Build the business software
Role-based web applications, customer and staff portals, workflow tools, administration, notifications, documents, and reporting.
UX · permissions · workflow · server-side servicesPrivate business systems · data and AI under your control
We build complete business applications, data platforms, integrations, and private AI services that run on infrastructure you control. They connect to the software your organization already uses—and to cameras, sensors, or machines when the workflow needs them.
Workflows, portals, administration, reporting, and automation.
Know where business data lives, how it is used, and how it leaves.
Connect databases, APIs, files, identity, ERP, CRM, and equipment.
Documented deployment, monitoring, updates, exports, and recovery.
From business process to working system
The model is only one component. We develop the user experience, server-side logic, data platform, integrations, permissions, reporting, deployment, and support needed for the business to rely on it.
Role-based web applications, customer and staff portals, workflow tools, administration, notifications, documents, and reporting.
UX · permissions · workflow · server-side servicesTransactional databases, analytics stores, APIs, files, events, ERP, CRM, identity, and—where needed—cameras or machines.
Integration · migration · quality · governed exportsSearch, document processing, forecasting, vision, language workflows, rules, and custom models become controlled parts of the application.
Private inference · structured results · human authorityPrivate servers, containers, databases, queues, backups, health checks, signed releases, update windows, and rollback keep it supportable.
Infrastructure · observability · recovery · approved changeSystems in use
These are not model demonstrations. Each solution joins software, operational data, integrations, private infrastructure, and—when useful—physical devices into an ongoing way to run the work.
Explore the full portfolioOne local control layer for property systems, devices, services, and daily routines.
Pyra connects dashboards, touch terminals, automation services, sensors, and local AI on equipment operated at the property. Owners get one practical view of the site while configuration, history, and control remain local.
Change live QR destinations, manage business identities, and keep useful scan data under control.
QRegent lets businesses change destinations without reprinting, share professional digital identities, coordinate teams, and choose between tracked and privacy-focused delivery. A ClickHouse-backed analytics engine turns selected scan data into practical reports and exports.
A camera, touch terminal, local AI appliance, and private reports in one salon workflow.
Developed with professional trichologists and hair salons, TrichoEdge guides real salon and practitioner workflows from USB microscope capture to local processing and private report viewing. Sensitive images and case history stay close to the practice.
Record routes, coverage, observations, and work on the phone—even without a signal.
Grassland is used by private fleets, multi-property contractors, and property owners to coordinate field work, record activity, and review coverage. Records remain available on the phone, can be exported by the user, and do not depend on continuous connectivity.
Deployment choices
The same engineering practice covers full server applications, integrations with existing enterprise software, private AI services, isolated workstations, and edge or field installations.
Staff and customer workflows, administration, databases, analytics, background jobs, and reports run as one supported business system.
APIs, databases, files, events, identity, ERP, and CRM connect the application to the systems and controls the organization already uses.
Approved applications call models and automation on a client server or private platform while data access and model versions remain controlled.
Local appliances, workstations, cameras, sensors, terminals, and energy-aware field nodes extend the wider business system into physical operations.
What we build
We take responsibility across the pieces that usually fall between suppliers: application engineering, data platforms, existing-system integration, private AI, server operations, edge connections, and lifecycle support.
See the complete build scopeWe design and build full business systems for teams, customers, administrators, and operations: web applications, portals, workflow tools, reporting, permissions, and the server-side services behind them. AI is integrated where useful rather than made the centre of every screen.
We connect databases, files, APIs, events, ERP and CRM systems, analytics stores, and reporting pipelines into one governed data path. The result supports daily work, management information, automation, and future model development without surrendering ownership.
We add private search, document processing, decision support, vision, forecasting, language workflows, and automation to the business system. When generic models are not enough, we prepare owned datasets and adapt compact models to the domain.
We deploy business services and model inference to client servers, private networks, dedicated appliances, workstations, or field gateways. Internet access can be normal, outbound-only, intermittent, or absent according to the operating policy.
Portals, workflow, administration, reporting, and server-side services.
Databases, analytics, integrations, rules, ML, and private models.
Private servers, local appliances, terminals, cameras, sensors, and machines.
Energy autonomy in practice
Our own solar-powered, battery-backed infrastructure supports DGX-class model training and fine-tuning, private hosting and inference, product services including this website, and low-power edge devices. The lessons come from operating it, not from a slide deck.
See resilient infrastructure workHow we deliver
We map users, information, decisions, existing software, ownership rules, and infrastructure; build one useful working slice; test it with the business; then deploy it through a controlled release path.
We follow the work with the people who perform it: applications, screens, business rules, hand-offs, interruptions, decisions, data, documents, and any equipment involved.
Together we decide what data is needed, where it may travel, who can access it, what must be exported, and whether rules, classical methods, compact AI, or a combination fits best.
We connect existing software, representative data, and any required hardware; build the user and administration flows; establish a baseline; and add models only where they improve the result.
We prepare the target servers and runtime, connect existing services and any devices, package the release, and activate it in the selected hosted, on-premises, isolated, or field environment.
We monitor technical health without collecting customer content, manage signed updates, review user feedback, and improve models or workflows through an explicit client-approved path.
Privacy, autonomy & data sovereignty
We make location, access, retention, model use, integrations, updates, and export explicit. Local processing keeps the primary data path under client control; documented interfaces and recovery paths preserve practical independence over time.
Field notes
Our articles explain compact-model adaptation, accelerator deployment, dependable data contracts, private phone reports, and energy-aware field systems in practical terms.
Read all field notesHow to adapt a compact vision-and-language model to a private workflow without losing reproducibility, evaluation quality, or deployment focus.
Read the insightWhat it takes to move a selected model from development hardware into a dependable, supportable application on an AXERA edge accelerator.
Read the insightHow a clear, versioned output contract makes model behaviour easier to integrate, test, support, and explain to operators.
Read the insightDiscuss your workflow
Bring the users, screens, data, integrations, rules, infrastructure, and any physical equipment involved. We will identify the smallest useful system, where it should run, and what must remain under your control.