{"id":17730,"date":"2026-03-27T16:40:56","date_gmt":"2026-03-27T12:40:56","guid":{"rendered":"https:\/\/innocom.ge\/?p=17730"},"modified":"2026-03-28T18:58:36","modified_gmt":"2026-03-28T14:58:36","slug":"temperturis-monitoringis-biznesi","status":"publish","type":"post","link":"https:\/\/innocom.ge\/en\/temperturis-monitoringis-biznesi\/","title":{"rendered":"Temperature Monitoring System for Business: Why It's Worth Installing in Georgia"},"content":{"rendered":"
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What does one night without temperature control cost a business?<\/h2>\n

It's two in the morning. The restaurant is closed, the staff has left. The compressor in the refrigerator stops. The temperature starts to rise: from +3\u00b0C to +5, then to +8, and in the morning to +14. The cook arrives at 7 a.m. and discovers that the meat, fish, and dairy products have been in the so-called \"danger zone\" for six hours. All of this must be thrown away.
\nThe value of lost products for a small restaurant in Tbilisi: from 3,000 to 8,000 GEL per night. For a large warehouse, these figures are much higher. For a poultry farm equipped with an incubator, a half-degree temperature deviation during the night means losing an entire batch of eggs.
\nThis article discusses specific scenarios, explains what Georgian legislation requires regarding temperature control, and shows how automatic monitoring changes the situation.<\/p>\n

\"Temperature<\/p>\n

Three scenarios, three types of loss<\/h2>\n

Restaurant: One night, one camera, thousands of Lari<\/h3>\n

The National Food Agency of Georgia (NFA) establishes clear temperature standards: cold dishes and products are stored at a temperature not exceeding 5\u00b0C, while hot dishes are served at a temperature not lower than 60\u00b0C. The range between these indicators is considered dangerous for bacterial growth.<\/p>\n

When the refrigerator breaks down at night, the products end up in this zone. If they have been there for more than four hours, from a food safety perspective, they should be thrown away. Even if the products look normal on the outside.<\/p>\n

Typical situation for a 60-80 seat restaurant:<\/strong> Two to three refrigerators, each with 1,500-3,000 GEL worth of products. One camera compressor failure at night, when no one is around, leads to a loss of stock worth 3,000 to 8,000 GEL. If the problem is discovered during the day inspection, not in the morning, a fine is added.<\/p>\n

Separate pain:<\/strong> Many restaurants in Tbilisi do not have on-call night staff. A camera might break down on a Saturday night, but the problem will only be discovered on Monday morning.<\/p>\n

Another factor that is specific to Georgia:<\/strong> Hot climate. In the summer, the temperature outside in Tbilisi is +30-35\u00b0C, and during peak hours it rises to +40\u00b0C. Refrigeration equipment is working in enhanced mode. Compressor wear accelerates. Furthermore, Air conditioners often don't undergo maintenance after winter.<\/strong> Filters are clogged, the refrigerator is not filled. The probability of a breakdown is maximum in the heat. And in the heat, without a working compressor, the temperature in the chamber rises much faster: in 3-4 hours, instead of 6-8 hours in winter.<\/p>\n

For a restaurant owner, the question is not whether an accident will happen, but whether you will find out about it in time.<\/p>\n

\"Spoiled<\/p>\n

Ingredients: Cold chain, 50 tons and one point of failure<\/h3>\n

The scale of losses is different for food distribution warehouses. A large refrigeration chamber can store 30-50 tons of products. If the cooling system stops for 6-8 hours, the temperature in the chamber rises to the point where the entire batch is subject to destruction.<\/p>\n

In this case, the damage is measured in tens of thousands of lari. Plus, disrupted deliveries for clients, penalty sanctions by contracts, and reputational damage.<\/p>\n

The peculiarity of warehouses: often these are objects outside the city center, sometimes even outside Tbilisi. There may not be a night shift. The security guard at the entrance does not check the temperature in the cameras. The problem manifests itself during morning receiving or sending.<\/p>\n

The situation is complicated for food distributors because a warehouse typically serves dozens of clients: restaurants, stores, chains. If it turns out in the morning that the temperature regime is violated, not only the goods in the warehouse are in question, but also the entire day's delivery schedule. Clients cannot receive orders on time, contractual obligations are violated, and the distributor's reputation is damaged.<\/p>\n

