Product Setup
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Software Programming
Software programming charges refer to the fees charged by developers or agencies for creating, testing, and maintaining software applications. These charges vary based on several factors:
- Project Type: Custom software, mobile apps, web development, and enterprise solutions all have different costs due to varying complexity and functionality.
- Pricing Models: Common models include hourly rates, fixed pricing, milestone payments, and retainer fees. Hourly rates generally range from $20 to $200 per hour, depending on the region and developer experience.
- Complexity and Scope: More features, integrations, and scalability lead to higher costs. Larger projects with custom functionalities, such as e-commerce platforms or enterprise systems, will cost more.
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Software Development (on Python / Java / AI-ML / Cloud Platform)
Discover AI-based software development: leveraging machine learning and automation to create efficient, intelligent solutions for modern technological challenges.
We charge a modest consultation fee to ensure we can dedicate the necessary time and effort to thoroughly understand your project requirements. This fee will be discounted from your final bill if you proceed with the project. Otherwise, the consultation fee is non-refundable.
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Product Prototyping Service
Explore PCB Designing & Product Prototyping: from concept to creation, accelerate innovation with iterative designs, testing, and refining for market readiness.
We charge a modest consultation fee to ensure we can dedicate the necessary time and effort to thoroughly understand your project requirements.
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Industrial Services
Robot Setup Service
A Robot Setup involves configuring and assembling various components to build a functional robotic system. This typically includes:
- Microcontroller/Controller: The brain of the robot, such as Arduino or Raspberry Pi, which processes inputs and controls outputs.
- Motors and Drivers: For movement, including DC motors, servo motors, or stepper motors, along with motor drivers like the L293D.
- Sensors: To gather data from the environment, such as ultrasonic sensors for distance measurement, IR sensors for obstacle detection, or cameras for vision.
- Power Supply: Batteries or power adapters to provide the necessary power for the robot’s components.
- Chassis: The physical frame of the robot, which holds all the components together.
- Wiring and Connectors: To connect all electrical components, including jumper wires, DC jacks, and connectors.
- Programming: Writing code to control the robot’s behavior, often using languages like C++ or Python.
This setup can be tailored to specific applications, such as autonomous navigation, remote control, or complex tasks like object manipulation.
SKU: n/a
