Features:
Cybersecurity is being reshaped by forces that go beyond individual threats and tools. As organizations operate across cloud infrastructure, distributed endpoints, and complex supply chains, security has moved from a collection of point solutions to a matter of architecture, reliability, and speed of execution.
This report examines how the core areas of cybersecurity are evolving in response. Across authentication, endpoint security, software supply chain protection, network visibility, and human risk, we explore how defenders are adapting to adversaries that move faster, blend technical and social techniques, and exploit gaps between systems rather than weaknesses in a single control.
Download the full report here: https://papryon.live/report
Authentication — Yubico
Authentication is evolving from password-based verification to encrypted proof of ownership. As phishing and AI-powered impersonation grow, identity has become a key security control point. Hardware authentication and passkeys have emerged as the most reliable defense against credential theft.
“Hackers aren’t breaking in, they’re logging in. In an AI-driven threat environment, authentication relies on hardware and must be phish-resistant.”
— Ronnie Manning, Yubico Chief Brand Advocate
Website: yubico.com
LinkedIn: https://www.linkedin.com/company/yubico/
SaaS Data Security — Metomic
As organizations rely on dozens of SaaS platforms, sensitive data becomes increasingly fragmented and overexposed. Traditional governance models struggle to keep track of unstructured and collaborative data, especially as AI tools automatically ingest and interpret the data.
“Most companies don’t know where their sensitive data is, who has access to it, or what their AI tools are doing to it.”
— Ben van Enckevort, CTO and Co-Founder, Metomic
Website: Metomic.io
LinkedIn: https://www.linkedin.com/company/metomic/
Network detection and response — Corelight
Encrypted traffic and hybrid infrastructure make network visibility difficult, but also more necessary. Network telemetry remains the most objective record of an attacker’s actions, allowing defenders to reconstruct incidents and verify what actually happened.
“As AI reshapes security, the winners will be those organizations that know exactly what happened on their networks and can prove it.”
— Vincent Stoffer, Corelight Field CTO
Website: Corelight.com
LinkedIn: https://www.linkedin.com/company/corelight/
AI in Cybersecurity — Axiado
The speed of attack now exceeds the ability of software-only defenses. This brings security closer to the hardware layer, allowing AI to monitor and respond at the computational source before an attacker can establish control.
“Software-only security is not enough. The future of defense is hardware-centric and AI-driven.”
— Gopi Sirineni, Founder and CEO of Axiado
Website: Axiado.com
LinkedIn: https://www.linkedin.com/company/axiado/
Human risk management — usecure
Most breaches still involve human behavior, but traditional awareness training has failed to meaningfully reduce risk. Human risk management is moving toward continuous measurement, behavioral insights, and adaptive interventions.
“Human risk management is about understanding why risky behavior occurs and changing it over time.”
— Jordan Daly, Chief Marketing Officer, usecure
Website: usecure.io
LinkedIn: https://www.linkedin.com/company/usecure/
Network Security — SecureCo
Even with encrypted communication, valuable metadata can be leaked. Attackers increasingly rely on traffic analysis rather than decryption to map networks and plan attacks. To protect data in transit, you need to hide the context, not just the content.
“An attacker doesn’t need to break encryption to map the network; they can track patterns, endpoints, and behavior.”
— Eric Sakowitz, CTO and Co-Founder, SecureCo
Website: secureco.io
LinkedIn: https://www.linkedin.com/company/secureco/
Software Supply Chain Security — Cyber Unknown
Modern software supply chains increasingly deliver compiled binaries assembled from open source, third-party, and AI-generated components, often without full visibility. Binary-level verification has emerged as the most reliable way to establish trust in what software actually does when it enters the environment.
“The problem is that there is limited visibility into the software supply chain, and that problem is further amplified by the rise of open source and AI-generated code.”
— James Hess, Founder and CEO of Unknown Cyber
Website: unknowncyber.com
LinkedIn: https://www.linkedin.com/company/unknown-cyber/
Open Source Intelligence (OSINT) — ShadowDragon
OSINT has moved from manual investigations to targeted, real-time investigations. Ethical selector-based collection replaces bulk scraping, delivering defensible intelligence without data hoarding or predictive profiling.
“Most organizations still underestimate how much threat activity they can detect through publicly available data.”
— Jonathan Couch, ShadowDragon CEO
Website: shadowdragon.io
LinkedIn: https://www.linkedin.com/company/shadowdragon/
Endpoint Security and Threat Detection — CrowdStrike
Attackers are now moving laterally within minutes, making speed a determining factor in preventing breaches. Endpoint security is integrated around behavioral telemetry, automation, and adversary intelligence.
“When it comes to more sophisticated attackers, we are in a race against time.”
— Zeki Turedi, CrowdStrike Europe Field CTO
Website: crowdstrike.com
LinkedIn: https://www.linkedin.com/company/crowdstrike/
Autonomous Endpoint Security — SentinelOne
As environments become more distributed, security teams are prioritizing autonomous platforms that reduce manual effort and speed response. AI-powered exploration and natural language queries are becoming operational necessities.
“We’re trying to simplify AI so customers can better understand it.”
— Meriam El Ouazzani, Senior Director of Regional Sales, SentinelOne
Website: sentinelone.com
LinkedIn: https://www.linkedin.com/company/sentinelone/
Download the full report here: https://papryon.live/report
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