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WEREP ACADEMY · FOUNDATIONS TO PRACTICE

AI for Work: Practical & Responsible Use

Use AI for business productivity while comparing cloud, local, private-cloud and hybrid deployment choices, with human review and data controls built into the workflow.

PEOPLE + PROCESS + TECHNOLOGY WE-REP

COURSE OVERVIEW

Build capability with purpose.

Compare managed API families such as GPT, Claude and Gemini with self-hosting candidates including gpt-oss, Qwen, Gemma, Granite, selected Mistral open-weight variants and Llama. Match the specific model to the task, hardware and license; open weights do not mean every model is open source or suitable for every commercial use.

CAPABILITIES YOU CAN DEVELOP

What you’ll learn to do.

  • Compare cloud, local, private-cloud and hybrid options against business needs
  • Distinguish model families, hosting tools and model-specific licensing
  • Identify data access, retention, network and human-review controls
  • Use evaluations to choose models and balance quality, latency and total cost

Who it’s for

Business professionals, coordinators and team leads exploring practical AI use.

Prerequisites & delivery

Basic digital literacy; use only approved tools and non-sensitive exercise data.

Dates, instructor, fees, and enrollment conditions are confirmed with each published cohort.

WEREP / CAPABILITY OVERVIEWAI
01Context
02Task
03Constraints
04Review
AI at a glance

Areas of focus

01Business use cases, prompt design and output limitations

02Managed API and self-hosted model families

03Deployment architecture, hardware and operational ownership

04Data boundaries, access controls, retention and auditability

05Task-based evaluation, smaller-model routing and controlled escalation

06Caching, usage budgets and total cost of operation

Discuss this course

VALUE FOR YOUR ORGANIZATION

Connect professional growth with business needs.

Plan adoption around measurable quality, privacy and total operating cost. Start with a smaller model that meets evaluation criteria, escalate harder tasks when needed, and assess caching, usage limits, infrastructure, maintenance and human review costs rather than assuming local AI is free.

Discuss training for your team

FROM CONCEPT TO CAPABILITY

Plan your development.

01

Find your focus

Identify the capabilities most relevant to your role, team, and business priorities.

02

Choose a pathway

Connect your experience and development goals with the right training area.

03

Shape the approach

Discuss team needs, delivery preferences, and any required software access.

04

Build capability

Develop skills that support your responsibilities and longer-term professional growth.

Model licenses, capabilities and hosting requirements must be checked for each selected version. Local or private-cloud hosting is not automatically private: network access, telemetry, retention and integrations still require review. Cohort availability and software access are confirmed separately.

Professional and product references

AI FOR BUSINESS · DEPLOYMENT & COST

Choose the right model.
Choose where it works.

Understand cloud, locally hosted, and hybrid AI—and the business decisions behind a useful, sustainable implementation. Model capability and hosting location are separate choices.

01

Cloud AI

Use a provider-operated service.

A practical starting point for variable demand and access to managed model capabilities. Budget for subscriptions or usage, integrations, data handling, and service dependencies.

02

Local / on-premises AI

Run a suitable model on hardware your business controls.

Useful when workload, latency, or data-control needs justify owning the infrastructure. Your team manages capacity, updates, access, monitoring, and recovery.

03

Hybrid AI

Route work between private infrastructure and approved cloud services.

Keep suitable tasks local and send approved workloads to cloud models when needed. Establish clear routing rules, quality thresholds, and data boundaries.

A private cloud is still cloud infrastructure: it may use dedicated resources, but does not necessarily keep data on your premises. Downloadable weights do not automatically mean unrestricted open-source licensing. Check the exact model release, commercial terms, and deployment requirements.

Different capabilities. Different business needs.

Language & reasoning

Draft, summarize, classify, and support analysis—with human review.

Coding models

Assist developers with code understanding, generation, and testing.

Embedding models

Support semantic search and retrieval of relevant business information. Retrieval is not the same as retraining the model.

Multimodal models

Work with supported combinations of text, images, audio, or other inputs. Capabilities vary by model.

Model names you’ll encounter

Examples to help frame the conversation, rather than a ranked shortlist. Availability, licensing, and supported hardware change; review the linked vendor documentation before selecting a release.

Model families and typical deployment choices · reviewed October 27, 2026
Model familyDeploymentBusiness context
GPT · OpenAI ↗Managed cloudGeneral business assistance, reasoning, and multimodal applications.
Claude · Anthropic ↗Managed cloudWriting, analysis, coding, and document-centered workflows.
Gemini · Google ↗Managed cloudMultimodal assistance and applications using Google’s model services.
gpt-oss · OpenAI ↗Self-hosted / hosted by a providerOpen-weight reasoning models, including 20b and 120b; hardware needs differ significantly.
Qwen ↗Selected open-weight variantsGeneral language, reasoning, and coding options across multiple model sizes.
Gemma · Google ↗Open-model deploymentA family of models for custom applications, with local and managed deployment paths.
Granite · IBM ↗Open-model deploymentEnterprise-oriented model families for customized business applications.
Mistral ↗Managed cloud + selected open weightsChoose between hosted services and self-deployable variants according to the exact release.
Llama · Meta ↗Downloadable model variantsA model family available under release-specific community licensing and use conditions.
A controlled business AI workflow
PEOPLEApproved business application
CONTROLIdentity, permissions & routing
EXECUTIONLocal model or approved cloud

Retrieve only the documents the user is authorized to access. Apply output review, redacted monitoring, and retention controls across both paths. Local inference alone does not make an application private or compliant.

Bringing local AI into a business

01

Define the use case

Start with a bounded task such as internal document search, draft preparation, or classification. Set quality, response-time, and data requirements.

02

Size and secure the platform

Assess model size, memory, context length, and concurrent users. Evaluate a runtime such as Ollama or an inference server; add authentication, network restrictions, and controlled storage.

03

Pilot against real requirements

Test approved representative data, verify document permissions and response quality, and compare local, cloud, and hybrid operating costs.

04

Operate and improve

Assign an owner for model updates, patching, access reviews, recovery, capacity, and quality monitoring. Expand only when the pilot meets agreed criteria.

CONTROL COST WITHOUT LOSING QUALITY

Compare total cost per useful outcome.

Local AI may reduce recurring API spend for suitable, consistently used workloads. It can cost more for occasional use, demanding models, or teams without operational capacity. Compare the same task, quality threshold, and workload.

Infrastructure or API usage+Software, storage & power+Operations & human review=Total operating cost
  • Right-size the model: use a smaller capable model for routine work and escalate complex tasks when justified.
  • Reduce avoidable usage: limit unnecessary context and output, reuse approved results where appropriate, and use supported caching or batch features.
  • Keep capacity productive: measure utilization, concurrency, latency, and idle hardware costs before expanding.
  • Include setup and rework: amortize hardware and implementation costs; count failed responses and review effort when calculating cost per completed task.

Potential savings must be demonstrated in a pilot; no fixed savings percentage or zero-cost operation is promised.

INVEST IN WHAT COMES NEXT

Build skills. Create possibilities.

Discuss your training needs