Software

Services

We develop software for you.
SW development includes programming and requirements identification.
At least.

Dienstleister Individualsoftwaren Schweiz

Service software development

Our service is software development. This includes in particular the development of individual software. An important core topic is also software testing. However, we also customize standard software. E.g. from SAP, Microsoft, WordPress or Typo3. Our SW development services include requirements engineering, sw-based process automation, data analytics/data science and interface development.

Customized sw development

Modular SW development consulting

Our software development services are modular. You can order service modules as well as a combination of services with different durations. Optionally, we also offer our SW development on the basis of hourly contingents. We work at your site or location-independently. As you wish.

Our modular offer

Requirements Engineering

Part of every individual software development is the identification, definition and documentation of requirements. And this according to proven methods, e.g. DIN ISO or IREB, and standards (e.g. UML). Requirements result from analyses, often also from data analyses. Dealing with stochastics, databases and cloud-based data spaces is part of our daily business.

Requirements engineering

Our programming portfolio in detail

Our service portfolio includes both backend software development and frontend software development. In addition, we are specialized in numerous different SW interfaces. We develop software and (micro) services on your mainframes, servers, in the Amazon Cloud, or in the Azure Cloud from Microsoft. Of course, we are also experienced in app development for Android or iOS.

Portfolio details

Corporate/
project-
culture

We provide our services in agile or multi-agile environments such as Scrum, SAFe or Kanban. Regardless of our customers’ project environments, our SW consultants are not only certified, but also experienced. By the way, also in classical methods like waterfall, V- or phase models.

This is also true for our requirements engineers. As former SW developers or SW architects, they are certified process analysts with empathy and a sense for relevant issues.

Native speaker as communication interface to the customer

We know that our customers’ employees can also communicate wonderfully in English. Nevertheless, project efficiency decreases when communication takes place exclusively in a foreign language. This has been proven by numerous studies. Therefore, we offer our customers in our home countries DACH, USA, Georgia and China project communication in their native language. One face and native language to the customer.

Locations for our software development services

Before Corona came into all of our lives, we believed that our services were best delivered at the customer’s site. Short physical face-to-face communication channels and meetings were always our arguments for delivering our services at the customer’s site.

However, the Corona situation has shown us that communication via video conferencing, messenger and project management platforms is no less personal and effective. As a result, we now often deliver our software development services virtually. The time saved as a result can even be invested wisely in our customer projects. In addition, the environment is also spared through reduced travel. However, we now know that getting to know each other in person, especially at the beginning of customer projects, fosters rapid mutual trust.

Modular
Portfolio

Service Software
Development

Software development service is something we deal with on a daily basis. In this area it gets a bit technical. We would like to briefly present to you, as an IT manager or IT contact, our experience and knowledge from a technical perspective.

We provide software development services internally to HighPots as well as for customers. Software development services is our everyday business. We have been developing software on behalf of customers since the end of the 80s. On behalf of our customers and partners we develop software professionally, fast and economically.

Project environment

We support you in choosing the right project organization and project management method. Multi-agile, agile, hybrid-agile or classic – we know most of them. Our consultants are on the road in several environments and methods on a daily basis. E.g. in Scrum, RUP, Kanban, MSF, Hermes, Waterfall, V- and Phase Model, Prince2, etc. Also in different process environments such as CMMI.

Business Analysis – Requirements Engineering

Everything starts with the definition of requirements, which we develop together as a basis for further steps. The result is, for example, UML-standardized use cases, flowcharts, user stories, sequence diagrams, class diagrams, etc. created via Enterprise Architect. Of course, we do not forget requirements such as performance, data security, data protection, runtime behavior, license management and maintenance intervals.

Software architecture

Based on the requirements, our software architects and SW engineers design the appropriate architecture for your business and IT world. Of course, this not only creates the basis for programming and software developers. We also take into account cost-efficient maintenance, testing and error management. Of course, we also define the deployment processes for test and production environments as well as the release management for you.

Correct definition of the data models and the database models

The definition of the appropriate database model for a future-proof data space is essential. We will be happy to explain when a classic database for structured data makes sense and when a NoSQL database should be used. Often we see NoSQL databases like MongoDB or Cassandra in use unnecessarily.

In many projects that HighPots had taken over from other service providers, it turned out during the revision of the technology that the consistency of the data would have been more important than the performance.
We also often see that document-oriented NoSQL databases such as MongoDB are used for graphs instead of more suitable NoSQL databases such as Neo4J. We are also very happy to support you in selecting the right data space and its architecture and harmonization.

