American-made Super Intelligence
Is everything you run safe from hackers? We find out, and we fix it.
We are a cybersecurity company. We test your networks, devices, data, web presence and code the way an attacker would, under your written authorization, and then we repair what we find.
What we test
- Local networks
- Servers
- Laptops and workstations
- Phones
- Data
- Websites and web apps
- APIs
- Codebase
- Cloud
- People (phishing)
Serving companies across the United States · (305) 404-9404 · claytoncyber.com
Clayton Cybernetics is an American cybersecurity company. We help businesses find out whether everything they run is safe from attackers: local networks, servers, laptops and workstations, phones, data, websites and web apps, APIs, source code, cloud accounts and the people who use them. Then we fix what we find. We are based in Aventura, Florida and serve companies across the United States.
We are built to be the strongest team you can hire for this, and we show it through method rather than slogans. Every test runs under written scope and rules of engagement. Every finding is written up with proof that it can be exploited and the steps to fix it. Every fix is retested. We test against recognized frameworks such as the OWASP Top 10 lists and MITRE ATLAS, and the people doing the work are senior engineers who have run infrastructure where an outage stops the business: a global conglomerate, a 100,000-mailbox email platform, a fast-growing investor and regulated firms.
That experience is also why we can fix what we find. Our team designs and operates multi-region networks with BGP at the edge, DDoS protection, 100 Gb/s datacenter fabrics and mesh VPNs, across Amazon Web Services (AWS), Google Cloud, Microsoft Azure and Oracle Cloud Infrastructure (OCI), among others. We understand how these systems are built, so we know where they break.
Underneath the nine practices sits real network engineering. Our team designs and operates multi-region networks with BGP at the edge, DDoS protection, 100 Gb/s datacenter fabrics and mesh VPNs that join offices, clouds and datacenters into one private network. Those clouds and datacenters include Amazon Web Services (AWS), Google Cloud, Microsoft Azure and Oracle Cloud Infrastructure (OCI), and many others such as IBM Cloud, Equinix and Digital Realty, and OVHcloud for international projects. It is the discipline of large-scale network operations, applied to companies that need it and do not have a network team of their own.
Do you know if your company is safe?
Most organizations learn about their weaknesses from a ransom note, a regulator or a client. Our researchers have identified and notified thousands of organizations worldwide about their vulnerabilities — some of them multi-billion-dollar operations.
Security is the company, not a department. Our testing covers the whole surface an attacker can reach: networks, servers, laptops and workstations, phones, data, websites, APIs, source code, cloud accounts and staff, through authorized phishing simulation. We ask one question of each: how would an attacker get in, and what would they reach? Our penetration testers think like attackers and report like auditors, so findings arrive with proof, a clear priority and a clear fix.
All of this is authorized, contracted work under written scope. We do not test what you have not cleared. For regulated firms, the same discipline turns into evidence: written policies, tested backups, access reviews and vendor due diligence are the records an examiner or a client's security team asks to see, and we help you keep them current instead of assembling them the week before an audit.
- An external look at your exposure, the way an attacker sees it
- A plain-language summary for leadership
- A prioritized list of what to fix first
Network security testing
External and internal testing of your local networks, firewalls, remote access and exposed services, to show whether an attacker can get in and what they would reach. Authorized, contracted testing under written scope and rules of engagement.
Server and endpoint testing
Configuration and exploit testing of servers, laptops and workstations: patch state, local privilege, disk encryption, endpoint protection and credential exposure. Authorized, contracted testing under written scope and rules of engagement.
Mobile security testing
Testing of company phones and mobile apps: device configuration, app data storage, sign-in and the traffic they send. Authorized, contracted testing under written scope and rules of engagement.
Data security assessment
Where sensitive data lives, who can reach it, and whether it is encrypted, backed up and monitored, from file shares and databases to cloud storage. Authorized, contracted testing under written scope and rules of engagement.
Web and web-app testing
Testing of your public website and web applications against the OWASP Top 10: authentication, access control, injection and misconfiguration. Authorized, contracted testing under written scope and rules of engagement.
