Insights from the field.
Case studies, guides, and press releases on how teams use CORIS to protect samples, product, equipment, and people.
Fertility Storage Failures: How to Prevent the Unexpected
What every fertility clinic should know about LN2 tank monitoring, redundancy, and early-warning systems for irreplaceable samples.
So-Low ULT Freezers and Refrigerators Integrated with CORIS
How the CORIS + So-Low integration delivers turnkey monitoring on every new freezer and refrigerator shipped.
Smarter Labs for the Future: Monitoring Cold Storage with Advanced IoT
Why LoRaWAN and modern IoT are reshaping lab cold-storage monitoring — and what to look for when evaluating a system.
Comprehensive Energy Monitoring for a Prestigious College Campus
A campus-wide rollout of CORIS energy and temperature monitoring across dozens of buildings — what was deployed and what was learned.
Streamlined Lab Freezer Maintenance, Powered by CORIS and MultiTech
How Tulane's National Primate Research Center protects irreplaceable specimens, vaccines, and reagents with smart, customized freezer monitoring.
Automated Temperature Monitoring Streamlines Frozen Pipe Prevention
How a major construction site used CORIS automated alerts to prevent frozen pipe damage through a brutal winter.
Preserving Invaluable Museum Research & Collections
Multi-layered LN2 and temperature monitoring helps a major museum protect irreplaceable scientific collections.
For One Ice Cream Manufacturer, One Alert Could Save $90,000
A single temperature excursion alert prevented the loss of a full production batch — here's how the system caught it in time.
Multi-Layered Monitoring for LN2 Tanks Storing Reproductive Tissue
How ReproTech built a redundant, multi-layered LN2 monitoring system to protect irreplaceable reproductive tissue — even when the internet goes down.
Pediatric Clinic Continuously Monitors Vaccine Temperatures with a Service-Oriented System
How a service-oriented monitoring deployment gave a pediatric clinic peace of mind around vaccine storage compliance.
How To Choose the Right Laboratory Temperature Monitoring System
Nine key considerations for evaluating a new temperature monitoring system in your lab — from sensor range and connectivity to alert escalation and battery backup.
Temperature in Cold Storage: Your Proactive Monitoring Guide
A practical playbook for moving from reactive temperature checks to a fully proactive cold-storage monitoring program.
Cloud-Based Digital Data Loggers
Access the temperature data you need in a more seamless, efficient manner with CORIS digital data loggers paired with a secure cloud-based system.
Lab Temperature Monitoring Made the Way You Need It
CORIS offers a simple, cloud-based 24-hour temperature monitor that alerts lab personnel to freezer and refrigerator failures in real time.
Manage Mixed Freezer Environments With Ease
How a centralized monitoring solution simplifies the management of diverse freezer farms across healthcare research operations.
Maximize Your Lab Freezer Life, Minimize Odds of Disaster
A comprehensive eBook on the proactive steps lab personnel can take to extend freezer lifespan, boost sustainability, and protect valuable samples.
A Low-Touch Monitoring System for IT Professionals
How CORIS gives IT teams a lightweight, low-maintenance monitoring footprint that protects critical environments without consuming staff bandwidth.
Prevent 5 Major Disasters With a Failure Alarm for the Freezer
Freezer failures jeopardize research, vaccines, and patient safety. Here are five real-world disasters and how proactive monitoring prevents them.
LoRa Wireless vs. WiFi for Remote Monitoring Systems
Why CORIS remote monitoring systems rely on LoRa wireless technology — and the clear advantages it delivers over WiFi from day one.
Understanding OSHA Temperature Standards: What You Need To Know About the Proposed National Heat Safety Rule
A breakdown of OSHA's proposed national heat safety rule — the two key heat index triggers, additional employer requirements, and how CORIS Monitoring helps you stay compliant.
Apartment Building Construction: Protecting Workers & Materials As Demands Grow
As the number of apartment building construction projects grows, companies should think about an investment in remote monitoring systems. Learn more.
Prevent Unnecessary Hospital Construction Costs With Monitoring
Hospital construction costs are on the rise. Learn how a comprehensive monitoring system can help keep projects on time and curb additional costs.
Maximize the Effectiveness of Freezer Temperature Alerts
For freezer temperature alerts to be effective, it's critical that escalation levels and customized thresholds are established. Learn more here.
CORIS TH-D Temperature & Humidity Sensor
Specifications for the CORIS TH-D long-range wireless temperature and humidity sensor, including LoRaWAN transmission, 10-year battery, and onboard datalog memory.
Simplify Reporting for Clinical Laboratory Compliance
Clinical labs face strict compliance reporting requirements. Here's how modern monitoring simplifies documentation, audit trails, and corrective-action workflows.
How Institutions and Labs Can Benefit from Our Teams Feature
Large institutions need targeted alerts, not noise. CORIS Teams lets each user monitor only the devices that matter to them — improving response time and reducing alert fatigue.
The Evolution of In-Transit Temperature Monitoring
Organs, tissue samples, and vaccines all need continuous protection in transit. See how in-transit monitoring has evolved from manual data loggers to real-time wireless visibility.
5 Qualities to Look for in Temperature Data Loggers
Not all data loggers are built the same. These five qualities — accuracy, range, durability, connectivity, and reporting — separate reliable systems from the rest.
Automated Remote Temperature Monitoring, Why to Invest.
Automated remote temperature monitoring saves staff hours, prevents losses, and removes the human-error risk of manual checks. Here's the case for investing.
How Temperature Data Benefits a Green Laboratory Design
Sustainability in research labs is no longer optional. Temperature data is one of the most underused inputs to green laboratory design — here's how to put it to work.
