Application Ecosystem for Efficiency and Risk Management in Construction

Construction

USA

Challenge: A US client, a leader in industrial construction consulting, identified a critical problem: nearly 98% of construction megaprojects exceed budget or schedule due to a lack of precise data and improper staffing. The client needed a digital ecosystem to replace “firefighting” with proactive planning based on mathematical workforce performance models and risk analysis.

Tecne Solution: We designed and implemented a comprehensive suite of web applications that digitize management processes on construction sites ranging from 10,000 to 15 million man-hours.

• Strategic Planning Tools: We created the Duration Risk Guide application, which visualizes schedule risk using a “Cone of Certainty,” and a Project Management Dashboard for tracking cost KPIs in real-time.
• Workforce Efficiency: We built unique tools for objective employee assessment (Efficiency App, Pipe Welder Productivity), which generate precise Performance Factors based on tests and work results.
• Digital Wallet: We developed a digital professional passport for workers, storing their certificates and verified performance results, facilitating recruitment.
• Operational Optimization: The Supervisor Planner application generates manpower loading curves and daily plans, while Crew Mix Optimization allows for building teams with the ideal cost-to-skill ratio.

Result: We delivered technology that is revolutionizing the Industrial Construction market in the USA. These tools allow the largest construction firms to scientifically optimize labor costs and drastically reduce the risk of delays in investments worth billions of dollars.

Heterogeneous Robot Fleet Management System

Autonomous Mobile Robotics

USA

Challenge: The client was seeking an FMS (Fleet Management System) class solution that would allow for central management of a diverse fleet of autonomous robots in logistics environments. The key problem was coordinating the movement of multiple machines from different manufacturers in real-time, avoiding deadlocks, and dynamic task assignment.

Tecne Solution: We created an operational “brain” for the entire fleet – an advanced backend system for robot orchestration.

• Traffic Control: We implemented traffic management algorithms that dynamically determine routes, preventing collisions and congestion in narrow corridors.
• Task Dispatching: The system intelligently assigns missions to robots, taking into account their specifications, location, and battery status.
• Interoperability: We developed a communication layer compliant with industry standards, enabling the integration of machines from different vendors into a single cohesive ecosystem.

Result: A scalable platform that transforms a group of individual robots into a coordinated, efficient “swarm,” drastically increasing operational efficiency.

Comprehensive Engineering of an Autonomous Mobile Robot

Autonomous Mobile Robotics

USA

Challenge: A client operating in the robotic hardware sector needed a partner to create an engineering design for a new class of AMR robot from scratch. The challenge was “hard engineering” – designing a machine compliant with rigorous safety standards capable of working in an industrial environment, while maintaining a competitive production price (BOM) and modern design.

Tecne Solution: As special task engineers, we took responsibility for the complete product R&D process.

• Hardware Design: We designed the complete physical architecture of the robot – from selecting motors and the drive system (hidden wheels, casters for stability), through the power system (BMS integrated with charger, 24V bus), to the mechanical construction of the frame and housing.
• Safety Critical System: We implemented a multi-level safety system. We used two safety lidars in the corners (360-degree coverage), physical bumpers, and a 3D camera system for “soft” obstacle detection. Everything is integrated with a certified safety circuit (Safety PLC/Relays), guaranteeing immediate stopping (E-Stop).
• Software Stack: We developed a concept for firmware and software based on an industrial computer, integrating navigation (SLAM, UWB), fleet management, and an HMI interface (touch screen).

Result: We delivered complete design documentation for the robot. The client received a “tailor-made” product that combines maneuverability, industrial safety, and unique design, ready to compete in the US market.

IoT Platform for Thermal Energy and Utility Management

Energy / Construction / IoT

Latvia

Challenge: An energy operator serving the Baltic markets needed a highly scalable, multi-tenant system for remote reading, monitoring, and billing of heat, water, and electricity consumption. The system had to handle thousands of geographically distributed sensors, process data in real-time, and make it available in the form of transparent reports for property managers and tenants.

Tecne Solution: We created a powerful IoT portal serving as a central hub for the client’s metering infrastructure.

• Complex Data Architecture: The system supports a deep hierarchical structure: Organization -> Building -> Heating Node -> Apartment Group -> Apartment -> Sensor. This allows for extremely precise attribution of consumption to a specific tenant, pipe segment, or common area.
• Sensor Agnostic & Virtual Sensors: The platform integrates data from various types of meters (heat meters, water meters, electricity meters, CO2) transmitted via IoT / MQTT gateways. We implemented a unique concept of “Virtual Sensors” which ensure continuity of historical data and calculations even in the event of a physical measuring device replacement.
• Advanced Analytics and Reporting: The system generates advanced consumption charts, heat maps, and automatic, cyclical billing reports. We implemented a diagnostic module that allows viewing raw data frames to resolve low-level issues.
• Security: Access to the administration panel is secured by VPN tunneling and a rigorous permission system (RBAC).