API security testing
Testing of REST and GraphQL APIs for broken authorization, excessive data exposure and abuse of business logic. Authorized, contracted testing under written scope and rules of engagement.
Codebase security scan
A review of your application source code and dependencies for vulnerabilities, secrets and insecure design. Authorized, contracted testing under written scope and rules of engagement.
Cloud security review
A review of your AWS, Google Cloud, Azure or OCI accounts for exposed storage, over-broad access and missing logging. Authorized, contracted testing under written scope and rules of engagement.
Phishing simulation
Controlled phishing campaigns that show how staff respond and where training helps, run only with your written approval.
Agent security review
Authorized adversarial testing of your AI copilots and agents, a security audit of the MCP servers they connect to, and an inventory of every agent identity, ending in findings with remediation. Each finding is mapped to the OWASP Top 10 for Agentic Applications 2026, the OWASP Top 10 for LLM Applications 2025 and MITRE ATLAS.
Fix
We carry out the remediation: hardening, patching, identity and multi-factor sign-in, segmentation, email protection and written policies, then retest every fix.
Monitor
Continuous scanning, monitoring and a monthly report, so new weaknesses and suspicious activity are found in days, not years. Scoped with you.
Incident response and forensics
When something has already happened: what was accessed, how, by whom, and how to close it, with support for your notification obligations.
Repair and recovery
Containment, clean rebuilds, credential resets and restoration from tested backups, followed by the fixes that stop it happening again. It connects to our Disaster Recovery Planning practice.
Nine practices. One accountable team.
From the help desk to the boardroom, we cover the technology your business depends on — and we secure every layer of it.
Cybersecurity is the lead practice: protect, test, monitor, respond and repair. The others are how we keep you safe afterwards. Managed IT keeps the environment patched and healthy, Disaster Recovery Planning makes sure the business can come back after an attack or an outage, Clayton Secure reports on the controls, cloud management keeps accounts and cost under control, datacenter builds put secure hardware in place, and automation, AI and tailored software use that foundation to give your people time back.
You do not need all nine. Start with the one that matches your most pressing question, usually whether you are safe today, and add others as needs grow. Everything we build is documented, so you always know what you own.
We build physical infrastructure as well as software. Our engineers design colocation cages and server rooms, specify power and cooling, run and label the cabling, build and burn in the servers and configure the switching, then hand the room over with its documentation. See Datacenter & Colocation Builds.
Cybersecurity
We find out whether everything you run is safe from attackers, then we fix it.
Learn moreManaged IT Services
Your entire IT operation, run by engineers who have operated infrastructure for global enterprises.
Learn moreDisaster Recovery Planning
Know how long you can be down, and prove you can come back before the day you must.
Learn moreClayton Secure
One view of your entire cybersecurity program, in near real time.
Learn moreCloud Management
Cloud cost review and management, without compromising on quality or security.
Learn moreCyber Automation
Custom AI agents that do repetitive work around the clock, with human review where it matters.
Learn moreSuper Intelligence
American‑made Super Intelligence: AI your team can learn, trust and deploy.
Learn moreTailored Software
Software built around your business in weeks, and you own the code.
Learn moreDatacenter & Colocation Builds
Cages, racks, power, cabling and servers, built by the people who will run them.
Learn moreFree Security Assessment
Not sure where to start? A confidential call with a security engineer and a written summary of your exposure.
Book a free assessmentSuper Intelligence data flow
Every request is classified by sensitivity, so confidential data stays on models inside your walls while routine work can use the best frontier AI.
Trusted by more than 100 organizations
Our team has run infrastructure for more than 100 organizations, from 10‑person startups to one of South Korea's largest conglomerates and the first five buildings of a New York coworking pioneer. Every engagement below was delivered end to end by the people who now lead Clayton Cybernetics' engineering.
One company in fourteen countries, with separate networks by region and business unit and zero downtime
A multinational manufacturer and distributor operating in 14 countries, a leader in its segment.
