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Executive Summary: Which are the Top 10 Construction Robotics Startups to Watch?

  1. Invictus Robotics (UK) – builds AERAS, an aerial robot with a robotic arm and stereo vision for high-elevation inspection and maintenance, ensuring stability even in turbulent conditions.
  2. Plika (South Korea) – develops a floor-printing robot that interprets CAD data and uses laser tracking to automate grid marking and line layouts with centimeter-level accuracy.
  3. LAYERED (Switzerland) – offers a spray-coating robot that doubles application speed, reduces material use, and autonomously executes protective finishing on building structures.
  4. RoboForce (USA) – produces TITAN, an artificial intelligence (AI)-powered all-terrain robot with 40 kg payload, interchangeable end-effectors, and modular bases to perform precision industrial tasks.
  5. INWTech (Poland) – delivers a patrol robot with 5G+, obstacle avoidance, and gas/noise detection for continuous site monitoring in harsh construction environments.
  6. GoLe Robotics (South Korea) – integrates robots, AI, and building information modeling (BIM) into a digital twin platform, enabling material transport robots with 50–110 kg load capacity and cloud-based path planning.
  7. Nexterity (USA) – crafts a robotic bolting tool with vision guidance and multi-bolt engagement, providing an 8x speed boost over manual pipeline construction and maintenance.
  8. Bedrock Robotics (USA) – develops Bedrock Operator, an autonomy software that converts heavy construction vehicles into self-driving machines for precise earthwork and grading.
  9. A2Tech (Malaysia) – makes INSPECTO-D, a duct inspection and cleaning robot with cameras, LiDAR, and AI-driven issue detection for HVAC and infrastructure applications.
  10. Monumental (Netherlands) – creates Atrium, a construction OS that integrates design models with autonomous robots, enabling coordinated bricklaying and real-time quality control.

Global Startup Heat Map highlights Emerging Construction Robotics Startups to Watch

Through the Big Data & Artificial Intelligence (AI)-powered StartUs Insights Discovery Platform, covering over 9M+ startups, 20K+ technology trends, plus 150M+ patents, news articles & market reports, we identified top construction robotics startups.

The Global Startup Heat Map below highlights emerging construction robotics startups you should watch in 2026, as well as the geo-distribution of 1050+ startups & scaleups we analyzed for this research.

According to our data, we observe high startup activity in Western Europe and the United States, followed by India. The top 5 Startup Hubs for construction robotics are London, San Francisco, Bangalore, New York City, and Dubai.

 

Explore Emerging Construction Robotics Startups to Watch in 2026

We hand-picked startups to showcase in this report by filtering for their technology, founding year, location, funding, and other metrics. These new construction robotics companies work on solutions ranging from robots for surface finishing and site monitoring to automation systems for vehicles and material handling.

1. Invictus Robotics – Aerial Robot for Tasks at Elevation

  • Founding Year: 2023
  • Location: London, UK

UK-based startup Invictus Robotics develops AERAS, a drone platform equipped with a robotic arm and edge AI. It uses a lightweight carbon-fibre automated arm that is synced with the drone base to ensure adaptive stabilization. This lets AERAS’s robotic arm maintain a stable position even in turbulent conditions.

The robot is equipped with stereo vision via two cameras that provide a broader visual field and an enhanced capacity for object recognition. This enables precision inspection and maintenance for high-elevation infrastructure such as bridges, high-rise buildings, and elements of power plants. AERAS spans the full stack from hardware to high-level software and operates autonomously to avoid hazards.

2. Plika – Robot for Floor Planning & Printing

  • Founding Year: 2022
  • Location: Seoul, Republic of Korea

South Korean startup Plika produces a construction floor-printing robot that interprets DXF data and uses laser-tracking for accurate layout marking. It houses IMU, encoder, LiDAR, and laser-tracking sensors. It runs on a 5000 mAh 11.1 V battery for up to four hours from a single charge.

The startup’s robot offers 10 Hz position updates, a compact 26×40 x27 cm frame, and Bluetooth connectivity. It is printed at a speed of up to 0.1 meters per second. Plika’s robot provides an automated and high-precision solution for tasks like parking line layout and grid marking for floor planning.

3. LAYERED – Robot for Surface Coating Application

  • Founding Year: 2024
  • Location: Zurich, Switzerland

Swiss startup LAYERED builds automated spray-printing systems for protective surface coating on building structures. It combines custom software and hardware to balance safety, speed, and sustainability.

Compared to the standard process, the system doubles application speed, reduces material use, and cuts manual labor. LAYERED’s robot weighs 120 kg and operates via a proprietary plug-and-spray interface for ease of use. Its autonomous motion planning enables continuous coat-printing on construction sites without manual intervention.

4. RoboForce – All-Terrain AI Robot for Industrial Tasks

  • Founding Year: 2023
  • Location: Milpitas, California, United States
  • Funding: USD 5M Raised in Seed Round in 2025

US-based startup RoboForce develops TITAN, an AI-powered industrial robot with modular hardware and domain intelligence. It features 1-millimeter accuracy, 40 kg payload capacity, 1.1 m reach, and an 8-hour battery runtime.

