Real-Time Decisioning Demo | Call Center Next Best Action
Pipeline<10ms
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Architecture
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Trigger Event
3
Ingest
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Context
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Feature Serving
6
Ranking
7
Business Impact
8
Outcome
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Architecture Recap
Stage 1: The Architecture
Vertex Wireless's Real-Time Decisioning Stack
Five tiers form a continuous loop: ingest, context, decide, act, learn. Same expert. Same call. One decision layer turns a generic save offer into a context-aware recovery plan. Systems of record stay where they are. Redis becomes the operational context layer that makes the moment actionable.
Data Sources

CRM / Billing Platform

Operational source

Interaction History Store

Operational source

Network Telemetry APIs

Operational source

Offer Catalog

Operational source

Databricks Feature Pipeline

Operational source

Kafka / Contact Center Events

Operational source

Ingest Layer

Redis Data Integration (RDI)

CDC from repositories and operational databases with sub-second activation

Redis Feature Form + Streams

Feature serving and live event hydration from Kafka, Redis Streams, and industry APIs

Unified Context Layer

Redis RAM

Hot interaction state, live sentiment signals, active case flags, and current channel context

Redis Flex

Warm interaction history, issue resolution embeddings, customer lifetime context, and prior NBA outcomes

Feature Store

Churn risk, NPS propensity, offer eligibility, and escalation likelihood features

Redis Context Retriever

Assembles the Member 360 — account state, interaction history, and product context — and exposes it as structured MCP tools for the decision engine

Decision Engine

Eligibility Rules

Policy, compliance, and inventory constraints

NBA Ranker

Contextual ranking weighted by value, risk, and fit

Policy Arbitration

One action selected for the current moment

Output Channels (Act)

