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What’s happening today

Utilities are digitizing plants, substations, and field operations. New sensors and control systems increase bandwidth demand and introduce traffic patterns that don’t look like traditional IT. Connectivity quality varies by site and backhaul, yet safety and reliability expectations keep rising.

Meanwhile, regulators are sharpening focus on operational resilience and evidence. Teams need to know which devices and apps truly matter at each location—and intervene before anomalies cascade.

OT scale: thousands of devices with different criticality and behavior.

Field reality: backhaul and RF environments change daily.

Regulatory pressure: more proof, less downtime.

 

Why current approaches fail

Generic QoS over‑prioritizes non‑critical flows while starving control apps when it matters. Tools that ignore device behavior produce noise, slow root cause, and force blanket policies that hinder operations.

Context gap: device‑class intent isn’t modeled.

Containment gap: incidents spread before teams can act.

Evidence gap: little to show for audits or post‑mortems.

 

Why AppLogic Networks

See More
Encrypted-safe visibility and app-level QoE where others are blind.

Do More
Adaptive enforcement and containment to keep services running.

Prove More
Regulator-ready evidence, SLA compliance, and trusted partner proofs.

Observe: Per‑device/service baselines; control‑app QoE by site/zone.
Optimize: Safety‑first prioritization; line/zone policies.
Secure: Detect OT outliers in encrypted traffic; contain abnormal devices.

 

The Benefits of AppLogic Networks Use Cases

Higher reliability • Faster field resolution • Safer operations.

Observe
  • Bullet needed
  • Bullet needed
  • Bullet needed
Optimize
  • Safety‑critical prioritization
  • Field crew collaboration assurance
  • Cost‑aware shaping for backhaul
Secure
  • OT anomaly containment
  • Evidence for compliance/incident reviews
  • Segmented policy guardrails

Enterprise Use Cases

 
Enterprise Network Observability
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Enterprise Network Optimization
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Additional Benefits

  • Lower, deferred, or eliminated CAPEX costs for network equipment to increase bandwidth capacity,
  • Reduced OPEX costs due to lower subscription and network service costs and higher NetOps team productivity,
  • Maintaining agreed SLAs with various constituents and maximizing user and client Quality of Experience
  • The ability to maintain business continuity, reduce trouble-tickets and have faster mean-time to resolution of network problems
  • Return on investment payback in 6 to 8 months based on cost savings and better network productivity