Software, AI,
and connected systems.

At Vadersoft, custom software development, product design, and software architecture are part of the same conversation. We map the people, workflows, and existing systems your product must serve, then build the web, mobile, or enterprise application around them. Working releases let you test the decisions as the product takes shape. We plan integrations, automated checks, and documentation alongside the code so your team can understand and extend what we deliver.

• Web, mobile, and enterprise applications
• APIs, integrations, and business workflows
• Technical documentation and product handover

Vadersoft starts with the task, the available data, and what a useful answer looks like. We prototype generative AI knowledge assistants, document processing, and decision support against examples from your own workflows. Together, we define how to evaluate accuracy, recognise uncertainty, and hand decisions back to people. Those findings guide the model choice, data connections, and integration into your existing software before a wider rollout.

• AI opportunity assessment and working prototypes
• Knowledge tools and workflow integrations
• Evaluation criteria and human review workflows

Your platform has to work for the people who run it. Vadersoft maps your workloads, access requirements, and existing infrastructure, then designs the cloud architecture and continuous integration and delivery (CI/CD) pipelines around them. We consider monitoring, recovery, and operating costs while the system is being built. Whether you are planning a cloud migration or launching a new one, the handover includes the configuration and operational guidance your team needs.

• Cloud architecture and infrastructure implementation
• Deployment pipelines and system integrations
• Monitoring plans and operational documentation

Vadersoft brings design and engineering into discovery together. We examine who the product serves, where the current experience breaks down, and which technical constraints matter. UX research, user journeys, and interactive prototypes make the choices tangible, so you can test assumptions before committing to the build. We turn what you learn into a prioritised scope, an interface direction, and a delivery roadmap that explains what to build first and why.

• Discovery findings and prioritised product scope
• User journeys, interfaces, and interactive prototypes
• Technical feasibility and implementation roadmap

A connected product is only as useful as the path between the device and the people using it. Vadersoft works across embedded software, Internet of Things (IoT) devices, robotics, and automation to design that path. We prototype device behaviour, communications, and platform integrations together, checking how they respond to the intended operating conditions. Connectivity, control, and failure behaviour become explicit requirements before the implementation expands.

• Embedded software and connected device prototypes
• Hardware, software, and platform integrations
• Automation concepts and technical validation

Vadersoft treats security as engineering work with a clear next step. Within an agreed, authorised scope, we review application behaviour, cloud configuration, and the boundaries between systems. Threat modelling and vulnerability assessment help connect each finding to the assets and workflows it affects. We work with your team to prioritise remediation, assign ownership, and verify the changes, with secure design decisions carried into future development.

• Application and cloud security assessments
• Vulnerability prioritisation and remediation planning
• Secure architecture, threat modelling, and validation

Vadersoft starts by asking who needs to share a record, who can change it, and how those changes should be verified. We assess whether a shared ledger fits, then design the smart contracts, decentralised application, and enterprise integrations to your existing systems. Contract testing, wallet interactions, key management, and transaction costs inform the build together. Deployment responsibilities and operating procedures are defined alongside the software.

• Smart contract design, implementation, and testing
• Decentralised applications, wallet connections, and API integrations
• Ledger architecture and deployment documentation

Vadersoft engineers local AI systems for devices, private networks, and environments where connectivity cannot be assumed. We assess the workload, data sensitivity, memory, compute, and power available before choosing a model and runtime. Local inference, secure provisioning, controlled connectivity, and recovery behaviour are designed together. We evaluate accuracy and performance on representative hardware, then define how the system is updated, monitored, and supported through its operating life.

• Model selection, optimisation, and on-device inference
• Offline workflows, local APIs, and controlled synchronisation
• Secure provisioning, hardware evaluation, and lifecycle planning

Vadersoft builds augmented and virtual reality experiences around a clear use case: training, simulation, spatial guidance, or exploring a design. We map how a person moves, sees, and interacts before choosing the device and runtime. Spatial interfaces, 3D content, tracking, and connections to existing systems are developed together. We test usability, comfort, accessibility, and performance on the intended hardware, with an alternative interaction path where an immersive interface is not appropriate.

• AR and VR prototypes, spatial interfaces, and interactive 3D experiences
• Training, simulation, and visualisation workflows connected to existing systems
• Device evaluation, interaction testing, and deployment documentation

Vadersoft approaches robotics as a connected engineering problem: what a machine can sense, how it decides, and what it may safely do. We work with Pibotix as a robotics partner. We develop the software, device integrations, and control workflows around the operating environment and available hardware. Simulation and staged physical testing help evaluate behaviour before wider use. Edge inference, telemetry, human intervention, and recovery are considered together, with deployment responsibilities and operating limits made explicit.

• Robotics software, sensor integrations, and control workflows
• Simulation, edge AI integration, and supervised autonomy prototypes
• Telemetry, intervention controls, test plans, and operating documentation