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01
AI Strategy & Applied AI Consulting
Architecture Roadmapping Build vs Buy

Before writing a line of code, we help you build the right AI strategy. We run technical discovery sessions, model landscape reviews, build-vs-buy analyses, and risk assessments to ensure your AI investment translates into measurable business value.

We work with engineering-first clients — startups defining their AI product foundations, and enterprises evaluating how LLMs, fine-tuned models, and AI agents fit into existing systems. We don't produce slide decks and disengage. We stay through delivery.

What we deliver
  • AI capability assessments and system architecture blueprints
  • Model selection frameworks: open-source vs proprietary vs fine-tuned
  • AI product roadmaps tied to engineering milestones
  • Infrastructure cost modelling and total cost of ownership analysis
  • Risk, governance, and responsible AI frameworks
02
LLM Engineering & Generative AI Systems
Prompt Systems Structured Output Orchestration

We design and build complete generative AI systems — from prompt engineering and chain-of-thought optimisation to structured output pipelines, function calling, tool-augmented LLMs, and multi-turn dialogue systems that run reliably in production.

Our LLM engineering covers the full lifecycle: system prompt design, API integration, safety guardrails, output parsing, fallback logic, and latency-aware deployment strategies across cloud and on-premise environments.

What we deliver
  • Production LLM pipelines with structured I/O and safety guardrails
  • Prompt engineering systems with automated optimisation
  • Multi-model orchestration and fallback architectures
  • Function calling, tool use, and external API integration
  • PII redaction, toxicity filtering, and output validation layers
Stack
OpenAI Claude / Anthropic Mistral LLaMA 3 LangChain LangGraph DSPy
03
AI Inference Infrastructure
Low Latency Quantisation GPU Optimisation

Inference cost and latency are the most underestimated problems in AI deployment. We build inference systems that are low-latency, high-throughput, and cost-efficient — with continuous batching, quantisation, speculative decoding, and GPU memory optimisation applied systematically.

We design API abstraction layers that allow switching between model backends without application changes, and serving clusters that scale gracefully under variable load.

What we deliver
  • Low-latency inference APIs with P95 / P99 SLA targets
  • Multi-GPU serving with tensor and pipeline parallelism
  • Quantisation pipelines: INT4, INT8, GPTQ, AWQ, GGUF
  • Autoscaling serving clusters on AWS, Azure, and GCP
  • Cost optimisation: GPU utilisation, spot instances, semantic caching
Stack
vLLM TGI Triton Inference Server ONNX Runtime TensorRT Ray Serve
04
Model Fine-Tuning & Post-Training
LoRA / QLoRA RLHF / DPO Domain Adaptation

General-purpose models rarely win in specialised domains. We fine-tune, align, and post-train foundation models on your data, in your domain, with your constraints — using parameter-efficient methods that keep compute costs manageable without sacrificing quality.

We build golden datasets, design evaluation frameworks, and establish domain benchmarks before training begins. Post-training is not just a one-time pass; we iterate based on evaluation results and downstream task performance.

What we deliver
  • SFT, LoRA, QLoRA, DoRA fine-tuning pipelines
  • RLHF, DPO, and preference-based alignment training
  • Domain dataset curation, cleaning, and synthetic data generation
  • Pre- and post-training evaluation suites and benchmark harnesses
  • Adapter merging, quantisation, and deployment packaging
Stack
Hugging Face TRL PEFT Axolotl DeepSpeed FSDP
05
Retrieval-Augmented Generation
Hybrid Retrieval Reranking Knowledge Graphs

We design retrieval-augmented generation systems that go far beyond naive top-K embedding search. Our RAG systems use hybrid retrieval, query rewriting, contextual compression, cross-encoder reranking, and knowledge graph integration to return the right context — reliably.

We build complete knowledge pipelines: document ingestion, chunking strategies, embedding model selection, metadata-aware retrieval, semantic caching, and guardrail layers that prevent hallucination and enforce citation accuracy.

What we deliver
  • Hybrid RAG with BM25 + dense retrieval and cross-encoder reranking
  • Document ingestion pipelines for PDF, HTML, Office, and database sources
  • Custom embedding model fine-tuning for domain-specific retrieval
  • Semantic caching and query deduplication layers
  • Hallucination detection, citation grounding, and factual output scoring
Stack
Pinecone Weaviate Qdrant pgvector OpenSearch LlamaIndex
06
AI Agents & Workflow Automation
Tool Use Multi-Agent Memory Systems

We build agentic AI systems that reason, plan, and execute multi-step workflows — with structured tool use, memory systems, and reliable orchestration. Our agents are designed with production constraints around latency, reliability, cost, and observability in mind from day one.

What we deliver
  • Agentic systems with tool use, function calling, and API integration
  • Multi-agent orchestration with LangGraph and custom frameworks
  • Memory architectures: episodic, semantic, and procedural
  • Human-in-the-loop checkpoints and approval workflows
  • Agent monitoring, failure recovery, and observability stacks
07
MLOps, LLMOps & Evaluation
CI/CD for ML Eval Frameworks Drift Detection

Shipping a model is the beginning. We build the operational infrastructure that keeps AI systems reliable, measurable, and improvable over time: CI/CD for ML, automated evaluation pipelines, drift detection, A/B testing frameworks, and production monitoring.

What we deliver
  • ML training pipelines, model registries, and experiment tracking
  • CI/CD for ML with automated evaluation gates before promotion
  • LLM evaluation frameworks: automated scoring, human eval loops, golden datasets
  • Production monitoring: drift, latency, cost, and quality dashboards
  • AI governance, audit trails, and compliance reporting
Stack
MLflow Weights & Biases Langfuse Arize AI Evidently Great Expectations
08
Data Engineering for AI
Lakehouse Feature Stores Streaming

Great AI starts with great data. We design and build the data foundations that AI systems depend on — modern Lakehouse architectures, streaming pipelines, feature stores, and data quality frameworks built for ML consumption, not just BI dashboards.

What we deliver
  • Lakehouse architectures on Databricks and Snowflake
  • Real-time streaming pipelines with Kafka and Spark Structured Streaming
  • Feature stores and feature engineering platforms
  • Data Vault 2.0 and dimensional modelling implementations
  • Data quality, lineage, and observability frameworks
Stack
Databricks Snowflake dbt Apache Spark Apache Kafka Airflow Delta Lake

How we work

Engineering-led. Evaluation-driven. Shipped to production.

I

Measure before you build

We define success criteria, evaluation frameworks, and baseline benchmarks before writing production code. Every engagement has a quality threshold established at kickoff.

II

Architecture as a long-term investment

We design for modularity, observability, and upgrade paths from the first session. Production constraints are not a phase-two concern — they shape every decision.

III

Correctness over cleverness

We prefer well-understood, reliable patterns over novel approaches that add complexity without proven benefit. Clever systems that fail silently are worse than boring systems that work.

IV

Ship incrementally, validate constantly

We deploy to production early and iterate with real data. Every increment is validated against the eval framework. We don't save surprises for final delivery.

Have a system to build?

Tell us what you're working on. We scope the right engagement and move quickly.