 params
Design biometric access control systems for data center security zones. Calculates reader counts, FAR/FRR performance, throughput capacity, and enrollment database sizing.
Parameters* required
staff_countstringstaff count
biometric_typestringbiometric type
security_zonesstringsecurity zones
surveillance_coverageDesign CCTV surveillance coverage for data center facilities. Calculates camera counts, field of view, storage requirements, and retention compliance for each resolution.3 params
Design CCTV surveillance coverage for data center facilities. Calculates camera counts, field of view, storage requirements, and retention compliance for each resolution.
Parameters* required
facility_sqftstringfacility sqft
retention_daysstringretention days
camera_resolutionstringcamera resolution
cybersecurity_controlsMap 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.3 params
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.
Parameters* required
facility_typestringfacility type
network_zonesstringnetwork zones
compliance_frameworkstringcompliance framework
compliance_checkerCheck multi-framework compliance posture for data center operations. Identifies control overlaps, gaps, and prioritized remediation across simultaneous compliance programs.3 params
Check multi-framework compliance posture for data center operations. Identifies control overlaps, gaps, and prioritized remediation across simultaneous compliance programs.
Parameters* required
frameworksstringframeworks
current_tierstringcurrent tier
facility_typestringfacility type
chiller_sizingSize 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.4 params
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.
Parameters* required
puestringpue
it_load_kwstringit load kw
redundancystringredundancy
cooling_typestringcooling type
crac_vs_crahCompare CRAC vs CRAH unit selection for data center cooling. Analyzes EER/COP differences, annual energy cost, water availability constraints, and recommends optimal configuration.3 params
Compare CRAC vs CRAH unit selection for data center cooling. Analyzes EER/COP differences, annual energy cost, water availability constraints, and recommends optimal configuration.
Parameters* required
room_sqftstringroom sqft
it_load_kwstringit load kw
water_availablestringwater available
airflow_modelingModel 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.4 params
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.
Parameters* required
room_sqftstringroom sqft
rack_countstringrack count
avg_kw_per_rackstringavg kw per rack
containment_typestringcontainment type
humidificationDesign humidification and dehumidification systems per ASHRAE A1 envelope. Calculates moisture load, equipment capacity, energy consumption, and seasonal control strategy.3 params
Design humidification and dehumidification systems per ASHRAE A1 envelope. Calculates moisture load, equipment capacity, energy consumption, and seasonal control strategy.
Parameters* required
room_sqftstringroom sqft
it_load_kwstringit load kw
climate_zonestringclimate zone
economizer_analysisAnalyze economizer free-cooling potential for data center locations. Estimates annual free-cooling hours by climate, blended PUE improvement, energy savings, and simple payback.4 params
Analyze economizer free-cooling potential for data center locations. Estimates annual free-cooling hours by climate, blended PUE improvement, energy savings, and simple payback.
Parameters* required
locationstringlocation
it_load_kwstringit load kw
pue_mechanicalstringpue mechanical
economizer_typestringeconomizer type
construction_timelineEstimate construction timeline for data center development projects. Provides phase-by-phase schedule (design, permits, civil, MEP, commissioning) with state-specific regulatory modifiers.3 params
Estimate construction timeline for data center development projects. Provides phase-by-phase schedule (design, permits, civil, MEP, commissioning) with state-specific regulatory modifiers.
Parameters* required
statestringstate
capacity_mwstringcapacity mw
building_typestringbuilding type
commissioning_planGenerate 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.2 params
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.
Parameters* required
tierstringtier
capacity_mwstringcapacity mw
maintenance_scheduleBuild annual preventive maintenance schedule for data center infrastructure. Calculates PM labor hours, intervals, and annual cost for generators, UPS, cooling, and electrical systems.4 params
Build annual preventive maintenance schedule for data center infrastructure. Calculates PM labor hours, intervals, and annual cost for generators, UPS, cooling, and electrical systems.
