EasyDMARC
EasyDMARC is a cloud-based DMARC solution for securing domains and email infrastructure, protecting organizations against phishing attacks, and more:
Brand Protection
Our email protection SaaS platform stops hackers from sending phishing emails to customers from company names, gaining access to accounts, and stealing personal information.
Increased Email Deliverability
EasyDMARC informs receiving mail servers that emails are legitimate and authentic, ensuring they’re delivered to the inbox instead of blocked or sent to spam.
Visibility Into Cyber Threats
EasyDMARC helps to successfully monitor every aspect of your email authentication and enforce effective protection from phishing attacks thanks to its advanced reporting capability.
Business Email Compromise (BEC) Protection
Most people have seen emails pretending to be from the CEO, CFO, or another executive in their organization. EasyDMARC prevents business email compromise and keeps your company reputation on the highest level․
EasyDMARC’s deliverability tool, EasySender, covers all the aspects of email deliverability. The variety of features on the platform cover email list verification, mailbox warmup, and inbox placement.
Learn more
Adaptive Security
Adaptive Security is OpenAI’s investment for AI cyber threats. The company was founded in 2024 by serial entrepreneurs Brian Long and Andrew Jones. Adaptive has raised $50M+ from investors like OpenAI, a16z and executives at Google Cloud, Fidelity, Plaid, Shopify, and other leading companies.
Adaptive protects customers from AI-powered cyber threats like deepfakes, vishing, smishing, and email spear phishing with its next-generation security awareness training and AI phishing simulation platform.
With Adaptive, security teams can prepare employees for advanced threats with incredible, highly customized training content that is personalized for employee role and access levels, features open-source intelligence about their company, and includes amazing deepfakes of their own executives.
Customers can measure the success of their training program over time with AI-powered phishing simulations. Hyper-realistic deepfake, voice, SMS, and email phishing tests assess risk levels across all threat vectors. Adaptive simulations are powered by an AI open-source intelligence engine that gives clients visibility into how their company's digital footprint can be leveraged by cybercriminals.
Today, Adaptive’s customers include leading global organizations like Figma, The Dallas Mavericks, BMC Software, and Stone Point Capital. The company has a world class NPS score of 94, among the highest in cybersecurity.
Learn more
Phishing Club
Phishing Club is a self-hosted phishing simulation platform built for modern security needs. It provides organizations complete control over their phishing infrastructure through a single binary deployment.
Key differentiators:
- Self-hosted architecture ensuring full data sovereignty
- Multi-stage phishing campaigns with defense evasion
- Automated domain and TLS certificate management
- Flexible delivery through SMTP or API integration
- No artificial limits on campaigns or recipients
The platform is designed for red teams requiring advanced capabilities, privacy-focused companies running phishing simulations, and security providers offering phishing services. All data remains on your infrastructure with comprehensive privacy controls.
Learn more
Terranova Security
Cybersecurity awareness platform that allows you to easily distribute and manage training content, evaluate knowledge retention, track and report participation and learning outcomes, and more.
Facilitate efficient deployment and tracking for your training campaigns. This management platform allows you to enroll, manage, and monitor your participants. The management platform is a valuable complement to your training program. It allows you to track and measure results more effectively.
Our platform's powerful course assembly capabilities allow you to create highly-targeted, modular training campaigns. This is a crucial factor in changing behavior over time.
Learn more
