The AI intelligence layer inside EdgeSentinel. SentIQ baselines each ATM's normal behaviour, detects anomalies, predicts hardware failures up to 72 hours ahead, and scores SLA breach risk — before your customers notice anything. And with natural-language querying, your team can just ask — in plain language — which machines need attention and why.
Your operations team shouldn't need to be data analysts. SentIQ layers natural-language querying over the EdgeSentinel dashboard — ask about your fleet in plain language and get ranked, explained answers, with the option to act. For air-gapped or on-premise banking environments, it runs entirely inside your own perimeter.
"Which ATMs will fail this week?""Why is ATM-0472 at risk?""Show cash-out risk for the north region""Raise tickets for at-risk machines"
SentIQ processes multi-layer telemetry from Edge Signal Agents, builds behavioural models per ATM, and produces ranked, actionable intelligence for operations teams.
1
Ingest Telemetry
Real-time streams from Edge Signal Agents: XFS device states, OS health, application logs, network signals, transaction outcomes
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2
Build ATM Baselines
Per-ATM, per-time-of-day, per-load normal behaviour models. What is "normal" for ATM #1234 on Monday mornings vs. Friday peak?
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3
Detect Anomalies
Continuous comparison of live telemetry against baselines. Cross-signal correlation: a dispenser latency drift + retry spike = significant signal
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4
Score Failure Risk
Predictive failure probability per component per ATM — for the next N hours and days. Hotspot detection across the fleet.
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5
Recommend Actions
Next-best actions with evidence: "schedule preventive maintenance before Friday peak" — with one-click execution via EdgeSentinel
AI Capabilities
What SentIQ Can Do For Your Fleet
SentIQ goes beyond alert rules. It learns, it adapts, and it gets smarter the longer it runs on your ATM estate.
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Per-ATM Behavioural Baselining
Learns what "normal" looks like for each individual ATM — by location, load, time-of-day, and transaction mix. Not just fleet-wide averages.
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Cross-Signal Anomaly Detection
Correlates device errors, OS health, network signals, and transaction patterns simultaneously. Single signals that look innocuous become meaningful in combination.
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Predictive Failure Scoring
Assigns a failure probability to each ATM and component for the next N hours/days — not just "is it broken now" but "will it break soon?"
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SLA Breach Risk Forecasting
Predicts which ATMs are likely to breach their SLA window before it happens — giving operations time to act.
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Fleet Hotspot Detection
Surfaces patterns across regions, vendors, ATM models, and components — "this component fails most often in Chennai ATMs after humid season."
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Closed-Loop Learning
SentIQ learns from outcomes: when a predicted failure did or didn't occur, it updates its models — continuously improving accuracy over time.
SentIQ Outputs to Operations
What your NOC and field teams actually receive
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Prioritised ATM Worklist
"Fix these 50 ATMs first" — ranked by predicted impact and failure probability. No more guessing where to focus.
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Earlier Dispatch Windows
Predict failures before customer impact — schedule maintenance during off-peak hours, not emergency responses.
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Right-Part / Right-Skill Dispatch
Predicted root cause informs what parts and what skill level the engineer needs — fewer return visits.
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Fewer False Positives
AI + configurable rules together reduce alert noise significantly compared to threshold-only alerting.
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Faster Root Cause Analysis
Correlated signals assembled automatically into an incident timeline — reducing manual log-digging from hours to minutes.
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Continuously Improving Accuracy
Closed-loop learning from outcomes — SentIQ gets better the longer it runs on your estate.
Live Example
SentIQ in Action: Cash Dispenser Failure Prediction
Illustrative example showing how SentIQ correlates signals over 72 hours to predict and prevent a dispenser failure before customer impact.
Signals Observed Over 72 Hours
ATM #4281 — Branch: Chennai South — Dispenser unit
Dispenser latency drifting upward — sub-threshold but trending
Detected T-72h
Increase in retract counts and note retries during withdrawals
Detected T-60h
More "partial dispense" errors in XFS device log
Detected T-48h
CPU spikes observed specifically during dispense operation windows
Detected T-36h
Transaction failures increasing during peak cash-out load periods
Detected T-24h
SENTIQ CORRELATION INSIGHT
No single signal would have triggered a threshold alert. SentIQ identifies the combination as a high-confidence failure precursor pattern matching 23 historical dispenser failures in training data.
78%
Failure Probability
Next 3 days · Dispenser unit · ATM #4281
SentIQ Next-Best Actions
🔍Run remote diagnostics bundle — upload full XFS device log and dispenser counters for review
📊Check retract and jam counters — confirm mechanical wear thresholds via remote query
🔧Pre-position technician with dispenser module and cassette assembly before peak window