Hire an R&D specialist or a complete team!
R&D SPECIALIST SERVICES
Our highly experienced specialists have a broad range of expertise from various disciplines and can cover all parts of the development cycle. Data Respons’ unique business model enable customers to choose a form of collaboration that suits their needs. We can provide a complete competency platform during a development project with the knowledge from our R&D specialists.
INCREASE YOUR PROJECT CAPACITY
Get on-demand access to high-end technical expertise as well as well proven agile methodology when you need to scale up your development project or complement your existing R&D team.
DEDICATED SPECIALIST TEAMS
Our development specialists work as an extension of your in house team offering flexibility and cost effectiveness. We bring extensive industrial knowledge and skills according to your project needs and transparency through dynamic and agile work models.
FASTER TIME TO
Data Respons has the resources to start new projects immediately. We bring more than 30 years of experience with 800+ talented specialists who has both the technology skills you need and the appropriate industrial knowledge. This allows your company to be more agile and bring projects faster to your customers.
Complete technology house
Data Respons can develop everything from sensor level to the app, making us a good partner for our customers with their digital transition. We can provide a complete competency platform during a development project. Our engineers specialise in understanding the environmental challenges and demands of our customers products on top of being best-in-class within their technical disciplines. This combination of experience and knowledge is the foundation that makes us specialists on embedded development.
In depth industry knowledge
Servicing a diverse range of customers requires in-depth industry knowledge and an understanding of the conditions and markets our customers deal with. Data Respons has more than 30 years of industry experience and can provide a high level of competence within our customers challenges such as environmental standards and certification processes. Our teams have experience from automobile industries to medical and healthcare technology allowing us to bring a complete competency platform into your projects.
Dynamic and agile methodology
Our specialists teams use a dynamic work model based on both documented procedures as well as tacit knowledge to ensure workflow, productivity and transparency. Its a model that has developed from the inside that aims to balance the relationship between quality, functionality, time and cost in a development project.
> Engineering consultancy
> Project management
> Custom software development
> IoT application development
> Java (TM)
> Software development
> End to end development
> UX/UI design
> Embedded software
> Application security
> Electronic and hardware development
> DevOps as-a-service
> Atlassian Confluence ® / Atlassian Jira ®
> Mechanical design
> Test and quality
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Other names may be trademarks of their respective owners.
OUR SPECIALIST SERVICES COMPANIES
Bringing the Internet to the Internet of ThingsAll is not what you think when IoT devices get connected: One of the more curious things about IoT devices is that most of them are not actually a part of what we today loosely describe as the “Internet”. The “Internet” is usually defined as a global network consisting of TCP (Transmission Control Protocol) combined with protocols like IPv4 and IPv6, and various other supporting protocols. Despite the name “Internet Of Things”, IoT devices rarely have support for any of these protocols, making a direct link to (or from) them impossible. Based on the idea that the Internet Protocol could and should be applied even to the smallest devices, 6LowPan is now entering the arena. This article offers a look into the inner workings of 6LowPan, together with assessing the current state of adoption of the standard. And although many difficulties lie ahead, one thing is for sure: 6LowPan over Bluetooth is not standing still.
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Data logging & autonomous vehiclesFor the vehicle industry, the expression ”Self-driving cars” has become a slogan which engages people who have not previously had the slightest interest in traditional automotive technologies. Everyone (almost) can relate to sitting in a car that drives you from one place to another without your involvement, some people imagine it with alarm others with gratifying enthusiasm.
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How optimal is your approach?A system development project involves different disciplines, and will always have a level of uncertainty. This uncertainty implies a degree of change, complexity, and risk. The chosen project approach will affect the success of the project. Why and how should a project approach be selected? This article addresses agility and various approaches for system development projects.
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Autonomous cable survey with magnetometersAn extensive network of conductors is needed to transmit electricity from power stations to the consumers. When these cables cross a large portion of water, they are usually buried beneath the seabed. The cables are here exposed to the marine environment and regular surveys are required. Unmanned subsea vehicles are usually used to carry out said surveys.
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Developing an emergency communication device for disaster relief workIn the immediate aftermath of a natural disaster, with all communication infrastructure destroyed, emergency workers need to send damage reports from their local communities to relief coordinators and other authorities. To do that, the Danish company LinkAiders is developing the Reachi device, a communication device for use under extreme conditions. LinkAiders cooperates with the Danish Red Cross, and the Reachi device will be pilot tested in the Philippines during 2018. The Danish tech consulting company TechPeople, owned by Data Respons, is helping LinkAiders design a solution that will function under the toughest conditions.
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Performance-aware energy-efficient data cache accessesWith the increased growth of Internet of Things (IoT) devices, the need for energy efficient computing systems is more important than ever. Many of these systems are battery operated and often in places where recharging or replacing the batteries is difficult. This is why researchers and the semiconductor industry are using a significant amount of resources in increasing energy efficiency by developing embedded systems such that it consumes as little power as possible while still increasing the performance.
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