Chief Anti-Bot Engineering Lead - Remote & Equity

SuperSwipe; United States, Northern America, Americas; Hybrid; USD 170,000 - 210,000; Full time

Benefits offered by this job

Equity

Remote flexibility

Competitive salary

Job summary

SuperSwipe is seeking a Head of Reverse Engineering to own the anti-bot roadmap and lead the fight against automation on high‑demand drops. This remote, full‑time role defends merchants and customers while shaping the security posture of our platform.

You will dissect entry and checkout flows, study existing anti‑bot tools, and extend fingerprinting, behavioral signals and proof‑of‑work systems to handle millions of entries per drop without blocking legitimate fans.

Qualifications

• Deep familiarity with browser internals and request forensics.
• Experience with commercial anti-bot products and understanding their strengths/weaknesses.
• Strong software engineering fundamentals in TypeScript or JavaScript; one systems language.
• Comfort operating on production traffic at scale; avoid blocking legitimate users.
• Experimental mindset; eager to run attacks and validate defenses.

Responsibilities

• Take apart automation targeting entry intake and checkout flows; turn findings into detection.
• Study how existing anti-bot solutions work and where they fail; design modern approaches.
• Iterate on fingerprinting, behavioral signals and proof-of-work systems for high‑volume drops.
• Set up feedback loops: replay attacks, measure catch rates and false positives.
• Document findings clearly for the team and merchants.

Skills

Browser internals

Request forensics

Anti-bot tools

TypeScript/JavaScript

Systems language

Production-scale

Job description

SuperSwipe is seeking a Head of Reverse Engineering to own the anti-bot roadmap and lead the fight against automation on high‑demand drops. This remote, full‑time role defends merchants and customers while shaping the security posture of our platform.

You will dissect entry and checkout flows, study existing anti‑bot tools, and extend fingerprinting, behavioral signals and proof‑of‑work systems to handle millions of entries per drop without blocking legitimate fans.