ESG
ESG
SFO is dedicated to advancing sustainability through comprehensive initiatives that address key areas including environmental stewardship, health and safety, human rights, labor rights, and ethical business practices.
Our sustainability efforts are anchored in internationally recognized standards such as the United Nations Global Compact, the Global Reporting Initiative, and ISO 26000. These frameworks guide our approach, ensuring that we meet and exceed global expectations for corporate responsibility.
To maintain transparency and continuously enhance our practices, SFO engages in global sustainability reporting through established platforms like EcoVadis and CDP. These platforms support our commitment to rigorous evaluation, improvement, and reporting of our sustainability policies, actions, and outcomes.
SFO has also initiated annual carbon inventory calculations across all its units at the group level, becoming an active participant in the global carbon footprinting and reduction process. This commitment to measuring and monitoring emissions is a crucial step in our ongoing carbon reduction journey.
As part of our commitment to environmental sustainability, SFO Technologies has set clear targets to reduce our greenhouse gas (GHG) emissions. Using 2023 as the base year, we aim to:
These targets align with international sustainability standards and reflect our dedication to minimizing our environmental impact through energy efficiency, the adoption of renewable energy sources, and continuous improvement in our operational practices.
These targets align with international sustainability standards and reflect our dedication to minimizing our environmental impact through energy efficiency, the adoption of renewable energy sources, and continuous improvement in our operational practices.
Minimizing environmental impact across operations and value chain by managing emissions, resources, and environmental risks while supporting sustainable growth.
Fostering a safe, inclusive, and high-performing workforce by strengthening health & safety practices, enhancing employee engagement, and promoting diversity and inclusion across all operations.
Building strong and sustainable relationships across the value chain by enhancing collaboration with suppliers and customers, and promoting responsible and efficient business practices.
Ensuring business resilience by effectively managing risks, strengthening cybersecurity, and maintaining continuity across operations.
Upholding strong governance and ethical practices by ensuring transparency, accountability, and compliance across all operations.
Report includes our performance across our 5P’s for the current year.
Learn more about our views and our practices across our 5P’s here.
Corporate Office
SFO Technologies
Plot No. 2, Cochin Special Economic Zone,
Kakkanad, Kochi (Cochin) – 682 037,
INDIA
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Learn how SFO Technologies developed and manufactured a user-friendly security device to ensure optical fibre links are intrusion proof, enable advance warning and continuous monitoring of optical infrastructure health, and also perform proactive maintenance.
Find out how SFO developed and assembled an automated Fabrication System for OFC couplers, incorporating technology to optically align the polarization axes of the fibres, so that light emerging from the coupler maintained polarization axis. This system helped our customer, a leading defence laboratory, to reduce the cost of couplers to a fraction of the original imported cost.
Explore how SFO developed and prototyped smart MultiFunction Displays and Head Up Displays as part of the “fly by light” initiative of our customer – a premier Aeronautical laboratory, which supported fibre optic, Ethernet and serial port interfaces for communicating with various subsystems and Mission Computer.
Learn how SFO developed a software tool to extract data from the Flight Data Recorder (Black box) of aircrafts for analysis and reporting as part of operational safety monitoring as per regulatory norms pertaining to FOQA (Flight Operational Quality Assurance).
Learn how SFO developed an IoT enabled industrial monitoring solution for CNC machines to allow real-time monitoring of machine operational metrics and offer preventive maintenance through fault prediction alerts and notifications.
Find out how SFO developed an advanced data analytics solution built on evidence based care approach to identify gaps in diagnosis and treatment outcomes of dialysis patients and thereby improve current methods.
Discover how SFO developed an ecosystem of connected medical devices to render real-time relay of patient profile and diagnosis data to medical experts and enable patients to access this information and receive notification and alerts via mobile applications.
Find out how SFO developed an ecosystem of IoT devices to remotely control cell towers, monitor the site status, and set real-time security alerts.
Learn how SFO developed a tracking device (using NB-IoT) with additional indoor location tracking feature to enable real-time tracking of movable and non-movable assets or people.
Explore how SFO implemented a sleep pattern analysis solution for elderly care units to evaluate the sleeping habits of the residents and suggest improvements.
