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Bedside Series Device Screen Palomino Series Digital Control Remote Oversight Workforce Protection Adaptive Intelligence Interoperability Security R&D

Clydesdale

Bedside Series

Thermostat control, protocol management, and real-time sensor data — from bedside to the field. Fluid temperature, skin telemetry, and session analytics streamed live to clinician and patient.

Biometric Sync Fluid & Skin Temp Live Session Analytics Connected Ecosystem OTA Updates
Clydesdale thermal engine — navy

Interactive Prototype

Scroll and tap to explore the live app

Device Screen

Set. Control. Sustain.

Precise temperature control, sustained at target for the full duration of treatment — from a single intelligent platform.

Clydesdale thermal engine — OD green

Clydesdale Engine Display

Live cooling cycle — 43°F to 36°F target

Palomino

Palomino Series

Thermal comfort in the user's hands. Ambient-aware presets, manual dial control, and three operating modes — Manual, Assisted, and Automatic — with real-time feedback from onboard sensors.

Biometric Sync Smart Watch Compatible Predictive Comfort Smart Adaptive Connected Ecosystem Ambient Sensing
Palomino HD vest — charcoal front view

Interactive Prototype

Scroll and tap to explore · Pairs with CORE, Oura, Apple Watch & Garmin

Digital Control

One Platform, Every Product

Unified electronics. Unified AI. Every product learns from every session. The software reshapes itself per application — protocol management and EMR readiness at the bedside, ambient-aware presets and biometric sync on the body.

Intelligent Thermoregulation

Ambient Temperature Onboard thermistor — always active
Core Body Temperature External sensors evolving to standalone estimation
User Preference Mild · Moderate · Dynamic or manual dial
Running Algorithm Ambient + CBT + preference + heat load = optimal targeted temperature
Thermal Output Adjusts cooling via BLE command — manual override always available

Analytics

Platform Intelligence

Clinical-grade insight, purposefully designed. Remote oversight, workforce protection, and adaptive intelligence — unified in one platform.

Remote Clinical Oversight

Every session, visible from anywhere. Live vitals, fluid temperature, and skin telemetry — streamed to one refined clinical view.

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Temp°IQ™ Remote Session Monitor Clydesdale — Sample Patient — Left Knee Protocol
Target 38°F
Fluid Temp 41°F
Skin Temp 72°F
Ambient 74°F
Session 12:47
Status At Target
♥
72 bpm
Heart Rate
♨
98.6 °F
Core Body Temp
◈
98 %
SpO2
⌇
16 /min
Resp Rate
◓
3 /10
Pain Score
◊
65 °F
Fluid Temp
◆
91.4 °F
Skin Temp
Δ
26 °F
ΔT (Gradient)
⚡
240 W
Heat Extraction
↻
230 mL/min
Flow Rate
Auto — adjusting flow to maintain 98.4°F target
Temperature °F over session
Mode: Assisted Protocol: Cold — Continuous 20 min Device: Clydesdale v1.2 Clinician: Dr. X (remote)
HIPAA FDA Registered ISO 13485 HL7 FHIR End-to-end encrypted · SOC 2 Type II

Workforce Thermal Protection

Great teams are built on trust — and trust starts with safety. Automated thermal protocols, adaptive cooling and heating control, workforce analytics, and shift-level compliance reporting give your team the confidence that their well-being comes first.

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Workforce Thermal Command Center Site: Sample Site — 14 Active Vests — 97°F Ambient
Active Crew 14
Avg CBT 99.4°F
Alerts 2
Heat Index 108°F
Shift Elapsed 4h 12m
OSHA Status Compliant
☀ 97°F Ambient
♨ 68% Humidity
☂ 4 mph Wind
☼ UV 9 Very High
⌚ 16 min Next Rest
WorkerCBTHRVest ModeBatteryRisk
Worker 0199.1°F74 bpmAutomatic72%Low
Worker 02100.2°F89 bpmAutomatic58%Elevated
Worker 03101.1°F104 bpmDynamic34%Rest Now
Worker 0498.9°F68 bpmModerate81%Low
Worker 05100.8°F96 bpmDynamic22%Battery
Worker 0699.3°F71 bpmAssisted65%Low
Why Real-Time CBT Monitoring Matters
$165,514 OSHA penalty per willful violation — $16,550 per serious violation, per employee Source: OSHA Penalties
512B Potential labour hours lost to heat exposure globally in 2023 Source: Lancet Countdown 2024
$835B Potential income losses from occupational heat exposure in 2023 Source: Lancet Countdown 2024
45% Of U.S. firefighter on-duty deaths are caused by heart disease Source: Kales et al., NEJM 2007
50–70% Of outdoor heat fatalities occur in the first few days on the job due to lack of acclimatization Source: OSHA
$2.4T Projected global cost of heat-related productivity loss by 2030 Source: Borg et al., Env. Research 2021
Acclimatization & Heat Procedure Rules
OSHA (Federal) 50–70% of outdoor heat fatalities occur in a worker’s first few days on the job New workers: 20% exposure Day 1, increase 20% per day over 5 days Returning workers: 50% Day 1, 60% Day 2, 80% Day 3, 100% Day 4 Acclimatization lost after ~4 days away; fully reversed in ~14 days OSHA Acclimatization Guide ↗
Cal/OSHA §3395 (Outdoor) Protections trigger at 80°F — high-heat procedures at 95°F Water: 1 qt/hr/employee, accessible at all times Shade: available when temp exceeds 80°F; immediate access on request High-heat (≥95°F): mandatory 10-min cool-down every 2 hrs, buddy system, pre-shift meetings Cal/OSHA §3395 Full Text ↗
Cal/OSHA §3396 (Indoor) Indoor protections at 82°F — additional controls at 87°F Cool-down areas maintained below 82°F Close observation during 14-day acclimatization period for new employees Emergency response procedures and supervisor training required Cal/OSHA §3396 Full Text ↗
Site Supervisor: On Duty Incidents Today: 0 Coolant Refills: 3 of 14
OSHA NIOSH Cal/OSHA ANSI Z87 Real-time CBT · Event-driven alerts · Shift-level audit trail · Acclimatization tracking

