Compare tracio.ai
See how tracio.ai compares to other device fingerprinting and fraud prevention solutions.
FingerprintJS Pro
The open-source, auditable device intelligence engine — a closer, more transparent alternative to FingerprintJS Pro, with an MIT-licensed client and EU/US data residency.
- Open Source Client: MIT-licensed, public SDK you can audit (github.com/Tracio-App/sdk) vs Closed-source Pro agent
- Data Ownership: EU or US data residency, no third-party sharing vs Signals processed on the FingerprintJS cloud
Castle
Deep device intelligence and a persistent visitor ID you can build on — a complement or alternative to Castle's account-security focus.
- Browser Signal Depth: 130+ signals for device profiling vs Device signals within account risk; not a dedicated fingerprint engine
- Open Source Client: MIT-licensed, public SDK vs Proprietary SDK
- Anti-Tamper Protection: VM-isolated + polymorphic + tamper-resistant client vs Not part of its account-security model
SEON
Deeper, privacy-first device fingerprinting than SEON's device layer — while SEON leads on email and phone enrichment.
- Device Fingerprint Depth: 130+ browser signals (parallel) vs Device signals within a broader fraud suite
- Open Source Client: MIT-licensed, public SDK vs Proprietary SDK
- Anti-Tamper Protection: VM-isolated + polymorphic + tamper-resistant client vs Not a documented focus of its device layer
reCAPTCHA
Silent device identification with a persistent visitor ID and granular signals — a privacy-first complement to reCAPTCHA's challenge-and-score model, with no data sent to Google.
- Persistent Visitor ID: Stable visitor identifier across sessions vs No persistent visitor identity
- Signal Granularity: 24 smart signals + confidence score vs A single risk score (0.0–1.0)
- Open Source Client: MIT-licensed, public SDK vs Closed, Google-hosted script
DataDome
A persistent visitor identity and granular device signals you can build on — where DataDome focuses on managed, edge-layer bot mitigation.
- Persistent Visitor ID: Stable identifier you can build logic on vs Block/allow decisions, not a persistent identity
- Browser Signal Access: 130+ raw signals returned to you vs Managed detection; limited raw-signal access
- Open Source Client: MIT-licensed, public SDK vs Proprietary edge modules
IPQualityScore
Deeper browser-signal fingerprinting versus IPQualityScore's broad, IP-centric bundle of fraud checks.
- Browser Signal Depth: 130+ browser signals (parallel) vs Device checks within a broad multi-signal bundle
- Open Source Client: MIT-licensed, public SDK vs Proprietary SDK
- Anti-Tamper Protection: VM-isolated + polymorphic + tamper-resistant client vs Not a documented focus
Arkose Labs
A silent, persistent device identity you can build on — where Arkose Labs raises attacker cost with risk-based interactive challenges.
- Persistent Visitor ID: Stable visitor identifier across sessions vs Challenge outcomes & risk scores, not a persistent ID
- User Friction: Zero — silent collection vs Challenges add friction when they trigger
- Browser Signal Access: 130+ raw signals returned to you vs Managed detection; limited raw-signal access
Why Switch to tracio.ai?
Engineering teams switch when they need raw speed, infrastructure control, and a stack they can reason about
Sub-50ms Latency
Our Go/Rust processing pipeline delivers sub-50ms p95 response times in our internal benchmarks. ClickHouse columnar storage and Kafka streaming handle high event volumes without breaking a sweat.
Data You Own
Choose EU or US data residency so raw signals stay in the region you pick, and audit the open-source client SDK line by line — no obfuscated black box, no third-party data sharing.
Engineering-Grade Stack
Built on ClickHouse, Kafka, and a Go/Rust core — not a SaaS wrapper around someone else's database. Full API docs, an open-source client, and 130+ signals collected in parallel.
See what you've been missing.
Start on the free tier — 2,500 API calls a month, no sales call required. Upgrade when the verdicts prove themselves.