Result: The client gained an Enterprise-class tool that automated the utility billing process in hundreds of buildings, eliminating human error, detecting leaks in real-time, and ensuring full transparency for end-users.

Intelligent RV Control System (Smart RV)

Automotive

Germany

Challenge: A German manufacturer of luxury campers and expedition vehicles was looking for a solution that would turn their vehicles into “smart homes on wheels.” The goal was to create a system integrating all vehicle components (energy, lights, fluid levels) into one intuitive application, eliminating outdated analog switches.

Tecne Solution: We implemented our proprietary technology (based on CyberCamp solutions), creating a complete digital vehicle ecosystem.

• Total Integration (Hardware & Software): The system manages energy (solar panels, DC/AC inverters, DC/DC chargers, hotel batteries), climate control (smartVent&Heat automation based on temperature and humidity sensors), and lighting (independent dimmers for each point).
• Connectivity & Remote Access: The vehicle is constantly connected to the network (5G/WiFi Router), enabling remote diagnostics and control from anywhere in the world via a private proxy server and VPN.
• Safety and AI: We applied a “safeMe” module with motion sensors (IMU), gas detection (CO/CO2), and a vision system (up to 4 cameras) with motion detection. The system predicts energy consumption and warns the user about battery discharge (Smart Alerts).
• User Experience: The driver controls the entire vehicle from a dashboard-integrated touchscreen (Digital Dashboard) or a dedicated mobile app.

Result: We created the “Tesla of campers.” The client introduced a vehicle to the market that is a decade ahead of the competition technologically, offering users unprecedented comfort, automation, and travel safety.

Comprehensive Traffic Signal Supervision System for a Metropolis

Transport / Smart City / Critical Systems

Poland

Challenge: The road authority of a large Polish agglomeration needed a modern tool to supervise hundreds of intersections with traffic lights. The system had to integrate data from various types of controllers, visualize it on a map in real-time, and enable immediate reaction to critical failures.

Tecne Solution: We designed and implemented an ITS (Intelligent Transport Systems) class system with high availability.

• Real-time Monitoring & Mapping: The system visualizes controller statuses on an interactive map, intelligently grouping them into clusters for readability at large scales. Each intersection can be created by the user in a very advanced and fully dynamic graphical editor built into the system.
• Digital Twin of the Intersection: The operator has a view of the “live” controller operation diagram (phases, signal groups in real-time) and a visualization on a map background (reflection of lights turning on in the intersection graphic).
• Hardware Integration: We developed communication protocols with controllers and engineering terminals, enabling remote reprogramming and diagnostics of the intersection without sending a crew into the field.
• Service and Fault Module: An integrated system for reporting faults, equipment inventory, and supervising the opening of control cabinets, automating the workflow of technical services and the police.

Result: Thanks to the Tecne solution, the reaction time to signal failures has been drastically shortened, and the road manager gained full, remote control over critical infrastructure, directly translating to traffic flow and resident safety.

Intelligent Bicycle Traffic Analytics Platform

Transport / Smart City / Sustainable Urban Development

Poland

Challenge: One of the Polish metropolises needed a modern tool to monitor sustainable transport. The goal was to create a system aggregating data from a network of bicycle counters (totems) distributed in the field to analyze trends and make decisions about infrastructure development.

Tecne Solution: We created a comprehensive ecosystem consisting of a web application for administrators and a mobile application for residents and officials.

• IoT & Connectivity: We designed a secure communication architecture with field devices (totems) via a private VPN network.
• Advanced Analytics: The system offers fully configurable dashboards with widgets, allowing visualization of historical data (up to 365 days back with minute resolution) and generation of traffic volume reports in various time frames.
• Cross-Platform UI: Parallel implementation of a consistent, modern UI interface for desktops and mobile devices, enabling access to analytical data both in the office and in the field.

Result: Implementation of a tool that turns raw, scattered data from counters into useful knowledge. The city gained hard data for planning new bicycle paths, and residents gained insight into route popularity.

Desktop System for Legal Process and Document Management

LEGALTECH & PROCESS MANAGEMENT

Germany

Challenge: The client needed a dedicated, highly efficient system to handle the process of managing objections and responses. A key requirement was working on huge datasets, file security, and independence from a constant internet connection.

Tecne Solution: We designed a Desktop application using a modern technology stack (Electron, Angular, SQLite), combining the convenience of web technologies with the performance of a native application.

• Data Security: We implemented an advanced local file encryption system, minimizing the risk of unauthorized access in case of physical loss of the data carrier.
• Process Digitization: The system handles the full document lifecycle – from import, through preview with interactive annotations (highlighting sections), to generating responses and reporting task statuses.
• Performance: Thanks to the use of a local SQLite database, the application instantly processes thousands of records, offering advanced filtering, sorting, and data export without network delays.

Result: We created a hermetic, secure work environment for lawyers and officials, which drastically accelerated document processing, eliminating chaos and the risk of procedural errors.