There is a concept in logistics \"Cold chain\"<\/a>: Continuous temperature regime from producer to final buyer. If the chain is broken even at one stage, the whole path loses its meaning. A warehouse without automatic temperature control is a weak link in this chain.<\/p>\n

Farm and incubator: Half a degree decides everything<\/h3>\n

Temperature control in poultry farming is not just important, but determines whether the product will be produced at all. The incubation period of a chicken egg is 21 days. During this period, the temperature should be maintained within the range of 37.5-37.8\u00b0C. A deviation of 0.5\u00b0C for several hours leads to the death of embryos in the entire batch.<\/p>\n

One bookmark in an industrial incubator: hundreds or thousands of eggs. The cost of losing one batch usually exceeds the cost of a monitoring system that would have prevented the incident.<\/p>\n

A similar situation exists in greenhouse farming as well. Night frost, heater malfunction, humidity spike: each of these factors can destroy the harvest if the farm does not receive notification at the moment of deviation.<\/p>\n

Greenhouse farming is growing in Georgia: tomatoes, cucumbers, greens, flowers. Critical parameters: air and soil temperature, humidity, CO2 concentration. Violating the regime means not only losing the current harvest, but also disrupting the next cycle.<\/p>\n

For greenhouse farming, monitoring solves not only the problem of protecting against losses, but also the problem of increasing yields. Optimizing the microclimate (maintaining CO2 concentration at 800-1200 ppm, precise control of temperature and humidity) increases crop yields by 15-25%, according to agronomic studies. This is not only protection, but also an increase in income.<\/p>\n

Separate category: Seasonal objects. Greenhouses in Kakheti, farms in Shida Kartli. Often located far from the city, access to the site is limited at night. The 4G monitoring system with notifications gives the owner control over the site regardless of distance.<\/p>\n

 <\/p>\n

\"Industrial<\/p>\n

What does Georgian legislation say?<\/h2>\n

HACCP in Georgia: Not a Recommendation, But an Obligation<\/h3>\n

From June 1, 2023, all food businesses in Georgia are required to implement the HACCP system (Hazard Analysis and Critical Control Points). This is a requirement of the Food\/Animal Feed Safety Code and Government Decree No. 173.<\/p>\n

Implementation was carried out in three stages:<\/p>\n

From January 2021: For producers and processors of raw materials of animal origin. From June 2021: For all food producers and processors, including retailers. From June 2023: For all other food businesses.<\/p>\n

Control is carried out by the National Food Agency (NFA) through planned and unplanned inspections.<\/p>\n

What specific requirements does HACCP set regarding temperature?<\/h3>\n

HACCP is built on seven principles, and temperature figures in several of them:<\/p>\n

Determination of Critical Control Points (CCPs): These are the stages of production, storage, or transportation where temperature control is critical for product safety. For example, a restaurant refrigerator, a freezer warehouse, a unloading zone.<\/p>\n

Establishing critical thresholds:<\/strong> Specific temperature indicators, exceeding which constitutes a violation. For cold storage, this is usually no more than 5\u00b0C. For hot storage: not less than 60\u00b0C.<\/p>\n

Monitoring:<\/strong> Regular temperature measurement and documentation at critical points. The law does not specify whether the system should be automatic or manual. In practice, HACCP consultants (Safco, ISO Consulting and HS Leader) recommend Automated system<\/a>as the only way to guarantee data continuity and accuracy.<\/p>\n

Here a nuance is important.<\/strong> HACCP doesn't say \"buy specific equipment\". It says: \"You need to control parameters at critical points, record the results, and respond to deviations.\" The business chooses the control method. But if the NFA inspection finds that your control method does not ensure the continuity of records, or the records raise doubts about reliability, this qualifies as a violation.<\/p>\n

Corrective actions:<\/strong> What to do if the temperature exceeds the critical limit. HACCP requires that these actions be predetermined. For example: if the temperature in the chamber has risen above 5\u00b0C for more than 2 hours, the products must be checked and, if necessary, destroyed. Without a monitoring system, you don't know when the temperature started to rise and how long the product was in the \"danger zone\".<\/p>\n

Documentation:<\/strong> Maintaining records of temperature, time notations, and actions taken during deviations in logs. These logs are checked during NFA inspections.<\/p>\n

