Cisco vs Cloudflare
Who this is for
If you're weighing Cisco against Cloudflare in Networking and Security, this page is for you. It puts the facts from both Techarda profiles side by side, with each company's recent stories and any community threads that name them both. It doesn't pick a winner: the questions further down come from our evaluation guide, so you can put the same ones to both.
Stories and counts cover the last 90 days, counted on 23 Oct 2026. Profiles last updated 28 Sept 2026. Want a different line-up? The interactive compare tool takes up to four companies.
The facts side by side
From each company's Techarda profile. Categories they share are marked, with each company's position in the category's leader list.
| Cisco | Cloudflare | |
|---|---|---|
| Founded | 1984 | 2009 |
| Headquarters | San Jose, California, USA | San Francisco, California, USA |
| Categories |
|
|
| What they do | Cisco is a US networking and security company founded in 1984 and headquartered in San Jose, California. It sells enterprise, data centre and service provider networking (Catalyst, Nexus, Meraki, Silicon One), security products including firewalls and Cisco Security Cloud, Splunk observability and security analytics… | Cloudflare is a US connectivity cloud company founded in 2009 and headquartered in San Francisco. It operates a global network providing CDN, DNS, DDoS protection, web application firewall, Zero Trust access and SASE services, and a developer platform including Workers serverless compute, R2 storage and Workers AI… |
| Official site | cisco.com | cloudflare.com |
| Stories, last 90 days | 50 | 85 |
Recent stories from each
What each company has published in the last 90 days, newest first. Each story links to the original source.
How to choose between them
We don't score or rank these two. The questions below come from our Networking evaluation guide, and they work best when you put each one to both companies and compare the answers side by side.
Interoperability and open standards
Networks outlive several generations of equipment. Proprietary protocols make every future purchase depend on the same vendor.
Ask both: Which features rely on proprietary protocols, how do you interoperate with our existing equipment, and which open APIs do you support for automation?
Operations at scale
Configuring devices one by one does not scale, and many outages start with a change. How changes are made and checked matters.
Ask both: How do we push, validate and roll back configuration across all our sites, and can we drive it from our own automation tools?
Security integration
Segmentation, access control and inspection now sit in the network. Gaps between network and security tools are where attackers move.
Ask both: How do you enforce segmentation and identity-based access, integrate with our security tools and send telemetry to our SIEM?
AI operations on your network
Claims about fewer tickets and faster fixes are easy to make and hard to check. Your network is not the demo network.
Ask both: Can we run your analytics at our pilot site and record what it found, what it got wrong and what it missed?
Hardware lifecycle and supply
Lead times, end-of-sale dates and support windows decide when you can deploy and how long the equipment stays useful.
Ask both: What are current lead times for the models we need, what are their end-of-sale and end-of-support dates, and how much notice do you give?
Licensing and subscriptions
Subscriptions tied to hardware can make the second term dearer than the first, and a lapsed licence can switch features off.
Ask both: What stops working if a subscription lapses, can licences move between devices, and what price protection do you offer at renewal?
SASE points of presence
Cloud-delivered security is only as good as the path to it. The distance to the nearest point of presence affects every user.
Ask both: Where are your points of presence relative to our sites and users, who operates them, and where is our traffic inspected and logged?
Support and escalation
When a core switch or WAN link fails, the quality of support decides how long the outage lasts.
Ask both: Who answers a priority one call, how quickly do we reach an engineer who can change things, and how are replacement parts delivered to our sites?
The guide also lists red flags to watch for in any Networking vendor, and how to build a shortlist.
Keep going
Each profile has the full detail, and the alternatives pages show who else sits in the same categories.
How this page is put together
Every fact comes from the two Techarda profiles, which our editors check against each company's own site and public records. Rows are left out when neither profile has the detail. Stories are the ones each company published in the last 90 days; review counts include published, moderated reviews only.
Something wrong or out of date? Email engage@techarda.com. Used one of them in production? A short review of Cisco or Cloudflare helps the next team decide.