Forward Deploy turns high-value business workflows into governed, production AI systems — integrating the technology, controls and measurement needed to create real operational value.
Workflow → architecture → production → measured outcome
01 / The implementation gap
You probably don't need another AI demo.
Access to models is getting easier. The difficult work starts when AI has to fit your systems, permissions, people, controls and operational targets.
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× Not a chatbot shop.We do not sell commodity implementation as the proposition.
Chatbots, prompts, basic RAG, low-code flows and common connectors can be useful techniques. They are not the reason to hire Forward Deploy.
01Start with the economics.
Identify workflows where enough cost, delay, risk or throughput sits to justify serious intervention — then baseline what “better” means.
02Redesign the workflow.
Decide where AI should reason, where automation should execute, where people retain control, and how information moves between them.
03Engineer the real system.
Integrate identity, permissions, data, APIs, CRM, ERP and knowledge sources around the existing operating environment — not around a demo.
04Govern the behaviour.
Define what the system can see, decide and do. Add approvals, escalation, evaluation, monitoring and an audit trail where the risk requires it.
05Stay accountable after launch.
Production is the start of operational responsibility: reliability, model changes, cost, policy, incidents and continuous workflow improvement.
02 / Start with the workflow
Where does operational friction live?
Choose the area closest to the problem. The technology comes after the workflow, constraints and value case are understood.
Select an area
Operational workflowVALUE CASE / BEFORE TECHNOLOGY
Reduce hand-offs without losing control.
Map the process from trigger to outcome, isolate avoidable waiting and repetitive decisions, then determine where AI, automation and human approval should sit.
Look for
Queue time, duplicate capture, repetitive triage, exception handling
Architecture focus
System events, API integration, permissions, approval points
Measure
Cycle time, hours, throughput, error rate
Knowledge workflowVALUE CASE / BEFORE TECHNOLOGY
Make institutional knowledge usable in the moment of work.
Connect people to the right internal knowledge with the permissions, citations and context required to trust the answer — then embed retrieval in the workflow instead of another chat tab.
Look for
Search time, repeated questions, fragmented repositories, decision latency
Review time, extraction quality, throughput, intervention rate
Existing AI systemVALUE CASE / BEFORE TECHNOLOGY
Move from “it works” to “we can operate it.”
Instrument what is already live or piloted: evaluate behaviour, reduce failure modes, establish governance, control cost and decide what production responsibility should look like.
Look for
Unclear quality, rising cost, unreliable outputs, unmanaged model changes
Architecture focus
Evaluation, observability, model routing, logging, policy controls
Measure
Accuracy, failure rate, latency, cost, human intervention
03 / Deployment model
Strategy stays attached to execution.
A single operating path from workflow diagnosis to production responsibility. Small senior teams stay close to the business problem throughout.
01
Assess
Understand the workflow, process owner, systems, pain, data and operating constraints.
OutputWorkflow baseline
02
Prioritise
Quantify business value, feasibility and risk. Choose the opportunity worth deploying first.
OutputValue hypothesis
03
Architect
Design the human, system and AI responsibilities — including identity, integration, controls and evaluation.
OutputSolution design
04
Build
Engineer the workflow against real systems and constraints, with the production operating model in view.
OutputWorking system
05
Deploy
Move into a production or production-like state with monitoring, failure handling and human controls configured.
OutputOperational workflow
06
Measure
Compare results against the baseline: cost, cycle time, quality, throughput and intervention rates.
OutputBusiness evidence
07
Optimise & operate
Improve reliability, models, policy, cost and workflow performance as the system meets reality.
OutputProduction ownership
04 / Engagements
A clear way in. A credible path forward.
The first engagement is deliberately bounded. If the value case survives scrutiny, the work can progress from diagnostic to production and ongoing operational responsibility.
01 / ENTRYINDICATIVE R45k–R85k
AI Workflow Value Sprint
A paid business and technical diagnostic around one important workflow — designed to establish whether there is a credible deployment case.
Workflow analysis and process map
1–3 prioritised opportunities
Baseline metrics and business case
Data, integration and risk dependencies
Indicative ROI and deployment recommendation
02 / PROVEINDICATIVE R150k–R350k
Production AI Pilot
Take one bounded workflow into a meaningful production or production-like operational state and test the value case against reality.
Business value under real operating conditions
Integration feasibility
Data and permission behaviour
Human control and exception patterns
Evidence for a scaled deployment decision
03 / SCALEINDICATIVE R350k–R900k+
AI Workflow Deployment
A larger multi-system implementation combining process redesign, AI engineering, integration, security, evaluation and production rollout.
Process and operating-model redesign
AI models, retrieval and orchestration
CRM, ERP, data and API integration
Identity, approvals and security
Monitoring, evaluation and production rollout
04 / OPERATEINDICATIVE R25k–R75k / MONTH
AI Reliability & Governance
Ongoing operational responsibility for the health, performance, governance and continued improvement of deployed AI workflows.
Evaluation and reliability monitoring
Incident handling and model changes
Cost and performance tuning
Governance and policy adjustments
Workflow optimisation and next-use-case support
PRICING NOTE — Ranges are planning guidance from current Forward Deploy research, not fixed public quotations. Scope, risk, integration complexity and value determine the commercial structure.
05 / Engineering depth
The model is the easy box.
Production value depends on everything around it: workflow ownership, permissions, integration, human control, evaluation and the KPI the system is meant to move.
REFERENCE ARCHITECTURE / WORKFLOW-CENTRICSELECT A NODE
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06 / Governance by design
Control is part of the architecture.
Every production workflow needs explicit answers about data, identity, permissions, actions, auditability, evaluation, oversight and security.
01
Data boundaries
What information can the system access, where does it live, and where may it travel?
DEFINED
02
Identity
Who is making the request, and which identity is used when a system takes action?
VERIFIED
03
Permissions
Which records, documents, functions and actions is that identity allowed to access?
ENFORCED
04
Human oversight
Where must a person approve, review, override or receive an escalation?
CONFIGURED
05
Evaluation
What quality, usefulness and reliability thresholds determine acceptable behaviour?
MEASURED
06
Auditability
What happened, which tools and data were used, and where can operators inspect it?
LOGGED
07 / Evidence over hype
Measure the workflow, not the excitement.
Every deployment should try to establish a before-and-after baseline around metrics the process owner already understands.
Illustrative workflow economics. The figures shown are from the Forward Deploy proposal's example ROI model. They are not client results or performance guarantees.
Employee hours / month — before
1,840
Employee hours / month — after
620
Automation rate
66%
Monthly saving
R420,000
AI operating cost
R38,000
Estimated annual net benefit
R4.58m
VALUE CASE → (TIME + COST + THROUGHPUT + QUALITY + RISK) − AI OPERATING COST
08 / Forward-deployed model
Senior people, close to the problem.
Forward Deploy is designed around compact, senior, AI-enabled delivery teams rather than a large consulting pyramid. The people shaping the solution remain close to the implementation.
01
Engagement lead
Owns the business outcome, decision path and stakeholder alignment.
02
AI solution architect
Bridges workflow design, operating constraints and technical architecture.
03
AI engineer
Builds reasoning, retrieval, evaluation and AI-specific system behaviour.
04
Integration engineer
Connects production systems, APIs, identity, data and operational tooling.
Vendor-neutral where practical / accountable through production deployment
09 / Start with one workflow
Bring us the friction.
If you own a costly, slow, knowledge-heavy or repetitive workflow, start there. We will assess whether AI is economically and operationally worth deploying.
Best fit
South African knowledge-intensive organisations, roughly 100–1,000 employees