\"Server<\/p>\n

NFA fines: Specific figures<\/h3>\n

According to the Food Safety Code, the sanctions for violations are:<\/p>\n

1,000 GEL<\/strong> Fine for businesses with small (minor) status.<\/p>\n

From 3,000 to 5,000 GEL:<\/strong> A fine for serious violations, with the suspension of a specific production process until the non-compliance is eliminated.<\/p>\n

5,000 GEL<\/strong> Fine for failure to comply with NFA's order to remove or destroy products, plus suspension of activities.<\/p>\n

Additional fine from 600 to 1,000 GEL:<\/strong> For repeated violations of consumer information rules.<\/p>\n

It is important to understand the procedure. An NFA inspection can be scheduled (by schedule) or unscheduled (following a complaint, laboratory test results, or an incident). In the case of a scheduled inspection, the business receives advance notice. In the case of an unscheduled one \u2013 no. The inspector has the right to check temperature logs, storage conditions, equipment condition, and HACCP documentation.<\/p>\n

If the inspector discovers a violation, an order will be issued specifying the deadline for eliminating the violation. If the violation is not eliminated upon re-inspection, a fine will be imposed and activities may be suspended. The fine does not cancel the obligation to eliminate the violation. If the problem is not resolved, the inspection will be repeated, and the fine may be re-imposed.<\/p>\n

Combination for a restaurant or small warehouse \u00ab<\/span>Fine + Product disposal + Delay\u00bb<\/span> Easily exceeds 10,000 GEL per incident. For a network business with several facilities, the scale of losses is many times greater: a violation in one facility may trigger an inspection of all the others.<\/p>\n

\"HACCP<\/p>\n

Paper Magazine: Why It Doesn't Work<\/h3>\n

Formally, HACCP allows for manual temperature recording. In practice, a manual log creates several problems.<\/p>\n

Records are made intermittently. The cook or warehouse worker records the temperature two to three times a day. No one knows what happens between records. If the compressor stopped at 11:00 PM and the next record is at 7:00 AM, that's six hours. \u00ab<\/span>Danger zone\u00bb<\/span>\u00a0Remains unnoticed.<\/p>\n

Record tampering is possible. NFA inspectors know this. A logbook filled out with the same handwriting and the same readings for 30 consecutive days raises questions.<\/p>\n

Real-time notification is not available. A paper log records the fact, but does not warn. By the time someone opens the log and sees the deviation, the products may already be spoiled.<\/p>\n

The automated monitoring system solves all three problems: it records data continuously (every 1-15 minutes), prevents falsification (data is stored in the cloud with timestamps), and sends a notification at the moment of deviation, not during the next inspection.<\/p>\n

A specific example. A restaurant with an automated system shows the NFA inspector a report on their phone during an inspection: \u00ab<\/span>A specific example. A restaurant with an automated system shows the NFA inspector a report on their phone during an inspection:\u00bb<\/span> The inspector sees a continuous record with minute accuracy.<\/p>\n

A restaurant without a system receives a notebook in which the same numbers are written three times a day. \u00ab<\/span>+3\u00b0C\u00bb<\/span>. The inspector asks the question: \u00ab<\/span>What was happening from 10 PM to 7 AM?\u00bb<\/span> No answer.<\/p>\n

The difference isn't just in convenience. The difference is in how convincing your data is to the regulatory body.<\/p>\n

\"HACCP<\/p>\n

Who else is losing money without monitoring?<\/h2>\n

Winemaking: When the Degree Defines the Taste<\/h3>\n

Georgia: 8000 years of winemaking history, more than 500 grape varieties, the Qvevri method recognized by UNESCO. The traditional Qvevri method inherently ensures temperature stability: clay vessels buried in the ground naturally maintain a relatively constant temperature.<\/p>\n

But modern Georgian wineries, which work with stainless steel tanks and oak barrels, are directly dependent on temperature control.<\/p>\n

White wine fermentation temperature: 12-18\u00b0C. Red: 22-28\u00b0C. A 2\u00b0C deviation in either direction changes the flavor profile of the final product. For winemaking that builds a reputation on quality stability, this is no small matter.<\/p>\n

Temperature and humidity for cellar storage and aging: Optimal at 10-14\u00b0C with 60-80% humidity. Violation of the regime accelerates oxidation, causes mold formation, and damages corks.<\/p>\n

For a cellar with ten to twenty barrels, this is a controllable process. For a farm that simultaneously produces wine in tanks, ages it in barrels, and stores it in bottles, these are three different zones with three different temperature regimes. Controlling them manually, especially at night, is practically impossible.<\/p>\n