Parameters* required
tierstringtier
ups_countstringups count
cooling_unitsstringcooling units
generator_countstringgenerator count
capacity_planningProject 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.3 params
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.
Parameters* required
current_load_kwstringcurrent load kw
current_capacity_kwstringcurrent capacity kw
growth_rate_pct_per_yearstringgrowth rate pct per year
sla_calculatorCalculate SLA availability metrics against Uptime Institute tier benchmarks. Computes allowed downtime minutes/year, MTTR budget, and compliance status for target availability percentage.2 params
Calculate SLA availability metrics against Uptime Institute tier benchmarks. Computes allowed downtime minutes/year, MTTR budget, and compliance status for target availability percentage.
Parameters* required
tierstringtier
target_availability_pctstringtarget availability pct
change_managementDesign change management process for data center operations. Defines CAB frequency, change windows, rollback SLA, and staffing model based on tier classification and change volume.3 params
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.
Parameters* required
tierstringtier
staff_countstringstaff count
change_volume_per_monthstringchange volume per month
carbon_footprintCalculate 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.3 params
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.
Parameters* required
puestringpue
it_load_kwstringit load kw
grid_regionstringgrid region
solar_feasibilityAssess rooftop solar PV feasibility for data center facilities. Calculates system capacity, annual generation, energy offset percentage, IRA tax credit (30%), and simple payback.3 params
Assess rooftop solar PV feasibility for data center facilities. Calculates system capacity, annual generation, energy offset percentage, IRA tax credit (30%), and simple payback.
Parameters* required
statestringstate
it_load_kwstringit load kw
facility_sqftstringfacility sqft
battery_storageSize 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.3 params
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.
Parameters* required
chemistrystringchemistry
it_load_kwstringit load kw
target_runtime_minutesstringtarget runtime minutes
energy_procurementAnalyze 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.3 params
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.
Parameters* required
statestringstate
contract_term_yearsstringcontract term years
annual_consumption_mwhstringannual consumption mwh
tier_certification_checkerEvaluate 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.9 params
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.
Parameters* required
power_pathsstringpower paths
target_tierstringtarget tier
ups_topologystringups topology
generator_configstringgenerator config
cooling_redundancystringcooling redundancy
fuel_runtime_hoursstringfuel runtime hours
has_fault_tolerancestringhas fault tolerance
transfer_switch_typestringtransfer switch type
has_concurrent_maintainabilitystringhas concurrent maintainability
nc_utility_interconnectModel 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.6 params
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.
Parameters* required
countystringcounty
utilitystringutility
capacity_kwstringcapacity kw
project_typestringproject type
voltage_levelstringvoltage level
interconnect_typestringinterconnect type
get_grid_telemetryFetch 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 differen...1 params
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 differen...
Parameters* required
region_codestringregion code
get_active_weather_alertsFetch 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...1 params
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...
Parameters* required
state_codestringstate code
chain_full_power_analysisGenerator sizing → NFPA 110 compliance → UPS sizing → ROI calculator. Complete power infrastructure analysis in one request.2 params
Generator sizing → NFPA 110 compliance → UPS sizing → ROI calculator. Complete power infrastructure analysis in one request.
Parameters* required
tierstringtier
load_kwstringload kw
chain_site_readinessSite scoring → Tier certification → Utility interconnect → Compliance check. Full site evaluation pipeline.1 params
Site scoring → Tier certification → Utility interconnect → Compliance check. Full site evaluation pipeline.
Parameters* required
sites_jsonstringsites json
chain_tco_deep_divePUE calculator → Cooling load → TCO analyzer. Full cost of ownership analysis.1 params
PUE calculator → Cooling load → TCO analyzer. Full cost of ownership analysis.
Parameters* required
it_load_kwstringit load kw
chain_nc_power_packageNC utility interconnect → Generator sizing → NFPA 110 → UPS sizing. North Carolina specific full power analysis.6 params
NC utility interconnect → Generator sizing → NFPA 110 → UPS sizing. North Carolina specific full power analysis.
