4.9 out of 5 stars
(8 Ratings)
For developers, ARGOS Identity offers two APIs.
ARGOS ID Check (KYC/eKYC): launch the hosted Liveform from one URL in a browser or an iOS, Android or React Native WebView, or build your own capture UI on the Verify engine APIs. Your backend uses the REST API to fetch submissions, review pending cases, delete or partially delete data for GDPR and CCPA requests and download AML reports, and receives webhooks for created, submit, approved, rejected, updated, delete and AML result events. Each check reads the ID with OCR plus MRZ and PDF417 barcode checks, tests ID and selfie liveness, matches the face to the ID photo and screens the user against sanctions and PEP lists, with ongoing monitoring afterwards. Data is processed and stored in the region chosen for each project (US or South Korea), sensitive fields are encrypted with AES-256 at rest, and payload encryption is optional. A migration API imports existing verification records.
ARGOS Omni (Review Ops Agent): authenticate with an x-api-key header, create a profile under a workflow, upload files, text or JSON as items (PDF, DOCX, XLSX, PPTX, images, CSV, HTML, EML and more) and start an asynchronous analysis. The result follows the output schema you defined, with a verdict of verified, rejected or pending_review and the reasoning and source step for each extracted value, and every completed analysis can be downloaded as a PDF report.
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4.9 out of 5 stars
(152 Ratings)
Adaptive is the human security platform for the AI era.
AI has fundamentally changed the threat landscape. Deepfakes make social engineering more convincing, AI-generated phishing makes sophisticated attacks easier to scale, and the rapid adoption of AI tools and agents introduces entirely new risks inside the organization.
Adaptive brings together security awareness training, phishing simulations, agentic email security, and AI governance to secure every attack surface where work happens. The platform trains employees against emerging threats, stops sophisticated attacks in the inbox, and secures risky AI and agent usage. Every product works together, combining signals across employees, email, browsers, and devices to continuously understand and reduce human risk.
More than 2,000 leading organizations trust Adaptive, rating it 4.9/5 on G2 and Gartner with an NPS of 94. Recognized by Fortune and Fast Company and featured in CNN, BBC, WSJ, Politico, and Variety, Adaptive has raised over $100M from investors including OpenAI and NVIDIA.
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Reality Defender
Reality Defender's proactive platform can detect deepfakes and stop them before they become a major problem. Deepfake-driven disinformation is exploding. AI-powered fraud techniques are now more accessible than ever. Reality Defender is a first-line defense against cybercrimes as attacks continue to increase. Scans user-generated content for fabricated items using API, Webhooks and Web Apps to stop deepfakes from the first day. Download PDF report cards and CSVs, or receive instant deepfake notifications via email. Our government-grade detection system, developed by the world's top AI research teams provides enterprises and entities of all sizes with intuitive protection against damaging deepfakes.
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DeepFake-o-meter
An accessible platform that incorporates cutting-edge methods for detecting deepfakes is available for use. Users can upload a single video file from their computer at a time. Deepfakes, which are AI-generated fabricated media, can create misleading representations of individuals and their actions, posing significant risks when misused. The DeepFake-o-meter, created by the UB Media Forensics Lab, is an open-source tool designed to identify deepfake technologies created by third parties. It offers a user-friendly service that allows for the analysis of deepfake content using various advanced detection techniques, ensuring that results are delivered securely and privately. Additionally, it features an API framework that enables developers to integrate their deepfake detection algorithms and execute them on a remote server. Furthermore, it serves as a valuable resource for researchers in digital media forensics, providing a platform for assessing and benchmarking the effectiveness of different detection algorithms against one another. This multifaceted approach ultimately enhances the fight against the misuse of deepfake technology.
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