Altineller designs and builds custom robotic hardware with embedded real‑time firmware, delivering end‑to‑end integration with PLC, SCADA, or ROS 2 systems for manufacturers and research labs. Their service covers mechanical CAD, rapid prototyping, safety‑compliant control software, and post‑delivery support, reducing development time and integration risk.
Funding
Funding not disclosed
Founders
Product
Problem
Manufacturers and research labs often require bespoke robotic systems to automate specialized tasks, but they lack the in‑house expertise to design, prototype, and integrate both hardware and low‑level firmware with existing control infrastructure. This leads to prolonged development timelines, compatibility issues, and higher total cost of ownership.
Solution
Altineller delivers custom robotics hardware paired with embedded software that is engineered to fit the exact functional and integration requirements of industrial automation and research projects. The company manages the full product development lifecycle—from mechanical CAD and rapid prototyping to firmware coding, real‑time control, and seamless connection with enterprise PLC, SCADA, or ROS environments. By providing a single point of accountability, Altineller reduces hand‑off risk and accelerates time‑to‑deployment while ensuring compliance with relevant safety and communication standards. Clients receive detailed documentation, simulation models, and post‑delivery support to maintain operational continuity. The modular design approach also enables future upgrades without extensive redesign.
Target Audience
Primary customers are mid‑size manufacturers seeking custom automation cells and university or corporate research groups developing specialized robotic platforms.
Features
- Mechanical design using parametric CAD tools and rapid additive manufacturing for low‑volume prototypes
- Modular hardware architecture with interchangeable actuators, sensor suites, and I/O boards
- Real‑time embedded firmware written in C/C++ with deterministic scheduling and safety‑critical loops
- Native integration layers for PLCs (Modbus, EtherCAT), SCADA systems, and ROS 2 middleware
- Automated code generation and simulation environment for virtual commissioning and validation
- Compliance with IEC 61508 functional safety and ISO 10218 robot safety standards
- Remote diagnostics and OTA firmware update capability via secure MQTT/TLS channels
- Comprehensive technical documentation, BOM management, and training packages