Parameters* required
countystringcounty
utilitystringutility
capacity_kwstringcapacity kw
project_typestringproject type
voltage_levelstringvoltage level
interconnect_typestringinterconnect type
chain_emergency_power_packageUPS sizing → ATS sizing → Generator sizing → Fuel storage → NFPA 110. Complete emergency power system design.2 params
UPS sizing → ATS sizing → Generator sizing → Fuel storage → NFPA 110. Complete emergency power system design.
Parameters* required
load_kwstringload kw
runtime_minutesstringruntime minutes
chain_cooling_optimizationCooling load → Chiller sizing → CRAC vs CRAH → Airflow modeling → Economizer analysis. Full cooling system design.3 params
Cooling load → Chiller sizing → CRAC vs CRAH → Airflow modeling → Economizer analysis. Full cooling system design.
Parameters* required
room_sqftstringroom sqft
it_load_kwstringit load kw
ups_capacity_kwstringups capacity kw
chain_full_site_analysisSite scoring → Tier certification → Utility interconnect → Permit timeline → Construction cost → Construction timeline. Complete site feasibility study.1 params
Site scoring → Tier certification → Utility interconnect → Permit timeline → Construction cost → Construction timeline. Complete site feasibility study.
Parameters* required
sites_jsonstringsites json
chain_sustainability_packageCarbon footprint → Solar feasibility → Battery storage → Energy procurement → Environmental impact. Full green energy analysis.3 params
Carbon footprint → Solar feasibility → Battery storage → Energy procurement → Environmental impact. Full green energy analysis.
Parameters* required
puestringpue
it_load_kwstringit load kw
grid_regionstringgrid region
chain_grid_threat_forecastGrid telemetry → Weather alerts. Fetches real-time EIA grid data and NWS severe weather alerts for a US balancing authority region. Provides the raw inputs needed to calculate a Grid Threat Score (Low / Elevated / Critical) and trigger a data center mitigation playbook.1 params
Grid telemetry → Weather alerts. Fetches real-time EIA grid data and NWS severe weather alerts for a US balancing authority region. Provides the raw inputs needed to calculate a Grid Threat Score (Low / Elevated / Critical) and trigger a data center mitigation playbook.
Parameters* required
region_codestringregion code
Security Orchestra
50+ specialized AI agents & 8 compound chains for data center critical power infrastructure.
Installation
Claude Desktop (hosted)
Add to your claude_desktop_config.json:
{
"mcpServers": {
"security-orchestra": {
"url": "https://security-orchestra-orchestrator.onrender.com",
"transport": "sse"
}
}
}
Claude Code (CLI)
claude mcp add security-orchestra https://security-orchestra-orchestrator.onrender.com --transport sse
npx (Smithery)
npx -y @smithery/cli@latest mcp add robotfleet-hq/security-orchestra
Install via Smithery.
Restart your MCP client. All tools are immediately available.
What It Does
Security Orchestra provides deterministic, standards-based calculations for every phase of data center infrastructure — from site selection to commissioning. Every agent returns structured JSON with citations to applicable codes (NEC, NFPA, IEEE, ASHRAE, Uptime Institute).
