COMPARE & SWITCH / AGENTIC NETWORK OPERATIONS

CommandLink vs. SolarWinds

AI investigates. CommandLink connects the rest.

Replace fragmented monitoring with AI agents that gather evidence and investigate issues. Connect the ticket work, keep your service desk, and add ISP, network and security services from the same partner.

Less manual investigation

Fewer disconnected tools

Software + services. One partner.

THE COMPARISON AT A GLANCE

What changes when
you choose CommandLink?

THE PUBLISHED APPROACH

THE PUBLISHED APPROACH

SolarWinds

SolarWinds

Published product capabilities.

Published product capabilities.

THE COMMANDLINK APPROACH

THE COMMANDLINK APPROACH

CommandLink

CommandLink

One platform. A connected operation.

One platform. A connected operation.

Self-hosted or SaaS

Self-hosted or SaaS

Choose among SolarWinds observability deployment options.

Stop piecing the incident together

Stop piecing the incident together

Bring monitoring, asset relationships and investigation into one working context.

SW1 AI agent

SW1 AI agent

Available in supported SolarWinds products.

Put AI on the investigation

Put AI on the investigation

Agents gather evidence and run checks. Your engineers inspect the finding and direct the next step.

Hybrid IT visibility

Hybrid IT visibility

An observability offering for hybrid infrastructure.

Keep the work moving

Keep the work moving

CommandLink ITSM syncs ticket work to ServiceNow, Jira and more. Your team keeps its service desk.

TAKE THE COMPARISON BEYOND SOFTWARE

TAKE THE COMPARISON BEYOND SOFTWARE

ISP Connectivity. SD-WAN + SASE.
NOC + SOC services.

ISP Connectivity. SD-WAN + SASE.
NOC + SOC services.

Get the software and the team behind it from one partner. Choose self-managed, co-managed or pro-managed delivery, with the services your operation needs.

Get the software and the team behind it from one partner. Choose self-managed, co-managed or pro-managed delivery, with the services your operation needs.

Published vendor approaches, not a feature-absence checklist. Confirm capabilities and service responsibilities in your evaluation. Services are scoped in your proposal.

THE COMMANDLINK EXPERIENCE

THE COMMANDLINK EXPERIENCE

AI investigates.
Your team takes command.

AI investigates.
Your team takes command.

Watch the agent gather evidence and build a finding your engineers can inspect. Keep the investigation connected to the response.

Watch the agent gather evidence and build a finding your engineers can inspect. Keep the investigation connected to the response.

COMMAND|MONITOR

AGENT / INVESTIGATION

AI follows the evidence.

Working assessment

AI INVESTIGATION

The evidence points upstream.

Loss and interface errors align. Local switching remains healthy.

AI INVESTIGATION

The evidence points upstream.

Loss and interface errors align. Local switching remains healthy.

01

Query interface metrics

Evidence attached

02

Run active network checks

Results attached

03

Assess related events

Finding assembled

Operator direction

“Check the adjacent circuit.”

COMPARE THE OPERATING APPROACH

SolarWinds and CommandLink.
Know what you are choosing.

Start with the published approach, then test the workflow and coverage your team needs.

SCROLL

Decision

SolarWinds · published approach

CommandLink · why make the move

Deployment

Offers both self-hosted and SaaS observability. [1]

Map the infrastructure and administration you can retire; retain the collectors and source access needed for your network.

Monitoring scope

Markets visibility across hybrid infrastructure. [1]

Validate your required device, interface, location and service coverage in a representative deployment.

AI workflow

SW1 is an AI agent in supported SolarWinds products. [3]

See agents gather evidence, run checks, retain scoped guidance and accept operator direction.

Your migration decision

The starting point depends on the products and edition you use. [2]

Compare your current workflow with a connected monitoring-to-investigation-to-ITSM demonstration.

Sources and comparison scope · reviewed October 9, 2026

Sources and comparison scope · reviewed Oct. 9, 2026

Why make the move

Spend your time on the network. Let AI do the investigative legwork.

If every incident still means opening consoles, chasing circuit details and copying findings into tickets, your team is doing work the platform should help carry. Move to CommandLink for connected evidence, agentic investigation and a response workflow that stays with the incident.

Keep the coverage you depend on

Map your actual SolarWinds products, device checks, interface metrics, reports and escalation dependencies. Prove the essentials in Command|Monitor.

Put an agent on the investigation

See AI retrieve telemetry, run active checks and assemble evidence. Let your engineers inspect the finding and direct the next step.

Retire the validated overlap

After cutover, remove redundant licenses, management infrastructure and connections. Keep any specialist functions that remain necessary.

Software and the services behind the network

One partner for the platform and the operation.

CommandLink combines agentic software with ISP Connectivity, deep SD-WAN and SASE integrations, and NOC and SOC services. Choose self-managed, co-managed or pro-managed delivery around your team.