In Kakheti, the main wine region of Georgia, summer temperatures easily reach +35\u00b0C. Without automatic control, the wine cellar can overheat, and the owner may only find out about it several months later, with the altered taste of the wine, when it is already impossible to fix.<\/p>\n

Wine exporting farms in the EU and other regulated markets have an additional requirement: documenting storage conditions at all stages. Buyers and certification bodies require data on the temperature at which the wine was stored from fermentation to dispatch. An automated monitoring system with data export to PDF solves this problem.<\/p>\n

Innocom<\/span> Works with farms that export, scale, or use modern equipment. Monitoring qvevri winemaking, which is based on the natural stability of underground storage, is usually not required.<\/p>\n

A separate nuance is for farms that combine traditional and modern methods. Many Georgian wineries age part of their production in qvevri and part in stainless steel tanks. Qvevri does not require monitoring. Tanks and barrels do. A cellar that contains both qvevri and barrels still requires humidity and temperature control, as the storage conditions for barrels differ from those created by an underground qvevri.<\/p>\n

Another practical issue for exporters. European importers are increasingly requesting documentation on the storage and transportation conditions of wine. A PDF report from the monitoring system, containing data for the entire period from fermentation to shipment: this is an argument in negotiations, and not just a formality.<\/p>\n

Pharmacies and pharmaceutical warehouses<\/h3>\n

Medications, vaccines, and medical preparations are stored in a strictly defined temperature range. Violating the regime is not just a financial loss: it is a matter of people's health.<\/p>\n

GDP (Good Distribution Practice) requires continuous temperature recording at all stages of the supply chain. Pharmacy chains with dozens of branches (GPC, PSP, Aversi and others in Tbilisi) cannot rely on manual checks in each branch.<\/p>\n

The automated system allows you to see the status of all points on one screen and receive a notification in case of deviation in any of them. For regulatory inspection: data is stored in the cloud for at least 2 years and is available for export at any time.<\/p>\n

A separate issue is transportation. Medications are transported from the warehouse to the pharmacy under conditions that must also be controlled. If the temperature regime is violated during transportation, the batch may be declared unusable, even if everything was in order in the warehouse. For large pharmacy chains with their own logistics, monitoring storage and transportation conditions is a unified task.<\/p>\n

Server rooms: Summer in Tbilisi as a risk factor<\/h3>\n

Tbilisi summer: Average temperature in June-August +30-35\u00b0C, peak values up to +40\u00b0C. The air conditioner in the server room is working at maximum capacity. If it breaks down on the weekend, the temperature by Monday In the server room<\/a> It can rise to +40-50\u00b0C.<\/p>\n

Results: Server thermal shutdown, hard drive degradation (electronic component lifespan is halved for every 10\u00b0C increase in temperature), UPS battery damage, and in isolated cases, fire.<\/p>\n

ASHRAE standard recommends maintaining a server inlet temperature range of 18-27\u00b0C. If the outside temperature is +35\u00b0C and the air conditioner fails, this range is violated within hours.<\/p>\n

Moreover, server room: it's not just servers. It includes switches, uninterruptible power supplies, data storage systems, and a telephone exchange. All of this emits heat and is sensitive to overheating. For banks, logistics companies, hotels, and online retailers, one hour of server room downtime means lost transactions, an inaccessible website, or a blocked booking system. The cost of downtime depends on the business, but for a medium-sized company, it is thousands of GEL per hour.<\/p>\n

Additional risk: Humidity. At relative humidity above 60%, condensation forms on the device, leading to corrosion of contacts and short circuits. At humidity below 30%, static electricity increases. Humidity monitoring in a server room is no less important than temperature monitoring.<\/p>\n

After winter, air conditioners often do not undergo maintenance. Filters are clogged, freon is not filled, drainage is blocked. April and May: the right time to install a server room audit and monitoring system, before the start of the hot season.<\/p>\n

How Automated Monitoring Works<\/h2>\n

Sensor to call in 60 seconds<\/h3>\n

Industrial sensors are installed at critical points of the object:<\/strong>
Inside freezer chambers, on server racks, in greenhouses, and in electric fences.
The sensors are connected to the wired controller with a cable (Ethernet or RS-485).<\/p>\n

Why wired and not wireless?<\/strong>
Wired connection is more stable in conditions where the wireless signal may be unstable: metal walls of freezer chambers, interference from server equipment, and long distances in warehouses.
Industrial controllers are designed for continuous operation in harsh environments, unlike household wireless sensors.<\/p>\n

