TechNet Cyber Supporting Partner Opportunities
Stand Out in the Crowd! If branding, lead generation and market visibility are important to your organization, the supporting partner opportunities available at TechNet Cyber 2024 are exactly what you need. This event attracts over 4,000 cyber security professionals, who want to see the leading industry solutions, and take part in networking and business building opportunities.
Have an idea for a supporting partner opportunity you don't see listed below? Let us know! We are happy to discuss possibilities with you. Contact us today!
First Right of Refusal is currently in affect until March 8th. Additional Opportunities will be available starting March 11th.
Deadline to purchase a Supporting Partnership is May 22nd.
Theater #5: Global Spectrum Access and Maneuver
- Room: Engagement Theater 5: Hall F - #3375
Wednesday, June 26, 2024: 8:15 AM - 9:15 AM
Speaker(s)
Description
DoD CIO Electromagnetic Spectrum Enterprise Policy & Programs (EMSEPP) will provide a presentation on cyber-secure dynamic spectrum sharing. Mid-band-spectrum is highly coveted by the mobile wireless industry because of its ideal attributes for 5G/next-G. At the same time, this band is vital to DoD radars. In September 2023, pursuant to Section 90008 of the Infrastructure Investment and Jobs Act (IIJA), Department of Defense (DoD) completed the Emerging Mid-Band Radar Spectrum Sharing (EMBRSS) Feasibility Assessment, which examined the feasibility of spectrum sharing between Federal and commercial users in the 3.1 – 3.45 GHz band and recognized some significant challenges in sharing this band. Now, as directed by the National Spectrum Strategy (NSS), and a testament to DoD’s commitment to spectrum sharing, the DoD is moving forward with a follow-on study of this critical band. In particular, developing a “moon shot” technology that will allow for cyber-secure, dynamic, large-scale spectrum sharing within the United States will address many of the challenges identified during the EMBRSS effort and could also be applied to spectrum sharing challenges in bands other than 3.1-3.45 GHz.
Tracks:
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