Agent Desktop

Customer-facing activation surface

Mobile App

Customer-facing activation surface

Web Account Center

Customer-facing activation surface

SMS / Email

Customer-facing activation surface

Learn:  Decision logs and outcomes stream back into model training, policy updates, and the Redis context layer.
Decision latency
8.2 ms
Save-rate lift
+23 pts
Incremental household LTV
+$3,480
Stage 2: Trigger Event
Maya Johnson creates a decision moment
A high-value subscriber calls support after repeated service issues and a recent billing complaint. Resolve the issue first, then convert the moment into a retention and expansion event.
Live Trigger
MJ
Maya Johnson
4 lines | 8-year customer | household ARPU $212 | premium plan
CARE
Eventsupport_session_start
Customer surfaceAgent desktop
Decision objectiveRetention + upsell
Decision windowBefore the surface finishes rendering
Context requiredHistory + live signals + policy
Business stakes+23 pts
Why This Moment Matters
Same expert. Same call. One decision layer turns a generic save offer into a context-aware recovery plan.
Without Redis: the application waits on siloed repositories and defaults to a generic next step.
With Redis: the decision surface opens with ranked, contextual action already staged for the moment.
Stage 3: Ingest
Industry repositories and streams flow into Redis
These are common repositories and streaming APIs for customer care decisioning. They remain the systems of record. Redis activates the working set needed to decide now.
Redis Data Integration (RDI)Redis Feature Form
Source Systems → Redis
SALE
Salesforce Service Cloud
Common repository or streaming source for salesforce context
SNOW
Snowflake / Databricks
Common repository or streaming source for snowflake context
KAFK
Kafka / Redis Streams
Event streaming via Kafka or Redis Streams — no separate broker required with Redis Streams built-in
TWIL
Twilio / IVR events
Common repository or streaming source for twilio context
COVE
Coverage diagnostics API
Common repository or streaming source for coverage context
Ingest Pipeline Status
CDC modeReal-time
Streaming lag<100 ms
Feature parityTrain = serve
Custom sync code0 lines
Serving roleOperational context layer
Stage 4: Context Assembly
History and live state converge into one working view
Redis assembles profile history, account or household state, live intent, and policy constraints in one low-latency lookup path. What looked like a simple event in Stage 2 becomes a much richer decision moment here.
Redis RAMRedis FlexRedis Context Retriever
Historical Context
Customer value bandtop decile
Tenure / relationship depthEstablished
Prior interaction patternKnown baseline available
Eligibility stateResolved in memory
Policy constraintsCurrent and active
Action historyFrequency caps enforced
Live Context
Current intentRetention + upsell
Streaming signal stateFresh for this session
Capacity / inventoryAvailable
Risk / complianceWithin active rules
Surface readinessAgent desktop
Decision scopeCoverage fix bundle + loyalty save
Key insight: Redis Context Retriever assembles the Member 360 — account state, interaction history, and product context — so the decision engine has exactly what it needs. The winning action becomes obvious only when historical context and live signals appear in the same response path.
Stage 5: Feature Serving
Online features hydrate the ranker in milliseconds
Redis Feature Form serves model-ready signals from Redis with train-serve parity. No fan-out calls to downstream systems during decisioning. No stale fallbacks.
Redis Feature FormRedis Feature Store
churn_risk_30d
Risk and policy factor used to gate the action.
0.740.3 ms
network_quality_index
Real-time feature served from Redis with train-serve parity.
0.310.4 ms
offer_acceptance_propensity
Model or ranking signal pulled online at decision time.
0.890.5 ms
tenure_ltv_score
Model or ranking signal pulled online at decision time.
top decile0.6 ms
home_internet_eligibility
Eligibility and readiness signal.
true0.7 ms
service_case_sentiment
Real-time feature served from Redis with train-serve parity.
negative0.8 ms
Feature Serving Performance
Features Hydrated
186
P99 Lookup Latency
<10ms
Train / Serve Parity
100%
Stage 6: Ranking
Candidate actions are ranked for this moment
Rules, policies, vector similarity, and business weighting combine to rank the best action now. The winner is selected because it fits the moment, not because it is the easiest generic fallback.
Redis SearchNBA RankerRules Engine
#1 Winner
PRIMARY ACTION
Coverage fix bundle + loyalty save
NBA score0.94
#2 Candidate
ALTERNATIVE
One-time service credit
NBA score0.79
Suppressed
POLICY
Device upgrade promo
Suppressed0.24
Stage 7: Business Impact
The value of choosing the right action now
Fast decisions matter, but the real value is choosing the right action while the moment is still open. Redis improves both latency and outcome quality.
Decision Economics
Decision latency8.2 ms
Save-rate lift+23 pts
Incremental household LTV+$3,480
The key insight: value compounds when the decision surface uses live operational context instead of generic fallback logic.
Moment Outcome
Generic
Siloed systems
lower relevance
Redis
Context-aware
higher impact
Stage 8: Outcome
Same surface. Different decision layer.
On the left is a generic or delayed path. On the right is the Redis-powered experience with ranked action already staged. Same customer moment. Different outcome.
Generic Experience
VERTEX WIRELESS
GENERIC PATH
MJ
Maya Johnson
Customer Care workflow
What the system knows
Partial profile, delayed retrieval, and limited live context.
Action shown
One-time service credit
Outcome risk
The action fits broadly, but not the full moment.
Lower
relevance
Higher
fallback use
Siloed
context
Redis-Powered Experience
VERTEX WIRELESS
BRIEF READY · 8.2 ms
MJ
Maya Johnson
Decision-ready profile
#1 Next Best Action
Coverage fix bundle + loyalty save
Free signal booster + home internet save plan
Why it wins
Combines history, live signals, business value, and active policy constraints in the same low-latency response.
Visible impact
Save-rate lift: +23 pts.
High
relevance
Low
fallback use
Ready
before render
Stage 9: The Architecture, Proven
Architecture first. Architecture last. Outcome in the middle.
The same five tiers you saw at the start now tie directly to a measurable decision outcome. Common repositories and streaming APIs stay in place. Redis remains the operational decisioning layer that makes the customer moment work.
Data Sources

CRM / Billing Platform

Operational source

Interaction History Store

Operational source

Network Telemetry APIs

Operational source

Offer Catalog

Operational source

Databricks Feature Pipeline

Operational source

Kafka / Contact Center Events

Operational source

Ingest Layer

RDI

CDC and activation from systems of record

Streams + Features

Live event hydration and model parity

Unified Context Layer

Redis RAM

Hot interaction state, live sentiment signals, active case flags, and current channel context

Redis Flex

Warm interaction history, issue resolution embeddings, customer lifetime context, and prior NBA outcomes

Feature Store

Churn risk, NPS propensity, offer eligibility, and escalation likelihood features

Redis Context Retriever

Assembles the Member 360 — account state, interaction history, and product context — and exposes it as structured MCP tools for the decision engine

Decision Engine

Rules

Eligibility, compliance, and policy

Ranker

Propensity, value, and fit

Arbitration

One action selected now

Output Channels

Agent Desktop

Customer-facing activation surface

Mobile App

Customer-facing activation surface

Web Account Center

Customer-facing activation surface

SMS / Email

Customer-facing activation surface

Learn:  Outcomes feed retraining, policy updates, and future decisions without changing the systems of record.
Decision latency
8.2 ms
Save-rate lift
+23 pts
Incremental household LTV
+$3,480