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Circle K is seeking an experienced Platform Architect (AI) to design and scale AI-driven solutions, including a visual similarity search pipeline for store display verification. You will define end-to-end architectures, select technologies, and ensure secure, compliant deployments across data infra and third‑party integrations.
You will mentor engineers, oversee MLOps practices, and stay current with foundation models and vector databases to inform CK challenges.
Job Description
We’re looking for an experienced Platform Architect (AI) to design, implement, and scale AI-driven solutions across our organization. This role combines deep technical expertise with strategic thinking, translating business needs into concrete, production-ready AI architectures. The work spans several domains and technology stacks - computer vision, language models, document processing, and data-driven automation. Each project will bring its own constraints, its own trade-offs, and often its own toolset.
The first project in scope is a visual similarity search/embeddings/vector retrieval solution for automated verification of store display compliance.
Design end-to-end architecture for AI/ML systems, from proof of concept to production
Select appropriate technologies, frameworks, and models
Oversee integration of AI solutions with existing systems and data infrastructure
Evaluate build vs. buy decisions for AI capabilities, including cost modelling and vendor lock-in risk
Ensure solutions are scalable, secure, cost-efficient, and compliant with relevant regulations (e.g. GDPR, EU AI Act)
Guide MLOps/LLMOps practices - retraining triggers, drift and quality monitoring criteria, versioning strategy across models and data, and rollback paths and work with MLOps engineers on their implementation
Mentor AI Engineers on AI architecture patterns and emerging best practices
Stay current with the AI landscape (foundation models, vector databases, agentic frameworks, RAG, fine-tuning) and assess their applicability to CK challenges
Create and maintain technical documentation, architecture diagrams, and decision records
Act as the technical liaison to the organization’s AI Security function - bringing them in at key design decisions (data flows, model endpoints, third-party integrations) rather than making security calls unilaterally; ensure access control, encryption, and safeguards against adversarial or malicious inputs (e.g. spoofed images, injection attacks on NL components) meet organizational standards, and verify new third‑party integrations against existing security approvals rather than assuming blanket coverage from prior vendor vetting.
Design and maintain the pipeline architecture: product detection - parallel analysis (visual embedding, OCR, category classification) - hybrid query to the vector database - matching against the planogram
Decide on specific models and components (e.g. RF‑DETR vs. alternatives, DINOv2 as embedder), weighing trade‑offs: accuracy, cost, licensing, time to delivery
Design category‑specific query strategies (e.g. different signal weights for cigarettes vs. bottles - text‑signal dominance vs. visual‑embedding dominance)
Make hosting and cost decisions: self‑hosted GPU infrastructure (AWS) vs. managed services (Roboflow Inference, Pinecone SaaS), appropriate to the scale
Define and oversee the API contract between the AI pipeline and the rest of the system (backend, RELEX integration) - what exactly the model returns, how low‑confidence matches are handled
Set measurable quality thresholds (precision/recall per product category, acceptable false‑positive rate) jointly with the Product Owner
Verify license compliance of chosen components (e.g. Apache vs. AGPL‑3.0 for YOLO‑family models) against the product’s business model
Provide architectural oversight of the AI/ML Engineer’s work - architectural code review, not day‑to‑day implementation
Plan the improvement loop: how approved image crops from field verification feed back into the index as additional real‑world reference material
Engage the organization’s AI Security team early to review the pipeline’s data flows (store photos, embeddings, RELEX and Pinecone connections) and confirm required controls; verify the RELEX integration follows existing organizational security standards for this specific access pattern (e.g. real‑time API vs. batch export), and work with AI Security to define requirements for new components introduced by this project - encryption in transit and at rest, access control for the Pinecone connection, and a data‑retention policy for photos that may incidentally capture employees or customers (GDPR relevance given the Polish/EU context).
5+ years of experience in software architecture, with at least 2–3 years focused on AI/ML systems
Strong understanding of machine learning fundamentals, deep learning, and modern NLP/LLM architectures
Hands‑on experience with cloud platforms (AWS, Azure, or GCP) and their AI/ML services
Experience with MLOps tools (e.g., MLflow, Kubeflow, SageMaker) and CI/CD for ML pipelines
Proficiency in Python and familiarity with ML frameworks (PyTorch, TensorFlow, Hugging Face)
Experience with vector databases, RAG pipelines, and agentic AI frameworks
Solid grasp of data architecture, APIs, and system integration patterns
Excellent communication skills - able to explain complex technical concepts to non‑technical stakeholders
Experience leading technical teams or mentoring engineers.
Hands‑on experience with production computer vision pipelines (not just research projects) - object detection, embedding models, vector/hybrid search
Familiarity with the ecosystem: DETR/YOLO‑family models, Roboflow (or a comparable data management and training tool), vector databases (Pinecone or equivalent)
Ability to evaluate cost trade‑offs between self‑hosted GPU and managed/SaaS inference
Understanding of open‑source model licensing constraints (AGPL, Apache, MIT) and their business implications
Experience designing systems with multiple parallel decision signals (multi‑signal retrieval/ranking)
Working knowledge of AWS (ML/GPU area: SageMaker, EC2 GPU, Bedrock) - doesn’t need to be a DevOps expert, but must be able to discuss architecture with the DevOps Engineer