14 countries, 4 regions, 6 business units, 9 datacenter and carrier-neutral facilities, 10G to 100G fabricsRead the case
The technology behind a coworking pioneer's first five New York buildings
A New York coworking pioneer that grew into the world's best-known flexible-workspace brand and a leader in its segment. Our team worked side by side with its founders from 2009.
5 buildings, 5–10 floors each, 10,000+ membersRead the case
A petabyte of storage for a 150 TB risk database, live in two data centers
A balance-sheet risk analytics firm that serves banks and financial institutions, with models for interest-rate risk, net interest income and valuation. A leader in its segment.
1 PB storage, 150+ TB database, 1 TB+ RAM and 128 cores per production server, New York + New Jersey, SOC 2Read the caseWhat the network does under pressure
Two views from our infrastructure work: how a flood is absorbed at the edge, and how far a packet really has to travel. Illustrative figures, drawn from real protocol behavior.
One network. Every region. Separate where it matters.
Our team designs and operates networks that span data centers, carriers and continents: separate networks per region and business unit, joined by encrypted tunnels and dynamic routing, with flood protection at the edge and failover that needs no one on call to flip a switch.
See how we have done itPrinciples we do not compromise
Made in America
Our team, our judgement and our accountability are American. We build, operate and answer for our work here.
Security in every task
There is no task we execute that does not consider network and data security first.
We act before problems do
We imagine where, when and how problems will happen, and we act before they do. Prevention always costs less than remediation.
Documented, always
We document everything as we build it. Your documentation is current on the day we hand it over, and every day after.
Redundancy by default
Redundancy and disaster recovery are designed into every engagement, not sold as an extra.
Respect
We deliver every service with the utmost respect for our clients, their staff and their time.
How we work in the age of AI agents
People stay accountable. AI now triages alerts, drafts tickets and proposes fixes, and we use it for that. But a named engineer approves every change that matters, answers for the outcome and is reachable when something goes wrong. Before a company turns on a copilot, we fix what it would be able to read: permissions, sensitivity labels, data loss prevention and the drift that creeps back in. An assistant that can see everything will repeat everything.
We also test AI the way we test networks. Our authorized-testing background applies directly to copilots, agents, retrieval-based assistants and MCP (Model Context Protocol) integrations, using the OWASP Top 10 for LLM Applications and the MCP security best practices as the checklist. Our own delivery is automated under the same rules we recommend: every agent action is logged and a human approves changes. Where data is too sensitive for a public service, we host private AI on infrastructure the client controls.
Led by people who answer the phone
Clayton Cybernetics is led by Christopher Clayton, Chief Executive Officer, who owns every client relationship at the executive level. The team behind him brings decades of experience in corporate, government and information-security operations.
Our engineers have run the U.S. infrastructure of one of South Korea's largest conglomerates for nearly ten years, built a 100,000‑mailbox email platform across three regions, and have worked across virtually every operating system, ERP, application and cloud platform.
A named executive answers for every engagement. Christopher Clayton, our CEO, leads client relationships and strategy, so you know who is accountable from the first conversation to the last deliverable.
When you call, you reach people who make decisions, not a queue, and each of them can tell you what happens next.
Defense in depth, on a loop
Every device on your network sits behind a monitored firewall with two internet circuits, so attacks are stopped at the door and a provider outage does not stop the business.
Industries where trust is the product
Investment Advisers & Broker-Dealers
We test whether an advisory firm's networks, laptops, data and vendors are safe from attackers, because examiners and clients both expect proof. Regulated operations are our specialty. We assess whether an investment firm's operations meet the requirements of the SEC and other governmental bodies, and we build what is missing.
Learn moreBanks & Financial Institutions
We are a cybersecurity company, and for banks that means testing every network, endpoint, web application and API to find out whether it is safe from attackers. Banks are measured against the highest security expectations of any industry. We test like attackers, report like auditors and help your team close the gaps.
Learn moreLaw Firms
We find out whether your attorneys' laptops, phones, email, document systems and client data are safe from attackers, and we fix what we find. Law firms hold exactly what attackers want: privileged communications, deal information and client identities. We protect them and keep your attorneys productive.