Adaptive Intelligence

A platform that learns. Per-user calibration, predictive risk scoring, and pattern recognition across 250+ biomarkers — refining itself with every session.

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Biomarker Intelligence & Adaptive Learning De-Identified Aggregate — 2,847 Sessions — All Devices
94 Health Score
Total Sessions 2,847
Unique Users 412
Avg Time to Target 4.2 min
Prediction Acc. 94.1%
Calibration V2
Risk Flags 23
◉
Connect
250+ health metrics from wearable and environmental sensors
→
⚙
Analyze
Per-user ML models correlate thermal, cardiac, and activity data
→
⚡
Act
Predictive alerts, adaptive protocols, and autonomous calibration
V1 — Ground Truth
External CBT sensor required. Internal sensors logging silently, building per-user dataset.
V2 — Supplementing
Internal sensors contributing to CBT estimates alongside external. Correlating patterns with ground truth.
V3 — Standalone
External sensor no longer required for calibrated users. Per-user model drives autonomous estimation.
△ Cooling Efficiency +12% at ambient >90°F when Dynamic mode engaged within first 3 min
◆ Recovery Correlation Sessions sustaining target ±1°F for >15 min show 2.3x faster girth reduction
◯ Predictive Alert CBT rise >0.4°F/hr predicts heat stress event with 89% confidence — 22 min average lead time
Data: De-identified, HIPAA compliant Export: CSV, HL7 FHIR, API Retention: 5 yr per FDA
HIPAA GDPR ISO 27001 SOC 2 De-identified · Per-user encryption · 250+ health metrics
Browse Intelligence
App Suite
Bedside Series Device Screen Palomino Series Digital Control
Analytics
Remote Oversight Workforce Protection Adaptive Intelligence
Platform
Interoperability Security R&D
InteroperabilityOpen Architecture, Ready to Integrate

Interoperability

Open Architecture, Ready to Integrate

The Temp°IQ™ platform is built on standard protocols across clinical, enterprise, and device layers — architected from day one for third-party integration and OEM licensing.

Device Layer
⚙BLE 5.0Native low-energy wireless telemetry across all TempIQ devices
⚡ANT+Protocol-ready for sport and fitness sensor ecosystems
◎USB-C / SerialWired data export available for clinical research environments
Platform Layer
☁REST APIStructured endpoints for sessions, devices, and analytics — built for partner and OEM access
⇄WebhooksEvent-driven architecture supports real-time alert and session notifications
☍MQTTLightweight pub/sub messaging layer architected for scalable IoT deployments
Enterprise Layer
☤HL7 FHIR R4Data model aligned with FHIR R4 for future EMR integration pathways
☷DICOMThermal map output structured for medical imaging system compatibility
☑CSV / Excel ExportBulk data export for compliance reporting, audits, and partner data sharing
SecurityEnterprise-Grade Data Protection

Security

Enterprise-Grade Data Protection

The Temp°IQ™ platform is designed with security at every layer — from device-level encryption to cloud infrastructure and access control.

⚿
Encryption
AES-256 at rest, TLS 1.3 in transit. End-to-end encryption from device sensor to clinician dashboard — no plaintext data at any hop.
☑
HIPAA Compliance
Business Associate Agreement (BAA) ready. PHI handling follows the HIPAA Privacy and Security Rules with full audit trail logging.
⚐
SOC 2 Type II
Annual third-party audit of security, availability, and confidentiality controls. Continuous monitoring and evidence collection.
⛈
Access Control
Role-based access (RBAC) with SSO/SAML support. Multi-factor authentication enforced for all clinician and admin accounts.
☂
Data Residency
Choose deployment region to meet local data sovereignty requirements. US, EU, and APAC availability with geo-fenced storage.
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De-Identification
Built-in PHI de-identification engine for research and analytics. Safe Harbor and Expert Determination methods supported.
R&DResearch & Development

R&D

Research & Development

The Temp°IQ™ platform is protected by a growing patent portfolio and informed by ongoing research & development.

☶
White Papers
Thermal dynamics, recovery protocols, and system architecture — technical documentation from the TempIQ research team.
View white papers →
⚖
Patent Portfolio
Granted and pending patents covering dynamic bladder systems, closed-loop control, and adaptive thermoregulation algorithms.
View patents →
⚗
R&D Program
Ongoing research partnerships, clinical validation studies, and next-generation sensor development.
Learn about R&D →

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See the Platform in Action

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Products

Hardware Collection

Precision devices that power the platform

R&D

Clinical Research

Ongoing research and development

White Papers

Technical Documentation

Internal research on thermoregulation science