Transforming Complexity into Intelligent Systems.

Transforming Complexity into Intelligent Systems.

From advanced systems to seamless integration, TATVAH brings technology, engineering, and expertise together to create solutions built for performance, reliability, and the future.

Eegile to TATVAH

Built on experience. Moving forward with a new identity.

TATVAH Integrated Systems Private Limited is the next chapter in our industrial automation and engineering journey, building on the experience and capabilities developed through Eegile Automation & Engineering Services.

Eegile will continue to operate during the transition period, while our business progressively moves forward under the TATVAH brand.

One engineering foundation. A new generation of possibilities

How we work

A Process Built for Reliable Results

From understanding your requirements to commissioning and ongoing support, we follow a structured engineering approach that keeps every project practical, transparent, and focused on reliable performance.

Step 01
Understand & Assess

We study your process, equipment, operational requirements, and challenges to understand what the solution needs to achieve.

Step 02
Design & Engineer

We develop the automation architecture, control strategy, electrical design, instrumentation, and system specifications around your application.

Step 03
Build, Integrate & Test

We configure, develop, integrate, and test the system to ensure hardware, software, controls, and communication work together reliably.

Step 04
Install, Commission & Support

We install and commission the solution at site, verify performance, train your team, and provide ongoing technical support and maintenance.

OUR CORE SOLUTIONS

Automation Built Around Your Process.

From highly automated manufacturing environments to complex process industries, TATVAH delivers integrated automation solutions designed around the specific requirements of each operation.

Factory Automation

Smarter control for modern manufacturing.

We deliver PLC-based automation and control solutions that improve production efficiency, precision, reliability, and operational visibility. From system selection and control architecture to implementation and optimization, we create automation systems tailored to your production environment.

Process Automation

Integrated control for complex processes.

We provide end-to-end process automation solutions covering plant design, control systems, instrumentation, integration, and project execution. Our integrated approach helps clients achieve reliable operations, better process control, and optimized project performance.

SEGMENTS WE SERVE

Engineering Solutions Across Diverse Industries

We understand that every industry has different operational challenges. TATVAH delivers automation, control, and integrated engineering solutions tailored to the specific requirements of each environment.

* We tailor every solution to your specific data requirements and compliance needs.

What clients say

GET STARTED

Let's talk about your workflows

Book a discovery call or send us a message.
We’ll get back to you within one business day.

30 minutes to explore your automation opportunities. No pitch, no pressure—just a focused conversation about your workflow challenges.

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FAQ

Common questions

Everything you need to know before we start working together.

Factory automation uses control systems, machines, sensors, robots and software to perform manufacturing operations with minimal manual intervention. It helps improve productivity, consistency, quality and workplace safety.

Factory automation generally focuses on discrete manufacturing activities such as assembly, packaging, material handling and machine operations. Process automation focuses on continuously controlling variables such as temperature, pressure, flow and level in industries such as chemicals, oil & gas, power and pharmaceuticals.

A PLC (Programmable Logic Controller) performs real-time control of machines and processes, while SCADA (Supervisory Control and Data Acquisition) provides monitoring, visualization, alarms and data collection. Together, they provide an important foundation for industrial automation.

Automation systems can continuously monitor equipment parameters such as temperature, vibration, current and operating status. By identifying abnormal conditions early, maintenance teams can take action before a minor issue develops into a major equipment failure.

Industry 4.0 connects automation systems with technologies such as Industrial IoT, cloud and edge computing, AI, robotics and advanced analytics. This allows manufacturers to collect and analyze real-time data, improve decision-making, optimize processes and move toward smarter, more connected factories.

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