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About usTechnologiesIndustriesPortfolioInnowise helps you assess robotics opportunities, select suitable technologies, and plan integration with your existing systems. We advise on industrial manipulators, mobile and walking robots, and custom robotic solutions.
Not sure where robotics would pay off? We assess your processes, identify high-value use cases, and build a roadmap with clear priorities, budgets, and measurable goals.
We validate robotics concepts through feasibility studies, digital twin simulations, and pilot testing, helping you identify risks and validate concepts before investing.
We help you choose between cobots, industrial arms, AMRs, and other robotic systems, with recommendations based on technical requirements, operating conditions, and equipment compatibility.
A clear integration plan shows how robots will communicate with PLCs, MES, WMS, and other systems, including the required interfaces, protocols, and data flows.
You get a documented risk assessment, a safety requirements specification with the required performance level or SIL for each safety function, and a compliance plan for CE marking.
Get stalled robotics projects moving again. We trace issues across control software, hardware interfaces, and system integration to identify root causes and recommend fixes.
Talk to our experts about technology choices, integration challenges, and the next steps for your project.
What if one robot could inspect plants, water crops, and clean greenhouse rows? Making that happen takes more than good hardware. The robot needs to navigate narrow aisles, work reliably in humid conditions, and communicate with greenhouse systems. Here’s a closer look at how it could all come together.
Backed by 10+ years in robotics consulting, our consultants work directly alongside our 50+ in-house hardware and embedded engineers. As we know the physical realities of robot control, sensors, and industrial protocols, we catch integration roadblocks early. We give you practical systems your own engineering team can realistically build.
Whether spotting defects or recognizing objects for picking, we help machines make sense of visual data, handling everything from camera selection to AI model integration.
When robots face unexpected situations, we help them adapt. Combining sensor data with machine learning lets them interpret their surroundings and plan the next action, while certified safety functions keep them within safe limits.
Busy warehouses, identical aisles, and changing layouts can throw robots off course. Our experts help with SLAM, localization, path planning, and behavior trees that decide what a robot does when its path is blocked, so your robots stay on track and move efficiently.
Our team optimizes AI models to run directly on embedded hardware, reducing latency and keeping robots responsive even with limited connectivity.
We create highly accurate virtual copies of your robots. This lets you safely test new workflows and fix potential issues long before the actual machines hit the floor.
By processing tactile and spatial sensor data, we help your robots plan grasping motions, regulate grip force, and adapt to object movement in real time.
Get guidance on robot selection, technical feasibility, and integration requirements before committing to implementation.
Robotics consulting is an advisory service that helps businesses evaluate, plan, design, and optimize robotic automation before investing capital. It identifies high-value use cases, verifies technical feasibility, and establishes an engineering roadmap to ensure automation achieves a positive ROI.
Typical robotics consulting services include: an automation opportunity assessment, technical feasibility studies and simulation, vendor-neutral robot and technology selection, integration architecture for PLC, MES, WMS, and ERP systems, safety and compliance advisory, pilot planning and evaluation, and a roadmap for scaling to more lines or sites. You can start with one service or combine them into a full engagement.
Robotics consulting focuses on upfront strategy, system design, and technical validation, while engineering and system integration focus on hands-on manufacturing, wiring, coding, and physical installation. Consulting prevents expensive integration mistakes by establishing the correct system specifications and architecture first.
Yes. We design our consulting around your existing setup to protect your investments. Our team evaluates your current robots, PLCs, MES, and WMS to fix communication gaps, align interface protocols, and connect mixed-vendor equipment without requiring disruptive hardware replacements.
Yes. We compare robots, sensors, controllers, and fleet software against your requirements (payload, reach, cycle time, environment, safety, and integration effort) and against total cost of ownership, including support and spare parts. You get a shortlist with the reasoning behind each recommendation.
Yes, we advise on integrating AI, deep learning, and computer vision into robotic workflows. This includes sensor selection, real-time object classification, edge compute sizing, and SLAM navigation algorithms for autonomous mobile systems.
Innowise helps you navigate robotics safety standards and prepare your systems for compliance assessments before deployment. We advise on risk assessments under ISO 12100 and safety functions under ISO 13849-1 or IEC 62061. We also help you address requirements for industrial and collaborative robots (ISO 10218, ISO/TS 15066, ANSI/A3 R15.06-2025) and AGVs and AMRs (ISO 3691-4, ANSI/A3 R15.08). Our consultants support technical documentation and system readiness for CE marking in the EU and applicable UL safety evaluations in the US.
It depends on the scope. A readiness assessment usually takes 2–4 weeks and a feasibility study with simulation 4–8 weeks. Pilot support typically runs for several months and can continue as a long-term partnership, with our engineers joining your team if needed. After a first call, we propose a fixed scope and timeline for the consulting phase.
Yes, our consulting engagements can transition directly into turnkey engineering, software development, and staff training. Our in-house team provides full lifecycle support from initial advisory through to production rollout.
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