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Unleash real added value with IoT (Internet of Things)
Transform your business with IoT solutions
The Internet of Things (IoT) is fundamentally changing the business world. With an expected 29 billion connected devices by 2030, IoT is becoming a key driver of efficiency and outstanding customer experiences. At valantic, we help you leverage IoT to optimize operations, create sustainable value and develop future-proof business strategies in a connected world.
IoT – software, consulting, impact
IoT for measurable results
We are experts in software development & consulting. We combine strategy, architecture and implementation to build IoT solutions that deliver sustainable value – secure, scalable, measurable. With over 29 billion connected devices by 2030, IoT is shaping entire industries. We make sure that it is reflected in your results.
From strategy to operation: end-to-end responsibility
Secure & scalable: from the device to the cloud
Time-to-value: fast piloting, clear KPIs
Contents
Welcome to a connected future
Whether agriculture, healthcare or urban development – IoT is changing the rules of the game. We work with you to develop a customized IoT strategy tailored to your business goals. Not just technology, but solutions with real impact – secure, scalable, sustainable.
Industries we support with IoT
Agriculture
IoT sensors and drones measure soil quality, moisture and animal health in real time – for precise management and optimized use of resources. We offset high investment and complexity costs with scalable solutions.
Life Sciences & MedTech
Networked medical devices and automated laboratory processes increase efficiency and quality of care - with data security & compliance as the top priority.
Sustainability
Transparency on energy & emissions in real time: IoT helps significantly reduce your environmental footprint – while giving you a clear view of electronic waste and energy consumption.
Mechanical Engineering
Monitor machines delivered worldwide in real time, automate maintenance, analyze performance - with flexible, standardized architectures.
Manufacturing
The smart factory: sensors and systems communicate in real time; data optimizes processes - less waste, higher quality.
Smart Cities
Traffic flow, energy efficiency, environmental protection: integrated systems deliver better services - from smart lighting to intelligent waste management.
Buildings
Intelligent heating, lighting and security systems increase energy efficiency and comfort. The crucial factor is the integration of existing building technology.
Transportation
Fleet management & public transport benefit from real-time data, predictive maintenance and intelligent control - for safety, efficiency and sustainability.
Utilities
Smart grids enable flexible load distribution, savings and the integration of renewable sources - grid expansion remains a key task.
Service & maintenance
Remote monitoring, real-time diagnostics and automated operations make services more efficient – but they also require upskilling your teams. We provide comprehensive support.
Our IoT services
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1
Strategy development
- Roadmaps that link IoT initiatives directly to business goals
- Operating model & KPI framework
- Value hypotheses, prioritization, business case & governance
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2
Technological implementation
- Secure IoT architectures for edge, cloud & integration
- Device onboarding & OTA
- Data platform & stream processing
- Security by design
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3
Application development
- Customized, compliant IoT applications
- UIs, APIs & workflows
- AI models & MLOps
- Testing, observability & SRE
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4
Optimization & operation
- Continuous development, SLAs, FinOps
- Lifecycle management, scaling & resilience
- Cost & performance monitoring
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5
IoT security services
- Threat Modeling & Hardening
- Zero Trust & PKI
- Compliance & Audits
IoT use cases with measurable impact
Predictive maintenance
Key Applications
Prediction of the remaining service life (RUL)
We help you to predict the maintenance requirements of your systems and avoid unplanned downtime.
Anomaly detection
Our tools detect problems at an early stage by analyzing real-time data.
Root cause analysis
Identify causes of errors to prevent future problems.
Advantages
Our solutions prevent costly interruptions.
Early problem detection extends the service life of your systems.
We identify sources of danger and create a safe working environment.
Optimum performance of your devices through continuous monitoring.
Plan maintenance optimally to minimize disruptions.
Regular monitoring ensures production standards.
Case study: Medical device services
- Client: A leading global medical technology company with devices in over 70 countries.
- Goal: Development of a RUL prediction model for precise maintenance planning.
- Solution: We developed a model based on historical device data.
- Result: Improved device reliability and reduced unplanned downtime, which strengthened patient care.
Quality assurance
Raise standards
IoT revolutionizes quality control. With intelligent cameras and sensors, we help companies to maintain high standards in their production processes.
How IoT improves quality control
- Visual inspection: High-resolution cameras detect faults before they reach the customer.
- Data management: Real-time analyzes help to rectify problems immediately.
- Automated quality reports: IoT platforms generate reports that highlight trends and support decision-making.
Advantages
- Immediate feedback: Real-time updates on product quality.
