Inovace Technologies Limited, the company behind Tipsoi, has achieved ISO 9001:2015 certification for its Quality Management System.
The certification covers the design, development and operation of cloud-based software solutions, along with the sourcing, manufacturing, supply, installation and support of biometric attendance and access control devices and integrated solutions.
For Inovace Technologies, the certification represents an important step in strengthening the processes behind the technology it builds and supports.
Tipsoi operates within this broader technology ecosystem, combining biometric attendance with workforce management tools that help organisations manage employee attendance, workforce records, payroll-related inputs and operational reporting.
As organisations grow across sites, projects and distributed teams, consistency in technology delivery and support becomes increasingly important. ISO 9001:2015 provides a structured framework for quality management, including process control, customer focus and continual improvement.
The certification reflects the work being done across Inovace Technologies to establish repeatable processes throughout software development, technology deployment and customer support.
It also supports the company’s wider ambition to take workforce technology developed in Bangladesh into international markets, where organisations increasingly expect technology partners to demonstrate established quality-management practices.
The certificate was issued on 29 September 2026, with an expiry date of 28 September 2029, subject to the applicable surveillance requirements.
For the teams behind Inovace Technologies and Tipsoi, the certification is not simply a badge. It represents an ongoing commitment to how products are developed, delivered and supported as the business continues to grow.
About Tipsoi
Tipsoi is a biometric attendance and workforce management platform developed by Inovace Technologies Limited. It helps organisations connect attendance, workforce data and HR operations through a single system designed for real-world workplace environments.
