Services

Software and systems.

Custom software development

Custom Software Development

AKTS Microsystems designs and develops customer-specific web applications, process software, interfaces and database solutions for industrial, laboratory-related and documentation-intensive workflows. Services range from requirements analysis and data modelling through implementation and testing to documented handover and long-term enhancement. Existing systems can be modernised incrementally and integrated into established process and IT landscapes via defined APIs.

Software development Interfaces ISO/IEC/IEEE 12207 ISO/IEC 25010 ISO/IEC 27034-1

JavaScript and web development

JavaScript & Web Application Development

Development of responsive HTML5, CSS3 and JavaScript applications for technical, administrative and data-intensive B2B processes. This includes role-based user interfaces, API integration, dashboards, visualisations and browser-based interfaces for internal systems. The focus is on clear user guidance, semantic structure, traceable data flows, accessibility and a modular, long-term maintainable frontend architecture.

Web applications API & Dashboards ISO 9241-210 EN 301 549 WCAG 2.2

Database design & administration

Database Design & Administration

Design of relational data models, SQL optimisation and robust permission, integrity and archiving concepts. AKTS Microsystems supports migrations, performance analyses, backup and restore procedures, data cleansing and traceable change tracking. For documentation-intensive environments, data flows, retention rules, role models and technical controls can be designed to support auditable and long-term maintainable data management.

SQL Data integrity ISO/IEC 9075 ISO/IEC 25012 ISO/IEC 27040

Virtualisation & server infrastructure

Virtualization & Server Infrastructure

Planning, implementation and enhancement of KVM and Proxmox infrastructures, Linux servers, clusters and storage systems using Ceph or conventional block and file storage. High availability, network segmentation, monitoring, capacity planning, patch and maintenance concepts, and documented operation and recovery procedures are considered. Existing environments can be consolidated, migrated or selectively expanded with additional compute, storage and GPU resources.

Proxmox & KVM Linux & Storage ISO/IEC 27001 ISO/IEC 20000-1 ISO/IEC 27033-7

Network engineering & network security

Network Engineering & Security

Planning and implementation of firewall, routing, VLAN, VPN and DMZ concepts for office, server, laboratory, production and management networks. AKTS Microsystems develops traceable zone and communication models, securely connects sites and supports high-availability and segmentation concepts. Particular attention is given to controlled data flows, minimum required permissions, administrative access paths, documented rule sets and technically robust separation of critical operating areas.

Firewall & DMZ Segmentation ISO/IEC 27033-4 IEC 62443-3-2 ISO/IEC 11801-1

Local AI systems with Ollama

On-Premises AI Systems with Open WebUI & Ollama

Implementation of customer-specific on-premises AI with Open WebUI, Ollama, local language models, RAG knowledge bases, OCR and optional image processing. The systems are integrated into controlled Linux, Docker, network and GPU infrastructures and can connect to local user directories, document sources or specialist applications. The objectives are data sovereignty, traceable operating models, defined model and knowledge versions, and reduced dependency on external cloud services.

Ollama & RAG On-Premises AI ISO/IEC 42001 ISO/IEC 23894 ISO/IEC 5338

CUDA & GPU computing on Linux

CUDA & GPU Computing on Linux

Installation and configuration of NVIDIA drivers, CUDA runtimes, GPU passthrough and container toolchains for AI, simulation and compute workloads. Native Linux systems and virtualised environments with dedicated GPU allocation are supported. Software versions, driver dependencies, container images, resource allocation and recovery are documented so that deployments remain reproducible and technical changes can be implemented in a controlled manner.

CUDA & NVIDIA GPU-Passthrough ISO/IEC 25010 ISO/IEC 27001 NIST SP 800-125

Docker & container platforms

Docker & Container Platforms

Implementation and operation of containerised platforms with Docker, Docker Compose and LXC, including reverse proxies, networks, volumes, secrets, logging and backups. AKTS Microsystems creates maintainable deployment and update strategies, separates services according to protection requirements and documents dependencies and operating procedures. This produces reproducible environments for internal web services, databases, AI components, monitoring solutions and technical integration platforms.

Docker & LXC Compose & Reverse Proxy NIST SP 800-190 ISO/IEC 27001 ISO/IEC 20000-1

Backup architecture & disaster recovery

Backup Architecture & Disaster Recovery

Risk-based backup and recovery concepts following the 3-2-1 principle with off-site, offline and immutable options. Services include protection-needs analysis, definition of RPO and RTO, retention rules, monitoring, restore tests, emergency manuals and technical recovery plans. Backup concepts may cover servers, virtual machines, databases, configurations, measurement data, audit trails and technical documentation requiring long-term retention.

Backup & Restore RPO & RTO ISO 22301 ISO/IEC 27031 ISO/IEC 27040

Software development aligned with 21 CFR Part 11

21 CFR Part 11-Oriented Software Development

Risk-based design of software functions supporting electronic records, audit trails, user and permission concepts, electronic signatures, data integrity and documented test evidence. This also includes operating and analysis software for sensor hardware and monitoring systems in GxP environments. The specific design is derived from customer requirements, intended use, data flow, and the qualification and validation concept.