Learn how SFO custom-developed and prototyped fleet tracking device helped an eCommerce giant to gain greater visibility and control over the movement of its delivery fleet and achieve cost reduction by producing real-time location info and thus optimizing operations and avoiding delayed product delivery.
Find out how SFO implemented an IoT-based solution to convert customer’s living spaces into smart homes and buildings thereby offering many convenient features to the residence.
Find out how SFO developed an IoT based cloud solution to read and analyze power generation & distribution data to provide energy demand forecasting and predictive modeling of grid performance.
Read about how SFO helped their customer to implement IoT in their Flow meter.
Explore how SFO designed and developed a cost-effective industrial IoT solution for cloud-based monitoring and control of power generation and distribution systems in remote locations.
Find out how SFO value engineered panel energy meter for their MNC customer meeting international market requirement.
Discover how SFO developed an Inventory scanner solution for one of their global customers with applications of multiple innovative ideas and meeting standards across 60+ countries.
Discover how SFO designed and developed a cloud based diagnostic solution to detect anomalies in currency processing machines.
Explore the Smart metering and AMI software solution developed by SFO for their US based customer.
Find out how SFO developed a modernized text-to-speech virtual assistant with AI powered technology, automation and voice recognitionfor a leading health service provider.
Find out how SFO developed a tablet devicefor a leading health service providerwith an easy to use user interface for the clinicians, who visits the home, was found to be a very effective way ofdata capture and diagnosis.
Find out how SFO developed a tablet devicefor a leading health service providerwith an easy to use user interface for the clinicians, who visits the home, was found to be a very effective way ofdata capture and diagnosis.
Find out how SFO developed an analytics system and dashboard to visualize the healthcare information data and other essential metricsto analyse the data and measure the overall performance of any hospital network for a leading health service provider.
Find out how SFO engineered and manufactured ICU smart beds to monitor vital patient information for a leading global medical equipment manufacturer.
Find out how SFO engineered and manufactured a Surgical C-Arm X-Ray View Station for a leading global medical equipment manufacturer to aid surgeons in visualizing bone structures during surgeries.
Find out how SFO demonstrated their technical capability by building cost-effective and easy-to-use healthcare mobile apps, using the SMART on FHIR platform, running predictive analytics algorithms to predict probable outcomes based on historical patient health data.
Learn how SFO put together a Manufacturing Programmer for a leading manufacturer of medical equipment and consumables that facilitated contact-less, fast, cost-effective means to integrate factory settings in the Cartridges for Haemodialysis Console Systems over a RFID interface.
Find out how SFO engineered and manufactured a Gateway device (with built-in dual Wi-Fi modes) to enable data from the ECG machines of a leading medical electronics equipment supplier to be uploaded to the Cloud in real-time and be analyzed by a Cardiologist operating from a distant location.
Learn how SFO developed and manufactured a communication module for enabling surgeons to view data from the customer’s Wi-Fi enabled Surgical devices in real-time on LCD monitors in the Operation Theatre, with the additional facility to store the data locally or in the cloud.
Learn how SFO developed and manufactured an Electric Vehicle Charging Station that provided direct DC supply to the vehicle battery and monitored battery conditions and charging for B2C module of a leading provider of automotive consulting and engineering services that allowed over the air software update and connection to mobile device via Wi-Fi.
Find out how SFO helped a leading provider of Automotive Power train Solutions and Products in re-engineering existing obsolete components by developing and manufacturing a cost-effective plug-in ECU, to replace the existing ECU, to control the motor shift from 2WD to 4WD effectively based on user input.
Explore how SFO developed and manufactured a built-to-concept fully digital instrument cluster for a leading sports car manufacturer with real-time data readings that helped the customer achieve a cost effective, attractive and high performance platform, easily expandable for infotainment applications.
Learn how SFO developed and manufactured an electronic system for a leading supplier of rotary equipment for the U.S. railways sector for real-time monitoring of their safety critical drive motor which involved sampling, logging, and analyzing data with the use of effective algorithm in order to improve the performance through predictive maintenance and thus help in cost savings.