Learn moreSouth Florida Businesses
We are a cybersecurity company, and for businesses in South Florida that means finding out whether your networks, devices, data and web presence are safe from attackers, then fixing it. We are based in Aventura and focus our managed services on South Florida, where our engineers can be on site. Hurricane season, multi-site offices and fast growth are part of our daily work.
Learn moreHealthcare & Medical
We find out whether patient records, medical devices, workstations and portals are safe from attackers, then fix what we find without interrupting care. Patient records are among the most sensitive data there is, and care cannot pause for an outage. We secure and run the technology of medical practices and the businesses that serve them.
Learn moreReal Estate & Coworking
We test whether the payment flows, shared networks, tenant systems and websites of a property business are safe from attackers, and fix what we find. Property and workspace businesses move large payments and host many companies on shared networks. We protect the transactions and design the buildings' technology.
Learn moreTechnology & Startups
We test whether your product, APIs, codebase, cloud accounts and laptops are safe from attackers, so customers and investors can trust what you ship. Fast-growing technology companies need security and IT that scale with them. We build the foundations early and keep cloud cost, access and customer trust under control.
Learn moreManufacturing & Industrial
We find out whether your plant networks, control systems, workstations and supplier connections are safe from attackers, and fix what we find. Factories lose money when machines stop and when software gets in the way. We connect machines to live data, replace outdated systems with software you own, and secure the factory network.
Learn moreFinancial Technology
We test whether your platform, APIs, codebase and cloud accounts are safe from attackers, and give assessors the evidence. Fintech companies move money and ship software at the same speed. We build the platforms underneath them, from Kubernetes and key management to the testing that shows an assessor what you built.
Learn moreEducation
We find out whether your campus networks, student and staff devices, records and web systems are safe from attackers, and fix what we find. Schools and universities are open by design: thousands of personal devices, visitors, researchers and decades-old equipment. We build networks that stay open for learning and closed to attackers.
Learn moreMedia & Broadcast
We test whether the studio networks, playout systems, workstations and web platforms behind your signal are safe from attackers. Live media does not tolerate a second try. We design the networks behind studios and playout: timing, redundancy, capacity and the security that keeps the signal yours.
Learn moreLogistics & Distribution
We find out whether your warehouse networks, scanners, workstations, systems of record and partner connections are safe from attackers. A warehouse is a computer with forklifts. We connect scanners, sensors and robots to a system of record your company owns, and keep the network around them safe.
Learn moreHospitality & Travel
We test whether guest networks, payment systems, property systems and booking sites are safe from attackers, and fix what we find. Guests expect fast Wi-Fi and a payment that just works. We build the networks behind hotels, resorts and ships: guest access, payment systems and the property systems that must stay out of reach.
Learn moreEnergy & Utilities
We find out whether your office and control networks, remote access and field devices are safe from attackers, under strict written scope. Control networks keep the lights on, and they were never designed to face the internet. We separate operations from the office, monitor what is there and keep the way in narrow and logged.
Learn moreInsurance
We test whether the systems that hold policyholder and claims data, including your portals and APIs, are safe from attackers, and fix what we find. Insurers hold health records, financial data and claims files for millions of policyholders. We run the controls, the monitoring and the evidence that regulators and boards expect to see.
Learn moreTelecom & ISPs
We test whether your edge, subscriber systems, customer portals and APIs are safe from attackers, and fix what we find. A service provider is judged by its edge: routing, subscriber management, peering and the way it behaves under attack. Our engineers have built and operated those layers, and we protect the customer data that rides on them.
Learn moreGovernment & Public Sector
We find out whether your networks, workstations, public websites and resident records are safe from attackers, and fix what we find. Counties and cities run dozens of services on thin budgets, with residents' records, public safety and utilities in the same building. We separate them, secure access and keep small teams in control.
Learn moreWe know virtually every manufacturer
Hands-on experience across the platforms your business already runs, and the open-source and custom integrations that tie them together.
