AI Agents & Automation
Agents that hold up under real traffic: scoped tools, guarded actions, measurable reliability.
- Custom AI agents
- Agentic workflows
- Multi-agent systems
- Tool and API integration
- Human-in-the-loop workflows
AI engineering & consulting
We design, build, secure and optimize AI agents, document intelligence systems and custom LLM/SLM solutions for real-world business workflows.
The engineering loop
Clients
We work with startups, technology companies and enterprises looking to build, scale or improve real-world AI systems.
Companies building AI-powered products that need specialized AI engineering expertise.
Organizations with existing technology teams that need additional expertise in AI agents, document intelligence, LLM/SLM engineering, optimization or AI security.
Companies looking to identify and implement practical, high-value AI use cases across their business processes.
What we do
From AI prototype to reliable, secure and cost-efficient production. We take responsibility for the parts that decide whether an AI system survives real usage: architecture, evaluation, security and cost.
Services
Each pillar is a discipline we own end to end, engaged individually or as a full build.
Agents that hold up under real traffic: scoped tools, guarded actions, measurable reliability.
High-accuracy extraction and reasoning over invoices, claims, contracts and forms.
Retrieval, adaptation, fine-tuning and alignment that make models fit your domain and your data.
Serve models faster and cheaper: quantization, routing, caching, throughput engineering.
Adversarial testing, guardrails and observability so AI can be trusted in production.
Real-time voice agents that answer, qualify and resolve calls with low latency and clean handoffs.
How we help
We can join at any stage of an AI project, from architecture and proof-of-concept through production deployment, optimization and ongoing operation.
Map the workflow, the data and the constraints. Decide what is worth building.
Architecture, agents, retrieval and integrations shipped as working software.
Task-level test sets and scoring, so quality is a number rather than an impression.
Red teaming, guardrails, permissioning and data protection before launch.
Latency, throughput and cost per task tuned against production traffic.
Monitoring, routing and operational ownership as usage grows.
AI engineering approach
The same working rules apply whether we are building an agent, a document pipeline or a fine-tuned model.
Nothing ships without a task-level test set. Improvements are proven against it, not argued about.
We start from the quality target and work down to the cheapest, fastest model that meets it.
Retries, fallbacks, confidence thresholds and human review are part of the architecture.
Tool permissions, injection defenses and PII handling are set while the system is being built.
Cost per task is tracked alongside latency and accuracy from the first prototype.
Documented architecture, handover and code your engineers can maintain without us.
Why us
Most teams can get a demo working. Accuracy on messy data, security review, latency under load and a cost per task a CFO accepts. That is the work we specialize in.
Case studies / results
Anonymized summaries of the kind of work we deliver. Full references available on request under NDA.
Invoice and claims intake
A document pipeline with classification, extraction and validation, routing only low-confidence cases to reviewers. Manual handling drops to exceptions.
LLM cost optimization
Model routing, caching and a fine-tuned small model for the highest-volume step, benchmarked against the original quality bar.
Inference optimization
Quantization, batching and serving changes applied against production traffic profiles to cut tail latency.
Agent red teaming
Adversarial testing of tool use and prompt injection paths, followed by guardrails and monitoring, so an agent could go live.
AI advisory
Not sure how to approach an AI project? Start with a single conversation. We review your idea or existing system and give you a straight technical read on feasibility, architecture, risk and cost.
Next step
Bring the workflow, the constraints and the data. We will tell you what is realistic, what it costs and how we would build it.