Tool Categories
| Category | Agents | Standards |
|---|---|---|
| Generator Sizing | generator_sizing, fuel_storage, demand_response | NEC, NFPA 110, NFPA 30 |
| NFPA 110 Compliance | nfpa_110_checker | NFPA 110 Level 1 & Level 2 |
| UPS / ATS Sizing | ups_sizing, ats_sizing, battery_storage | IEEE 485, IEEE 1184, NEC 700/701/702 |
| PUE & Efficiency | pue_calculator, economizer_analysis | ASHRAE TC 9.9 |
| Cooling Load | cooling_load, chiller_sizing, crac_vs_crah, airflow_modeling, humidification | ASHRAE |
| ROI / TCO | roi_calculator, tco_analyzer, construction_cost, incentive_finder | — |
| Tier Certification | tier_certification, redundancy_validator, compliance_checker | Uptime Institute Tier I-IV |
| Utility Interconnect | utility_interconnect, nc_utility_interconnect, energy_procurement | Utility-specific |
| Network Design | network_topology, bandwidth_sizing, bgp_peering, dns_architecture, ip_addressing, fiber_connectivity, latency_calculator | — |
| Physical Security | physical_security, biometric_design, surveillance_coverage, cybersecurity_controls | NIST CSF, SOC 2, ISO 27001 |
| Site & Construction | site_scoring, construction_timeline, permit_timeline, environmental_impact, water_availability, noise_compliance | NEPA, local codes |
| Sustainability | carbon_footprint, solar_feasibility, energy_procurement | GHG Protocol, IRA |
| Operations | sla_calculator, capacity_planning, maintenance_schedule, change_management, commissioning_plan | NFPA, OEM specs |
Compound Chains (8)
Chains run multiple agents sequentially and return a combined result:
| Chain | Pipeline |
|---|---|
chain_full_power_analysis | Generator > NFPA 110 > UPS > ROI |
chain_emergency_power_package | UPS > ATS > Generator > Fuel Storage > NFPA 110 |
chain_site_readiness | Site Scoring > Tier Cert > Utility Interconnect > Compliance |
chain_full_site_analysis | Site Scoring > Tier Cert > Utility > Permits > Cost > Timeline |
chain_tco_deep_dive | PUE > Cooling Load > TCO Analyzer |
chain_cooling_optimization | Cooling > Chiller > CRAC vs CRAH > Airflow > Economizer |
chain_nc_power_package | NC Utility Interconnect > Generator > NFPA 110 > UPS |
chain_sustainability_package | Carbon > Solar > Battery > Energy Procurement > Environmental |
Supported Protocols
Security Orchestra exposes every tool across six agent-communication protocols:
| Protocol | Status | Endpoint | Use Case |
|---|---|---|---|
| MCP (Model Context Protocol) | Live | SSE: /sse, stdio via npx | Claude Desktop, Claude Code, Cursor, any MCP client |
| A2A (Agent2Agent) | Live | /.well-known/agent.json, /a2a | Google agent-to-agent discovery and task delegation |
| OpenAI Agents SDK | Live | POST /openai/run | OpenAI-compatible tool-call format |
| AG-UI | Live | POST /agui | CopilotKit streaming agent UI |
| ACP (Agent Communication Protocol) | Live | POST /acp/runs | IBM BeeAI agent communication |
| AGNTCY / OASF | Live | Per-agent ACP endpoints + OASF manifests | Cisco AGNTCY interoperability |
Live Endpoints
| URL | |
|---|---|
| MCP (SSE) | https://security-orchestra-orchestrator.onrender.com |
| Agent Card (A2A) | https://security-orchestra-orchestrator.onrender.com/.well-known/agent.json |
| A2A Tasks | https://security-orchestra-orchestrator.onrender.com/a2a |
| Health | https://security-orchestra-orchestrator.onrender.com/health |
| Landing Page | security-orchestra-landing |
| Smithery | smithery.ai/@RobotFleet-HQ/security-orchestra |
Response Contract
Every tool call returns a CanonicalResponse — same shape regardless of protocol:
{
"agent_id": "generator_sizing",
"agent_version": "1.0",
"protocol_version": "1.0",
"execution_context": "deterministic_calc",
"status": "success",
"result": { /* structured data */ },
"data_freshness": {
"validated_at": "2026-03-28",
"standards_ref": ["NFPA 110:2022"],
"stale_risk": "medium"
},
"a2a": {
"task_id": "uuid-v4",
"input_tokens_used": 0,
"credits_consumed": 5,
"callable_by": ["google-a2a", "openai-agents", "ag-ui", "acp", "agntcy"]
}
}
Latency
All 50+ individual agents are deterministic TypeScript calculations — no LLM calls, no external I/O.
