Budget: $900K - Influencer Post Req.: 25-30/month - Posts are directed by Israel (see list of likely Influencers) Influencers in this program are violating FARA Influencers work for Israeli PR firm, Bridge Partners, LLC. Funds are transfer from Israel Ministry of Foreign Affairs to Havas (Bridge Partners’ German affiliate) and then transferred to Bridge Partners, LLC The $900K budget covers other expenditures such as setup & onboarding Two Israelis are listed as owners of Bridge Partners, LLC: - Uri Steinberg - Yair Levi Uri Steinberg’s LinkedIn shows he worked for Israel’s Ministry of Tourism for 11 years. In 2018, he opened Uri Steinberg Consulting. His LinkedIn Profile states: “I serve as a conduit between Israeli and American entities, helping them to connect with one other. Working primarily with the faith-based and travel trade communities, I create the bridges necessary for meeting our clients’ objectives. I apply productive strategies that serve to effectively overcome marketing and PR challenges.” Bridge Partners has a local address in Southeast DC, in a row house but does not have any other record on file besides the FARA registration. As sited in the Times of Israel article, Netanyahu’s recent meeting with US faith based influencers was part of this program. The organizers of the Netanyahu meeting is an entity called Gen Zion and its affiliate the Philos Project. Many of the influencers who attended the meeting are affiliated with one or both Christian organizations. Influencers who work under the direction of a foreign government & receive payments from them must register under FARA. The intent of FARA is not to have the Israel PR people register and have the Americans work under them without registration.
For nearly three years, Superfeed Technologies has been providing clients with successful, custom applications. As we continue to grow, our clients have used their apps for a wide range of purposes, including event planning, contact sign-ups, voter registration, and more. Check out their feedback below!
Our American Storyis a year-long, cross-country journey, collecting thousands of recorded interviews. Each tour stop will feature local activation events, media opportunities, and community engagement activities.
Facilitated by trained interviewers, sessions will follow curated storytelling prompts centered around themes of identity, service, community, and personal legacy. Conversations will be recorded and archived, and a portion will be preserved at the Library of Congress, ensuring these voices become a permanent part of the American record.
Select stories — especially those featuring veterans, educators, and intergenerational families — will be shared with the public through collaborations with documentary filmmakers, broadcast outlets, and digital platforms.
On July 4, 2026, our nation will commemorate and celebrate the 250th anniversary of the signing of the Declaration of Independence. The journey toward this historic milestone is an opportunity to pause and reflect on our nation’s past, honor the contributions of all Americans, and look ahead toward the future we want to create for the next generation and beyond.
President Donald Trump hopes to create a new national monument called the "National Garden of American Heroes" that would include 250 statues and be unveiled in one year. CNN's Sunlen Serfaty talks to Monumental Labs, a high-tech marble fabricator just outside New York City, about the challenges of making Trump’s vision a reality. #cnn#trump#usa
Boffins have discovered they could keep track of our tickers without the need for smart watches or any wearable device - by using our home WiFi to keep our heartbeats monitored
Google's Willow chip is a powerful quantum processor that achieved major milestones in quantum error correction and problem-solving, demonstrating the potential for a fault-tolerant quantum computer. It successfully solved a specific benchmark problem in under five minutes that would take the fastest supercomputers an estimated 10 septillion years to complete. The chip's significance lies in its ability to reduce errors as it scales and its potential to accelerate applications in fields like medicine, material science, and AI, though it is far from cracking current encryption algorithms