Audit Trail E-signatures 21 CFR Part 11 EU GMP Annex 11 GAMP 5

Engineering for regulated environments

Engineering for Regulated Environments

Documentation-oriented technical implementation for GxP, laboratory and other regulated environments using requirements specifications, risk analyses, traceability, controlled changes and planned evidence. Support may include design reviews, installation and functional testing, acceptance criteria, configuration control and lifecycle activities. Sensor technology, monitoring, software, infrastructure and interfaces can be treated and documented as an integrated technical system.

Change Control Qualification EU GMP Annex 15 ISO/IEC 17025 ISO 9001

Technical documentation & lifecycle support

Technical Documentation & Lifecycle Support

Creation and maintenance of architecture, operating, maintenance, release and change documentation for software, infrastructure, sensor technology and monitoring systems. This includes system overviews, interface descriptions, configuration baselines, role and operating concepts, test documentation, structured handovers and knowledge transfer. Lifecycle support may include fault analysis, bug fixes, controlled updates, extensions and long-term technical support.

Documentation Lifecycle Support ISO/IEC/IEEE 15289 IEC/IEEE 82079-1 ISO 10013

SENSOR TECHNOLOGY

Sensor hardware & GxP monitoring systems

Sensor Hardware & Monitoring Systems for Regulated Environments

AKTS Microsystems develops customer-specific sensor hardware and monitoring systems for laboratories, storage areas, climate chambers, technical installations and other controlled environments. Measured parameters may include temperature, relative humidity, illuminance, pressure, differential pressure, air quality, electrical quantities, energy consumption, switching states and other customer-specific process parameters. The solutions can support local data storage, alarming, role and permission concepts, audit trails, tamper-resistant timestamps, reports, maintenance and calibration status, and traceable corrections or manual additions of measurement values. Software and hardware design can be aligned on a project basis with 21 CFR Part 11, EU GMP Annex 11, GAMP 5 and relevant requirements for measurement, control and laboratory equipment; the specific scope of evidence is defined in the applicable qualification and validation concept.

Temperature & humidity Light & process parameters Audit trail & alarming 21 CFR Part 11 EU GMP Annex 11 IEC 61326-1 IEC 61010-1 ISO 10012

JavaScript and web development

Modern web applications, internal tools, dashboards and API connections are implemented with semantic structure, clear operating logic and maintainable JavaScript architecture. The focus is on technical B2B processes, traceable data handling, role-based functions and a user interface that integrates into existing industrial, laboratory and infrastructure workflows.

Database administration

SQL databases are planned with robust data modelling, indexing strategies, role and permission concepts, backup and restore processes, and performance testing. For documentation-intensive systems, auditability, change tracking, retention, migration and traceable data flows can be considered from the architecture design stage.

Virtualisation

Virtualisation with KVM and Proxmox covers Linux servers, storage integration, documented VM structures, cluster and high-availability options, and operating models for maintenance, updates, permissions, monitoring, backup and disaster recovery. Migrations are prepared so that dependencies and fallback options remain traceable.

Network engineering

Networks are planned with segmentation, firewall rules, DMZ design, site interconnection and secure operational networks. For laboratory networks, production-related IT and technical building infrastructure, the controlled separation of zones, roles, administrative paths and data flows is the primary objective.

Local AI systems

Local AI systems using Open WebUI, Ollama, local LLMs, RAG knowledge bases and optional document or image processing are designed for controlled on-premises environments. Data protection, data sovereignty, user management, model operation and technical integration take precedence over unnecessary cloud dependency.

CUDA on Linux

CUDA Linux environments are configured for GPU-accelerated AI, analysis and compute workloads. This includes NVIDIA drivers, container runtimes, GPU passthrough, resource allocation, version control, monitoring and reproducible deployment concepts.

Docker and containers

Containerised services are implemented with Docker Compose, reverse proxies, networks, volumes, update strategies, logging, secrets and documented operating logic. The objective is a maintainable platform for internal services, databases, AI components and technical integrations without unnecessary complexity.

Backup architecture

Backup strategies follow the 3-2-1 principle on a risk basis and consider off-site, offline and immutable options, restore tests, monitoring, roles, retention, emergency manuals and disaster recovery planning. RPO and RTO are derived from business requirements and technical dependencies.

Software development for regulated requirements

Software can be designed to provide technical support for customer-specific compliance requirements. This may include audit trails, user and permission concepts, electronic signatures, change tracking, data integrity, specifications, test evidence and validation support. No blanket compliance assertion is made; scope and evidence are derived on a risk basis from the specific context of use.

Sensor hardware and monitoring for laboratories and GxP environments

Sensor and monitoring systems are designed as an integrated combination of measurement hardware, data transmission, database, visualisation, alarming and documented operation. Measured parameters may include temperature, humidity, light, pressure, differential pressure, electrical and energy quantities, and other technical parameters. For regulated applications, audit trails, user management, controlled configuration, reports, calibration status and documented recovery and data-addition procedures can be provided.

Structure a technical project

For a precise initial assessment, the target system, existing infrastructure, data types, user groups, operating model and regulatory constraints are sufficient.

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