Twelve software services.
Eight hardware services.
One team.
We deliver AI integrations, full-stack systems, agentic automation and custom PCB hardware, all from a small studio that staffs senior engineers on every project.
Services delivered for teams in the US, Europe and India
From AI integrations to compliance audits.
AI & LLM integration
01RAG pipelines, multi-agent systems, NL2SQL, LangChain & LangGraph, prompt engineering across OpenAI and Claude APIs.
AI database intelligence
02PlaywithDB, natural language querying, automated compliance scanning, AI dashboards, cross-DB queries.
Full-stack web development
03Next.js 15, React, FastAPI, Spring Boot, Tailwind, shadcn / ui, REST & GraphQL APIs end-to-end.
DevOps & cloud infrastructure
04Docker / Compose, CI / CD with GitHub Actions, Elastic Beanstalk, Redis, RDS, GDPR-compliant infra.
Data analytics & BI
05Dashboard generation, Elasticsearch, business intelligence pipelines, automated compliance reporting.
AI agents & automation
06Agentic workflows, Slack bots, Langflow, morning briefings, Notion automation, Playwright scraping.
Computer vision & ML
07YOLO object detection, image classification, inspection automation, deployment of ML models to production.
Compliance & security AI
08GDPR, HIPAA, SOC2 and PCI-DSS scanning, data privacy tooling, audit-ready reporting and remediation.
EdTech platform development
09AI tutors, question bank pipelines, study-plan agents, Razorpay integration, CBSE / NCERT content.
AI scoring & audit
10Lead-generation scoring, tiered AI model logic (Haiku / Sonnet), custom report generation, audit dashboards.
API design & integration
11REST & GraphQL APIs, third-party integrations, webhook systems, SDK development for downstream teams.
Strategic tech consulting
12Digital transformation, AI product strategy, architecture review, tech-stack selection, fractional CTO retainers.
From prototype board to manufacturing package.
Custom PCB design
01KiCad schematic capture, PCB layout and routing, DRC / ERC, design reviews for new and revised boards.
BOM & component engineering
02BOM generation, component selection, JLCPCB sourcing, cost optimisation and supply risk analysis.
Manufacturing package
03Gerber files, drill files, pick & place outputs and fab-ready packages aligned to JLCPCB settings.
Sensor & IoT hardware
04Soil sensors, wearables, environmental sensing, low-power custom hardware suited to field deployment.
Prototype → V1 conversion
05Off-the-shelf to custom boards, form factor design, bring-up support and design hand-off to manufacturing.
Hardware documentation
06Handover notes, architecture notes, source file handover including editable KiCad symbols and footprints.
Embedded firmware support
07Firmware scoping, MCU integration, hardware / software bridge work alongside in-house firmware teams.
Iterative hardware revision
08V1 findings review, fix planning, board split architecture and updated design packages for production runs.
The tools we build with.
A short list of what we reach for first, all production-tested across active engagements.
Pilot to production in four steps.
A predictable 3 – 4 week cycle, same shape whether you're shipping software or signing off a custom PCB.
Scope & architecture
Single 30-minute call. We define the pilot, choose the architecture and lock the production environment.
Week 1Build the pilot
Senior engineers build the working pilot against your real data. Daily progress, weekly demos.
Week 2Harden for production
Compliance, CI / CD, monitoring, GDPR data residency where it applies. Hardware: DRC, BOM, fab-ready outputs.
Week 3Ship & handover
Production deploy or V1 manufacturing package, full source handover, and a written closeout note.
Week 4Pick the shape that fits.
Three ways to work with PAI: pilots, fixed-scope builds, or longer-term retainers for AI and product teams.
How pricing works. There is no public rate card. Pilots are fixed-price after a 30-minute call, and you get a written estimate within one business day of a brief. Cost depends on data access, compliance scope and whether hardware is involved. Use the pilot checklist to get an accurate estimate faster.
Pilot sprint
Single working pilot, scoped and shipped in three to four weeks.
- One pilot, production environment
- Senior engineering, no juniors
- Full source handover
- Weekly written demos
Fixed-scope build
Defined deliverables, milestones and acceptance criteria, software or hardware.
- Architecture frozen at kickoff
- Milestone-based delivery
- Compliance & CI / CD baked in
- Phase 2 optional, activated in writing
Retainer
Ongoing AI & product engineering capacity for in-house teams.
- Monthly capacity allocation
- Shared Slack channel, async by default
- Quarterly architecture review
- Fractional CTO available
Questions about working together.
Pricing, ownership, compliance and how engagements run.
Do you take both software and hardware projects?
Yes. PAI Technologies runs two practices with one team: software covers AI, LLM integration and full-stack builds, hardware covers custom PCB design and prototype-to-V1 conversion. Both are senior-staffed.
How much does an AI project cost?
Pilots are scoped as fixed-price engagements after a 30-minute call. Cost depends on data access, compliance scope and whether hardware is involved. PAI Technologies returns a written estimate within one business day of a brief.
Can we hire you on a retainer?
Yes. Monthly capacity allocation comes with a shared Slack channel and quarterly architecture reviews. Fractional CTO support is available.
Do you work with EU clients on GDPR-sensitive data?
Yes. PAI Technologies runs a production stack on eu-central-2 (Zurich) for an EU client, and can architect for GDPR data residency from day one.
Not sure which service fits?
Send us a one-paragraph brief. We'll come back with a recommended approach within one business day.