Bring high quality laboratory software to the market faster
Work together with experts that understand laboratories inside out.
We develop software for
Software and software integrations for laboratory instruments.
Standalone laboratory and medical software applications.
Easy-to-use solutions for data management and data analysis in laboratories.
“Biosistemika has proven to be a valued partner in the development of innovative, long term and challenging project. The Biosistemika’s team covered a critical role in the project providing great support during the major technical decisions as well as discussions and suggestions about the best software approaches throughout the project. Frequent meetings and quick discussions during the software development allowed a continuous alignment to the new user needs raised during the project updates.”
Stefano Ceschia, Research and Development Manager at Alifax
“LifeTaq-Analytics GmbH has been collaborating with BioSistemika for more than two years working closely together on the project to construct and program an automated 3D cell cultivation robot. We were able to enhance the prototype of the robot by introducing BioSistemika's software. We really appreciate the constructive work and the relaxing atmosphere during the project and look forward to even closer cooperation in the near future. Thank you for your trust and support in all matters!”
Manfred Taschner, CEO at LifeTaq Analytics GmbH
"BioSistemika was invaluable in helping us address a key challenge in our analytical process by providing innovative and rapid solutions. The BioSistemika's team was always attentive to the specifications provided and developed innovative solutions to fulfill these specifications ensuring that the application was aligned with our requirements. In addition, they were also very sensitive to our budgetary constraints, a crucial aspect given the limited resources available in academic settings."
Jesmond Dalli, Professor in Molecular Pharmacology at Queen Mary University of London
Build user friendly software that solves the most complex problems
- Our team listens to your requirements.
- They combine lab work experience with UX design and software development expertise.
- Our application specialists worked in the lab so they understand the needs of end users.
Work with a highly skilled team
- We have over a decade of experience in software product development and we always follow the latest trends.
- Our interdisciplinary team of experts can help you at any stage of the development process.
- We work in accordance with ISO 13485, IEC 62304, and GxP and implement FDA's 21 CFR Part 11 standard.
Bring your product to the market faster
- We work closely with your team so that you have a constant insight into the progress of your project.
- Our communication is transparent and responsive.
- We use state-of-the-art collaboration and project management tools that enable us to deliver projects on-time.
Our key technology expertise
Our mobile development team can develop native Android (Java/Kotlin) or cross-platform (Ionic/Cordova/Angular) mobile apps that communicate both with hardware, as well as with the Internet.
We are also deeply rooted in desktop application development for Windows operating systems (C#, .NET, .NET Core, WPF).
Lastly, our web development team is fluent in web technologies and web application development. We have developed complex SaaS cloud solutions (SciNote), hybrid web applications, and designed powerful web APIs (REST, gRPC, WebSockets). Our technologies of choice are C#, ASP.NET Core and Ruby on Rails for the backend, and Angular and TypeScript for the frontend. We have also worked extensively with Amazon AWS, Heroku and Microsoft Azure web services providers.
Software development following regulations and standards
We know the specifics and requirements of ISO 13485, IEC 62304, CFR 21 Part 11 and GxP. Therefore we develop :
- Software for Medical devices
- Software as a medical device (SaMD)
- GxP software for laboratories
We follow strict QA processes througouts the software development life cycle and perform software validation according to ISO 13485/IEC 62304. We also deliver to you necessary software-related documentation.
The following experts are involved in every project
Creating great software requires more than just coding. Every project should have a competent team who is overseeing the progress.
Application specialists have years of experience working in research and industrial laboratories. They are PhDs with domain knowledge in biotechnology, biology, physics, molecular biology, biochemistry, and pharmacy. Because they understand how laboratories work, they are able to design software so that it meets customer and end-user needs. They work with our customers to prepare software requirements, software specifications, lead technical meetings and workshops, and make sure that the project stays on-time and on-budget.
Senior software developers
Quality assurance specialist
Key account manager
UX designers are responsible for delivering an intuitive user interface of the software. They understand product specifications, develop wireframes and prototypes around customer needs, find creative ways to solve UX problems (e.g. usability, findability) and communicate design ideas and prototypes to developers. They join their UX expertise with UI knowledge to implement attractive designs that enable faster user adoption by the end-users.
Complete development life-cycle
We listen to your requirements and help you in any stage of the software development life-cycle.
The project begins with the user requirements phase, where the client’s requirements for the software system are captured in a User Requirements Specification (URS) document. This phase normally includes technical meeting/s with the end-users or clients to mutually define the intended use of the system, including all the actions that the system should support.
Very often, a Technical Proposal document is prepared alongside the URS document. This document presents our technical proposal regarding high-level user flows, user interface elements, and high-level system architecture.
Besides collecting the requirements, the purpose of these two documents is to allow us to roughly estimate the scope & timeline of the project at this time-point.
In the second step, the Software Requirements Specification (SRS) is prepared. This document contains very detailed information and descriptions of how the software system will meet user requirements. SRS still describes what the software system will do (in great detail), not how the system shall achieve that. The document normally includes functional requirements specification (related to features from a user point-of-view), as well as non-functional requirements specification (technical requirements), which are other technical qualities that the system must exhibit, such as durability, security, reliability, uptime, etc.
During this phase, tight collaboration with the client is crucial to establish a mutual understanding of all the details related to the wanted behavior of the software system. Hence, this phase can include additional workshop/s, meetings, as well as usability tests, preparation of mockups, and prototypes.
When SRS document is detailed enough, and by both parties, BioSistemika can prepare a more precise estimation of the system design, development project costs, and the project timeline.
The goal of the Software Design phase is to write down detailed information on how the software will achieve its intended use. This is achieved by specifying in detail the design of the software system. In some cases, SRS document can already have a sufficient level of details in which case not much of an additional description is necessary to refine the intended use of the software. However, in most cases, Software Design Specification (SDS) documents need to be prepared. The SDS documents cover both functional specifications (individual screens, features, functions, and user flows within the software), as well as non-functional specifications (user interface elements, technical architecture of the software system, and similar). At BioSistemika, these documents are often written in form of Epics. SDS documents are used as the blueprint of how the software will be built during the development phase, and represent a mutual agreement between BioSistemika and the client that these documents form the contractual basis on the software to be developed.
This phase can include additional meetings, preparation of mockups as well as usability tests, and prototypes. Additional documents, such as Risk Assessment, Technical Decisions Document, and a detailed plan of how the development lifecycle will be executed can also be prepared/started at this stage if agreed upon.
Also, at this time-point, a more precise estimation of software development project costs & timeline is prepared.
During this phase, the software system is developed according to the agreed lifecycle, scope, deliverables, and timeline. The deliverables of the project are split into smaller tasks by developers. If applicable, the software is being developed in iterations (sometimes called sprints), and regular reporting and updates with the client are also provided.
This is a dedicated phase of the process that ensures the software was developed in compliance with the agreed specifications document. Validation of the software is performed by QA personnel on the project. If agreed upon, test scenarios are prepared and executed. To ensure that the software meets the specifications, all the discrepancies from the specifications are fixed (so-called bug fixing). After the execution of tests and after all issues are fixed, test report documents are created.
If necessary and agreed upon, the software system is given to its users, and the maintenance period starts; during this period, BioSistemika ensures the software is updated (security fixes, minor improvements, and new features), as well as possibly being released to the users, or hosted and operated by BioSistemika.
Pipetting Aid PlatR
M.R. – National Institute of Biology, SL
Faster, Simpler and More Efficient qPCR
Stephen A Bustin – Anglia Ruskin University, UK
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