Enterprise IoT capabilities from strategy to optimization

The client lacked real-time asset visibility, leading to inefficiencies, higher costs, and compliance challenges.

Indoor geolocation using low-power asset trackers with LoRaWAN/BLE for 1–3m accuracy. Integrates with the client's alerting and inventory systems.

Enables real-time asset tracking, reduces losses, ensures compliance, and improves operational efficiency.

Healthcare staff lose time locating assets, delaying care and risking non-compliance.

Easy-to-deploy RTLS solution using Kontakt sensors, badges, and plug-in gateways with a cloud app for real-time tracking of assets and staff.

Improves care efficiency, reduces asset loss, ensures compliance, and optimizes asset utilization.

Lack of real-time asset visibility, leading to delays, increased costs, and compliance risks.

GPS/GNSS-based tracking with global coverage, condition monitoring, and dashboard integration.

Real-time tracking, reduced asset loss, enhanced compliance, and improved efficiency.

Temperature-sensitive goods are at risk due to lack of real-time monitoring and compliance issues.

An all-in-one sensor tracks temperature, humidity, and location, offering real-time alerts and compliance reports via Cat M connectivity.

Ensures product integrity, facilitates compliance, reduces waste, and improves efficiency.

Workers in hazardous environments face safety risks, delayed emergency responses, and compliance challenges.

Wearable location trackers with real-time monitoring, man-down/SOS alerts, and geofenced safety zones for rapid emergency response.

Boosts worker safety, accelerates emergency response, ensures compliance, and reduces accidents.

Inefficient route planning, lack of real-time fleet visibility, safety risks, and compliance challenges.

Real-time fleet tracking for efficiency, safety, and compliance with global connectivity via a single SIM.

Boosts efficiency, safety, and decision-making, and simplifies compliance.

Difficulty monitoring location-based activities, unauthorized access, and missed opportunities for location-specific promotions.

Uses GPS or RF fingerprinting to create virtual boundaries for real-time monitoring and automated actions based on location.

Improves security, operational efficiency, and customer experiences, and ensures compliance with location-based regulations.

No real-time visibility into energy or utility usage from legacy or uninstrumented meters; manual data collection is slow, error-prone, and expensive to upgrade.

Non-intrusive optical readers use OCR to capture meter/gauge data in near real-time without modifying equipment, enabling automated insights.

Minimizes damage, supports conservation planning, maintains asset value, and may qualify for insurance incentives.

Inefficient energy usage and high costs due to lack of real-time data and outdated manual readings.

Retrofit optical readers deliver real-time data from any meter without hardware changes, enabling alerts and insights.

Helps manage energy goals, improves anomaly detection, boosts data accuracy, and reduces operational costs.

Sensitive goods are at risk due to temperature fluctuations, manual tracking is inefficient, and lack of real-time visibility creates compliance challenges.

Sensors provide real-time temperature and humidity tracking with alerts and optional location data.

Prevents spoilage, supports regulatory compliance, improves efficiency, and enables energy savings through better temperature control.

Unsecured doors create security risks, energy loss, and audit challenges, while manual checks are inefficient.

All-in-one device for accurate RFID reading with seamless integration into inventory and scheduling systems.

Improves security, reduces energy waste, supports compliance, and simplifies facility monitoring.

High costs from water damage, delayed leak detection, lack of remote shutoff, and limited access to usage data hinder conservation and control.

An IoT-enabled water mitigation system provides real-time leak detection, remote shutoff, and usage insights for effective water management.

Tracks usage accurately in real time, detects issues faster, supports sustainability goals, and avoids retrofit costs.

Poor indoor air quality impacts occupant health, reduces productivity, and complicates compliance and HVAC efficiency.

IoT air-quality sensors continuously monitor CO2, particulates, temperature, and humidity, sending real-time data to a centralized system for alerts and action.

Improves occupant health and productivity, supports compliance, and enhances HVAC efficiency.

Harmful gases and particles threaten safety, compliance, and product quality.

Our IoT sensors detect environmental hazards in real time for rapid response.

Protects people, products, and operations while supporting compliance and sustainability.