ISP Connectivity

Bring ISP services and Internet Aggregation into the same CommandLink relationship as monitoring and operations.

SD-WAN + SASE

Connect supported SD-WAN and SASE platforms to network and service context through deep integrations.

NOC + SOC services

Add operational and security services alongside the platform. Define responsibilities, coverage and escalation in your service scope.

See the CommandLink workflow

From network signals to AI investigation to ticket work.

Connect data and relationships, let agents investigate, and keep the response attached to the findings. Work directly in CommandLink or retain your supported service desk.

Search Demo Company - Command|Link...

Command|Link

3

operator

Alert Spike - WAN Edge Service

Investigation

Nov 5, 2026, 5:04 PM

3

Summary

AI

The alert spike originates from core-router-01 losing its BGP peer at 14:29 UTC. This caused OSPF adjacency failures that cascaded through the WAN Edge service, impacting 5 downstream dependencies.

Services impacted

5

Critical alerts

47

Avg latency

23ms

Throughput

640 Mbps

Findings

AI

Critical

Root cause: BGP peer failure on core-router-01

AI

BGP hold timer expired for peer 10.0.1.1 at 14:29 UTC. This is the earliest event in the cascade and directly caused OSPF adjacency loss. Recommend checking physical link to upstream provider and reviewing BGP keepalive settings.

Warning

Secondary: Possible exploit attempt during outage

AI

IPS flagged CVE-2024-3400 from 203.0.113.42 at 14:31 UTC — 2 minutes after the BGP failure. Attackers commonly probe during routing disruptions. Recommend blocking source IP and reviewing firewall logs for lateral movement.

Ask a follow-up, request deeper analysis, or suggest a hypothesis...

Summary

Components

(8)

Discuss

(3)

Private

Visible to everyone on this investigation

2 open

Command|Intel

6 minutes ago

I've flagged the CVE-2024-3400 exploit attempt as potentially related. Want me to dig deeper into the firewall logs for this source IP?

You

6 minutes ago

Yes — also check if that IP appears in any other event sources in the last 24h

Command|Intel

6 minutes ago

Checked — 203.0.113.42 appears in 3 additional firewall log entries over the past 12h, all port scans on 443/tcp. No lateral movement detected.

Reply... (use @ai)

You

6 minutes ago

Is there a redundant path through fw-edge-west? We should have a failover route configured.

Command|Intel

6 minutes ago

fw-edge-west is online and healthy, but no ECMP or failover route is configured for the BGP peer that failed. The OSPF adjacency to fw-edge-west is intact — this could be a quick mitigation path.

You

5 minutes ago

Confirmed with NOC — the upstream provider had a fibre cut at 14:28. ETA for repair is 2h.

Start a discussion... (or @ai to invoke AI)

Search Demo Company - Command|Link...

Command|Link

3

operator

Alert Spike - WAN Edge Service

Investigation

Nov 5, 2026, 5:04 PM

3

Summary

AI

The alert spike originates from core-router-01 losing its BGP peer at 14:29 UTC. This caused OSPF adjacency failures that cascaded through the WAN Edge service, impacting 5 downstream dependencies.

Services impacted

5

Critical alerts

47

Avg latency

23ms

Throughput

640 Mbps

Findings

AI

Critical

Root cause: BGP peer failure on core-router-01

AI

BGP hold timer expired for peer 10.0.1.1 at 14:29 UTC. This is the earliest event in the cascade and directly caused OSPF adjacency loss. Recommend checking physical link to upstream provider and reviewing BGP keepalive settings.

Warning

Secondary: Possible exploit attempt during outage

AI

IPS flagged CVE-2024-3400 from 203.0.113.42 at 14:31 UTC — 2 minutes after the BGP failure. Attackers commonly probe during routing disruptions. Recommend blocking source IP and reviewing firewall logs for lateral movement.

Ask a follow-up, request deeper analysis, or suggest a hypothesis...

Summary

Components

(8)

Discuss

(3)

Private

Visible to everyone on this investigation

2 open

Command|Intel

6 minutes ago

I've flagged the CVE-2024-3400 exploit attempt as potentially related. Want me to dig deeper into the firewall logs for this source IP?

You

6 minutes ago

Yes — also check if that IP appears in any other event sources in the last 24h

Command|Intel

6 minutes ago

Checked — 203.0.113.42 appears in 3 additional firewall log entries over the past 12h, all port scans on 443/tcp. No lateral movement detected.

Reply... (use @ai)

You

6 minutes ago

Is there a redundant path through fw-edge-west? We should have a failover route configured.

Command|Intel

6 minutes ago

fw-edge-west is online and healthy, but no ECMP or failover route is configured for the BGP peer that failed. The OSPF adjacency to fw-edge-west is intact — this could be a quick mitigation path.

You

5 minutes ago

Confirmed with NOC — the upstream provider had a fibre cut at 14:28. ETA for repair is 2h.

