StikrAI
AI-driven commerce platform converting prompts into physical merchandise.
Problem
Fragmented infrastructure between concept and production.
Approach
AI generation → structured product pipelines → fulfillment automation.
I design and implement AI systems that reduce operational friction — not demos, not experiments, but working processes embedded in real environments.
Document Intelligence · Workflow Automation · Controlled AI Systems
Built on rigorous standards
Two ways to apply AI to complex workflows — depending on your stage.
Design and implementation of AI-assisted workflows. Workflow analysis → architecture design → controlled deployment. Focus on operational clarity, reproducibility, and measurable impact.
Structured scope · Measurable outcomes · Working systems
Strategic guidance for teams integrating AI internally. Focus on feasibility, governance, and long-term maintainability.
Architecture-first · Risk-aware · Sustainable systems
We don't replace your tools. We orchestrate them.
Selected implementations translating workflow architecture into operational systems.
AI-driven commerce platform converting prompts into physical merchandise.
Problem
Fragmented infrastructure between concept and production.
Approach
AI generation → structured product pipelines → fulfillment automation.
Infrastructure layer enabling AI systems to access external tools safely.
Problem
AI systems isolated from execution environments.
Approach
Validation layers, permission boundaries, traceable execution.
Document intelligence system extracting structured knowledge from complex documents.
Problem
Critical information locked in unstructured formats.
Approach
AI analysis → structured extraction → validated outputs → workflow triggers.
Focus areas shaping the next phase of applied AI systems.
Extracting structured knowledge from unstructured documents and triggering downstream workflows.
Building safe interfaces between AI systems and external tools with validation and monitoring.
Connecting AI generation to operational pipelines with quality gates and fulfillment systems.
Measure impact, reduce risk, keep humans in the loop.
Implementing guardrails, audit trails, and traceability layers for deterministic AI operations.
How I approach building reliable AI systems inside real organizations.
Systems are constrained to existing data and documented schema. No fabrication. When uncertainty exists, we surface ambiguity alerts rather than generating assumptions.
Automation must be measurable, observable, and reversible. Every action generates an audit trail. Every decision can be traced back to its inputs and reasoning path.
AI systems operate within guardrails and clear responsibility boundaries. Critical decisions require human approval. Escalation paths are explicit, not emergent.
The goal is reduced friction and improved decision speed — not technical novelty. We measure success by time saved, risks caught, and operational confidence gained.
"Engineering decisions deserve engineering-grade AI."
Technical screening required.