Unsupervised Operations
Empowered Robots
Enterprise Users
Deployed Projects
SLAMKit is the industry's first commercial solution to independently provide mapping and localization functionality, empowering the mobile robotics field with industry-leading scalability and stability. It can be embedded in a robot's controller through software licensing, enabling the robot to map and localize autonomously. Customers can customize robot applications easily through standardized software interfaces.
Large-scale scene mapping construction
1cm High-precision map resolution
Real-time localization error (typical value)
Localization stability
For applications with dynamic environments, high similarity, and sparse features, it possesses outstanding robust localization capability.
A unique framework that supports to integrate and dynamically combinate multiple localization sources, and to switch the localization modes for different working conditions.
Adopting various prior knowledge, such as sensor enhancement techniques, artificial landmark-assisted techniques, artificial feature-assisted techniques, and dynamic map updating techniques, to enhance the adaptability of localization to universal and high-precision localization requirements in special applications.
Through optimizing software architecture and algorithms, the computational resource consumption of SLAMKit in operation is reduced to 50% compared to similar software in the industry, thereby reducing hardware requirements for clients.
Easily supports large-scale maps up to 500000㎡-1200000㎡
Utilizes SharpEdge™ map optimization technology to create high-precision maps with an accuracy of 1.5cm, eliminating the need for secondary optimization and refinement.
Employs both autonomous and auxiliary loop closure detection and adjustment strategies to achieve higher success rates in mapping
Provides interfaces to adjust parameters during the mapping process to ensure the map quality.
Provides C++, Java SDK, ROS, Restful API, and other SDK toolkits to empower customers for swift and easy development.
Offers a rich set of tools including offline mapping, multi-map stitching, multi-layer map fusion, and map element editing, to streamline the deployment process and increase cost-effectiveness.
Empowers real-time and remote connectivity for robots through cloud services, visual interactive tools, and communication networks, allowing customers to monitor the operational status of robots anytime, anywhere.
with complete details and no need for secondary retouching
corner burrs, uneven
SLAMKit is a comprehensive collection of features and services that offers customers mapping, localization, and a complete toolchain through software licensing. In addition, SLAMKit provides diversified support services throughout the product lifecycle, accelerating the implementation of customers' products.
SLAMKit can run on mainstream embedded platforms based on Intel and ARM architectures and is compatible with commonly used Ubuntu systems.
SLAMKit abstracts a rich set of software interfaces, which are used to derive various SDK toolkits, including C++, Java, Restful API, and ROS, and provides comprehensive documentation and sample code.
SLAMKit adapts to SLAM problems in various scenarios such as household, cleaning, industrial, delivery, and inspection. It ensures the stability of robot operation through diversified parameter configurations.
SLAMKit provides standardized performance testing and evaluation methods, as well as performance standards that meet operational requirements. It assists customers in validating personalized robot products.
SLAMKit is equipped with a visual interactive tool called Robostudio, which allows customers to monitor the robot's operation in real-time and provides a diverse set of deployment tools to help customers shorten deployment time.
Years of accumulated experience in scenario-based deployment, along with one-on-one deployment tutorials, help novice customers quickly familiarize themselves with the robot deployment process.
SLAMKit provides cloud-based deployment services, which assist customers in saving historical data while implementing partial element editing.
SLAMKit is equipped with a comprehensive runtime data recording system and an offline data playback system, ensuring quick response and resolution of on-site issues for customers.
SLAMKit provides cloud-based maintenance services, allowing remote connection to the robot for abnormal recovery.
Provide dedicated support for customers to deploy robots in majorl scenarios.
We have successfully integrated SLAMKit into our customers' systems and business scenarios through software licensing. This integration enables efficient, reliable, and stable SLAM localization and mapping capabilities, helping our customers to reduce cost, increase efficiency, and maximize productivity in their respective fields.
A commercial cleaning robot client utilized SLAMKit™ software licensing to accelerate product deployment by 50%, gaining a competitive edge in the market.
50%Deployment Time
Generally, commercial cleaning scenarios are much more complex than residential ones, and majors challenges are large areas, dynamic environmental changes, and different kinds of floors. SLAMKit helps us to quickly deploy our products in complex and expansive places such as airports, office buildings, and subway stations. Thanks to SLAMKit, we have reduced our product's original 180-day development cycle by 50%, and got a competitive advantage in the market.
An inspection robot client has significantly reduced their response time for restocking goods by 40%
40%Restocking Time
By using SLAMKit software licensing, our product has achieved high-precision localization in dynamic environments, ensuring efficient and accurate stock counting. The stock operation center can get restocking alerts in real-time .The response time for restocking has reduced 40%, leading to an increase in the number of goods sold on the same day. Additionally, I love SLAMTEC's SDK so much, since it makes developing so simple and easy!
An AGV client through the SLAMKit™ software licensing, has successfully withstood the challenges of multiple working conditions and scheduling, achieving a task completion rate of 99%.
99%Task Completion Rate
SLAMTEC's software licensing product allows our AGV robots to perform exceptionally well when facing multiple working conditions and dynamic scheduling, and reach a 99% task success rate. Moreover, there is no need to change our existing operating system, significantly reducing time and cost to develop, deploy and maintain our products.
A food delivery robot client, with the help of the SLAMKit™ software authorization, has reduced customer complaints and improved the stability of robot operations by 200%.
200%Robot Stability
Previously, our robot could only operate stably for up to one month. However, after implementing SLAMTEC’s software licensing product, it can now operate autonomously for up to three months without manual intervention, greatly reducing customer complaints. Additionally, SLAMTEC’s support and response speed are impressive, enabling efficient problem-solving.