Child on Tour – System for Transporting Disabled Children in Urban Areas

Smart City

Poland

Challenge: A public municipal carrier needed a system to manage the logistics of transporting disabled children to schools. Key requirements were passenger safety, certainty about their location, and seamless communication on the Driver – Parent – School line.

Tecne Solution: We created a three-element ecosystem of mobile and web applications, operating in real-time. Modeled after popular “Uber”-type platforms.

• Driver App: A navigation and operational tool. The driver receives an optimized route, a list of passengers to pick up, and with one click reports statuses (“I am on site”, “Child picked up”).
• Parent App: Gives guardians peace of mind. Allows tracking the bus position on a map, receiving notifications about the child’s arrival at school, and reporting absences.
• Dispatcher/School Panel: A command center allowing for route planning, fleet management, and verification of driver working time.

Result: Digitization of the special transport process. Full transparency of transfers, elimination of paper documentation, and – most importantly – increased safety for the youngest passengers.

Innovation Ecosystem

Smart Aviation

Challenge: One of the most ambitious infrastructure projects in the world – required a vision of total automation. The investor sought a partner to develop a strategy for deploying thousands of autonomous robots that would take over passenger and operational processes in the new terminal.

Tecne Solution: We developed a detailed innovation strategy, defining technical, operational, and infrastructural requirements for a fleet of over 10 different types of autonomous devices.

• Passenger Experience: We designed the deployment of autonomous wheelchairs, smart strollers, and revolutionary baggage robots. A key element was planning a fleet of several thousand smart baggage carts that return to docking points on their own.
• Operations and Maintenance: We defined systems for autonomous cleaning robots, smart self-emptying trash cans, and parking robots automating vehicle relocation.
• Security: We developed a concept for autonomous perimeter patrols and hazardous material detection systems.
• Infrastructure: We planned the placement of charging stations (Opportunity Charging) and operational zones, integrating them directly with the building architecture.

Result: A “Masterplan” for the robotics of the airport of the future. Documentation defining not only “what” but “how” to implement, containing Flow Analysis, Fleet Sizing estimates, and spatial requirements, serving as input for the architectural design of the terminal.

Central Internet Service Quality Monitoring System

GOVERNMENT ADMINISTRATION & TELECOMMUNICATIONS

Poland

Challenge: The national telecommunications regulator needed a comprehensive system concept allowing for certified measurement of internet access service quality. The challenge was to design an architecture compliant with European guidelines (BEREC) capable of handling millions of measurements from end-users while ensuring legal data irrefutability.

Tecne Solution: We conducted a deep pre-implementation analysis and designed a Big Data class system architecture.

• Measurement Architecture: We developed specifications for hardware probes, mobile and desktop applications, and a central analytical system collecting measurement results.
• e-Service for the Citizen: We designed business processes for a public portal giving consumers a certified tool to verify contracts with internet providers. We designed the complete graphical interface of the e-service.
• Compliance: We ensured project compliance with rigorous legal and technical standards by designing anti-fraud mechanisms to detect attempts to falsify results.

Result: Complete analytical and design documentation (“Blueprint”) for a system of national importance, forming the foundation for implementing a mechanism protecting the rights of millions of telecommunications service consumers.

Secure Data Warehouse and Medical System

DEFENSE SECTOR & BIG DATA

Poland

Challenge: A client from the defense sector needed a system to collect, process, and analyze sensitive medical data. The priority was absolute data security, performance with a large number of records, and compliance with rigorous military procedures.

Tecne Solution: We designed and implemented an Enterprise-class system.

• Data Warehousing: We created an efficient data warehouse capable of aggregating information from multiple distributed sources.
• Digital Forms: We replaced paper circulation with a secure electronic forms system integrated with a central database.
• Security First: The system architecture was designed according to the highest ICT security standards, with full access auditing and data encryption.

Result: A modern, digital system supporting medical processes in structures of critical importance to state security.

Advanced R&D in Image Processing

HIGH-TECH & COMPUTER VISION

Japan

Challenge: A Japanese technology partner providing security solutions faced the problem of declining facial recognition system effectiveness in difficult environmental conditions. Key issues included: extreme lighting (e.g., strong colored neon lights), partial face occlusions (e.g., by hair), and motion dynamics in video footage.

Tecne Solution: Our research team conducted comprehensive studies and implemented a proprietary Image Enhancement Pipeline.

• Adaptive Algorithms: We developed a system that dynamically analyzes the brightness and characteristics of the video frame, selecting the appropriate processing path (Dark/Bright Pipeline).
• Advanced Signal Processing: We implemented techniques such as contrast analysis in color space and white balance algorithms to neutralize the impact of adverse lighting.
• Empirical Verification: We created a dedicated research tool that allowed testing thousands of face pairs in various scenarios (red/blue light, occlusions), providing statistical data confirming the effectiveness of optimization in low-light conditions.

Result: We delivered not just code, but complete “know-how.” Our research allowed the client to optimize their biometric systems, making them more resilient to variable real-world conditions and increasing authorization precision where standard solutions failed.