For IT, facilities & data-center ops

See Your Infrastructure and Understand What Matters

Powered by Sensors – Simulated by CFD – Optimized by AI 

AKCP data center monitoring logo
AKCP data center monitoring logo
For IT, facilities & data-center ops

Data Center Thermal Optimization

Powered by Sensors – Simulated by CFD – Optimized by AI 

One Connected Monitoring System

Measure with sensors. Connect with sensorProbe+ units. Monitor with Quicklime.

1. Sensors

Wide range of sensors. Measure temperature, humidity, water leaks and power.

Connect to monitoring unit

2. Base Units

Connect sensors through sensorProbe+ or sensorProbe+ wireless gateways.

Monitor with quicklime

3. Quicklime

Bring readings, alerts and sites into one view with Quicklime Server.

Optional Cooling Analysis

Go Further with sensorCFD

Investigate airflow, identify thermal risks and evaluate cooling improvements.

AKCP Introduces Free Quicklime Tier for Server Room Monitoring
Quicklime sensorCFD
AKCP has introduced a free tier of Quicklime, its monitoring and data center infrastructure management software, giving organizations a practical starting point for monitoring smaller installations without a paid software license. The latest Quicklime installers include the free tier, which provides capacity for 10 sensors, one rack, one camera, and three access control users. Following the three-month trial, customers can continue using Quicklime within these free-tier allowances.
UPS System Design Tools
Battery Room Monitoring: The Gases, Temperatures and Signals That Precede a UPS Failure
An uninterruptible power supply (UPS) provides essential backup power for data centers, server rooms, telecommunications equipment and other critical systems. During a mains failure, it keeps equipment operating while power is restored, a generator starts, or systems complete an orderly shutdown. Effective planning means understanding both the power your UPS can deliver and how long its batteries can sustain the connected load.
Data Center Airflow Calculator: CFM & Rack Cooling | AKCP
data center airflow calculator
A 10 kW rack needs approximately 1,463 CFM, or 2,485 m³/h, to carry away its heat at a 12°C temperature rise under the AKCP calculator’s standard-air assumptions.Change the load or temperature rise and the airflow requirement changes with it. That makes a single “CFM per rack” figure a poor basis for planning.

Overcooling wastes energy. Overheating risks uptime. Precision protects both.

Many data centers cool more than necessary because they lack the visibility to adjust with confidence. Those extra safety margins come at a cost—higher energy bills and unused cooling capacity.

AKCP helps you see where cooling is wasted, understand thermal risks, and make informed changes to improve efficiency.

Real Sensors. A Smarter Digital Twin.

Our wired and Wireless Tunnel™ sensors feed real-world conditions into your Quicklime Digital Twin. With sensorCFD™ AI, airflow simulation and AI analysis turn that data into practical recommendations for your data center.

  • Identify thermal risks: Locate hotspots and understand their causes before they threaten uptime.

  • Improve airflow: Find cold air bypass, recirculation, and uneven cooling—with guidance on how to address them.

  • Reduce cooling waste: Identify opportunities to adjust cooling setpoints while maintaining safe server inlet temperatures.

  • Reclaim capacity: Find power and cooling resources that can support additional IT loads.

Monitoring Expertise Since 1981

AKCP pioneered networked environmental monitoring and monitors more than 200,000 facilities worldwide. Today, we bring that experience to every sensor, simulation, and recommendation—helping you protect critical infrastructure and reduce operating costs.

Stop guessing. Start optimizing.

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Find out how we can Protect, Monitor and Optimize your Data Center

AKCP data center monitoring sensors

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