Software development and programming

The programming of the individual software takes place in the defined project environment with the frameworks, server components, databases, programming languages and their IDEs defined by the software architects. Regardless of whether front-end or back-end, we have the right SW developers for your project. 

Software testing

Testing is an important task and is carried out using test documentation and test plans. Test automation, unit tests, functional tests, load tests and end-to-end test procedures are carried out according to ISO standard and/or according to ISTQB.

Documentation

It’s a well-known cliché that software developers don’t like to document. We are lucky to have technical consultants who like to document. We take care of documentation in code as well as documentation for your data protection officer, your IT administration and DevOps and of course for your support.

Requirements
Engineering &
Business Analysis

Good requirements engineering not only reduces project costs, but also makes project feasibility transparent at an early stage. In addition, good requirements engineering significantly increases the probability of project success. Building IT infrastructures and software that meet all requirements can only be done on a good foundation.

Requirements Engineering Definition

Precise questioning technique

To understand the needs and requirements from the business, asking precise questions and also questioning is essential.

Empathy and sympathy

An unsympathetic person is reluctant to give answers. Empathy is an essential skill that a requirements engineer must have.

Presentation of requirements and needs

All affected stakeholders must understand the project. This requires clear communication verbally, in writing, and especially in diagrams. Regardless of whether process flow diagrams, user stories, epics, use cases, sequence diagrams, object and class diagrams, activity diagrams, etc. are used. The ability to clearly structure, logically abstract and represent requirements and needs is another skill a requirements engineer must have.

Requirements Translate from business to technology

A translator excels in mastering the languages of the sender and receiver (and vice versa). An interpreter must even provide this capability in real time. A requirements engineer who has no practical experience in software development and comes exclusively from the process world is a risk. It’s the same the other way around. For this reason, we at HighPots rely exclusively on requirements engineers who bring practical and years of experience from both the business and the technology worlds.

The ability to be at home in both worlds is an important building block for success. Experience in technology should not only include programming, but also software architecture and IT infrastructure. A requirements engineer at HighPots is therefore an experienced generalist who is both psychologically, technologically and linguistically experienced and trained, and who is also proficient in business process management.

Individual-
Software-
Development

Individual software makes it possible to stand out from the competition and makes you independent of standard software from the major manufacturers. Individual software involves risks, but also great opportunities.

Individual software developments (custom software) map internal company processes better than standard software. In the age of digitalization, this is an important competitive advantage. However, the setup of release and support management involves more effort.

Individual software development services

Custom software development frees your company from arbitrary licensing, security and release policies of software vendors; because many software vendors today are either multinational corporations for whom your needs are not important, or they are small companies with resource problems.

But custom software also has disadvantages. You will find these in a structured way further down this page. When considering the pros and cons of custom software development, we at HighPots have tried to be objective.

Individual software

Development more expensive than using standard software?

Customized software is no more expensive in the medium term than purchased standard software. This has been proven by relevant studies (e.g. by the Fraunhofer Institute DOI23/45 of 15.02.2021). In the studies, the total cost of ownership costs are taken into account. Including those costs that are incurred when the software is to be removed from the organization again.

Can HighPots as

service provider for individual software

be objective at all?

Our objectivity is not compromised, because we ourselves use standard software HighPots-internally. E.g. from SAP, Microsoft or the Typo3 Association. Therefore we know the effort for customizing the standard software as well as the license costs and change policy of the big providers of standard software.

We also regularly customize standard software on behalf of our customers. Thus customizing of standard software is an important pillar at HighPots, as well as individual software development. Therefore we are able to give objective arguments for and against standard software.

Definition of individual software and standard software

Standard software is understood as a “prefabricated product for a clearly defined area of application”. Custom software is software that has been developed specifically for use in a particular organization.

Standard software is divided into:

  • Industry software
  • Function-related standard software (e.g. accounting software or CAD)
  • Cross-functional standard software (e.g. MS Office or ERP systems (SAP, MS Dynamics ERP)
  • Integrated standard software, - part of cross-functional standard software (ERP systems)

Disadvantages of standard software:

  • The market is dominated by a small number of manufacturers; as a result, the company is only one of many customers of the manufacturer, which prevents it from influencing feature developments.
  • The licensing costs of these manufacturers are very high
  • You are helplessly at the mercy of the licensing policy of the manufacturers, because strongly networked standard software cannot be switched off just like that
  • The daily rates of consultants from the manufacturer are many times higher than those of individual software developers.
  • Some release cycles of the manufacturers of standard software are mandatory, you have to go along with them and provide resources for it

In fact, we have already noticed that there is already a great deal of code legacy among the manufacturers of standard software. This cancels out the advantages of standard software.
canceled out. In addition, the manufacturers of standard software constantly have to make compromises in the development and provision of their software. After all, the software must fit all customers and industries and cannot be tailor-made per customer.