Delayed emergency response and lack of discrete alert mechanisms compromise safety and compliance in facilities.

IoT-enabled panic buttons trigger instant alerts to security systems, enabling rapid response and feedback on facility conditions.

Faster emergency response, enhanced safety, regulatory compliance, and improved staff and visitor assurance.

Inefficient waste collection, overflowing bins, lack of segregation, and poor resource utilization.

Ultrasonic sensors monitor waste levels in bins, optimizing collection routes and improving waste segregation with real-time data sent to a centralized system.

Reduced operational costs, enhanced sustainability, improved waste management, and better resource allocation.

Manual tank level checks are time-consuming, imprecise, and can lead to overflows or interruptions in the supply chain.

Ultrasonic sensors provide accurate, real-time liquid level measurements, sending data to a centralized system for immediate action.

Prevents spills, enhances operational decisions, reduces labor costs, and aids in regulatory compliance.

Unauthorized access, asset tampering, and increasing security compliance requirements pose significant risks.

Sensors detect tampering in real time and send instant alerts for quick intervention, strengthening asset security.

Improved asset protection, faster response to tampering, better compliance with regulations, and reduced risk of data loss or damage.

Data silos, unplanned downtimes, and lack of insights hinder operational efficiency and innovation.

A digital twin creates a virtual replica of physical assets, enabling real-time monitoring, simulation, and predictive analytics for improved operations.

Unified data, risk-free testing, optimized operations, enhanced uptime, and innovation-driven sustainability.

Unplanned machine failures lead to downtime, safety risks, revenue loss, and inefficient resource use.

TEKNIKOZ's IoT-enabled predictive maintenance uses sensor data and ML models to detect failure risks early and trigger proactive action.

Minimizes downtime, optimizes resource usage, improves safety, and enables risk-based insights for insurers and operators.

Manual PPE checks are error-prone and delay response, increasing safety and compliance risks.

TEKNIKOZ's IoT-driven computer vision ensures real-time, privacy-safe PPE compliance monitoring with automated alerts and CMS integration.

Boosts workplace safety, reduces compliance risk, lowers inspection costs, and enables audit-ready reporting.

Manual defect inspection is slow, inconsistent, and prone to errors, leading to quality issues, customer returns, and compliance risks.

TEKNIKOZ's IoT-driven visual inspection uses computer vision and edge compute to detect microscopic defects in real time, improving accuracy and traceability.

Improves quality, cuts defects, ensures compliance, and lowers costs.

Poor space utilization, safety risks from overcrowding, and compliance challenges due to inaccurate occupancy data.

IoT-enabled computer vision and sensors track real-time occupancy, enabling safe, efficient space usage while ensuring privacy compliance.

Optimized space and energy use, improved safety, regulatory compliance, and better customer experience.

Siloed OT/IT systems hinder data flow, create inefficiencies, and pose security and compliance risks.

TEKNIKOZ enables secure, IoT-driven OT-IT integration to streamline operations, ensure compliance, and enhance real-time data sharing.

Boosts efficiency, reduces security risks, and ensures governance across connected industrial systems.

Organizations face high energy costs, inefficient HVAC usage, limited visibility, and growing pressure to meet sustainability and compliance goals.

TEKNIKOZ's IoT HVAC solution uses sensors for real-time insights, enabling predictive maintenance, energy efficiency, and BMS security.

Reduces energy costs, enhances occupant comfort, extends HVAC lifespan, ensures compliance, and supports sustainability targets.

Manufacturers need ultra-precise tracking of tools, robots, and AGVs to reduce human error and improve quality, but current UWB systems lack stability and are hard to calibrate.

TEKNIKOZ's IoT solution tracks assets with sub-millimeter precision for AR/VR training and error prevention.

Enhances training, reduces errors, improves safety, and enables process optimization.

Mis-picks lead to waste, fines, and poor customer satisfaction; manual processes lack accuracy and traceability.

IoT-enabled computer vision verifies SKU picks in real-time and includes process redesign for easy adoption.

Fewer errors, improved efficiency, better customer satisfaction, and a full audit trail.