Our approach
Quality, flexibility and partnership
We are known for quality and client satisfaction
We also pride ourselves in:
- stability & industry expertise of our technical team
- our dedication to client satisfaction and perfectly meet the client's expectations
- adaptability and out-of-the-box thinking
Choose the best solution
Flexible cooperation model
Fixed Price
Fixed price is the best solution for companies looking to operate within a pre-set and predictable budget. Leading advantages are ease of management, transparency, and simple reporting.
As a client, you get an accurate estimation, and there is no financial risk over the budget.
Moreover, this pricing model doesn’t require your participation and overseeing of every process stage – you have more time for your core business and company issues!
The entire course of the project is planned and carried out in a smooth, predictable manner.
Time & Material
Time and Materials is a flexible cooperation model suitable for long-term projects when you have an idea that needs to be sculpted into a product (or just not all requirements are set in stone).
Time and Material contract is frequently chosen by companies to carry out projects where the workload of individual stages is difficult to plan. Therefore, the budget and costs for the entire project are not specified. We specify in contract rates for the working hours/day of the engineer.
Team Extension
Team extension is a very flexible cooperation model and contract type for both client and partner. You hire one (or more) software/hardware engineers whose specific skills are required for your project.
There is no strict rule for establishing the budget and scope or scheduling it in advance. As a client, you decide what tasks are performed by our consultants.
What is essential, you’re the one responsible for distributing tasks among the consultants (often with our help).
Software
How it works
Hardware
How it works
1
Business meeting
Business meeting to agree on cooperation model.
1
Idea feasibility
Analyses of project/idea feasibility.
2
Technical meeting
Technical meetings to measure the scale of the project.
2
Requirements
Requirements and constraints establishment as well as required standards and certifications determination.
3
Choosing tools
Choosing the right team and tools according to the scale of the project.
3
Mechanical design
Initial mechanical design in line with client requirements/conception.
4
Kick-off
Kick-off meetings and team self-organisation in a project environment.
4
Mock-up prototype & schematic drawings
5
Architecture design
High-level architecture design and technology matching.
5
Integration and PCB design
6
Setting the technical environment
Setting the technical environment for development, QA and analysis.
6
Chassis & mechanics
7
Software design
Software design with documentation, mock-ups, and prototyping
7
Prototype production
8
Software implementation
8
Embedded software development
9
Testing of software
Software testing and control of the bugfix – features balance in succeeding sprints.
9
Functional tests & pre-compliance test
10
Final audits
Audits of UX, security, performance, GDPR, etc. before production running.
10
Further prototypes versions if required
11
SLA
Guarantee scope agreement and SLA for the customer.
11
Certification
12
Software development
Backlog refinement and planning for future development work.
12
Small-series production
Software
How it works
1
Business meeting
Business meeting to agree cooperation model.
2
Technical meeting
Technical meeting to measure scale of the project.
3
Choosing tools
Choosing the right team and tools, according to scale of the project.
4
Kick off
Kick off meeting and team self organisation in project enviroment.
5
Architecture design
High level architecture design and technology matching.
6
Setting the technical enviroment
Setting the technical enviroment for development, QA, and analysis.
7
Software design
Software design with documentation, mockups and prototyping.
8
Software implementation
Software implementation based on Agile (elements of SCRUM) approach.
9
Testing of software
Software testing and control the bugfix – fueatures balance in succeeding sprints.
10
Final audits
Audits of UX, security, performance, GDPR etc. before production running.
11
SLA
Guarantee scope agreement and SLA for customer.
12
Software development
Backlog refinement and planning for future development work.
Hardware
How it works
1
Idea feasibility
Analyses of project/idea feasibility.
2
Requirements
Requirements and constraints establishment as well as required standards and certifications determination.
3
Mechanical design
Initial mechanical design in line with client requirements / conception.
4
Mock-up prototype & schematic drawings
5
Integration and PCB design
6
Chassis & Mechanics
7
First prototype production
8
Embedded software development
9
Functional tests & pre-compliance test
10
Another prototypes versions if required
11
Certification
12