It is often argued that the customizing options of standard software would negate the great advantage of individual software: namely, the customization options for the different process worlds of different companies.
However, this argument does not reflect reality. This is because the customizing options of standard software are limited.

It should also be noted that the code developed for customization must be adapted frequently, e.g., for new releases of the standard software. Code frameworks for individual software are also subject to release cycles, but the decision as to whether and when the release should be implemented can be freely chosen.

Decision support for individual software or standard software

Criteria to help you make a decision:

  • Can customizing of the standard software be done without extensive training? In a programming language that your developers know? In the development environment in which your developers work?
  • What happens to the customizations when the standard software vendor rolls out a new release or update?
  • How much customization needs to be done? Compare the customization efforts (and license costs) with the efforts for an individual software development. Use your corporate and IT strategy as the basis for this analysis.
  • Which interfaces are available in the standard software? Are the interfaces and protocols state of the art? Do they match your internal systems or the systems of your most important customers, suppliers or partners?
  • Which areas or functions in the standard software cannot be adapted? Are these process-critical for your company?
  • How much influence do you have on the standard software vendor in terms of prioritizing new features as part of release management?
  • Can you flexibly develop interfaces and dock them to the standard software? Even with software from the competition?

Where should

individual software development

be used?

Where does your company earn the most money? In which areas does your company’s know-how lie? Where does the value creation lie? Once you have answered these questions, answer the second question: How much does the software influence the value creation of your company? The greater the dependence of the company’s success on the software, the more intensively and sensitively you should discuss the following 2 questions:

Can my company still stand out from the competition if my company works with the same standard software as the competition?
Does my company want to be heavily dependent on a standard software manufacturer in this sensitive area?

Of course, you could now argue that the risk of failure is lower when standard software is introduced. Or that the competition working with this or that standard software has expanded.

In addition, you could also argue on the second point that with custom software development, there is also a dependency on the software service company that develops the custom software.

However this argument can be invalidated with a good project resource planning. In which you integrate own developers into the individual software development project. So that the individual software development does not become too expensive, you can use components usual in the market. For example, widely used programming languages, common software architectures and IT infrastructure components not only facilitate the procurement of technical personnel, but also a possible later familiarization with the code.

Conclusion: Individual software or standard software manufacturer

With standard software, you reduce the risk that the implementation will fail as part of an IT project. However, the probability that the standard software will cost more money over time for customization and maintenance than individual software is high. Also, you may not be able to avoid using cloud services – trust in the standard software vendors becomes a prerequisite. You are also at the mercy of the licensing policy of the standard software manufacturers. If your competitors are also working with the same software, it becomes more difficult to develop a digitization edge.
With custom software and a trustworthy service provider, you have a better chance of outsmarting the competition and saving costs.

Selection of the service provider for individual software development

The software development service provider should fit your corporate culture. If you have a startup culture in your company, a custom software development company that is active in banking and insurance may not be a good fit for your company.

Knowhow in the area of requirements engineering or requirements management

However, it is much more important that the service provider is authentic and experienced. He must listen well and be able to estimate the effort well in order to provide you with a suitable offer. He should understand exactly what you need. This requires a lot of experience and knowledge in requirements engineering. It is important to precisely document and outline your requirements. This includes your internal process environment, the processes that the future custom software should map, as well as communication with other systems and reporting. But also the non-functional requirements, performance, security, etc. should be recorded by the service provider.
Unnecessarily complicated requirements and processes should be simplified. Experience from similar projects should be incorporated. See also our consulting portfolio in the area of software strategy.

Technological implementation or technical realization

The service company developing the custom software should work with proven modern technologies and software architectures. The custom software development should be innovative and stable in the end – it does not have to be “hip”.
You would only end up losing customers and be dissatisfied. Therefore, it is important that the custom software development company is realistic and honest.
Also, the service provider developing the custom software should agree to have developers from your company working on the project. The service provider should understand that you do not want to become completely dependent.
If possible, widely used standardized and well-documented technologies and programming languages should also be used. So that, if necessary, you can replace the developers with as little additional financial outlay as possible. Or be able to counteract potential personnel fluctuations.