Networking
Fortinet · Juniper Networks · HPE Aruba Networking · Arista Networks
Routing & BGP
BIRD 2 · FRRouting · OpenBGPD · Arista EOS
DDoS & flood protection
FastNetMon · Cloudflare Magic Transit · Akamai Prolexic · AWS Shield Advanced
Datacenter fabric & optics
Arista Networks · NVIDIA Spectrum · Broadcom Tomahawk & Trident · Cisco
SD-WAN & SASE
Fortinet Secure SD-WAN · Cisco Catalyst SD-WAN · Palo Alto Networks Prisma SD-WAN · Cloudflare
Firewalls & network security
Fortinet · Palo Alto Networks · Check Point · Cisco Secure Firewall
Endpoint, SIEM & security operations
CrowdStrike · Sophos · Palo Alto Networks Cortex · Tenable
Identity & access
Okta · Microsoft Entra ID · Ping Identity · CyberArk
Email & collaboration
Proofpoint · Mimecast · Microsoft 365 · Google Workspace
VPN & mesh networking
WireGuard · Tailscale · strongSwan · Libreswan
Cloud
Amazon Web Services (AWS) · Google Cloud · Microsoft Azure · Oracle Cloud Infrastructure (OCI)
US cloud providers
Amazon Web Services (AWS) · Google Cloud · Microsoft Azure · Oracle Cloud Infrastructure (OCI)
Cloud storage, immutability & backup
Amazon S3 Object Lock · AWS Backup · Google Cloud Storage bucket lock · Google Cloud Backup and DR Service
Cloud security & audit services
AWS CloudTrail · Amazon GuardDuty · AWS IAM Identity Center · AWS WAF
Cloud networking & DNS
AWS Direct Connect · Google Cloud Interconnect · Azure ExpressRoute · OCI FastConnect
Cloud containers, email & AI
Amazon Elastic Kubernetes Service (Amazon EKS) · Google Kubernetes Engine (GKE) · Azure Kubernetes Service (AKS) · Oracle Cloud Infrastructure Kubernetes Engine (OKE)
Key management & secrets
OpenBao · AWS Key Management Service (AWS KMS) · AWS CloudHSM · AWS Secrets Manager
Storage, servers & virtualization
Proxmox VE · Dell Technologies · Supermicro · Lenovo
Data
PostgreSQL · MySQL · Microsoft SQL Server · Redis
AI & machine learning
Qwen · DeepSeek · Mistral AI · NVIDIA
Blockchain & Web3
Ethereum · Solana · Coinbase · Base
Browser extensions & automation
Playwright · Google Chrome · Microsoft Edge · Mozilla Firefox
Voice & unified communications
Microsoft Teams Phone · Cisco Webex Calling · RingCentral · Zoom Phone
Devices & endpoint management
Jamf · Microsoft Intune · Apple · Kandji
Physical security
Axis Communications · Genetec · Verkada · HID Global
Drones & robotics
Skydio · DJI · Boston Dynamics · Universal Robots
Industrial IoT & embedded
Siemens · Raspberry Pi · Arduino · Espressif (ESP32)
Healthcare IT & compliance
Epic Systems · Oracle Health · MEDITECH · athenahealth
ERP & business systems
Odoo · Salesforce · SAP · Oracle NetSuite
Open source & custom integrations
Linux · Kubernetes · Docker · Debian
Network automation & observability
Ansible · Nornir · NAPALM · NetBox
Internet exchange & carrier connectivity
PeeringDB · MANRS · Megaport · AMS-IX
Out-of-band management & network labs
Opengear · Lantronix · containerlab · EVE-NG
Timing & precision time (NTP, PTP)
Meinberg · chrony · linuxptp · Microchip
DNS & DNSSEC
BIND · Knot DNS · PowerDNS · Unbound
Wireless: Wi-Fi 6E/7 & private 5G
Ubiquiti · OnGo Alliance (CBRS) · Open5GS · srsRAN
Structured cabling & fiber
Panduit · Corning · ANSI/TIA-568 horizontal and backbone cabling · Category 6A copper
PKI, certificates & ACME
Smallstep step-ca · Microsoft Active Directory Certificate Services · HashiCorp Vault PKI · IETF ACME
Load balancers & application delivery
F5 BIG-IP · HAProxy · NGINX · Envoy
Data center power, cooling & DCIM
Schneider Electric · Vertiv · Eaton · APC
Log pipelines, SIEM & data retention
OpenTelemetry · Fluent Bit · Fluentd · Apache Kafka