Unsupervised Operations
Empowered Robots
Enterprise Users
Deployed Projects
SLAMKit is the industry's first commercial solution to independently provide mapping and localization functionality, empowering the mobile robotics field with industry-leading scalability and stability. It can be embedded in a robot's controller through software licensing, enabling the robot to map and localize autonomously. Customers can customize robot applications easily through standardized software interfaces.
Large-scale scene mapping construction
1cm High-precision map resolution
Real-time localization error (typical value)
Localization stability
For applications with dynamic environments, high similarity, and sparse features, it possesses outstanding robust localization capability.
A unique framework that supports to integrate and dynamically combinate multiple localization sources, and to switch the localization modes for different working conditions.
Adopting various prior knowledge, such as sensor enhancement techniques, artificial landmark-assisted techniques, artificial feature-assisted techniques, and dynamic map updating techniques, to enhance the adaptability of localization to universal and high-precision localization requirements in special applications.
Through optimizing software architecture and algorithms, the computational resource consumption of SLAMKit in operation is reduced to 50% compared to similar software in the industry, thereby reducing hardware requirements for clients.
Easily supports large-scale maps up to 500000㎡-1200000㎡
Utilizes SharpEdge™ map optimization technology to create high-precision maps with an accuracy of 1.5cm, eliminating the need for secondary optimization and refinement.
Employs both autonomous and auxiliary loop closure detection and adjustment strategies to achieve higher success rates in mapping
Provides interfaces to adjust parameters during the mapping process to ensure the map quality.
Provides C++, Java SDK, ROS, Restful API, and other SDK toolkits to empower customers for swift and easy development.
Offers a rich set of tools including offline mapping, multi-map stitching, multi-layer map fusion, and map element editing, to streamline the deployment process and increase cost-effectiveness.
Empowers real-time and remote connectivity for robots through cloud services, visual interactive tools, and communication networks, allowing customers to monitor the operational status of robots anytime, anywhere.
with complete details and no need for secondary retouching
corner burrs, uneven
SLAMKit is a comprehensive collection of features and services that offers customers mapping, localization, and a complete toolchain through software licensing. In addition, SLAMKit provides diversified support services throughout the product lifecycle, accelerating the implementation of customers' products.
SLAMKit can run on mainstream embedded platforms based on Intel and ARM architectures and is compatible with commonly used Ubuntu systems.
SLAMKit abstracts a rich set of software interfaces, which are used to derive various SDK toolkits, including C++, Java, Restful API, and ROS, and provides comprehensive documentation and sample code.
SLAMKit adapts to SLAM problems in various scenarios such as household, cleaning, industrial, delivery, and inspection. It ensures the stability of robot operation through diversified parameter configurations.
SLAMKit provides standardized performance testing and evaluation methods, as well as performance standards that meet operational requirements. It assists customers in validating personalized robot products.
SLAMKit is equipped with a visual interactive tool called Robostudio, which allows customers to monitor the robot's operation in real-time and provides a diverse set of deployment tools to help customers shorten deployment time.
Years of accumulated experience in scenario-based deployment, along with one-on-one deployment tutorials, help novice customers quickly familiarize themselves with the robot deployment process.
SLAMKit provides cloud-based deployment services, which assist customers in saving historical data while implementing partial element editing.
SLAMKit is equipped with a comprehensive runtime data recording system and an offline data playback system, ensuring quick response and resolution of on-site issues for customers.
SLAMKit provides cloud-based maintenance services, allowing remote connection to the robot for abnormal recovery.
Provide dedicated support for customers to deploy robots in majorl scenarios.
We have successfully integrated SLAMKit into our customers' systems and business scenarios through software licensing. This integration enables efficient, reliable, and stable SLAM localization and mapping capabilities, helping our customers to reduce cost, increase efficiency, and maximize productivity in their respective fields.
A commercial cleaning robot client utilized SLAMKit™ software licensing to accelerate product deployment by 50%, gaining a competitive edge in the market.
50%Deployment Time
Generally, commercial cleaning scenarios are much more complex than residential ones, and majors challenges are large areas, dynamic environmental changes, and different kinds of floors. SLAMKit helps us to quickly deploy our products in complex and expansive places such as airports, office buildings, and subway stations. Thanks to SLAMKit, we have reduced our product's original 180-day development cycle by 50%, and got a competitive advantage in the market.
An inspection robot client has significantly reduced their response time for restocking goods by 40%
40%Restocking Time
By using SLAMKit software licensing, our product has achieved high-precision localization in dynamic environments, ensuring efficient and accurate stock counting. The stock operation center can get restocking alerts in real-time .The response time for restocking has reduced 40%, leading to an increase in the number of goods sold on the same day. Additionally, I love SLAMTEC's SDK so much, since it makes developing so simple and easy!
An AGV client through the SLAMKit™ software licensing, has successfully withstood the challenges of multiple working conditions and scheduling, achieving a task completion rate of 99%.
99%Task Completion Rate
SLAMTEC's software licensing product allows our AGV robots to perform exceptionally well when facing multiple working conditions and dynamic scheduling, and reach a 99% task success rate. Moreover, there is no need to change our existing operating system, significantly reducing time and cost to develop, deploy and maintain our products.
A food delivery robot client, with the help of the SLAMKit™ software authorization, has reduced customer complaints and improved the stability of robot operations by 200%.
200%Robot Stability
Previously, our robot could only operate stably for up to one month. However, after implementing SLAMTEC’s software licensing product, it can now operate autonomously for up to three months without manual intervention, greatly reducing customer complaints. Additionally, SLAMTEC’s support and response speed are impressive, enabling efficient problem-solving.