- Fewer rejects: Early defect detection reduces waste.
- Continuous improvement: Use data to optimize processes.
- Automatic compliance: Effortlessly meet industry standards.
Smart Manufacturing
Smart manufacturing is at the heart of the digital transformation in industry. It uses IoT, AI and big data to create an intelligent network in which machines, systems and people communicate in real time, analyze data and make autonomous decisions.
Advantages
Efficiency
Automated processes minimize downtimes.
Flexibility
Quick adaptation to market changes.
Cost reduction
Lower energy consumption and operating costs.
Safety & Quality
Permanent monitoring ensures the highest standards.
Key technologies
IoT & data analysis
Real-time data optimizes machine performance.
AI & Machine Learning
Systems learn and improve independently.
Cyber-physical systems
Integrate digital and physical processes.
The introduction of smart manufacturing requires strategic planning, the integration of legacy systems and employee training to adapt to the new technologies.
Asset Management
IoT is transforming asset management through real-time monitoring, predictive maintenance and smarter resource allocation. Companies optimize processes, reduce costs and improve service quality.
This is how IoT creates added value for asset management:
Real-time monitoring extends the service life of assets.
Predictive maintenance prevents unexpected breakdowns.
Maintenance only as required saves time and resources.
Real-time data enables efficient resource allocation.
Real-time updates improve service speed and quality.
IoT protects data and ensures physical and digital security.
Connected Products
Strengthen customer loyalty
Smart connected products use the Internet of Things (IoT) to connect devices together, enabling real-time data sharing, analysis and decision making or the implementation of actions based on this data. These products offer companies valuable insights and the opportunity to optimize processes and services.
Key functions
- Connecting machines: Linking on-site machines to create tangible customer benefits
- Remote monitoring: Keeping an eye on products and services in real time
- User Insights: Collecting user data to improve offerings
- Automated updates: Keep products up to date at all times – with minimal effort
Advantages
Increased availability
Less downtime thanks to predictive maintenance.
Cost savings
Lower operating and maintenance costs.
Better decision-making
Data-based insights for process optimization
Personalization
Products can be better tailored to individual customer needs
Sustainability & energy management with IoT
The Internet of Things (IoT) is essential for advanced energy management. In the face of rising energy costs and strict EU sustainability regulations, companies are using innovative technologies to monitor their energy consumption and effectively reduce CO₂ emissions. By combining sensors, modern infrastructure and artificial intelligence (AI), companies can efficiently control and optimize their energy use, increasing overall efficiency and minimizing emissions. IoT also supports the integration of renewable energies and facilitates forward-looking solutions in the field of e-mobility.
Use cases
- Energy efficiency in production: IoT enables precise monitoring and optimization of the energy consumption of machines, including automatic shutdowns and the use of favorable energy times to specifically reduce costs and emissions.
- Integration of photovoltaics: The combination of IoT and PV systems allows companies to effectively integrate renewable energies into production and thus significantly reduce overall consumption.
- Building management: IoT sensors monitor lighting, temperature and air quality in real time, thereby sustainably optimizing energy consumption in buildings.
- E-mobility: IoT controls and monitors charging stations for electric vehicles in real time, ensuring efficient energy use and reliably reducing peak loads.
Optimized service processes and new business models
Service and maintenance are key drivers for IIoT products and solutions. Due to existing cost structures, staff shortages and increasingly complex systems, the pressure to optimize is growing considerably.
By using IIoT-based predictive models, companies can reduce service calls by around 30% by proactively predicting problems and fixing them remotely before failures occur. Our IIoT experts optimize service processes by connecting machines and analyzing condition data, which improves maintenance planning and first-time fix success rates.
Continuous condition monitoring and advanced data analytics create new business models such as extended service contracts, predictive maintenance with guaranteed availability and pay-per-use models. These offer additional revenue opportunities and strengthen customer loyalty. With valantic’s expertise, companies can successfully implement their IoT strategies.
Connected vehicles
Hundreds of networked sensors and newly developed HPCs (High Performance Computers), in combination with advanced telecommunications standards such as 5G, 5G+ and 6G, open up completely new possibilities for using vehicle data in real time.
This data is valuable both for drivers and for various business models. It forms the basis for an optimized driving experience, autonomous driving and interaction with other road users and the surrounding infrastructure. Connectivity, safety and the development and integration of functions in Vehicle2X applications are therefore key factors for future progress.
We specialize in the development of deeply integrated functions that access all the necessary sensors and control units in the vehicle.
Our partners
Our customers
