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Obkio

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Continuous synthetic network monitoring from every location, with visual traceroutes

  • Deployment Cloud Based, On Premise
  • Starting price See vendor pricing page
  • Free trial Available
  • Best for Small Business, Medium Business, Large Enterprise

What is Obkio?

Obkio does continuous synthetic network monitoring end to end, which is a different approach from device polling and worth understanding before comparing it with alternatives. Rather than asking routers how they are, Obkio deploys monitoring agents that continuously send traffic between locations and measure what actually happens to it. That detects the problems users experience but devices do not report: a link that is technically up while dropping packets, or a path that degrades only under load.

The agent placement is the point. Monitoring agents run at all network locations, so performance is measured between the places that matter rather than from a single vantage point. Network device monitoring via SNMP polling is available alongside, so the device view is not lost, and Network Destinations provides ICMP monitoring for any IP address.

Visual traceroutes address the hardest question in network troubleshooting: where along a path the problem occurs. Seeing the route drawn with the degrading hop identified converts an argument with a provider into evidence, which is what determines whether a third party acts on a complaint.

The named solutions map to what actually breaks in modern networks: SD-WAN monitoring, internet performance monitoring, VoIP monitoring, MPLS monitoring and Microsoft Teams monitoring. VoIP and Teams deserve mention because both fail on jitter and packet loss rather than bandwidth, and users report them as the application being broken rather than the network. Metrics tracked include packet loss, latency, speed and mean opinion score. Application performance monitoring and an on-demand or scheduled speed test tool complete it. Pricing is published on the vendor's site with monthly and annual options.

Key Features of Obkio

  • Continuous synthetic end-to-end monitoring
  • Monitoring agents deployed at all network locations
  • Network device monitoring via SNMP polling
  • Visual traceroutes identifying the degrading hop
  • ICMP monitoring for any IP address
  • Application performance monitoring
  • On-demand and scheduled speed tests
  • SD-WAN monitoring
  • Internet performance monitoring
  • VoIP and Microsoft Teams monitoring
  • MPLS monitoring
  • Packet loss, latency, speed and MOS metrics
  • Published documentation

Obkio Pricing

Quoted

See vendor pricing page

Pricing is published with monthly and annual options and a 10 percent annual saving, but figures were not retrievable. Cost normally scales with monitoring agent count.

Obkio Specifications

Software Tagline :
Continuous synthetic network monitoring from every location, with visual traceroutes
Deployment :
  • Cloud Based
  • On Premise
Subscription Plan :
Desktop Platforms :
  • Web App
Mobile Platforms :
Language Support :
Target Audience :
  • Small Business
  • Medium Business
  • Large Enterprise
Available Support :
  • Email
Integrations :
Product Url :
API Available :
Yes
Free Trial Available :
Yes
Run On Mobile Browser :
No
Free Plan Available :
No
Customization Available :
No

Obkio Screenshots

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Obkio FAQs

A pricing page is published with monthly and annual options and a stated 10 percent annual saving, though no plan figure was retrievable here. Pricing normally scales with the number of monitoring agents deployed.

SNMP asks devices how they are. Synthetic monitoring sends real traffic between locations and measures what happens to it, which detects problems devices do not report, such as a link that is up while dropping packets.

Because they show where along a path degradation occurs. Identifying the specific hop turns a complaint to a provider into evidence, and that is usually what determines whether a third party acts on it.

Yes, both are named solutions. They fail on jitter and packet loss rather than bandwidth, and users report them as the application being broken, so measuring the underlying network quality is what identifies the real cause.

Agents at multiple locations are what make the approach work, since performance is measured between the places that matter rather than from one vantage point. Factor agent count into cost, as pricing normally scales with it.