Post-quantum cryptography
NIST post-quantum standards · Open Quantum Safe liboqs · Cloudflare · Microsoft Active Directory Certificate Services
GPU servers & LLM inference serving
NVIDIA HGX · vLLM · SGLang · llama.cpp
Quantitative finance & risk engines
QuantLib · Open Source Risk Engine (ORE) · Bloomberg · Moody's
Rust, WebAssembly & Cloudflare edge
Rust · WebAssembly · Cloudflare Workers · Cloudflare WAF
Google Cloud & Workspace services
BigQuery · AlloyDB for PostgreSQL · Cloud Run · GKE Autopilot
Document OCR, local search & offline chat
Tesseract · PaddleOCR · Elasticsearch · OpenSearch
Server hardware & datacenter builds
Supermicro · AMD EPYC · NVIDIA HGX · Redfish (DMTF)
Datacenter operations & colocation
NIST SP 800-88 Rev. 2 · Equinix · Digital Realty · Iron Mountain Data Centers
Kubernetes & service mesh
Kubernetes · Cilium · Linkerd · Argo CD
OT & ICS security
Claroty · Nozomi Networks · Dragos · Microsoft Defender for IoT
AI agent security
OWASP Top 10 for Agentic Applications 2026 · OWASP Top 10 for LLM Applications 2025 · Model Context Protocol security (spec 2026-07-28) · Microsoft Entra Agent ID
Guidance for leaders
SEC Regulation S-P Amendments: A Practical Checklist for Investment Advisers and Broker-Dealers
Smaller entities had to comply with the amended Regulation S-P by June 3, 2026; larger entities by December 3, 2025. Here is what examiners will look for, and how to check your firm today.
The Florida Information Protection Act: A Breach-Response Checklist for Florida Businesses
Florida gives businesses 30 days to notify people affected by a data breach. Most companies only discover how little time that is during their first incident.
Local, Private or Frontier? How to Use AI Without Exposing Sensitive Data
The question is not whether to use AI on sensitive work, but where each piece of work should run. A three-tier design answers it.
HIPAA Security Rule Checklist for Medical Practices and Business Associates
The HIPAA Security Rule applies to every practice and vendor that touches electronic patient data. Here is what it requires today, the deadlines that apply after a breach, and where HHS's proposed overhaul stands.
Data Protection for U.S. Businesses With International Clients: Florida, California, GDPR and Brazil's LGPD
A business based in Florida can still answer to regulators in California, Europe and Brazil. This guide explains when each law reaches you, what they have in common, and how to build one program instead of four.
SPF, DKIM and DMARC: Why Email Authentication Matters, and How a Resilient Exchange or Microsoft 365 Platform Is Run
Email authentication has moved from best practice to a delivery requirement. This guide explains the three standards in plain terms, what the big mailbox providers expect, and what patching and failover look like on a well-run Exchange or Microsoft 365 platform.
Penetration Testing Explained for Executives: Scope, Reports and How Often to Test
A penetration test is a controlled attack that shows how a real adversary could get into your systems. This guide explains what you are buying, how to scope it, what a good report contains and how to decide how often to test.
Local AI vs Frontier APIs: Cost, Privacy and Governance of Running Open-Weight Models on Your Own GPUs
Running AI models on your own hardware keeps data inside your walls and makes costs predictable, but it shifts security, maintenance and quality risk to you. Frontier APIs offer the strongest models with none of that burden, but your data leaves your network. This guide shows how to decide, workload by workload.
