AI Consulting Services
Redesign workflows around clear decisions and accountable automation

Some of the 500+ brands we've worked with. Our delivery runs on 100+ AI workflows in production.
See all referencesTask-level offerings
Four routes from manual work to controlled automation
Build & Integrate


AI WorkflowAutomation
Use this when the automation target is already a defined process and the missing artifact is a current-to-future workflow map with exception paths.


Intelligent DocumentProcessing
Document processing fits when workflow transformation centers on varied files, consequential fields, validation rules, and a human queue before downstream posting.


AI Process Discovery& Automation Assessment
Start with discovery when automation ideas outpace evidence and the process owner needs an observed workflow backlog before choosing what advances.


Agentic ProcessAutomation
The agentic route fits a workflow that needs case-by-case decisions from a small approved action set, plus a tested stop path.
Why it matters
The hardest parts of repetitive work are often hidden
The straightforward copy-and-paste steps are easy to see. The harder questions are the approvals nobody wrote down, the file that arrives in the wrong format, and the side effect that has to match the source system. Those are what decide whether automation is safe to run.
How we work
Map, choose, build, verify
We start from representative transactions, then choose a rule, bounded AI judgment, or human review for each decision. A thin slice carries the selected controls, and routine plus difficult cases are checked before the operating owner accepts it.
Scope and ownership
Every step gets a mechanism: a rule, bounded AI judgment, or a human
The approvals nobody wrote down are what decide whether a workflow is safe to automate at all.
We trace the current steps, decisions, handoffs, volumes, controls, exceptions, and accountable owner from representative transactions, then assign each decision to a deterministic rule, bounded AI judgment, or human review and approval. Zeo builds a thin slice carrying the selected controls — inputs, decisions, integrations, exception queues, fallback, reconciliation — and challenges it with routine and adverse cases before the operating owner accepts it. Release conditions, owners, monitoring, escalation, and the next review point are recorded at handover so the operating team can change the workflow deliberately rather than discovering its edges in production.
How a workflow becomes safe to operate
Map the workflow and its owner
We trace the current steps, decisions, handoffs, volumes, controls, exceptions, and who is accountable for the result.
Assign the right mechanism
We separate steps suited to deterministic rules from those that benefit from AI judgment or require human review and approval.
Build and test a narrow slice
We connect inputs, decisions, integrations, exception queues, fallback, and reconciliation, then challenge the flow with representative and adverse cases.
Hand over the operating evidence
We record release conditions, owners, monitoring, escalation, and the next review point so the operating team can change the workflow deliberately.
Inside our own team
Five Zeo consultants on what AI is changing in their work
Every operational consultant at Zeo has secure LLM access and training, and AI sits inside the daily work. Five of them came through our AI Bootcamp and wrote down what they expect it to change.
Selected AI sessions
Talks from Digitalzone
Three speakers look at the pace of AI change and what it means for e-commerce and content teams.
People who ship the AI systems they advise on
Agents, chatbots, and RAG systems at Zeo are built by senior engineers who keep operating them after launch. The consultants below are those builders, matched to the work this page covers.
Tools we use
The AI engineering stack behind the work
Models, retrieval, evaluation and observability are separate layers of a working system. These are the ones we build and operate on.
Models and cloud platforms
- OpenAIWhen the hero's assign-the-right-mechanism step decides a workflow step needs AI judgment rather than a fixed rule, OpenAI's structured-output calls are what several children, AI Workflow Automation and Agentic Process Automation especially, wire that step to.
- AnthropicThe hero names exception paths and reconciliation as part of what has to be built, not just the happy path, and Claude's tool-use is what several children lean on when a workflow step's exception handling needs to reason across several prior actions before deciding what happens next.
- Microsoft Azure AIIntelligent Document Processing, one of the services under this page, needs a service that turns a scanned or image-based document into structured, machine-readable fields, and Azure AI Document Intelligence is the extraction layer this page's account most often builds that step on.
Agent and automation frameworks
- n8nOnce the hero's second process step assigns each part of a workflow to a rule, an AI call, or a human reviewer, n8n is where those pieces actually get connected into one runnable, auditable pipeline, the tool this page's build-and-test step most often runs against.
- CrewAIAgentic Process Automation names its own coordination problem, several specialist steps working one process, and CrewAI's role structure is the framework this page's account uses to give each of those steps a narrow, declared job rather than one generalist agent running the whole thing.
- LangChainWhere the hero's map-and-assign step decides a workflow step needs human review before it proceeds, LangChain's interrupt mechanism is what turns that decision into a real pause in the running automation, most relevant to AI Workflow Automation.
- MastraFor a client whose target workflow already runs as part of a Node.js or TypeScript application, Mastra is the framework this page's account reaches for so the automated step lives in the same codebase and deployment pipeline as the rest of the app, rather than a separate service.
- CelonisAI Process Discovery & Automation Assessment, has to find the parts of repetitive work this page's own hero says are often hidden, and Celonis's process mining reads the workflow's real execution paths and exception variants straight from event-log data before any redesign decision gets made.
Application and prompt tooling
- DifyFor AI Process Discovery & Automation Assessment and AI Workflow Automation, Dify is where the specific AI-decision logic inside one workflow step is designed and iterated, kept distinct from the broader n8n pipeline that sequences the whole process.
- FlowiseWhere a client's own infrastructure policy calls for a self-hostable, open alternative to a closed platform, Flowise is the visual workflow builder this page's account keeps available for Agentic Process Automation and AI Workflow Automation work under that constraint.
Gateways and hosted inference
- LiteLLMSince this page's workflows mix rules, AI, and human review, LiteLLM keeps whichever provider backs a given AI step swappable without rewriting the step itself, useful when a client later wants to move a judgment call to a cheaper or faster model.
- PortkeyA workflow step that calls an LLM as part of its normal operation needs that call to survive a rate limit or outage without stalling the whole process, and Portkey's gateway-level retry logic is what several children rely on for that resilience.
Evaluation and observability
- LangfuseThe hero's closing promise is handing over the operating evidence, and Langfuse's traces are what makes that evidence concrete: a record of which mechanism a given case actually went through, checked against what the design assigned it to.
Safety and security testing
- Guardrails AIWhere a workflow step hands a decision to AI, Guardrails AI is what keeps that step's output inside its declared shape before the next automated action runs on it, relevant across AI Workflow Automation and Intelligent Document Processing alike.
Next step
Deploy generative AI solutions with clear business value


FAQ





