Data analytics experience at the service provider should be a prerequisite for custom software development

Today, software can no longer be developed independently of databases and data analysis requirements. Software developers need experience in what data analysis will be possible. Even if the customer requirements may contain only few elaborate reports. The field of data is developing rapidly for all enterprise customers, so that today’s requirements will no longer be valid tomorrow. Therefore the software architecture, database structure must already be aligned with the future during the realization of the individual software. The service provider for custom software development should have knowledge and experience in the area of data, data rooms, data analyses and data analytics.

Programming
Portfolio

at a glance

Software development service is something we deal with on a daily basis. In this area it gets a bit technical. We would like to briefly present to you, as an IT manager or IT contact, our experience and knowledge from a technical perspective.

We provide software development services internally to HighPots as well as for customers. Software development services is our everyday business. We have been developing software on behalf of customers since the end of the 80s. On behalf of our customers and partners we develop software professionally, fast and economically.

General overview of our

SW development service

  • Installation & configuration
  • Requirements analyses
  • Software design
  • User experience (UX)
  • Split tests: A/B and multivariable
  • UML schemas/documentation
  • Functional specification and requirement specifications
  • Use cases and user stories
  • Feasibility analyses
  • Effort estimation
  • Database modelling
  • Database design: SQL and NoSQL databases
  • Tests and test automation also within the software
  • Deployment: Staging systems, Amazon Cloud, Microsoft Azure, your own servers, HighPots Cloud
  • Code versioning
  • Feature and bug tracking: Jira, Gitlab, Github

Overview

Programming languages

  • Java
  • PHP
  • C++
  • C#
  • C
  • Python
  • Swift
  • Visual Basics
  • Objective C
  • JavaScript, TypeScript. React

Overview

Frameworks

Frameworks for software development service in Java, PHP, and C++

  • Spring MVC
  • Spring Boot
  • Oracle ADF
  • Hibernate
  • Laravel
  • Apigility
  • Zend
  • Symfony
  • JavaServer Faces
  • JHipster
  • QT
  • Visual Studio

Frameworks for custom software development in Python

Full-Stack Frameworks

  • Django
  • Web2py

Non-Full-Stack Frameworks

  • CherryPy
  • Bottle

Framework for software development service in C# and Visual Basic is Spring MVC.

Frameworks for software development in JavaScript

  • Angular
  • ReactJS
  • Ember.js
  • Vue.js

Our SW development consultants like to work with the following IDEs

  • Eclipse (Java)
  • IntelliJ IDEA (Java)
  • Netbeans (Java)
  • Visual Studio Code (Python, Google GO)
  • PHP Storm (PHP)
  • phpDesigner (PHP)
  • Eclipse (Python, PHP, Java)
  • Sublime Text (Python)
  • GoLand (Google GO)

Code Management

Repository systems with which we have many years of experience in custom software development

  • Git
  • Java
  • SVN

HighPots develops

software on the following operating systems

  • BSD
  • Unix
  • Linux
  • Windows
  • Apple
  • Microsoft Azure
  • Amazon Cloud
  • Android

Our software services in the areas

of machine learning and deep learning

We have project experience in Deep Learning software below and in the Machine Learning software packages listed:

  • TensorFlow
  • Keras
  • System ML
  • Torch / Torchnet
  • Apache Spark

Service portfolio in

web portal development

  • Nativ (Java, PHP, Python)
  • Schnittstellen JSON/XML über ReST oder Web-APIs
  • Content Management Systeme
  • WordPress
  • Joomla
  • Typo3
  • Drupal

Mobile computing

Apps for smartphones and more

Software for mobile devices such as smartphones, tablets, wearables or VR glasses with Android, or Facebook or Apple operating systems.

Software development
hardware or
mainframe

Our electrical and software engineers will support you with

We at HighPots have used many years of experience to provide our customers with a practical and holistic package of SW services. You can order the complete package or just individual modules.

  • Microcontroller programming
  • CAN/iCAN, FAT and MOST bus systems
  • PLC programming

SW development services for Servers & Mainframes

We also still develop software for conventional client-server environments for you. Here we draw on the following experience:

  • Software for BS2000 mainframes and IBM zSystems
  • Windows servers
  • Linux (all derivatives)
  • BSD (all derivatives)