The Benefits of Environmental Monitoring in Construction
Temperature, humidity, and CO₂ swings damage materials and put crews at risk. Environmental monitoring catches both — before they become a callback or a claim.
Lighting in Animal Research Labs: Why Monitoring Matters
Lighting in animal research facilities is regulated for a reason — improper cycles distort results and harm test subjects. Here's why continuous light monitoring matters.
Modernize Your Medical Refrigerator Temperature Monitoring
Healthcare facilities discard up to 35% of vaccines due to improper storage. Modernizing medical refrigerator monitoring closes that gap.
The Value of a Server Room Temperature Monitor
Server room overheating triggers downtime, hardware loss, and emergency repair costs. A purpose-built temperature monitor pays for itself the first time it alerts.
What to Look for from Ultra-Low Temperature Freezer Manufacturers
Choosing an ultra-low temperature freezer manufacturer is a long-term decision. These are the qualities that separate the leaders from the rest.
What Makes Temperature Monitoring Technology Accessible?
A monitoring system is only as effective as the team that can actually use it. Here's what makes temperature monitoring technology genuinely accessible.
How to Best Manage Food Safety Temperature Control
Food safety temperature control spans cook lines, walk-ins, and delivery. Here's how to manage it without relying on manual log sheets.
How to Best Monitor Temperature & Relative Humidity in Museums
Museum collections degrade silently when temperature and relative humidity drift. Continuous monitoring catches the conditions that cause irreversible damage.
How to Maintain Energy Efficiency in Cold Storage
Cold storage efficiency erodes gradually — and your utility bill is the last place you'll notice it. Continuous temperature data spots the drift early.
What Does Continuous Temperature Monitoring Really Mean?
Truly continuous monitoring handles outages, dropped connections, and equipment failures without losing a single reading. Here's what 'continuous' should actually mean.
Lab Incubators: Be Prepared for Issues at Any Time
Lab incubators run 24/7 with biologically irreplaceable contents inside. Independent monitoring is the safety net when the built-in alarms fail.
How Mismanaged Lab Data Leads to Grant Losses
Mismanaged lab data costs researchers time, trust, and — most painfully — grant funding. Here's how stronger data practices keep funding intact.
ULT -80℃ Freezer Probes: Single- or Multiple-Sensor Modules?
Should ULT -80°C freezer probes connect to single-sensor or multi-sensor modules? The right choice depends on probe length, density, and how you scale.
Which Temperature Range Is the Danger Zone for Food Storage?
Between 40°F and 140°F, foodborne pathogens multiply fast. Here's why the danger zone matters — and how continuous monitoring keeps food out of it.
How to Get Your ULT Freezer Up and Running Faster
A new ULT freezer can take days to stabilize at -80°C. These steps shorten that runway and protect samples on day one.
Hidden Costs of Manual Lab Freezer Temperature Checks
Manual freezer check rounds look free until you cost out the labor, missed events, and inconsistency. The hidden costs add up faster than most teams realize.
What Is A2LA & What Does It Mean for Labs?
A2LA accreditation signals that a lab meets rigorous quality and competence standards. Here's what it covers and why it matters for temperature-sensitive work.
The Best Way to Monitor Your Liquid Nitrogen Tank
Three main approaches to LN2 tank monitoring — temperature, level, and pressure. Here's how each works and where each fits.
Construction in Winter: Frozen Pipe Prevention
Cold-weather construction exposes pipes to freezing risks that can cost tens of thousands per incident. Here's how to build a safety net.
Cost-Effective Freezer Monitoring in Core Facility Management
An interview on how shared core research facilities approach freezer temperature monitoring across many labs and PIs.
How to Cut Loss in the Frozen Food Manufacturing Process
Temperature excursions during frozen food manufacturing drive product loss and recalls. Continuous monitoring cuts that loss at every stage.
DIY Installation of Lab Freezer and Refrigerator Temperature Sensors
Walking through installing temperature sensors on lab freezers and refrigerators yourself — what's straightforward, what's not, and when to get help.
An Introduction to Freezer Farms and Their Applications
Freezer farms concentrate dozens of ULT units in one location. Here's why facilities build them and what monitoring requires.
Buffering Agents and the Use of Glycol for Temperature Probes
Glycol-buffered probes report the temperature of stored contents instead of door-open swings. Here's how buffering works and when to use it.
Lab Freezer Price: Weighing the Total Cost of Ownership
Sticker price is only one input. Energy, service contracts, monitoring, and content risk dominate the real cost of a lab freezer over its lifetime.
Is Your LN2 Monitoring System Ready for an Internet Outage?
When the network drops, the monitoring system has to keep running. Here's how CORIS LN2 monitoring handles internet outages.
Managing Risk in Construction Work
Temperature and humidity drive material damage, schedule slip, and worker safety incidents on every job. Here's how monitoring closes the gap.
Proper Temperature Probe Placement in Lab Freezers
Where you mount the probe changes what the system reports. Here's how to place probes in ULT freezers, refrigerators, and incubators.
Temperature Calibration Certificate: A New Way to Stay Compliant
Calibration certificates are the audit trail regulators want to see. Here's what a compliant certificate looks like and how to keep one current.
Understanding Temperature Variation in ULT Lab Freezers
ULT freezers don't sit at a flat -80°C — they cycle. Here's what normal variation looks like and when a swing actually means trouble.
VFC Program: Temperature Monitoring Made Simple
Vaccines for Children sites carry specific monitoring requirements. Here's how to meet them without manual logs.
Why Invest in Warehouse Temperature Monitoring
Warehouses store volatile product across wide footprints. Continuous temperature monitoring protects inventory and customer trust.