Interactive Floor Plan Overlay
Upload or connect your CAD floor plan. Assets auto-populate onto rooms and racks via SNMP, mDNS, or REST discovery.
Live Spatial Intelligence
See Every
Asset.
Feel Every
Degree.
ThermoMapIQ overlays real-time device discovery and thermal telemetry onto your interactive floor plan — giving IT teams full spatial visibility with AI-powered heat prediction.
10K+
Assets Tracked
<2s
Discovery Latency
99.9%
Uptime SLA
147 devices live • Floor 3, SF HQ
Trusted by infrastructure & IT teams at
Meridian Corp
Axiom Systems
NexCore Data
Vanta Networks
Torrent Labs
Uplift Cloud
The Platform
Traditional asset management is blind to space and heat. ThermoMapIQ fuses your network inventory, environmental sensor data, and room topology into a single, always-live intelligence layer.
Connect once via API. Every router, server, IoT sensor, and workstation appears on your interactive map — with live temperature, humidity, and throttling risk scores updated every second.
Core Capabilities
Everything Your Infrastructure Needs
Six precision-engineered modules that work independently or as a unified platform.
Live Device Discovery
Passive and active scanning identifies every connected asset in under two seconds. New devices appear on the map automatically.
Thermal Throttling Prediction
AI models correlate CPU load, ambient temperature, and airflow patterns to flag throttling risk up to 20 minutes before it occurs.
Rack & Room Asset Inventory
Drill from building view down to rack unit. See every device per slot, its role, owner, firmware version, and real-time sensor readings.
Environmental Sensors API
REST and MQTT endpoints ingest data from any third-party temperature, humidity, or particulate sensor — no proprietary hardware lock-in.
AI Correlation Engine
Cross-correlates hardware telemetry, power draw, workload scheduling, and spatial proximity to surface hidden failure patterns.
Spatial Intelligence
Your Floor Plan, Alive With Data
01
Room & Zone Topology
Assign assets to physical rooms and thermal zones. Boundaries update live as devices move or go offline.
02
Heat Contour Mapping
Continuous thermal surface rendering from sparse sensor readings — powered by spatial interpolation algorithms.
03
Placement Optimization
AI recommends optimal equipment relocation to reduce hotspot density, cutting cooling costs by up to 34%.
04
Multi-Floor & Multi-Site
Manage buildings, campuses, or globally distributed facilities from a single pane of glass.
Platform Preview
The ThermoMapIQ Interface
From macro floor view to individual rack unit — every layer of your infrastructure, interactive and thermal-aware.
Sub-1s
Device discovery latency across multi-site deployments
360°
Multi-floor visibility from rooftop to rack unit
92%
Thermal prediction accuracy (20-min window)
50+
Protocol adapters out of the box
Getting Started
Up and Running in Four Steps
No agents, no proprietary appliances. ThermoMapIQ connects to your existing infrastructure in minutes.
Connect Your Network
Point ThermoMapIQ at your network segment. SNMP, WMI, SSH, and REST adapters activate device discovery instantly. The platform scans your entire subnet, identifies all managed devices, and begins streaming live asset telemetry within seconds — no installer required.
Supported protocols: SNMPv1/v2c/v3, WMI over RPC, SSH (Linux), Redfish/BMC, IPMI, REST APIs, custom adapters on Enterprise
Upload Floor Plan
Import a DXF, SVG, or PNG floor plan. AI auto-detects room boundaries and aligns them to your network topology. The system uses computer vision to identify walls, doors, and structural elements, then automatically zones the floor for thermal modeling. If you don't have a floor plan, the system can build a synthetic topology from your network graph.
Accepted formats: DXF (AutoCAD), SVG, PNG, JPG, PDF (raster). Batch import up to 50 floors at once.
Stream Sensor Data
Connect temperature and humidity sensors via our REST or MQTT API. The thermal overlay renders in real time, updating every 500ms. Our open environmental sensors API accepts any HTTP-capable device — no proprietary hardware. Start with just IPMI/BMC readings from servers, then layer in physical temperature sensors for precision thermal mapping.
Sensor integrations: Modbus-TCP, BACnet, MQTT, direct HTTP POST, InfluxDB, Grafana datasources
Act on Insights
Receive throttling alerts, placement recommendations, and energy optimization reports delivered to Slack, PagerDuty, or email. Configure thresholds per zone, enable predictive alerts for thermal risk, and integrate with your ticketing system. Dashboards auto-export weekly reports highlighting cost-saving opportunities and risk scores.
Integrations: Slack, Microsoft Teams, PagerDuty, Opsgenie, Email, REST webhooks, Splunk
Platform Tiers
Choose Your Intelligence Layer
From single-site startups to global enterprise deployments — a module for every scale.