The controller collects data from all sensors and transmits it to the cloud platform.
To locations where wired internet is available \u2013 via Ethernet.
Remote sites where there is no internet (dams, farms, towers) \u2013 via 4G connectivity.<\/p>\n

Each controller has its own Uninterruptible Power Supply (UPS)<\/strong>.
This means that if the power goes out to the object, the system still continues to operate and send messages until the battery is depleted.<\/p>\n

If any parameter exceeds the established limit, you will receive SMS, email, or automated phone call in 60 seconds.<\/strong>
Not in the morning.
Not from an employee.
From the system.<\/strong><\/p>\n

What the system controls (and what it doesn't)<\/h3>\n

The system monitors the physical environment of the object: temperature, humidity, power supply, smoke, door opening, and UPS status.<\/p>\n

There is another feature that wireless solutions typically do not provide \u2013 Automatic restart of hung device (watchdog)<\/strong>.<\/p>\n

On remote objects where there is no staff (hydroelectric power plants, substations, pumping stations), equipment sometimes \u00ab<\/span>Hangs\u00bb<\/span> and needs to be restarted.
Watchdog module does this automatically<\/strong>, Without the engineer's visit.<\/p>\n

Only this function on such objects Saving thousands of lari per year<\/strong> resulting in reduced emergency exits.<\/p>\n

The system does not replace security alarms, video surveillance, or IT monitoring (control of servers, networks, software). It complements them, monitoring the physical conditions at the site.<\/p>\n

What to pay attention to when choosing a system<\/h3>\n

Not all monitoring systems are the same. The difference between a home Wi-Fi thermometer and an industrial system is about the same as between a home router and a corporate switch. Both \"work\", but under different conditions and with different reliability.<\/p>\n

Here are the questions to ask when choosing:<\/strong><\/p>\n

Wired or wireless connection? Wireless sensors are easier to install, but less stable in conditions of metal walls (refrigeration chambers), electromagnetic interference (server rooms), and long distances (warehouses, farms). For objects where monitoring downtime is costly, industrial wired controllers are more reliable.<\/p>\n

What happens during a power outage?<\/strong> If the system is powered from a wall outlet and does not have an uninterruptible power supply, it stops working in the event of a power outage, precisely when monitoring is most needed. The right system continues to operate and send notifications from the battery.<\/p>\n

How is data stored?<\/strong> For HACCP and regulatory inspections, a continuous history of data with timestamps is required, which is available for export. The data must be stored in the cloud and not on the device itself: if the device fails, the data must not be lost.<\/p>\n

Is there an auto-reply option available?<\/strong> For greenhouses: automatic activation of ventilation or heating when a threshold is reached. For remote objects: automatic reset of a jammed device. For refrigeration chambers: notification when doors are open longer than a set time.<\/p>\n

And last, but not least, the question:<\/strong> Who will service the system after installation? The sensors need periodic inspection and calibration. The batteries need to be replaced every few years. The controller may need software updates. If the company that installed the system does not offer service, the system may stop working properly in a year or two, and you will only find out about it during the next breakdown. Or during the next inspection.<\/p>\n

The advantage of working with an integrator (and not an equipment vendor):<\/strong> The integrator is responsible for the result, not selling the box. Innocom knows its clients' facilities inside and out because it has often built server rooms on them, set up networks, and configured equipment. Connecting monitoring to the existing infrastructure is faster and more accurate than working with a company that sees the facility for the first time.<\/p>\n

PDF report instead of paper journal<\/h3>\n

All data is stored in the cloud. You can see current indicators on the web panel and in the mobile application. History can be viewed for any period.<\/p>\n

For checking NFA and HACCP audits:<\/strong> Export data to PDF with one click. The report contains temperature readings with timestamps for the selected period. The inspector sees a continuous record and not selective manual markings.<\/p>\n

For internal analysis:<\/strong> Data exported to CSV for processing in spreadsheets. It is possible to track patterns: at what hours the temperature rises, how often the UPS works, which warehouse zones are the most unstable.<\/p>\n

\u10db\u10d0\u10d2\u10d0\u10da\u10d8\u10d7\u10d8:<\/strong> In the first two months of operation, the greenhouse farm owner discovered that the temperature in the far corner of the greenhouse was consistently 3\u00b0C lower than at the entrance. The reason: uneven air flow distribution. After reconfiguring the ventilation, the yield in this zone increased. Without continuous data, it would have been difficult to notice this pattern.<\/p>\n

