Development of special software
Talan Systems offers software development services using biometric algorithms.
Special software development features
The project cost is calculated upon request.
Capabilities of developing special software
- AnalysisAssessment of the Customer's needs in a biometric solution
Analysis of the Customer's business needs and determination of goals and objectives:
At this stage, it is important to cooperate with the Customer's representatives to get a clear idea of what tasks and goals they want to achieve with the help of the biometric system.
Identification of specific tasks to be solved, such as identification of persons, access control, attendance tracking, etc.
Analysis of performance requirements, system response speed and other technical parameters.
Assessment of available resources and constraints:
Assessment of available financial, human and technical resources that can be used for project implementation.
Identifying constraints such as budget, time and resource constraints.
Identification of key stakeholders and their requirements for the system:
Identification of all key parties who may be interested in the project, including the Customer, users, administrators and possible third parties.
Collection of requirements and expectations of each interested party regarding functionality, security, usability and other aspects of the system.
- RisksIdentification of potential problems and risks
Analysis of potential risks and determination of possible options for their avoidance or reduction:
This step involves identifying possible risks that may affect the success of the project. Risks may include technical problems, schedule delays, financial constraints, changes in Customer requirements and many other factors.
After identifying risks, it is important to consider possible ways to avoid or reduce them. This may include developing contingency plans, establishing control points, entering into agreements with suppliers and other risk management strategies.
Determination of informational and technical threats to biometric system data security:
Biometric data is very sensitive and important from a security point of view. At this stage, an analysis of possible threats that may arise as a result of unauthorized access to biometric data, their theft or use for malicious purposes is carried out.
Defining technical security measures such as data encryption, user authentication and system access monitoring to protect biometric data.
Assessment of possible costs and determination of the project budget:
Conducting an assessment of the possible costs of implementing the project, including the costs of developing software, equipment, hiring personnel, testing and other expenses.
Determining the overall project budget, including all necessary expenses and a reserve for unforeseen circumstances.
- Terms of referenceDevelopment of technical specifications for implementation
Preparation of a technical specification document:
At this stage, a document with a technical task is created, which includes all the necessary details of the project. This document should be detailed and complete to ensure clarity and unequivocal requirements.
The technical task defines the requirements for the functionality of the system, for example, what functions the system must perform, how users will interact with it, and what are the limitations of the functionality.
Inclusion of system architecture requirements:
The description of the system architecture includes information about the technical structure of the project, including components, modules, databases, interfaces and connections between them.
Defining architectural principles such as data layering, distributed systems, security, and scalability.
Approval of technical specifications with the Customer:
It is important to ensure that all requirements and details of the technical task are agreed with the Customer's representatives.
Ensuring that all aspects of the project are understood by the Client, including functionality, constraints and architectural decisions.
Determination of security requirements and other parameters:
The terms of reference define the security requirements of the system, including measures to protect biometric data, authentication and authorization.
Determination of other technical parameters such as performance, speed, scalability and other technical aspects.
- Architectural solutionFormation of an architectural solution
Development of the architectural plan of the system:
At this stage, an architectural plan is created, which describes the overall structure of the system. This includes components, modules, services, interfaces and their interaction.
The description of interfaces defines how users will interact with the system, including the graphical user interface (GUI) and APIs for integration with other applications.
Database structure:
Defining the database structure, including the entities, tables, relationships, and fields necessary to store and process biometric and other system data.
Database schema development, including indexes, keys, and other parameters for optimal data storage and access.
Consideration of security requirements:
The project takes into account all security requirements related to the processing of biometric data and ensuring the confidentiality, integrity and availability of data.
Definition of authentication and authorization mechanisms for users and system administrators.
Development of security measures such as data encryption, access control and auditing of user actions.
Data layering:
Definition of logical and physical layering of data in the system.
Logical layering involves dividing data into logical groups or entities for better data organization and processing.
Physical layering defines how data will be stored on servers, including replication and backup.
- DesigningDesigning a solution
User interface design development:
At this stage, the design of the user interface (UI) of the system is being developed. This includes the creation of the graphical appearance, interactive elements and everything related to the interaction of the user with the system.
