Rocket.Chat invites you to their event

FINED! How Financial Services Can Avoid Paying Millions for Using Unsecured Messaging Apps

About this event

💰 FINED: The use of unsecured messaging apps cost American financial firms over $500M in fines – Don't be next!

Wells Fargo and other major players in the Financial industry were hit with the biggest penalties by the Securities and Exchange Commission and the Commodity Futures Trading Commission.

🤔The reason? Employees were exchanging messages in non-compliant apps such as WhatsApp, iMessage, and Signal.

Their failure to preserve message history violated federal securities laws.

Learn from their mistakes and protect your business. Join Rocket.Chat online to:

👉 Uncover the financial giants' costly missteps and how to avoid them

👉 Navigate the maze of American data regulations for compliance

👉 Keep your internal and external communication secure and free from data breaches

👉 Learn how to safely connect with customers and vendors on popular messaging apps


📅 Date: November 30th, 2023

📍 Place: Online

⏺ Can’t make it to the live session? Register anyway, and we’ll send you the recording.

Hosted by

  • Guest speaker
    G
    Mike Shumsker Senior Director of Enterprise Sales @ Rocket.Chat

    Mike Shumsker has 4 years of experience upgrading the way companies communicate internally or with customers to a highly secure and compliant messaging environment. The most rewarding part of Mike's job is hearing about how quickly his customers adopt the messaging platform, often surpassing expectations. Outside of work, Mike spends time with his Wife, dog and two young children exploring their environment in the San Francisco Bay Area where they have resided for the past 6 years.

  • Guest speaker
    G
    Yong Hindy

Rocket.Chat

The Secure CommsOS™ for mission-critical operations

Rocket.Chat Secure CommsOS™ is a communication platform that unifies messaging, voice, video, AI, and mission-critical applications—ensuring uncompromising security, compliance, and operational efficiency for governments, defense, and critical infrastructure organizations operating in high-stakes en