| Context | Description | Latency |
|---|---|---|
deterministic_calc | All 50+ individual agents | < 100 ms |
multi_agent_chain | All 8 compound chains | 0.5-5 s |
cached | Cached result | < 10 ms |
All 50+ Agents
Power & Electrical
| Agent | What it does |
|---|---|
generator_sizing | Size generators for data center loads with NEC/NFPA compliance |
ups_sizing | Size UPS systems per IEEE 485/1184 — VRLA or Li-ion, N/N+1/2N configs |
ats_sizing | Size automatic transfer switches per NEC 700/701/702 |
fuel_storage | Design diesel fuel storage per NFPA 30 — tanks, containment, SPCC |
nfpa_110_checker | Validate emergency generator compliance per NFPA 110 |
harmonic_analysis | Analyze THD in power distribution per IEEE 519 |
voltage_drop | Calculate voltage drop per NEC 210.19 |
power_density | Analyze rack power density and PDU sizing per NEC 645 |
battery_storage | Design BESS for backup, peak shaving, demand response |
demand_response | Model utility demand response program participation |
Cooling & Mechanical
| Agent | What it does |
|---|---|
cooling_load | Calculate cooling load per ASHRAE TC 9.9 |
pue_calculator | Calculate PUE with optimization recommendations |
chiller_sizing | Size water-cooled and air-cooled chillers |
crac_vs_crah | Compare CRAC vs CRAH — cost, efficiency, constraints |
airflow_modeling | Model hot/cold aisle containment and CFM requirements |
economizer_analysis | Analyze free-cooling potential by climate zone |
humidification | Design humidification systems per ASHRAE A1 envelope |
Network & Connectivity
| Agent | What it does |
|---|---|
network_topology | Design spine-leaf network topology |
bandwidth_sizing | Size north-south and east-west bandwidth |
dns_architecture | Design DNS — authoritative, recursive, anycast, DNSSEC |
ip_addressing | Plan IP addressing and VLAN architecture |
bgp_peering | Design BGP peering and route reflector architecture |
fiber_connectivity | Analyze fiber routes and carrier diversity |
latency_calculator | Calculate propagation latency by medium and hop count |
Site & Construction
| Agent | What it does |
|---|---|
site_scoring | Score candidate sites across power, connectivity, risk, cost |
construction_cost | Estimate $/MW construction costs with regional factors |
construction_timeline | Phase-by-phase schedule with regulatory modifiers |
permit_timeline | Model permitting timelines across jurisdictions |
environmental_impact | Assess NOx/PM2.5/CO2 emissions per EPA AP-42 |
water_availability | Assess water supply, stress risk, and recycled water options |
noise_compliance | Analyze generator noise vs local ordinances |
incentive_finder | Find federal/state incentives, IRA credits, utility rebates |
Utility & Interconnect
| Agent | What it does |
|---|---|
utility_interconnect | Analyze utility interconnect for 9 major US utilities |
nc_utility_interconnect | North Carolina-specific utility interconnect analysis |
energy_procurement | Evaluate PPA, direct access, and retail energy strategies |
solar_feasibility | Analyze on-site solar PV — capacity, IRA credits, payback |
carbon_footprint | Calculate Scope 1/2/3 emissions per GHG Protocol |
Compliance & Certification
| Agent | What it does |
|---|---|
redundancy_validator | Validate against Uptime Institute Tier I-IV standards |
tier_certification | Assess tier certification readiness with gap analysis |
compliance_checker | Check SOC 2, ISO 27001, NIST CSF, PCI DSS, FedRAMP |
Physical Security
| Agent | What it does |
|---|---|
physical_security | Design layered physical security per Uptime tier standards |
biometric_design | Design biometric access control — FAR/FRR, throughput |
