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What is #DSPM and what is #DFPM - Data Flow Posture Management - What is the difference? Do you need both? An efficient answer in 5 minutes.

With the FCC's 1:1 consent requirement coming I would recommend to everybody to create a FLAG field in their CRMs, Dialing Technology Platforms, and internal data warehouses indicating you have the 1:1 consent. You should have this FLAG field along with a field that has the documentation of the consent properly stored and tested. When the FCC's 1:1 consent rules goes live, the flag will allow you to easily identify which leads you have the 1:1 consent for. This will allow you to report and filter out the ones that don't have the 1:1 consent to ensure you remain compliant.

This is a great case study on a use case Opaque Systems provides out-of-the-box https://lnkd.in/gMP_Quzw Well done Justin Simonelis.

Check out our pre-recorded webinar that explains how the ibml Fusion can help government agencies optimize mission-critical operations, minimize exceptions and maximize efficiency, mitigate security risk and be FADGI 3-Star compliant. #fadgi #federalgovernment

Check out our pre-recorded webinar that explains how the ibml Fusion can help government agencies optimize mission-critical operations, minimize exceptions and maximize efficiency, mitigate security risk and be FADGI 3-Star compliant. #fadgi #federalgovernment

Researchers have uncovered the intricacies of the RAMBO attack, shedding light on its capabilities and constraints. The attack boasts data transfer rates of up to 1,000 bits per second, translating to 128 bytes per second or 0.125 KB/s. This makes it particularly adept at pilfering modest data volumes like text, keystrokes, and small files. Notably, the attack facilitates real-time keylogging, allowing for swift password theft within a range of 0.1 to 1.28 seconds. When challenged with more intricate data types such as a 4096-bit RSA key, the operation duration extends to a span of 4 to 42 seconds. Similarly, the transmission of a small image can consume anywhere from 25 to 250 seconds, contingent on the transmission speed. The distance over which data can be transmitted varies, with fast transmissions confined to 300 cm (10 ft) and a 2-4% error rate, medium-speed transmissions stretching up to 450 cm (15 ft) under the same error rate, and slow transmissions covering distances of up to 7 meters (23 ft) with minimal errors. Furthermore, experiments with speeds reaching up to 10,000 bps have shown that surpassing 5,000 bps leads to a notably low signal-to-noise ratio, impeding the efficiency of data transmission. https://lnkd.in/e3mzrBns

The Future of IPVM - From A Consumer To Enterprise Model This post explains what and why we are doing it so subscribers, the industry, and the broader public can understand our approach.

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With today’s technology, constant MVR monitoring is no longer an administrative nightmare nor an expensive financial burden. By automating the MVR check process, you can identify and proactively intervene with at-risk drivers. Learn more: https://lnkd.in/eU-qqxR5 .

Updated for 2024: QIF (Quality Information Framework) Definitive Guide What's new: ✅ Videos added for an overview, use cases, and automating MBE ✅ ROI data involving QIF ✅ UUID (Universally Unique Identifier) explained Read & watch more: https://lnkd.in/etF6Q-2