Ensuring the highest quality in healthcare standards.
Communicable diseases and Infectious outbreaks pose a continuous threat to global trade and the stability of the future world economy. The adage of “health is wealth” was evidenced not only in the struggle to provide safe healthcare and save lives but also in the severe economic downturns that were caused by mass lockdowns of global trade during the coronavirus pandemic of 2020. Lessons learnt from the disaster show that there is no expenditure wasted on efficient disaster preparation, especially in developing nations.
Without adequate preventative measures, nations, businesses and citizens find themselves fighting to prevent the spread of disease while also preventing losses of life and protecting assets on the back of a biological hinderance that further complicates the already difficult course of life facing citizens in most developing nations. Sensani is a powerful hand hygiene practice technology that improves hand hygiene surveillance, ensures safe migratory movements of human capital, improves quality of life and increases public safety. Our network of solutions act as a defensive intervention and interceptor system against economic downturns caused by infectious outbreaks. Hand hygiene data is a vital, cost efficient and effective tool for setting a foundation for the future health system.
Ensuring the highest quality in healthcare standards.
Communicable diseases and Infectious outbreaks pose a continuous threat to global trade and the stability of the future world economy. The adage of “health is wealth” was evidenced not only in the struggle to provide safe healthcare and save lives but also in the severe economic downturns that were caused by mass lockdowns of global trade during the coronavirus pandemic of 2020. Lessons learnt from the disaster show that there is no expenditure wasted on efficient disaster preparation, especially in developing nations.
Without adequate preventative measures, nations, businesses and citizens find themselves fighting to prevent the spread of disease while also preventing losses of life and protecting assets on the back of a biological hinderance that further complicates the already difficult course of life facing citizens in most developing nations. Sensani is a powerful hand hygiene practice technology that improves hand hygiene surveillance, ensures safe migratory movements of human capital, improves quality of life and increases public safety. Our network of solutions act as a defensive intervention and interceptor system against economic downturns caused by infectious outbreaks. Hand hygiene data is a vital, cost efficient and effective tool for setting a foundation for the future health system.
An intelligent infection prevention and control network.
The Sensani system is an IoT based smart hand sanitizer dispenser network developed by Mkazi Concepts (PTY) Ltd. as a solution for the infection prevention and control challenge faced by healthcare establishments. The solution is designed to meet this challenge by establishing a decentralized ID-based infrastructure access and digital registry of key hand hygiene moments during care of patients. Our goal is to drastically improve overall environmental health and safety by deploying connected devices to act as observers of healthcare standards.
Our data collection and method of delivery enables the public to permanently participate in the business infection prevention efforts and ideal clinic programs. The use of contactless technologies achieve high interoperability and scale without increasing the cost of capturing end user data. The Sensani™ solution does not charge the client to deploy physical radio frequency identifiers to end-users. With this combination, we offer a dynamic and differentiated approach to customer relationship management, access control and registry management, all while serving as key management and visualization tool for managing hygiene standards and preventing opportunities for the spread of communicable diseases.
An intelligent infection prevention and control network.
The Sensani system is an IoT based smart hand sanitizer dispenser network developed by Mkazi Concepts (PTY) Ltd. as a solution for the infection prevention and control challenge faced by healthcare establishments. The solution is designed to meet this challenge by establishing a decentralized ID-based infrastructure access and digital registry of key hand hygiene moments during care of patients. Our goal is to drastically improve overall environmental health and safety by deploying connected devices to act as observers of healthcare standards.
Our data collection and method of delivery enables the public to permanently participate in the business infection prevention efforts and ideal clinic programs. The use of contactless technologies achieve high interoperability and scale without increasing the cost of capturing end user data. The Sensani™ solution does not charge the client to deploy physical radio frequency identifiers to end-users. With this combination, we offer a dynamic and differentiated approach to customer relationship management, access control and registry management, all while serving as key management and visualization tool for managing hygiene standards and preventing opportunities for the spread of communicable diseases.
A leap beyond today's problems.
Research in hospitals shows a high level of cross contamination between patients during administration of basic health care. 45-48 million citizens depend on public healthcare facilities, more than 70% of the population. Facilities are understaffed and overcrowded with 10 thousand patients for every 64 health service workers. The national department of health reports that national compliance across its facilities is between 30-40%. Hand hygiene is difficult to track due to the labour intensive methods of manual observation and check sheets employed. Physical observers need to be present to report on hand washing activities and submit findings. Due to poor surveillance, 1 in 7 South Africans is at risk of acquiring a health care associated infection with each hospital visit.
The Sensani network solves this problem by exploiting the high interoperability that already exists between end user and client facing technologies. Using the Sensani smart phone application, a patient or end user can remotely on-board themselves onto an enterprise’s private or public infection prevention and control system. By doing so, the user grants themselves access to enter a facility structure by means of the Sensani hand sanitation station. All data generated by the devices is visualised on dashboards viewable by the healthcare enterprise. The streams of data provide real time visibility of operational safety levels, foot flow, movement patterns and length periods between contacts.
A leap beyond today's problems.
Research in hospitals shows a high level of cross contamination between patients during administration of basic health care. 45-48 million citizens depend on public healthcare facilities, more than 70% of the population. Facilities are understaffed and overcrowded with 10 thousand patients for every 64 health service workers. The national department of health reports that national compliance across its facilities is between 30-40%. Hand hygiene is difficult to track due to the labour intensive methods of manual observation and check sheets employed. Physical observers need to be present to report on hand washing activities and submit findings. Due to poor surveillance, 1 in 7 South Africans is at risk of acquiring a health care associated infection with each hospital visit.
The Sensani network solves this problem by exploiting the high interoperability that already exists between end user and client facing technologies. Using the Sensani smart phone application, a patient or end user can remotely on-board themselves onto an enterprise’s private or public infection prevention and control system. By doing so, the user grants themselves access to enter a facility structure by means of the Sensani hand sanitation station. All data generated by the devices is visualised on dashboards viewable by the healthcare enterprise. The streams of data provide real time visibility of operational safety levels, foot flow, movement patterns and length periods between contacts.
