Resources
Explore our comprehensive collection of videos, case studies, and technical papers. Discover how Default-Deny-All security transforms network protection through Zero Trust Connectivity (ZTc).
Videos & Presentations
Expert insights and technical deep dives
How to win against AI threats the world has never seen before. Zero Trust DNS (ZT DNS) re-imagines connectivity at the foundational level, creating a new security control exactly where the Internet needs it most. This is the first of a three-part in depth series.
We can't solve fundamental problems with topical solutions.
Aditi Patange | Microsoft
A ONE9 featurette on ADAMnetworks and Zero Trust Connectivity: how adam:ONE adds a default deny-all security layer to the IP protocol, protecting IoT, OT and critical infrastructure without endpoint agents.
A technical demonstration of how ZTc ReflexAI dynamic allow-listing works with Don’t Talk To Strangers (DTTS) to achieve complete radio silence against C2 servers without losing operation of OT infrastructure.
At the 2024 Healthcare and Pharma Cybersecurity Virtual Summit, Francois Driessen explains why the conventional security paradigm is failing healthcare and how Zero Trust Connectivity mitigates threats where it falls short.
An ADAMnetworks School of Cyber technical description of Don’t Talk To Strangers (DTTS), which lets a connection through only when it is already established or follows a policy-allowed DNS answer.
David Redekop and Francois Driessen introduce Zero Trust Connectivity: its philosophy, its execution with dynamic AI allow-listing, DTTS and DNSharmony in adam:ONE, and its consequences for attack surface, C2 and data egress.
David Redekop explains why a multi-stage attack such as the SolarWinds Orion backdoor cannot reach stage two on a network where adam:ONE refuses connections to destinations that have not been vetted.
The Defender's Log
Podcast hosted by David Redekop, CEO of ADAMnetworks
The Defender's Log Podcast
Deep in the digital shadows, where threats hide behind any random byte, a fearless crew of cybersecurity warriors guards the line between chaos and order. Join David Redekop as he speaks with CISOs, architects, and security experts on the frontlines of defense.
Case Studies & Technical Analysis
Real-world implementations and security assessments
Explore expert cybersecurity insights, case studies, and practical guides on Zero Trust Connectivity. Discover how adam:ONE® protects K-12 networks, reduces alert fatigue, and preempts advanced cyber threats with proactive, default deny all security.
Read case study: Transforming K-12 Cybersecurity and Operational Resilience with adam:ONE®Discover real-world incident response and recovery insights from ADAMnetworks. See how our team rebuilt network architecture, safely restored 4TB of core data, and returned a breached business to full operations in just 4 days using Zero Trust principles.
Read case study: Rapid Incident Response and Business Recovery by ADAMnetworksThe trojanized SolarWinds Orion update breached 18,000 organizations, including US federal agencies, and went undetected for nine months. Why managed adam:ONE networks in Zero Trust Connectivity configuration were unaffected from day zero.
Read case study: Orion SolarWinds Breach: adam:ONE® vs SolarigateTrickBot sat undetected for six months in a 10,000-employee manufacturer before ransomware encrypted nine of ten domain controllers. How the incident response team used adam:ONE in Zero Trust Connectivity configuration to restore production in one weekend without paying.
Read case study: Ransomware Incident Response for a Global ManufacturerTechnical Papers
In-depth documentation and whitepapers
The current ADAMnetworks technical brief: how adam:ONE works as a Zero Trust Resolver, with DTTS, DNSharmony, AdaptiveAI and ReflexAI allow-listing, plus adam:GO, adam:OSN and adam:APN for roaming and cellular devices.
Read paper: ADAMnetworks Technology Stack: Technical BriefThe June 2022 white paper by David Redekop and Francois Driessen that defines Zero Trust Connectivity: the design goals behind adam:ONE, distributed custodial protection, DTTS, DNSharmony and the network principles that make default-deny practical.
Read paper: Zero Trust Connectivity with adam:ONE®Articles
Technical perspectives and analysis
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