For multi-entity businesses (restaurant chain, multiple warehouses, pharmacy chain):<\/strong> All data is displayed on one dashboard. The manager sees the status of each point in real time. If the temperature starts to rise on one of the objects, a notification arrives immediately, indicating the specific point and the specific sensor.<\/p>\n

Real projects in Georgia<\/h2>\n

Physical environment monitoring service: It is not a theoretical service. It works on real objects in Georgia.<\/p>\n

BTU (Georgian-American University):<\/strong> Monitoring of campus server rooms. Temperature, humidity, power, and access control, 24\/7. The university's IT infrastructure has continuous demands: educational systems, electronic library, administrative databases. Overheating of the server room during an exam session may paralyze the entire educational process.<\/p>\n

PS Energy (Energy Company):<\/strong> 12 remote objects. For each: monitoring of temperature, smoke, power supply, access, UPS status, plus automatic reboot of jammed devices. Objects without permanent staff, connection via 4G. This project clearly shows that physical environment monitoring is not just for refrigerators and servers. Energy facilities, substations, pumping stations need temperature, power and access control no less than a restaurant.<\/p>\n

Marshe Products (Food Production):<\/strong> Monitoring storage conditions at production facilities. Temperature and humidity reporting for regulatory inspections. Documenting storage conditions for food production is not just a convenience, but a legal requirement.<\/p>\n

Nikora (Retail chain):<\/strong> Monitoring storage conditions in retail outlets. One of Georgia's largest food chains with dozens of locations. When you don't have one store, but 30 or 50, manually checking each refrigerated display case is physically impossible. A centralized monitoring system allows you to see the status of all points on one screen.<\/p>\n

What is the cost of not having monitoring?<\/h2>\n

Here's a simple comparison.<\/p>\n

Monitoring system cost for a small object (restaurant, small warehouse, server room):<\/strong> Installation from 3,500 GEL plus a monthly subscription fee for service and monitoring.<\/p>\n

Cost of a single incident without monitoring:<\/strong><\/p>\n

For a restaurant: 3,000-8,000 GEL (spoiled products) plus NFA fine of 3,000-5,000 GEL plus possible suspension of activities. Total: from 6,000 GEL per incident.<\/p>\n

For the warehouse:<\/strong> Tens of thousands of lari (party disposal) plus disruption of deliveries to clients plus penalty sanctions under contracts.<\/p>\n

For the incubator:<\/strong> The cost of a lost batch of eggs usually exceeds the cost of the entire monitoring system.<\/p>\n

For server:<\/strong> Cost of downtime (thousands of GEL per hour for an average business) plus replacement of damaged equipment.<\/p>\n

One preventive incident justifies the entire system.<\/p>\n

For illustration:<\/strong> A monitoring subscription for a restaurant with three cameras is roughly equivalent to the value of two to three kilograms of good beef per month. However, the system protects the entire stock of products, the entire refrigerator park, 24 hours a day, 7 days a week. The ratio of cost to asset protected: approximately 1 to 50.<\/p>\n

The proportion is even more pronounced for the warehouse. Monitoring cost:<\/strong> A few percent of the value of the products stored in the warehouse at any given time.<\/p>\n

Frequently Asked Question:<\/strong> \"Could we just hire a night watchman?\" Maybe. But the watchman sleeps, the watchman may not notice the temperature rising, the watchman does not record data with minute accuracy. And a watchman is significantly more expensive than an automated system: a night employee's salary is several times higher per year than the cost of installation and subscription.<\/p>\n

How to get started: A step-by-step process<\/h2>\n

Launching the object monitoring system happens in several stages.<\/p>\n

Step 1: Object Audit<\/strong><\/p>\n

The specialist goes to the site and assesses: which parameters are critical, where the risk points are located, what infrastructure already exists (network, power supply, server room), what types of malfunctions are most likely. Based on the audit results, a technical task and cost estimate are formed.<\/p>\n

Innocom's existing clients (those who Server network or cable system<\/a> We built it), the audit is carried out faster: we already know the architecture of the object.<\/p>\n

