What is the Torch Labs ISP API V2

Our ISP (Static Residential) products in TL ISP API V2 are optimized for high-demand use cases across sneakers, tickets and retail platforms. With coverage in the US, UK, Canada and Germany, our proxy pools leverage top-tier ISPs like AT&T, BT, Rogers and Dtag. Sneaker plans are designed for low-security retail sites, while specialized ticketing options support platforms like Ticketmaster, AXS and SeatGeek. RetailPlus offers enhanced support for stores like Pokémon Center, Popmart and Target.

Product Name / Location / ISP Carriers / Target Use Case

Each ISP pool is assigned to a specific geographic region, ISP carrier and target use case:

USA

Product Name	Location	ISP Carrier(s)	Use Case
ISP_US_SNEAKERS	Ashburn	AT&T, Windstream, RCN, Wave, Cogent, Spectrum, Frontier	Low-security sneaker & retail sites, general web scraping
ISP_US_TICKETS	Ashburn	AT&T, Windstream, RCN, Wave, Spectrum, Frontier	Ticketmaster, AXS
ISP_US_RETAILPLUS	Ashburn	AT&T, Windstream, RCN, Wave, Cogent, Spectrum, Frontier	PKC, Popmart (+ sneaker sites)
ISP_US_SOCIAL	Ashburn	AT&T, Windstream, RCN, Wave, Cogent, Spectrum, Frontier	Zero fraud score on Scamalytics
SN_US_SNEAKERS (Subnet Plan)	Ashburn	AT&T, Windstream, RCN, Wave, Cogent, Spectrum, Frontier	Low-security sneaker & retail sites, web scraping
SN_NY_TICKETS (Subnet Plan)	New York	AT&T, Windstream, RCN, Wave, Spectrum, Frontier	Ticketmaster, AXS
SN_LA_TICKETS (Subnet Plan)	Los Angeles	AT&T, Windstream, RCN, Wave, Spectrum, Frontier	Ticketmaster, AXS
SN_US_TICKETS (Subnet Plan)	Ashburn	AT&T, Windstream, RCN, Wave, Spectrum, Frontier	Ticketmaster, AXS
SN_US_RETAILPLUS (Subnet Plan)	Ashburn	AT&T, Windstream, RCN, Wave, Cogent, Spectrum, Frontier	PKC, Popmart (+ sneaker sites)

UK

Product Name	Location	ISP Carrier(s)	Use Case
ISP_UK_SNEAKERS	London	Virgin Media, British Telecom	Low-security sneaker & retail sites, general web scraping
ISP_UK_TICKETS	London	Virgin Media, British Telecom	Ticketmaster, AXS
ISP_UK_RETAILPLUS	London	Virgin Media, British Telecom	PKC (+ sneaker sites)
SN_UK_TICKETS (Subnet Plan)	London	Virgin Media, BT, Dtag, Orange	Ticketmaster, AXS
SN_UK_RETAILPLUS (Subnet Plan)	London	Virgin Media, British Telecom	PKC, Popmart (+ sneaker sites)

Germany

Product Name	Location	ISP Carrier(s)	Use Case
ISP_DE_SNEAKERS	Frankfurt	Dtag	Low-security sneaker & retail sites, general web scraping
ISP_DE_TICKETS	Frankfurt	Dtag	Ticketmaster, AXS
ISP_DE_RETAILPLUS	Frankfurt	Dtag	PKC, Popmart (+ sneaker sites)

Canada

Product Name	Location	ISP Carrier(s)	Use Case
ISP_CA_SNEAKERS	Toronto	Rogers	Low-security sneaker & retail sites, general web scraping
ISP_CA_TICKETS	Toronto	Rogers	Ticketmaster, AXS
SN_CA_TICKETS (Subnet Plan)	Toronto	Rogers	Ticketmaster, AXS

Australia

Product Name	Location	ISP Carrier(s)	Use Case
ISP_AU_TICKETS	Sydney	Vocus	Ticketmaster, Tiketek
ISP_AU_RETAILPLUS	Sydney	Vocus	PKC, Popmart (+ sneaker & retail sites)

Hong Kong

Product Name	Location	ISP Carrier(s)	Use Case
ISP_HK_RETAILPLUS	Hong Kong	HGC	PKC, Popmart (+ sneaker & retail sites)
ISP_HK_TICKETS	Hong Kong	HGC	HKC (Cityline not confirmed)

Korea

Product Name	Location	ISP Carrier(s)	Use Case
ISP_KR_SNEAKERS	Seoul	Korea Telecom	Low-security sneaker & retail sites, eBay, Coupang, Naver
SN_KR_SNEAKERS (Subnet Plan)	Seoul	Korea Telecom	Low-security sneaker & retail sites, eBay, Coupang, Naver

Japan

Product Name	Location	ISP Carrier(s)	Use Case
ISP_JP_RETAILPLUS	Tokyo	Jelly Tel	Low-security sneaker & retail sites, eBay, Coupang, Naver

Please note the following: any product name that starts with 'ISP_' refers to a single IP order, while those starting with 'SN_' refer to subnets containing 256 IPs.

ISP_ is 1 IP

SN_ is a subnet that has 256 IPs

Speed Benchmarks

• Average latency: 10–60 ms, measured from the server’s respective location.

Protocols Supported

• HTTP/HTTPS

• SOCKS5

• UDP (User Datagram Protocol)

• TCP (Transmission Control Protocol)

Concurrent Threads

• No limitations on concurrent threads.

IP Allocation

• You receive access to all available IPs in stock at the time of order.