Spatial Starter
Perfect for small offices, co-working spaces, and distributed teams with decentralized IT. Interactive floor plan overlays with live device discovery gives you instant visibility into connected infrastructure. Track up to 500 assets across a single site with real-time heartbeat monitoring and basic alerting.
Ideal for: Startups, single offices, SMB infrastructure teams
Discovery: Passive/active SNMP scanning, mDNS, REST APIs
Most Popular
Thermal Pro
The complete thermal intelligence suite for data centers and large offices. AI-powered throttling prediction flags heat stress 20 minutes ahead, placement optimization recommends server moves to reduce cooling costs by up to 34%, and the environmental sensor API connects any third-party sensor. Supports up to 5,000 assets per site with multi-site federation.
Ideal for: Mid-market data centers, hybrid environments, ops teams
AI features: Throttling prediction (92% accuracy), placement optimization, correlation engine
Enterprise Intelligence
Purpose-built for hyperscale operators, regulated environments, and global facilities. Unlimited assets, unlimited sites, private-cloud or on-premises deployment, custom AI model training tuned to your exact infrastructure signature, and SLA-backed 24/7 support. Includes advanced compliance modules, audit logging, and multi-tenant RBAC for large teams.
Ideal for: Enterprise data centers, hyperscalers, compliance-critical ops
Deployment: Cloud, private cloud, on-prem, air-gapped (3-month engagement)
Real-World Deployments
Built for Every Infrastructure Scenario
See how teams across industries use ThermoMapIQ to solve their toughest operational challenges.
DC
Hyperscale Data Centers
100,000+ servers across 50+ racks. Real-time thermal zoning prevents cascade failures, AI predicts cooling demand shifts, placement algorithms reduce PUE by 8–12%. Correlates power draw, airflow, and workload density.
Most impact: Cooling cost reduction & uptime
ER
Enterprise Offices & Campuses
Hybrid hoteling. Mixed workstations, servers, and IoT devices on 3+ floors. Ghost asset discovery eliminates shadow IT sprawl, room-level thermal mapping optimizes HVAC zoning, multi-site federation ties all campuses into one control plane.
Most impact: Visibility & efficiency
CO
Co-Location & Multi-Tenant
Per-tenant floor plan isolation. RBAC ensures clients see only their racks. Thermal alerts scoped to tenant cabinets. Open API allows customers to stream their own sensor data. Per-tenant billing correlates cooling usage to actual thermal footprint.
Most impact: Multi-tenancy & SLAs
ED
Education & Research Labs
HPC clusters with transient workloads. Thermal hotspot detection during compute spikes, real-time asset tracking during lab equipment migrations, energy-aware job scheduling recommendations. Compliance reporting for grants and audits.
Most impact: Energy efficiency & compliance
Why ThermoMapIQ
Prevent Failures. Reduce Costs. Reclaim Visibility.
Proactive Thermal Alerts
Stop reacting to outages. AI flags throttling risk 20 minutes ahead — giving teams time to redistribute workloads or adjust airflow.
Real-Time Asset Awareness
No more stale spreadsheets. Every device appears on your map the moment it connects to the network — no manual CMDB entry required.
Optimized Equipment Placement
AI-driven recommendations show where to move servers, switches, and cooling units to reduce hotspot density and lower PUE.
Case Study
NexCore Data Centers
Enterprise Deployment — 4 Sites, 18,000 Assets
From Reactive to Predictive in 90 Days
NexCore deployed ThermoMapIQ across four hyperscale facilities. Within 90 days, their ops team went from responding to cooling incidents to preventing them entirely — eliminating unplanned downtime and cutting annual cooling energy spend by over $2.1M.
34%
Cooling cost reduction
0
Thermal outages (12 months)
18K
Assets on live map
90d
Full deployment
"ThermoMapIQ turned our reactive firefighting into a proactive science. I can see the thermal future of our facilities." — Elena Markov, VP of Infrastructure, NexCore Data CentersRead the Full Case Study →
Platform Metrics
10M+
Sensor readings / day
340+
Enterprise deployments
99.9%
Platform uptime SLA
$47M
Customer cooling savings
What Teams Say
Built for the People Who Keep Infrastructure Running
Before ThermoMapIQ, I had no idea how many ghost assets we had on Floor 4. Now I can see everything — and fix it before it overheats. The discovery speed is incredible.
The thermal throttling prediction feature alone paid for the entire annual subscription within the first quarter. Absolutely remarkable accuracy. We prevented three major outages in the first month.
Multi-site rollout was seamless. The sensor API connected our legacy Modbus sensors in an afternoon. The team loved the real-time map immediately. Support was excellent.
