Robotics Integration
into Business Digital Infrastructure
At Unibot, we take a comprehensive approach. Our goal is not just to sell equipment, but to effectively integrate it into business processes. We implement solutions that embed robotic platforms into processes, systems, and the customer's IT infrastructure.
Areas of Application
Robot integration across various industries — from manufacturing to entertainment
Integration as a Core Value
A robot only delivers real value when it becomes part of the company's digital infrastructure. Unibot specializes in deep integration of robotics with customer IT systems, ensuring seamless processes and controllability.
Integration is not just about connecting equipment to the network; it's comprehensive work to embed robotic platforms into existing business processes while maintaining all safety and efficiency standards.
- ✓Reliable interaction with corporate systemsTwo-way data exchange with ERP, WMS, MES in real-time
- ✓Autonomous navigation and controlSLAM technologies, mapping, adaptive behavior
- ✓Adapted behavior scenariosProgramming for specific business tasks and processes
- ✓Visualization and analyticsReporting, performance monitoring, predictive analytics
Key Integration Directions
Three essential components of successful robotization
Integration with Business Systems
We connect robots with corporate management systems, creating a unified information space. The robot becomes a full participant in business processes.
- ERP — enterprise resource planning, production scheduling
- CRM — customer process management, service operations
- WMS/MES — logistics, warehousing, manufacturing operations
- IoT and SCADA — sensor data collection, equipment monitoring
- BI Platforms — business analytics and data visualization
Result: The robot becomes part of the digital ecosystem — data, tasks, and reporting flow into centralized processes.
Autonomous Control and Navigation
Unibot develops solutions for autonomous robot movement in complex and dynamic environments without prior infrastructure preparation.
- SLAM Technologies — simultaneous localization and mapping
- Autonomous Movement — route planning with obstacle consideration
- 3D Mapping — detailed maps of premises and objects
- Safe Navigation — detection and bypass of people and equipment
- Adaptive Behavior — reaction to changes in dynamic conditions
Advantage: Stable autonomy on open areas and in enclosed industrial spaces without magnetic tapes or QR codes.
Robot Fleet Management Systems
A robot fleet requires centralized management. We develop platforms for coordinating the work of multiple robots.
- Status Monitoring — tracking all robots in real-time
- OTA Updates — remote software updates without downtime
- Task Management — route distribution from a single panel
- Performance Analytics — productivity and uptime reports
- Predictive Maintenance — forecasting failures in advance
Scalability: The system works with one robot or swarms of hundreds of units.
How We Implement Integration
Transparent process from analysis to launch
Business Task Analysis
Deep analysis of current processes, formation of technical requirements and KPIs. Determination of integration points.
Solution Architecture
Designing integration architecture considering the customer's IT landscape. Selection of technologies and protocols.
Development and Configuration
Preparation of software, robot behavior scenarios, and integration bridges. Adaptation to business specifics.
Testing and Adaptation
Field testing in real conditions, optimization of navigation algorithms and interaction.
Launch and Support
Deploying the robot into the working environment, staff training, documentation handover. Long-term support.
How Integration Turns a Robot into Part of Your Business
Seven-layer model of robotics integration
Support and Development
Technical maintenance, updates, solution scaling
Launch and Scaling
Pilot launch, industrial operation, fleet expansion
Centralized Management
Control panel, monitoring, reporting, optimization
Autonomy Configuration
SLAM, mapping, movement scenarios, safety
IT Systems Integration
API, middleware, connectors to ERP/WMS/MES/CRM
Architecture Design
Technical design, equipment selection, protocols
Business Task Audit
Process analysis, KPI definition, integration assessment
Integration Cases
Real-world examples of robotic solutions implementation
- 90% reduction in error risk
- 70% time savings on rounds
- Improved monitoring quality
- 5x reduction in measurement time
- Increased data accuracy
- Automated reporting
- 24/7 monitoring
- 85% reduction in human factor
- Incident prevention
Key Benefits of Unibot Integration
What business gets from comprehensive robotics integration
What Business Gets
BenefitsWhy Unibot?
Our competitive advantages in integration
Deep Expertise
Specialization in robotics integration for business. We understand the specifics of different industries.
In-House Team
Developers and integrators, including software, network modules, and AI algorithms. We don't outsource key competencies.
IT Landscape Understanding
We work with existing ERP/CRM/WMS/MES systems without requiring "replace everything" approaches.
Solution Reliability
We create integrations that work predictably in real conditions. Testing, redundancy.
Measurable Results
We fix KPIs in the contract — uptime, productivity, accuracy. We guarantee achievement of metrics.
Scalability
Architecture with growth margin — from one robot to a fleet of hundreds of units. Centralized management.
Ready to integrate robots into your business?
Let's discuss your project, conduct an audit, and prepare a custom solution with ROI calculation
Request Consultation