Design development should take into account the principles of usability, accessibility and aesthetic appearance.
Development of functional interpretation of the system and other details of the project:
At this stage, the functional interpretation of the system is determined, that is, what functions and operations it should perform. This is described in terms of functions that can be called by users or other systems.
The development of other details of the project may include the description of work processes, data formats, database structures and other technical aspects of the project.
Definition of the system's internal logic and data processing algorithms:
Developing the internal logic of the system consists in describing how the system will function internally. This includes defining how data is processed and transferred between system components.
The development of data processing algorithms defines the logic of operations performed on biometric data, including identification, authentication, and other operations.
- DevelopmentSoftware solution development
Software implementation according to the developed project:
At this stage, developers reproduce the software code according to the previously defined requirements and system design.
Coding includes the development of various modules, components and functionality required for the proper operation of the biometric system.
When coding, developers must follow best programming practices, ensure clean and documented code, and use secure approaches for processing biometric data.
Coding of system components and their integration:
The system components developed at the previous stage must be implemented in software.
Integration consists in combining separate components and modules into a single functional system. This includes the interaction between components, the transfer of data and ensuring that they interact without errors.
Testing at this stage helps to identify errors and shortcomings that may occur during the integration of components.
- TestingSolution testing
Performing tests to check the compliance of the system with the technical task:
At this stage, various types of tests such as modular, functional, integration and system tests are performed to check whether the system meets the requirements that have been defined in the technical task.
Tests include checking the correct operation of individual functions, interaction between system components and ensuring compliance with functional and technical requirements.
Identifying and correcting errors and shortcomings:
During testing, errors, shortcomings and problems in the system are revealed. These issues are captured and documented.
Once bugs are found, developers fix them and re-run tests to make sure the problems are resolved.
Verification of system compliance with safety standards and requirements:
Biometric data is very sensitive, so the system must meet high security standards.
Tests and analysis are performed to verify system compliance with security requirements, including data protection, authentication, authorization, and security measures against malicious attacks.
- Experimental operationIntroduction into experimental operation
Launching the system into experimental operation:
After the successful completion of testing, the system is launched in a real environment or with a limited number of users to verify its functionality and stability.
During the test operation, the real-time operation of the system is recorded, and its performance is monitored.
Collecting feedback from users:
Users who have access to the system can provide feedback on its performance. This may include identifying problems, reporting bugs, requesting improvements, or observing how the system works under real-world conditions.
User feedback is a valuable source of information that can be used to improve the system and fix bugs.
Improvement of the system if necessary:
Based on feedback and test results, developers can make improvements and fix identified problems.
Changes and improvements to the system must be documented, and new versions of the software must be released with updates.
- AdvantagesAdvantages of cooperation with Talan Systems
Experience and competence: We have extensive experience in the development and implementation of biometric systems. Our team consists of professionals with deep knowledge in this field, which allows us to develop and maintain high-quality solutions.
Comprehensive approach: We offer a comprehensive approach to the development of biometric systems, including needs analysis, architectural design, software development, testing and experimental operation. This helps ensure the completeness and quality of the project.
Data security: We pay great attention to data security, which is especially important in biometric systems. We maintain high security and encryption standards to ensure data privacy and integrity.
Availability and support: We are ready to provide support and maintenance services after the implementation of the system, as well as to improve the solution based on user feedback and changes in requirements.
Performance and efficiency: Our developed systems are thoroughly tested and optimized to ensure their reliability and high performance in real-world conditions.
Turnkey approach: We can provide a full turnkey biometric system development cycle from needs analysis to implementation and support, which reduces the burden on the client and ensures a successful result.
Innovations: We always strive to introduce new technologies and innovative solutions to improve the performance and security of biometric systems.
Related solutions
Customization of biometric systems
Talan Systems analyzes business processes and offers optimal options for biometric system adaptation. More detailsConsulting on biometric solutions
Talan Systems advises customers on selecting a biometric algorithm manufacturer for optimal application and customization. More details