surveillance_coverage | Calculate CCTV coverage, storage, and retention |
cybersecurity_controls | Map controls to NIST CSF and CIS benchmarks |
Financial & Operations
| Agent | What it does |
|---|---|
roi_calculator | Calculate NPV, IRR, payback using DCF analysis |
tco_analyzer | Analyze total cost of ownership over facility life |
sla_calculator | Model SLA availability against tier benchmarks |
capacity_planning | Forecast capacity runway and expansion triggers |
maintenance_schedule | Build annual PM schedules per NFPA and OEM specs |
change_management | Design change management process per tier class |
commissioning_plan | Generate commissioning plans per ASHRAE Guideline 1.2 |
fire_suppression | Design clean agent fire suppression per NFPA 2001/75 |
Architecture
+------------------------------------------------------+
| MCP Client (Claude Desktop / Claude Code / Cursor) |
+-------------------------+----------------------------+
| SSE (MCP protocol)
v
+------------------------------------------------------+
| orchestrator/ (Node.js on Render) |
| |
| Auth > Rate Limit > Validation > Credit Gate > Run |
| |
| 50+ agents & 8 chains |
| Protocols: MCP, A2A, OpenAI, AG-UI, ACP, AGNTCY |
+----------+----------------------------+--------------+
| HTTP (credit check/deduct) | write
v v
+--------------------+ +--------------------+
| billing-api/ | | audit.db |
| (Express HTTP) | | (SQLite) |
| Stripe webhooks | +--------------------+
+--------------------+
Pricing
| Tier | Monthly | Credits | Rate Limit |
|---|---|---|---|
| Free | $0 | 100 | 10/min |
| Starter | $29 | 500 | 60/min |
| Pro | $99 | 2,000 | 300/min |
| Enterprise | $499 | 10,000 | 1,000/min |
Get a free API key: Sign up
Self-Hosting
Prerequisites
- Node.js 18+
- npm 9+
Install & Run
git clone https://github.com/RobotFleet-HQ/security-orchestra
cd security-orchestra
# Build
cd orchestrator && npm install && npm run build && cd ..
cd billing-api && npm install && npm run build && cd ..
# Configure
cd orchestrator && cp .env.example .env
npm run generate-key myuser free # generates sk_live_... key
# Run
cd orchestrator && npm start # Terminal 1
cd billing-api && npm start # Terminal 2
Connect Claude Desktop (self-hosted)
{
"mcpServers": {
"security-orchestra": {
"command": "node",
"args": ["/path/to/security-orchestra/orchestrator/dist/index.js"],
"env": {
"ORCHESTRATOR_API_KEY": "sk_live_your_key",
"BILLING_API_URL": "http://localhost:3001"
}
}
}
}
Repository Structure
security-orchestra/
├── orchestrator/ # MCP server — 50+ agents & 8 chains
│ └── src/
│ ├── index.ts # Entry point, tool registry
│ ├── auth.ts # API key auth
│ ├── rateLimit.ts # Sliding-window rate limiter
│ ├── validation.ts # Input sanitization
│ ├── billing.ts # Credit check/deduct
│ ├── canonical.ts # CanonicalResponse shape
│ └── audit.ts # Audit log
├── billing-api/ # HTTP API — users, credits, Stripe
├── [agent]-agent/ # 50+ individual agent modules
├── smithery.yaml # Smithery registry config
├── mcp.json # MCP registry manifest
└── LICENSE # MIT
Security
- API key authentication on all tool calls
- Input validation and sanitization on every request
- Sliding-window rate limiting per key and tier
- Audit logging of all tool invocations
- No LLM calls in individual agents — deterministic calculations only
- Credit-gated access prevents abuse
License
MIT — RobotFleet HQ
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Start earning →Configuration
SECURITY_ORCHESTRA_API_KEY*secretAPI key from security-orchestra-landing
Registryactive
Package@securityorchestra/security-orchestra
TransportSTDIO
AuthRequired
UpdatedMar 18, 2026
