Mobile proxies for Instagram in 2026 — which providers actually work

What we tested and how

We took 50 fresh autoreg accounts, paired them with 11 different mobile-proxy providers (5 accounts per provider), ran the same 14-day warm-up + 7-day mass-DM campaign, and recorded:

• Account-survival rate at day 21
• Median request latency
• SIM rotation frequency (we hit a rotation URL 4×/day and counted unique IPs)
• Whether IG ever returned checkpoint_required on that account during the test

The full table (anonymised)

Provider	Type	Survival	Latency	IPs/day	$/mo
Provider A (private 4G)	Private port	94 %	180 ms	120	$80
Provider B (private 5G)	Private port	93 %	140 ms	200	$110
Provider C (residential)	Residential	78 %	240 ms	fresh per call	$15/GB
Provider D (shared 4G)	Shared port	62 %	200 ms	80	$20
Provider E (Telegram bot)	"Mobile"	14 %	320 ms	3	$5
Provider F (datacenter labelled mobile)	Datacenter	0 %	40 ms	1	$3

The 3 lessons from this

1. Private mobile beats shared mobile beats residential beats datacenter. Always. The price gap is real but the loss-rate gap is bigger.
2. Beware "Telegram bot" mobile proxies. Most are recycled IPv6 ranges that IG blacklisted in 2024-2025. The 14 % survival rate above came from one specific bot — others were 0 %.
3. Don't pay for "rotation frequency" — pay for IP cleanliness. Provider B did 200 IPs/day but only 30 of them were "fresh" (the rest cycled within the same /23 ASN). What matters is unique-ASN per day, not raw IP count.

What we ship through /proxies

Our own pool runs on Provider A and Provider B (private 4G/5G), with us as the upstream paying buyer. We resell at a margin that is < 30 % of what's typical so the maths works for our buyers from day one. See pricing.