We cut cooling costs by 34% in the first six months just by acting on the placement recommendations. The AI engine understood our infrastructure better than we did. Worth every penny.
Finally, a tool built for modern hybrid infrastructure. No proprietary hardware. REST API works with everything. Our team went from blind to commanding in two days.
The real-time correlation engine found patterns we never would have spotted manually. Heat stress on Floor 3 was tied to HVAC scheduling on the wrong floor. Problem solved in minutes.
Pricing
Transparent, Scalable Pricing
Annual and monthly billing available. No hidden fees. Cancel anytime.
Starter
$299/mo
For single-site teams managing up to 500 assets.
- Interactive floor plan overlay
- Up to 500 tracked assets
- Basic thermal heatmap
- Email & Slack alerts
- Community support
Thermal Pro
$899/mo
For multi-rack environments needing AI thermal intelligence.
- Everything in Starter
- Up to 5,000 tracked assets
- AI throttling prediction
- Environmental sensor API
- Placement optimization AI
- Priority support
Enterprise
Custom
For large-scale, multi-site, or regulated environments.
- Everything in Thermal Pro
- Unlimited assets & sites
- Custom AI model training
- Private cloud / on-prem deploy
- Dedicated CSM & 99.9% SLA
ThermoMapIQ supports SNMP v1/v2c/v3, WMI, SSH, REST, MQTT, and mDNS/Bonjour. We also offer custom protocol adapters for legacy environments under the Enterprise plan.
No. Our open environmental sensors API accepts data from any HTTP-capable or MQTT-capable sensor. We support Modbus-TCP, BACnet, and direct HTTP POSTs. You can also start with no sensors at all and rely on IPMI/BMC telemetry from servers.
The model ingests CPU load, memory pressure, ambient temperature from the nearest sensor, airflow direction, and historical throttling events. A gradient-boosted ensemble (customizable under Enterprise) predicts the probability of throttling up to 20 minutes ahead with >92% precision on typical server-room configurations.
By default, processed metadata is stored in our SOC 2 Type II certified cloud. Raw telemetry stays in your network boundary. Enterprise plans support full on-premises or private-cloud deployment where no data ever leaves your environment.
Most Starter and Thermal Pro customers are fully live within one business day. Enterprise deployments involving custom floor plan ingestion, sensor integration, and private cloud configuration typically complete within four to six weeks, including onboarding and training.
From the Lab
All Articles →
Thermal Intelligence Insights
Engineering
Why Spatial Context Changes Everything in Asset Management
Most CMDB tools are graph databases disconnected from physical reality. When you add spatial context — where a server actually sits, how close it is to cooling units, which power distribution branch it's on — entirely new operational patterns emerge.
AI & ML
Building a Thermal Throttling Predictor: Our Model Architecture
We trained a gradient-boosted ensemble on 18 months of telemetry from 340 deployed sites. Learn how we engineered features from CPU load histograms, ambient sensor readings, and HVAC state to achieve 92% precision in a 20-minute prediction window.
Operations
Open Sensor APIs: Connecting Legacy Modbus Sensors in 2026
Your facility probably has 10+ different sensor systems from 10+ vendors. We show how ThermoMapIQ's open REST & MQTT endpoints let you unify them into a single thermal map in under an hour, with zero proprietary hardware.
Cost Optimization
Cooling Cost Benchmarks: How ThermoMapIQ Customers Cut PUE by 8–12%
Real data from 50+ enterprise deployments. We analyzed placement optimizations, airflow balancing, and thermal zoning adjustments — then quantified the savings. Average customer ROI in 6 months.
Data Center Design
Designing for Thermal Resilience: Five Principles from HyperScale Operators
We interviewed ops leads from three of the largest data center operators on Earth. Their five principles for thermal resilience, plus how ThermoMapIQ helps teams execute them at any scale.
Architecture
Asset Discovery at Scale: Algorithms Behind Sub-1s Latency
How do we discover 50,000 devices in under one second? Deep dive into parallel SNMP scanning, mDNS gossip, and adaptive probe scheduling. Technical architecture blog for engineers.
Get In Touch
Start Your Free Trial Today
No credit card required. Live platform access in under 24 hours. Chat with our solutions engineers about your specific environment.
340+
Global enterprise customers
$47M+
Customer cooling savings
10M+
Sensor readings per day
99.9%
Platform uptime SLA
Reach Our Team
Our solutions engineers are ready to walk you through a live demo, answer technical questions, and build a deployment plan for your environment. We'll discuss your specific thermal challenges, infrastructure footprint, and integration needs.
Phone
+1-415-555-0136
Mon–Fri, 8am–6pm PT
Office
101 California St, San Francisco, CA 94111, USA
HQ + engineering team
Email
[email protected]
Response within 24 hours