End-to-end hardware architecture, firmware engineering, and telemetry for intelligent fluid dispensing, cold-chain monitoring, and industrial automation.
We are a specialized embedded engineering firm dedicated to designing robust, fault-tolerant control systems for the automated dispensing and industrial telemetry sectors. Our expertise spans the complete product lifecycle—from schematic capture and PCB layout to bare-metal firmware development and cloud integration.
While our core specialization lies in high-precision fluid management—powering commercial Water RO plants, Dairy Bulk Milk Coolers (BMC), and volatile chemical dispensers—our fundamental strength is versatile, scalable engineering. Whether you require deterministic 8-bit controllers for cost-sensitive edge devices or sophisticated 32-bit IoT gateways utilizing CAN bus and LTE networks, we engineer hardware built for 24/7 uptime in harsh environments.

CAN bus for deterministic communication, LAN (Ethernet TCP/IP), RS-485, Modbus RTU/TCP.

Wi-Fi, Bluetooth Low Energy (BLE), GSM/LTE-M/NB-IoT modules for global telemetry and Over-The-Air (OTA) updates.
We deploy the exact protocols, micro controllers, and connectivity standards required to meet your system's operational and compliance targets.
Micro controller Architectures - 8/16/32-bit MCUs (ARM Cortex-M series, Espressif, Microchip, STMicroelectronics). Bare-metal and RTOS implementations.
Local data logging (SD/SPI Flash), RFID/NFC for secure authentication, custom HMI (LCD/OLED/TFT) integrations.
Multi-layer board design, high-current switching, EMI/EMC mitigation, and rugged layouts for high-humidity environments.

Once we have finished the initial development of our client's product, we begin performing meticulous bug checks. These tests are included in the price of the development package. After testing, we deliver the software to our clients.
The world of technology can be fast-paced and scary. That's why our goal is to provide a high-quality product that aligns with your company's needs. No matter the budget, we pride ourselves on providing professional customer service. We guarantee you will be satisfied with our work.
By designing the schematic, routing the PCB, and writing the firmware under one roof, we eliminate the friction and compatibility issues common with fragmented development teams.
We architect systems with lifecycle management in mind, leveraging OTA (Over-The-Air) firmware updates to deploy new features and security patches to field assets globally.
Our boards aren't just lab prototypes. We design for scale, adhering to strict DFM principles and rigorous stress testing to ensure reliable operation in harsh, industrial, and high-moisture environments.
Defining the microcontroller (8/16/32-bit) and connectivity requirements (GSM/BLE/Wi-Fi).
Schematic capture, component selection, and DFM-compliant PCB layout.
Writing non-blocking timers, state-machine code, and custom communication protocols.
From proof-of-concept prototyping to high-volume manufacturing support, we provide the technical foundation for your next generation of smart hardware.
Intective Embedded Solutions (OPC) Private Limited, Rewari HR 123401 IN
Please reach us at [email protected] if you cannot find an answer to your question.
Timelines depend heavily on system complexity. However, for a standard dispensing control board, you can generally expect a functional Alpha prototype (custom PCB fabrication and foundational firmware) within 4 to 8 weeks. We provide a strict, transparent milestone delivery schedule during the initial architecture phase.
Both. We engineer from day one using strict Design for Manufacturability (DFM) principles. Beyond prototyping, we provide complete turnkey manufacturing support. We manage global component sourcing, oversee high-volume PCB assembly (PCBA), and conduct final automated Quality Assurance (QA) testing so you receive fully sealed, ready-to-deploy hardware.
We design explicitly for the harsh realities of fluid management. Our defensive engineering practices include applying conformal coatings to PCBs to resist condensation, isolating high-voltage relays to prevent logic interference, and designing completely watertight ASA filament enclosures. We frequently replace vulnerable mechanical buttons with completely sealed magnetic sensor interfaces, ensuring 100% waterproof operation with zero mechanical wear points.
Yes. We specialize in legacy asset digitization. We can engineer drop-in retrofit gateways that interface with your existing sensors or legacy controllers (via Modbus, RS-485, or analog signals) and bridge that telemetry securely to a central cloud dashboard via modern GSM/LTE or Wi-Fi networks.
To ensure the highest level of security, system stability, and seamless scalability, we retain the proprietary source code and foundational schematics. We operate as your dedicated, long-term engineering partner. This means you receive a turn-key, flawlessly functioning product and comprehensive ongoing support, entirely eliminating the need for you to hire and manage an expensive in-house firmware and hardware maintenance team.
Absolutely not. While we retain the core IP, the specific hardware architecture, feature sets, and back-end protocols we engineer for your project remain strictly exclusive to your company. We operate under strict Non-Disclosure Agreements (NDAs) to guarantee that your custom control boards and operational logic are never repurposed or shared with another entity. Your competitive advantage is locked in.
We engineer systems for a 5+ year field lifespan. As your long-term technical partner, we provide continuous lifecycle support. For connected machines (Wi-Fi, GSM, LTE), we build secure Over-The-Air (OTA) update architectures. This allows our team to remotely push new telemetry features, refine calibration parameters, and patch security vulnerabilities instantly across your entire fleet as your business requirements evolve.