TITAN runs on field-ready wheeled or tracked bases with interchangeable end-effectors for different tasks. It performs actions such as picking, placing, pressing, twisting, and connecting objects. The solution offers an ROI of three times the investment and is deployed within four weeks. TITAN uses domain-specific AI with tight AI-hardware co-optimization for evolving performance in the context of a specific site.

5. INWTech – Patrol Robot for Site Monitoring

  • Founding Year: 2023
  • Location: Gdansk, Poland

Polish startup INWTech develops a Patrol Robot for monitoring of construction and industrial sites. The robot uses 5G+ for continuous data collection and real-time communication, and an in-built obstacle avoidance system for a reliable inspection process.

Four-wheeled Patrol Robot operates in temperatures between -20 and 60 degrees Celsius, and features navigation accuracy up to 20mm. This makes it suitable even for hostile weather conditions and precise in reporting. Its gas and noise detection capabilities allow it to quickly identify malfunctions or interventions on the construction site.

 

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6. GoLe Robotics – Robots for Transport of Materials

  • Founding Year: 2023
  • Location: Seoul, Republic of Korea

South Korean startup GoLe Robotics offers intelligent construction systems that blend robots, AI, BIM, and digital twins. It integrates sensor and material data into a cloud-based digital-twin model. It tests robot autonomy and AI software virtually in the digital twin before deployment in physical space.

GoLe Robotics offers the WERO app for guided robots’ path control and reception of real-time alerts. It enables construction managers to set routes, monitor progress, and export data conveniently.

The startup’s robots offer a load capacity between 50 and 110 kilograms to provide an efficient transportation of tools or materials within a building.

7. Nexterity – Robot for Automated Bolting on Pipelines

  • Founding Year: 2024
  • Location: Nutley, New Jersey, United States

US-based startup Nexterity crafts a hands-free robotic bolting tool for industrial pipeline maintenance. It enables remote (un)bolting with computer-vision guidance, thus aiding in automating the most common operation in pipeline construction and maintenance.

The robot allows operators to stay safely away from hot or dangerous joints. It handles standardized bolt configurations and supports simultaneous multi-bolt engagement. This provides an eightfold increase in speed compared to standard manual operation.

Nexterity’s robots can consistently apply a certain pre-set quantity of torque to allow for the precise planning of pipeline construction and maintenance.

8. Bedrock Robotics – System for Automating Construction Vehicles

  • Founding Year: 2024
  • Location: San Francisco, California, United States

US-based startup Bedrock Robotics builds the Bedrock Operator, an autonomous earthwork and grading system powered by machine learning. The system is installed in existing heavy-duty machinery like excavators to convert them to autonomous devices. It delivers enhanced safety with full visibility around heavy equipment.

Bedrock Operator senses terrain, trenches, rocks, and obstacles with environmental awareness. It executes earth shaping with project-trained models to deliver expert-level precision. The system streams real-time intelligence on progress metrics from connected devices via dashboards to keep construction projects on track.

9. A2Tech – Robot for Duct Inspection and Repairs

  • Founding Year: 2022
  • Location: Skudai, Malaysia

Malaysian startup A2Tech produces INSPECTO-D, a tethered mobile robot for duct inspection and cleaning. It features front and rear HD cameras, temperature and infrared sensors, and LED lighting.

INSPECTO-D offers modular inspection, mapping, cleaning, and disinfection by using LiDAR, brush, pressurized air, and a PTZ camera. It features AI-powered issue detection and automatically generates detailed reports.

Depending on the attached module and related tasks, INSPECTO-D is implemented by HVAC companies in either the construction or maintenance of duct infrastructure.

10. Monumental – Construction Robot Fleet System

  • Founding Year: 2021
  • Location: Amsterdam, Netherlands

Dutch startup Monumental develops Atrium, a software-defined construction operating system that bridges digital models and physical building sites. It integrates architectural design, 3D site mapping, robotic planning, and quality analysis in one platform.

Atrium creates digital twins by aligning photogrammetry scans with building models to millimeter accuracy before bricklaying begins. It generates build-ready plans from parametric designs and translates them into executable robotic instructions.

Atrium connects directly to Monumental’s autonomous ground robots, enabling precise localization, planning, and coordinated multi-robot construction. It supports CAD, ERP, BI, and robotics control within a single ecosystem.

The system manages fleet calibration, brick detection with custom vision models, and automated quality control. Its simulations validate hardware and software changes virtually, ensuring rapid development cycles. Built on C++, Rust, Python, and WebAssembly, Atrium delivers scalable robotic construction with real-time monitoring, telemetry, and analytics across multiple sites.

Discover All Emerging Construction Robotics Startups

The 10 construction robotics startups showcased in this report are only a small sample of all startups we identified through our data-driven startup scouting approach. Download our free Industry Innovation Reports for a broad overview of the industry, or get in touch for quick & exhaustive research on the latest technologies & emerging solutions that will impact your company in 2026!