Both services put a cache in front of a site and terminate TLS. For a brochure site in India, either will do the job, and the argument is usually about something else: how the cache is controlled, how the bill behaves, and how much of the configuration someone has to own.
Where they genuinely differ
Cache control. CloudFront exposes cache policies, origin request policies and invalidation as explicit concepts. Cloudflare hides most of it behind rules and a default behaviour that works well until it does not.
Pricing shape. CloudFront bills requests and data transfer with a regional component, and the number is hard to predict at low volume without looking. Cloudflare’s plans are flat monthly with generous allowances, which is easier to budget and harder to optimise.
Configuration surface. CloudFront makes you decide about origins, behaviours, certificates and invalidation. Cloudflare lets you switch on a proxy and get sensible defaults immediately.
Ecosystem. If the site already lives in AWS with S3, WAF, Route 53 and certificates, CloudFront removes a vendor and a set of credentials. If it lives nowhere in particular, Cloudflare is faster to set up.
What actually decides performance in India
The CDN’s Indian presence matters less than the origin’s location and the cache hit rate. A well-cached site served from Mumbai is fast. A site that misses the cache on every request is slow no matter which logo sits in front of it.
Two practical points:
- Keep the origin close to the users, or make the origin irrelevant by caching aggressively.
- Fix the HTML/asset caching split before comparing providers. That single change affects more than the provider choice.
When CloudFront is the better answer
- The site is on S3 or another AWS origin.
- Certificates, WAF and logging already live in AWS.
- You want explicit cache policies rather than rules.
- The team already operates AWS and does not want a second console.
When Cloudflare is the better answer
- The site runs on shared hosting or a VPS outside AWS.
- Budget predictability matters more than per-request tuning.
- You want DNS, CDN and basic WAF in one place with a flat bill.
- Nobody on the team wants to think about cache behaviours.
The migration nobody plans for
Moving between CDNs means changing DNS, reissuing or re-importing certificates, and recreating redirects and cache rules. It is a half-day of work done carefully and a week of debugging done quickly.
If a provider change is on the table, document the rules first: which paths are cached, for how long, which headers matter, and what must never be cached. That document survives the migration and is useful regardless of which provider wins.
A note on Indian traffic
Users on mobile networks see the CDN’s benefit most, because the round trip to a distant origin is what hurts. Compression, image sizing and cache lifetime do more for them than a marginally closer edge location.
Measure before switching. A provider change that does not move the measured load time is a migration with no return.
If the site is static or nearly static, the setup on either provider is covered by static website hosting. For AWS-native delivery, see AWS cloud services, and for the wider comparison of hosting routes, web hosting services.
