Paperclip’s Chad Walter to Headline Cybersecurity summit in New York on Quantum readiness

March 4, 2025

HACKENSACK, N.J. – Paperclip Inc.(OTCMKTS:PCPJ),a prominent player in data security and content management solutions,is slated to be a presenting sponsor at The Official Cybersecurity Summit: New york on March 6,2025. The summit, a critical gathering for cybersecurity professionals, will feature Chad walter, Chief Revenue Officer (CRO) of Paperclip, as a keynote speaker. Walter’s presentation, titled Post-Quantum Readiness: Now, Later, or Never?, is scheduled for 10:05 a.m. and will take place in the Metropolitan Ballroom at the sheraton New York Times Square Hotel.

The Cybersecurity Summit in New York is designed as a pivotal event for C-Suite executives and senior leaders responsible for protecting their organizations’ infrastructures. It offers a platform to connect with innovative solution providers and leading experts in the field of data security. The summit aims to facilitate the exchange of best practices and the exploration of cutting-edge innovations to strengthen business applications and critical infrastructure against ever-evolving cyber threats.

Walter’s keynote address will explore the critical questions surrounding post-quantum cryptography. He will address the optimal timing for implementing post-quantum ready environments and how to prioritize security measures in a rapidly changing technological landscape. The presentation seeks to clarify whether the industry’s current focus on post-quantum readiness is premature, and to identify other security priorities that may demand more immediate attention and resources.

Paperclip’s CRO, Chad Walter, expressed enthusiasm about engaging with industry peers and sharing insights at the summit. He emphasized the importance of collaboration and knowledge sharing in the cybersecurity community.

We’re excited to be back in New York for the Official Cybersecurity Summit after making so many great connections last year. I’ll be presenting on a topic that’s on everyone’s mind in the cybersecurity field—Post-Quantum Computing and Cryptography. As a cybersecurity community we have a obligation to share new ideas and innovations, wich is why it’s critical to bring attention to data-centric security and the latest encryption technologies.
Chad Walter, CRO at Paperclip

In addition to the keynote presentation, Paperclip will showcase its SAFE solution at the event. The SAFE solution is described as an always-encrypted data security platform designed to maintain encryption throughout the entire data lifecycle. This technology aims to provide seamless data security without hindering business operations, ensuring that sensitive facts remains protected at all times.

The SAFE solution represents a significant advancement in encryption technology, ensuring that private data remains protected at all stages of its existence. Paperclip emphasizes that SAFE is unique in its ability to work with the fluidity of data,rather than against it,enabling businesses to maintain both security and operational efficiency.

Is Your Business Quantum-Ready? A Cybersecurity Expert Weighs In

The looming threat of quantum computing isn’t science fiction; itS a rapidly approaching reality that demands immediate attention from businesses worldwide. How prepared are we truly for this seismic shift in technological capabilities? Let’s delve into this critical issue with Dr. Anya Sharma, a leading expert in post-quantum cryptography and cybersecurity strategy.

World-Today-News.com Senior Editor (STE): Dr. Sharma, Chad Walter of Paperclip Inc.recently highlighted the urgency of post-quantum readiness. Can you elaborate on the meaning of this emerging threat?

Dr. Sharma: Absolutely. The potential impact of quantum computing on current encryption methods is profound.Quantum computers, once sufficiently advanced, possess the theoretical power to break widely used encryption algorithms like RSA and ECC, which underpin much of our digital security infrastructure. This means sensitive data—from financial transactions to national security secrets—could become vulnerable to decryption. The urgency stems from the fact that attackers could potentially harvest encrypted data today, storing it for later decryption once sufficiently powerful quantum computers become available.This is ofen referred to as the “harvest now, decrypt later” attack vector—a very credible and present danger.

STE: Walter’s presentation focused on the question: “Post-quantum Readiness: Now, Later, or Never?” What’s your perspective on the optimal timeline for implementing post-quantum cryptography?

Dr. Sharma: The question of “now, later, or never” is crucial. Delaying the transition to post-quantum cryptography is exceedingly risky. While robust quantum computers are not yet widely available, the research and advancement progress is rapid. Waiting until the threat materializes is akin to waiting for a fire to break out before installing sprinklers. A phased approach is recommended. Businesses should begin assessing their current cryptographic infrastructure, identifying vulnerabilities, and developing a migration strategy. Prioritization is key: focus first on the most sensitive data and critical systems.

STE: Could you offer some practical steps organizations can take to strengthen their post-quantum resistance?

dr. Sharma: Here’s a roadmap for bolstering post-quantum security:

Assessment: Conduct a thorough inventory of all cryptographic systems and data assets.

prioritization: Identify the most critical assets and prioritize their migration to post-quantum algorithms.

Algorithm Selection: Research and select suitable post-quantum cryptographic algorithms based on your specific needs and risk tolerance. The National Institute of Standards and Technology (NIST) has standardized several post-quantum algorithms.

Pilot Projects: Implement pilot projects to test new algorithms and procedures in a controlled habitat before full-scale deployment.

Training & Education: Ensure your cybersecurity team is adequately trained on post-quantum cryptographic techniques, migration procedures, and risk management.

Long-term Strategy: Develop a extensive, long-term strategy to manage the transition to post-quantum cryptography and keep it updated as the field evolves. this strategy should account for budget constraints, operational considerations, and future technological advancements.

STE: Paperclip Inc. showcased their SAFE solution,an always-encrypted data security platform.How crucial is this kind of comprehensive data encryption in the face of the growing quantum threat?

Dr. Sharma: End-to-end encryption solutions like Paperclip’s SAFE platform are absolutely essential. The “always-encrypted” approach ensures data remains protected at all stages of its lifecycle, mitigating the risk of exposure during transit or storage. This type of holistic approach, coupled with a focus on post-quantum cryptography, provides a robust defensive posture against both classical and future quantum attacks. It’s an example of data-centric security, which is extremely importent. This means approaching security from the data’s perspective, protecting it throughout its entire journey and not just relying on perimeter defenses.

STE: What other security priorities, beyond post-quantum readiness, should businesses be focusing on concurrently?

Dr. Sharma: Post-quantum readiness is crucial, but it shouldn’t overshadow other critical areas. These include robust access controls, strong identity and access management (IAM) systems, regular security audits and penetration testing, employee training on security awareness, and incident response planning. A holistic approach to cybersecurity, recognizing that quantum computing is just one piece of the puzzle, is paramount.

STE: In closing, what’s the most crucial takeaway for businesses concerning their post-quantum readiness?

dr. Sharma: Proactive measures are paramount. Don’t wait for the threat to become a reality. Start evaluating and planning your migration to post-quantum cryptography today. the longer you wait, the more vulnerable your organization becomes. It’s a journey, not a sprint, and requires careful planning, adaptation, and ongoing evaluation.

we encourage you to share your thoughts and experiences with post-quantum security in the comments below. What steps is your organization taking to prepare for this significant technological shift? Let’s continue the conversation on social media using #QuantumReady #Cybersecurity.