02

Capabilities / Systems, not silos

We own the model and the system it has to live in.

Tandemora combines applied AI, product engineering, and cloud operations so the critical path stays owned from evidence to handover.

Azure-first by default · portable where it matters
10Capability domains
29Scoped solutions
01Accountable delivery system
01

Product discovery and UX/UI

Someone has to decide what the thing actually does before anyone builds it. We map the workflow, draw the product boundary, and prototype the interface people will be using eight hours a day.

AI-native product development
  • AI opportunity and feasibility discovery
  • User and operational workflow mapping
  • Product requirements and acceptance criteria
  • Interaction design and rapid prototypes
  • Design systems and responsive interfaces
  • Usability evidence and rollout planning
02

Custom web, SaaS, and business applications

A standard product almost fits, and the gap is costing you in spreadsheets and email. We build the application around the roles, approvals, and integrations you actually have.

Custom business applications
  • Custom business and operational applications
  • SaaS product architecture and delivery
  • Responsive accessible web interfaces
  • Authentication, permissions, and billing
  • Internal tools and administration surfaces
  • Real-time dashboards and control workflows
03

Mobile and desktop applications

Field and workforce apps meet conditions a demo never does: no signal, gloves, a cracked screen, a scanner that has to pair every time. We design for that before we design the screens.

Custom mobile applications
  • Native and cross-platform mobile apps
  • Offline-first and synchronization behavior
  • Notifications, peripherals, and device APIs
  • Desktop and engineering applications
  • Performance-sensitive visualization and data
  • Distribution, updates, and release management
04

Backends, APIs, and distributed systems

The interesting failures happen at the boundary. A timeout that was actually a success, an event processed twice, a retry that charged the customer again.

Distributed backends, APIs, and integrations
  • Backend services and domain architecture
  • APIs and enterprise integrations
  • Event-driven and asynchronous workflows
  • Distributed consistency and idempotency
  • High-volume processing and performance
  • Failure recovery, retries, and auditability
05

Azure, DevOps, and reliability

Most cloud trouble is not exotic. It is a system nobody can observe, a deploy nobody can reverse, and a bill nobody can explain.

Azure architecture and reliability
  • Azure architecture and infrastructure as code
  • CI/CD and release automation
  • Observability, tracing, and alerting
  • Availability, scaling, and performance
  • Cost, access, and environment controls
  • Rollback, backup, and disaster recovery
06

Generative AI, agents, and speech

Language systems are easy to demo and hard to keep honest. We wire in the permissions, the review step, the latency budget, and what happens when the model is confidently wrong.

Agentic workflow automation
  • Model selection and private deployment
  • Tool use and agent orchestration
  • Prompt, context, and state architecture
  • Voice, transcription, and audio workflows
  • Guardrails and human escalation
  • Latency, token, and cost optimization
07

Knowledge and document AI

Your people already know the answer exists somewhere. The work is finding it, showing where it came from, and turning what a document says into something a system can act on.

Document intelligence
  • Retrieval and RAG architecture
  • OCR, layout, and document classification
  • Field and entity extraction
  • Citation and provenance tracking
  • Business-rule validation and matching
  • Human review, audit, and export
08

Computer vision and edge inference

A camera sees what the lighting and the angle allow. We specify the capture first, build the detection second, and set the threshold against what a miss actually costs you.

Visual quality inspection
  • Detection, segmentation, and tracking
  • Visual inspection and defect analysis
  • Temporal event and zone logic
  • Camera and scene specification
  • Edge inference and model optimization
  • Quality evaluation across difficult conditions
09

Predictive ML, optimization, and simulation

A forecast is only useful if somebody changes an order because of it. We work backwards from the decision, the constraint, and the price of being wrong.

Demand and inventory forecasting
  • Demand and time-series forecasting
  • Classification and operational scoring
  • Anomaly and early-warning systems
  • Recommendation and ranking systems
  • Routing, scheduling, and allocation
  • Scenario, uncertainty, and what-if simulation
10

Data engineering, evaluation, and MLOps

You should be able to ship a model change on a Tuesday without holding your breath. That needs governed data, an evaluation you trust, and a rollback that has been tested.

Data and ML platform foundations
  • Data ingestion and quality contracts
  • Experiment and evaluation frameworks
  • Model registries and lineage
  • Deployment and rollback automation
  • Drift, regression, and cost monitoring
  • Retraining and release governance

Current boundary

Practical models over open-ended research.

We favor pretrained models and selective small-model adaptation. We do not sell speculative foundation-model training, standalone cybersecurity, brochure websites, or founder-provided 24/7 support.

Not sure which of these your problem needs?

Most projects touch three or four of these at once. Describe the problem and we will tell you which parts actually apply.

Send a project enquiry