Our customer is a pioneer in introducing the first-of-its-kind, affordable RT-PCR unit for molecular diagnostics for 22+ infectious diseases such as dengue, malaria, COVID-19, etc. Our relationship with our customers goes back several years when they were a startup and only had a product with a high-level blueprint. They were looking for a partner who believed in their vision to develop a first-of-its-kind, affordable Make-in-India RT-PCR unit for the masses. We saw an opportunity to bring to market a product that had the potential to impact the lives of millions of people with affordable healthcare.

Utilizing our in-house global medical and healthcare domain engineering design and manufacturing expertise, we have supported in improving the manufacturability and quick ramp-up of the product to meet the need of hour crisis during Covid 19 phases.

Despite the initial low volumes, we were able to set-up the lines and streamline the SCM and procurement process, supporting our customers need. At the peak of the pandemic, when our customer came up with the modified version of RT-PCR for COVID-19 testing, we were able to scale-up our production effectively in aggressive timelines to meet the massive spike in demand at competitive costs. We are our customers biggest external partner supplying various RT-PCR box build variants and chip PCBA. NASSCOM awarded us the "2020 Social Impact Solution Award of the Year" for this project that has touched the lives of more than 30 million people so far.

Our customer is a Fortune 500 global aerospace company and a diversified manufacturer of aero engines, avionics, and airfield lighting systems. Our engagement with them started in 2014 when we stepped in to help address their challenge of staying competitive amidst spiraling manufacturing costs on location in the US and Europe. Our customer set-up a new global R&D center in Bangalore, India, to cut costs and wanted to have a manufacturing site supporting some of their global programs in close proximity for ease of coordination. We were shortlisted for our expertise in dealing with and manufacturing of low- to medium-volume, high-mix complex aero electronic products to the highest quality standards.

We used our vast aerospace and defense design and manufacturing experience in dealing with our global customers and cross-pollinated some of the best practices and lessons learned to address our customer's specific product needs and challenges.
We have set up a complex potting section to take care of special requirements, including conformal coating, which is part of the Product.
We successfully carried out part localization for different power variants of another complex product which included localization of parts for cost competitiveness.

Our supply chain management technologies and Industry 4.0 linked plants enabled our customers to ensure predictable delivery schedules and continuous quality improvement. This helped in developing and producing products with faster time-to-market that were superior in quality. The trust developed over the past several years of our association led to the award of a mega multiyear next-gen aero cockpit cloud-connected avionics suit contract for Cyient DLM, which includes the manufacture and testing of multiple LRUs.

Our customer is a Fortune 500 global leader in industrial electrification and automation. They were looking for a partner to support critical and complex industrial products and sub-systems such as measurement analytical devices, flowmeters, power grid products, calibration equipment etc. 
Our relationship with them dates back to 1996, when the EMS industry in India was at a nascent stage. We eventually ended up as our customers - the first preferred partner in India.

We supported our customers with high-mix medium volume complex PCBA/cable assemblies/box-builds. We also helped one of our customer divisions in Australia in formulating an India outsourcing strategy and supported them with the manufacturing and localization of multiple products within their power grid portfolio for their global requirements.
With the maturing of our relationship, we now provide extensive support to their process automation and measurement analytics division globally through the vendor-managed inventory (VMI) concept.

Our understanding of our customer's global internal business unit's structure and their sourcing requirements has enabled us to help them achieve their India sourcing objectives.
For our customers US division, our operational model enables to deliver the final shipment of finished goods from our designated warehouse in the US on a need basis, shielding our customers from industry fluctuations and excess inventory storage. We enjoy a deep, over 2 decades strategic relationship delivering quality output year-on-year due to strong quality assurance processes and a competent workforce.

Cyient Cab Event Response Output-CYCERO

This is a Cyient-designed and developed product for highly critical passenger and asset safety in the rail industry. With the train driver playing a major role in ensuring safety, CyceroTM (Cyient Cab Event Response Output) is a CE-certified supplementary alarm system fitted in the train driver's cab to ensure that no alarm raised for the driver goes unnoticed. Cycero is built with scalable architecture, which accommodates options to customize features to suit specific requirements.

Cycero provides a unified output of audio alarms by processing input triggers from sub-systems such as Train Control Management System (TCMS), Train Protection & Warning System (TPWS), Communications-Based Train Control (CBTC), and others. It supports 16 input triggers for which alarm tones can be played from the primary audio outputs. The device also has analog audio inputs, which can play alarms from the secondary audio outputs. Cycero alerts the driver by playing preconfigured tones associated with specific events and prompts immediate corrective action. The device allows the configuration of priority levels of individual triggers wherein a higher priority trigger can override or play at a higher amplitude over a lower priority trigger. Cycero uses the cab's existing speaker system, and external loudspeakers can also be provided on demand. The alarm tones are stored in Cycero's internal memory and are played by a 32-bit ARM microcontroller when triggered by an input signal.