Step 2: Design and Staffing
\n<\/strong>
\nBased on the audit, the hardware is selected: controller type, sensor set, data transmission method (Ethernet or 4G), the presence of an autonomous power source. The project takes into account the specifics of the object: for a restaurant it is one configuration, for a network of warehouses \u2013 another, for a remote hydroelectric power station \u2013 a third.<\/p>\n

The device is selected according to the task. We are not tied to one manufacturer: the configuration is built based on the object's requirements, and not according to what is in stock.<\/p>\n

Step 3: Installation and configuration<\/strong><\/p>\n

Sensor installation, cable laying, controller connection, configuration of limit values and notification channels. For a small object (restaurant, server room), installation takes 1-2 days. For distributed objects (chain of stores, several remote objects): 3-5 days.<\/p>\n

After installation, testing is performed: it is checked that all sensors transmit data, notifications are received, and the board displays correct values.<\/p>\n

Step 4: Launch and Monitor<\/strong><\/p>\n

It works automatically from the moment the system is launched. You can see the data on the dashboard and in the mobile application. Notifications arrive through configured channels.<\/p>\n

If you activate the monitoring subscription (MaaS), it includes: 24-hour automatic control, instant notifications, data storage, periodic reports for HACCP audits, sensor maintenance, and battery replacement.<\/p>\n

You can start with a one-time installation and add a subscription later. Or combine both formats at the same time.<\/p>\n

When to act?<\/h2>\n

April and May:<\/strong> Appropriate time. Summer in Tbilisi starts in June, and by this time, servers, refrigeration chambers, and greenhouses must be ready for peak loads.<\/p>\n

Why shouldn't we wait for summer?<\/strong> Because in the summer everyone is busy dealing with the consequences: broken air conditioners, overheated servers, spoiled products. Engineers are overwhelmed with emergency calls. Installation in quiet mode takes 1-3 days in April-May. In July, emergency installation after an incident takes just as long, but at the cost of nerves and after causing damage.<\/p>\n

There is an additional seasonal factor for restaurants and cafes:<\/strong> Summer tourist season. Tbilisi hosts hundreds of thousands of tourists from June to September. The workload of establishments is maximal, the volume of product purchases increases, and refrigeration chambers are working at their limit. If a camera breaks down at the peak of the season, the loss will be greater than in winter.<\/p>\n

For greenhouse farms:<\/strong> Spring is the beginning of the main vegetation season. A monitoring system, which will be installed before planting seedlings, protects the entire cycle from planting to harvesting.<\/p>\n

For wineries:<\/strong> Fermentation begins in the fall, after the harvest (Rtveli). It is worth setting up the system in advance so that it is tested and adjusted for the fermentation season.<\/p>\n

If you already have Innocom's IT infrastructure (server, network equipment, \"Cable systems<\/a>\"), connecting monitoring is faster: we know the object's architecture and can integrate sensors into the existing infrastructure.<\/p>\n

If the object is new:<\/strong> We start with an audit. A specialist goes to the site, identifies critical control points, selects equipment, and prepares a technical task and cost estimate.<\/p>\n

How to Implement Automated Monitoring: From Loss Prevention to Profit Protection<\/h2>\n

When the price of one night in Tbilisi without temperature control ranges from 3,000 to 8,000 GEL for a restaurant and reaches tens of thousands of GEL for a warehouse, the question \"Is a system needed?\" changes to the question \"Where to buy a temperature monitoring system that won't let us down?\".<\/p>\n

Why is it profitable for a business to order a solution in Georgia right now?<\/h3>\n

The physical environment control systems market in Georgia is transitioning from paper journals to digital standards. According to analytics, most local solutions are either functionally limited or difficult to install. The integration of Innocom's professional solution simultaneously addresses three critical needs:<\/p>\n

    \n
  1. Compliance with HACCP standards and NFA requirements: Report automation eliminates the risks of fines and business closure during inspections.<\/li>\n
  2. Instant reaction: you will learn about the temperature deviation within 60 seconds via Telegram or SMS, not in the morning when the products are already spoiled.<\/li>\n
  3. Optimizing labor costs: Staff no longer spend time on manual measurements every two hours \u2013 the system does this around the clock with an accuracy of 0.1\u00b0C.<\/li>\n<\/ol>\n

    How much does implementation cost and how is the price formed?<\/h3>\n

    If you are planning to order a humidity and temperature control system, it is important to understand that investments in equipment usually pay off during the first preventive incident in a server room or refrigeration chamber.<\/p>\n

    Monitoring system price<\/strong> Depends on:<\/p>\n