AmrudAi uses one Sensor software across Network, Infrastructure, Flow and Log roles. Intelligent placement connects each workload to an eligible Sensor with the right reachability, permissions and headroom, while keeping your sites, security boundaries and operating policies in control.
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One Sensor & Monitoring Policies — illustrative product view with sample data. Illustrative product view · Sample data
Auto-select collection roles while retaining effective policy, capacity and failover context.
HA, Sensor Redundancy & Recovery — illustrative product view with sample data. Illustrative product view · Sample data
Inspect authority transitions, Sensor reassignment, alternate paths and restore evidence.
Complete the operational workflow
More context. More useful decisions.
Policy inheritance with clear overrides
Apply defaults at the relevant tenant, site, group or entity scope and show the effective monitoring behavior. An explicit monitoring-profile choice remains distinct from a profile derived from business criticality.
Collection that respects the workload
Use bounded adaptive collection and incident-triggered diagnostics within permissions, reachability and resource budgets. Normal monitoring, control and telemetry durability retain priority when an endpoint or Sensor is under pressure.
Stop assigning collectors by hand.
A new branch should not become a Sensor-placement project.
AmrudAi selects the best eligible Sensor using network reachability, collection role, location, spare capacity and your policies. The same Universal Sensor software supports Network, Infrastructure, Flow and Log roles, so you can standardize installation while separating workloads where it makes operational sense.
Standardize Sensor software across locations.
Place monitoring automatically within your rules.
Keep overrides and ownership visible.
A Intelligent Sensor selection
Automatic placement
New monitoring workload Branch WAN edge · SNMP + path checks
✦
AmrudAi selects the Sensor
Access → role → locality → capacity → policy
Mumbai pool · S-02
Reachable · correct role · spare capacity
Selected
Mumbai pool · S-03
Reachable · correct role · recovery capacity
Eligible
Singapore pool · S-01
Permitted secondary vantage point
Witness
No manual Sensor assignment
The monitoring work lands on an eligible Sensor. Your placement policies and pinned assignments stay in control.
Illustrative placement decision. Eligibility includes access, policy, role and capacity.
The capability in detail
Intelligent Sensors capabilities
01
One Sensor software, four main roles
Use the same Sensor software and management model for Network devices and paths, Infrastructure hosts and Agent ingestion, Flow traffic evidence, and Log events. Configure the role around the work and location instead of operating four separate Sensor products.
02
Automatic selection that understands the estate
AmrudAi selects the best eligible Sensor using real reachability, network proximity, packet loss, protocol compatibility, site affinity and current health. The geographically nearest Sensor is not automatically the right choice.
03
Placement within your access boundaries
Keep customer, region, security-zone, credential and allowed-pool policies in the decision. Only authorized Sensors with the required capabilities can receive the work, preserving separation between estates and restricted network segments.
04
Capacity based on the actual workload
Balance expected collection effort against CPU, memory, storage, queues, polling completion and available failover capacity. Account for the monitoring profile and its cost rather than treating every device or endpoint as an identical unit.
05
Workload isolation that protects polling
Run collection through bounded worker pools. Give high-volume Flow and Log ingestion dedicated capacity when needed so traffic bursts and event surges do not consume the resources required for routine polling and operational checks.
06
Automatic balancing with operator control
Choose automatic assignment, recommendation with approval, a manually pinned Sensor or an approved pool. AmrudAi detects sustained imbalance and improves placement under your policy, using stability controls to avoid repeatedly moving devices for minor load changes.
07
Local continuity through Core or WAN interruption
Sensors keep executing their current authorized monitoring work while local capacity remains available. Durable buffering, visible queue age and controlled replay retain operational context through temporary connectivity interruptions.
08
A Sensor estate you can explain
See roles, assignments, workload, health, maintenance state, queue pressure and collection freshness together. Review placement recommendations and understand why a Sensor is eligible, overloaded, excluded or reserved for resilience.
From information to action
A connected operational workflow.
01
Enroll the Sensor
Install the Sensor software, establish its authenticated identity and configure its approved collection role and location.
02
Define the monitoring scope
Choose resources, credentials, profiles and the permitted customer, site, region or Sensor pool.
03
Place and activate the work
Use automatic selection or review the recommendation, then activate monitoring through the approved onboarding policy.
04
Adapt as the estate changes
Track workload and freshness, preserve spare capacity and rebalance within the controls you have enabled.
Deployment choices and operating controls
Fit the way your team operates.
Deploy Sensors near the estate they monitor and keep placement decisions aligned with your access, locality, capacity and resilience policies.
Network, Infrastructure, Flow and Log are deployment roles of one Sensor software. Dedicated Synthetic or Cloud API roles address workloads that require additional locality, scale or isolation.
Small mixed workloads can share an approved combined profile. High-volume traffic and log workloads use dedicated capacity when their resource demand requires separation.
Manual pins and restricted pools stay authoritative. Placement learning becomes an automatic move only when your approved auto-rebalance policy permits it.
Sensors provide collection and bounded local continuity; Core remains the authority for policy, identity, placement, incidents and the operational history.
Do we need different Sensor products for network, hosts, Flow and logs?
No. AmrudAi provides one Sensor software with role-based deployment profiles. You can use separate instances for different roles, sites or workload volumes while retaining one operating and management model.
How does AmrudAi choose a Sensor automatically?
It first checks eligibility, including customer and resource scope, credentials, permitted pools, protocol support and reachability. It then considers locality, health, current and expected work, queue pressure and spare capacity to select an appropriate Sensor.
Can we pin an important device to a specific Sensor?
Yes. Use manual placement or a restricted Sensor pool when the network or operating policy requires it. Placement recommendations do not silently override a manual pin; automatic rebalancing follows the policy you explicitly enable.
Can one Sensor handle several kinds of collection?
An approved mixed profile can handle smaller compatible workloads. Where high-volume Flow, logs, cloud APIs or synthetic work would compete with protected monitoring, assign dedicated role capacity. The decision follows the workload, security and locality requirements.
Does installing an Agent automatically start full monitoring?
Core establishes a provisional association with an eligible Sensor during enrollment. Normal monitoring activates through your authorized approval or trusted auto-approval policy, together with the relevant access, entitlement and capacity checks.
What happens when the Core or WAN connection is interrupted?
Sensors continue their current authorized collection while local capacity remains available, buffer the resulting telemetry and replay it when communication returns. Queue age, storage pressure and remaining capacity stay visible; buffering is not unlimited.
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