Owllys
Agentic AI01
AI that pursues a goal in steps — it plans, calls tools, checks its own work and acts, rather than answering a single prompt. The Owllys core loop (Predict → Decide → Execute → Learn) is agentic end to end.
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AI Agent02
A software worker powered by a language model plus tools and guardrails. It senses context, makes a decision and executes an action — e.g. re-sequencing a production line or re-routing a delivery.
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Agent-to-Agent (A2A)03
Agents coordinating with other agents — a planning agent asking a sourcing agent to cover a shortfall, for example — through structured messages instead of human hand-offs.
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Multi-Agent System04
Many specialised agents working one operation together under an orchestrator. Owllys APMS runs packaging governance with 12 cooperating agents.
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AI Orchestration05
The conductor layer that decides which agent, model or tool handles each step of a workflow, keeps them in order and recovers when a step fails.
RAG (Retrieval-Augmented Generation)06
Before answering, the model retrieves your live data — contracts, stock, telemetry — and grounds its answer in it. This is how Owllys agents stay factual about your operation.
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Grounding07
Tying every AI statement to verifiable source data. Ungrounded output is opinion; grounded output can be audited.
Hallucination08
When a model states something plausible but false. Mitigated with RAG, grounding and confidence gating — never ship a low-confidence answer silently.
Confidence Gating09
A quality bar an AI answer must clear before it is used. Below the gate, Owllys agents retrieve more context and iterate instead of guessing.
Human-in-the-Loop (HITL)10
High-stakes actions wait for one-click human sign-off; routine ones run automatically. You choose the line, per process and risk tier.
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AI Governance11
The rules, audit trails and approval gates around AI decisions — who allowed what, on which data, with what rationale. “AI recommends. Business governs.”
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Guardrails12
Hard limits an agent cannot cross — policy, contract terms, SLAs, spend ceilings. Out-of-policy actions are blocked and surfaced, not silently attempted.
Explainability13
Every recommendation carries its why: the data it used and the trade-offs it weighed. Essential for audits and for trust on the floor.
LLM (Large Language Model)14
The foundation model class behind modern AI — trained on vast text, able to reason, write and use tools. Owllys deploys the most capable frontier models behind your governance.
Foundation Model15
A large pre-trained model (language, vision or multimodal) used as the base for many tasks instead of training one model per problem.
Fine-Tuning16
Adapting a foundation model to a domain with your examples. Often unnecessary when RAG over live data does the job — cheaper and always current.
Prompt Engineering17
Designing the instructions, context and output format given to a model so it behaves reliably in production, not just in a demo.
Context Window18
How much information a model can consider at once. Bigger windows let agents reason over whole contracts, schedules and histories in one pass.
Tool Use / Function Calling19
The mechanism that lets a model act — query a database, create a PO, re-plan a schedule — by calling typed functions instead of just writing text.
MCP (Model Context Protocol)20
An open standard for connecting AI models to tools and data sources in a uniform way — one protocol instead of a custom integration per system.
Reasoning Model21
A model that thinks in intermediate steps before answering — stronger on planning, maths and multi-step operational decisions.
Inference22
Running a trained model to get an answer. Inference cost and latency — not training — dominate the economics of production AI.
Token23
The unit models read and write (roughly ¾ of a word). Context windows, costs and speed are all measured in tokens.
Digital Twin24
A live software mirror of a physical operation. Owllys ControlTower keeps a 1:1 twin — test the decision in the twin, then fire it in the real world.
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Operations Graph25
One connected data model of the business — orders, stock, machines, vehicles, suppliers, customers — that every Owllys agent reads and writes. The moat that compounds.
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Decision Intelligence26
Turning analytics into ranked, executable decisions with expected impact — not another dashboard to interpret.
Predictive Maintenance27
Using machine telemetry to predict failures before they stop the line, and scheduling the fix off-shift. OpsNest cuts unplanned downtime ~45% this way.
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Demand Sensing28
Short-horizon forecasting from live signals — sell-through, promotions, weather — rather than last year’s averages. The heart of PlanningNest.
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Computer Vision29
AI that understands images and video — face-based access, safety monitoring, artwork checks, OEE sensing on the press.
Edge AI30
Models running on or near the device — the gate, the vehicle, the machine — for sub-second decisions without a round trip to the cloud.
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AI Copilot31
An assistant embedded in a workflow that drafts, checks and recommends while a person stays in control. The step before full agentic automation.
Autonomous Agent32
An agent trusted to complete a whole job without step-by-step approval — always inside guardrails, with a full audit trail. The end state of governed adoption.
Evals (AI Evaluation)33
Systematic testing of AI behaviour against known cases before and after deployment — the QA discipline that separates production AI from demos.
AI Adoption34
The organisational side of AI: governance, training, phased autonomy and measured outcomes. The reason Owllys plans deployment and adoption together.
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