Start a discussion... (or @ai to invoke AI)

Search Demo Company - Command|Link...

Command|Link

3

operator

Alert Spike - WAN Edge Service

Investigation

Nov 5, 2026, 5:04 PM

3

Summary

AI

The alert spike originates from core-router-01 losing its BGP peer at 14:29 UTC. This caused OSPF adjacency failures that cascaded through the WAN Edge service, impacting 5 downstream dependencies.

Services impacted

5

Critical alerts

47

Avg latency

23ms

Throughput

640 Mbps

Findings

AI

Critical

Root cause: BGP peer failure on core-router-01

AI

BGP hold timer expired for peer 10.0.1.1 at 14:29 UTC. This is the earliest event in the cascade and directly caused OSPF adjacency loss. Recommend checking physical link to upstream provider and reviewing BGP keepalive settings.

Warning

Secondary: Possible exploit attempt during outage

AI

IPS flagged CVE-2024-3400 from 203.0.113.42 at 14:31 UTC — 2 minutes after the BGP failure. Attackers commonly probe during routing disruptions. Recommend blocking source IP and reviewing firewall logs for lateral movement.

Ask a follow-up, request deeper analysis, or suggest a hypothesis...

Summary

Components

(8)

Discuss

(3)

Private

Visible to everyone on this investigation

2 open

Command|Intel

6 minutes ago

I've flagged the CVE-2024-3400 exploit attempt as potentially related. Want me to dig deeper into the firewall logs for this source IP?

You

6 minutes ago

Yes — also check if that IP appears in any other event sources in the last 24h

Command|Intel

6 minutes ago

Checked — 203.0.113.42 appears in 3 additional firewall log entries over the past 12h, all port scans on 443/tcp. No lateral movement detected.

Reply... (use @ai)

You

6 minutes ago

Is there a redundant path through fw-edge-west? We should have a failover route configured.

Command|Intel

6 minutes ago

fw-edge-west is online and healthy, but no ECMP or failover route is configured for the BGP peer that failed. The OSPF adjacency to fw-edge-west is intact — this could be a quick mitigation path.

You

5 minutes ago

Confirmed with NOC — the upstream provider had a fibre cut at 14:28. ETA for repair is 2h.

Start a discussion... (or @ai to invoke AI)

Connected network context

Bring supported telemetry, devices, locations and services into the investigation.

Inspectable AI work

Agents query metrics and logs, run checks and assemble evidence. Engineers review and direct the work.

Connected ticket work

Command|Monitor creates CommandLink ITSM tickets. Existing integrations sync the work to ServiceNow, Jira and other supported ITSM platforms.

A practical switching plan

Prove the replacement. Then retire the overlap.

Keep the existing workflow available while you validate a representative scope. Move the critical functions with clear owners and acceptance criteria.

01 | Map

Inventory the functions, tools and records you rely on. Include dependencies outside the network team.

02 | Prove

Compare coverage, actionable alerts, evidence quality, manual handoffs and ticket sync using real workflows.

03 | Switch

Cut over in stages, preserve required history and retire the tools and infrastructure you have replaced.

CONSOLIDATE THE OPERATION

The AI platform.
The network services.
The operating team.

One CommandLink relationship can bring together the software and the services your network depends on.

COMMANDLINK

AI-native software + connected ITSM

Monitor → Investigate → Coordinate → Respond

ISP Connectivity

Internet Aggregation

SD-WAN + SASE

Deep platform integrations

NOC services

Network operations

SOC services

Security operations

ISP Connectivity

Internet Aggregation

NOC services

Network operations

SD-WAN + SASE

Deep platform integrations

SOC services

Security operations

YOUR CHOICE

Self-managed · Co-managed · Pro-managed

Portfolio and delivery options. Included services, coverage and responsibilities are defined in your proposal.

PLAN YOUR MOVE FROM SOLARWINDS

Make your next incident
work differently.

Bring a recent incident. See the AI investigate, follow the connected ticket work and identify the tools you can retire. Leave with a concrete plan to move to CommandLink.

Opens CommandLink’s scheduling page. Include SolarWinds and your evaluation goals in the booking notes.

Bring these to the discussion

Bring these to the discussion

  • SolarWinds products, editions and renewal dates

  • Critical device checks, reports and alert policies

  • Servers, databases, collectors and dependent scripts

  • One recent incident with the steps your team took

  • ISP, SD-WAN/SASE, NOC/SOC needs and preferred management model

EXPLORE YOUR OPTIONS

EXPLORE YOUR OPTIONS

A few good questions

Get clear
on the details.

Can Command|Monitor replace SolarWinds?

Does every SolarWinds customer manage monitoring servers?

Will every SolarWinds module have an exact equivalent?

Your next operational advantage

Put AI to work.
Leave the sprawl behind.

Bring your stack and a recent incident.
See what your team can simplify.