Ransomware Readiness and Incident Response: A Checklist Based on the CISA #StopRansomware Guide
The joint CISA, FBI, NSA and MS-ISAC #StopRansomware Guide splits the work in two: what to do before an attack and what to do during one. Here is how a small or mid-size firm can turn it into a plan it can actually run.
MFA and Passkeys for Businesses: What NIST SP 800-63B-4 and FIDO2 Mean for Your Logins
Not all multi-factor authentication stops the same attacks. NIST finalized SP 800-63B-4 in July 2025, and CISA calls phishing-resistant MFA the gold standard. Here is how to choose, where passkeys fit, and how to roll them out without locking out your staff.
Backups That Actually Restore: 3-2-1, Immutability, Restore Tests and Hurricane Season for Coastal Firms
Most firms have backups. Fewer have a backup they have restored, protected from a stolen admin login, and stored outside the flood zone. This guide covers the 3-2-1 rule and its modern extension, immutable storage, restore testing, recovery targets, and a hurricane-season plan for any coastal or hurricane-exposed US firm, with Florida as the main example.
Replacing Legacy Business Software with Custom Software: When It Pays and How to Test the Idea in Two Weeks
Per-user licenses grow with headcount, and a product built for everyone fits no one exactly. Sometimes it pays to build your own. Here is how to run the numbers, what can go wrong, who should own the code, and how to prove the idea with a two-week prototype.
Business Email Compromise and Wire Fraud: How Law Firms and Real-Estate Closings Get Hit, and How to Stop It
Business email compromise is the second-costliest crime in the FBI's 2025 report, and real-estate closings are among its favorite settings. This article uses FBI and FinCEN data to explain how the fraud works, what law firms and title agents should change, and what to do in the first hour after a wrong wire.
HIPAA and the Cloud: Business Associate Agreements for Microsoft 365, Google Workspace and Amazon Web Services (AWS), and What Else You Must Do
Using a large cloud provider does not make you HIPAA compliant, and neither does signing its business associate agreement. This guide explains what the BAAs from Microsoft, Google and Amazon Web Services (AWS) actually cover, what HHS has said about cloud providers, and the configuration and risk-analysis work that stays with you.
ABA Formal Opinion 512 and AI for Law Firms: Confidentiality, Competence, Fees and Supervision, With Florida Bar Opinion 24-1
Two ethics opinions now frame how lawyers may use generative AI: the ABA's Formal Opinion 512 (July 2024) and the Florida Bar's Opinion 24-1 (January 2024). Neither bans the tools. Both ask lawyers to verify output, protect client information, bill honestly and supervise. This article turns them into a firm policy and a tool-selection checklist.
OT and ICS Security for Manufacturers: A Practical Guide Based on NIST SP 800-82 Rev. 3 and CISA Guidance
Plant-floor systems were built for uptime and safety, not for the internet. NIST SP 800-82 Rev. 3 and CISA's 2025 joint guidance give manufacturers a clear order of work: get controllers off the internet, change default passwords, lock down remote access, separate IT from OT, and keep the ability to run by hand.
Zero Trust for Mid-Size Firms: A Practical Path Using NIST SP 800-207 and the CISA Zero Trust Maturity Model
Zero trust is not a product you buy. NIST SP 800-207 defines it as a set of principles, and CISA's Zero Trust Maturity Model gives a staged way to apply them. This article translates both for a mid-size firm with limited staff and a mix of cloud and office systems.
Cyber Insurance Readiness: What Underwriters Ask About MFA, EDR and Backups, and How to Prepare
Insurers do not guess at your security. They ask. Published application forms from two large carriers show which controls matter most: MFA, endpoint detection, tested and protected backups, privileged access, patching and a tested incident response plan. This article walks through the questions and how to answer them truthfully.
Windows 10 End of Support and Microsoft 365 Hardening: What to Do Now, With CISA SCuBA Baselines
Microsoft ended support for Windows 10 on October 14, 2025. Paid Extended Security Updates can bridge up to three years, but they are a stopgap. This article explains the dates, the Windows 11 hardware rules, the effect on Microsoft 365 Apps, and a short hardening list based on CISA's free SCuBA baselines.
Bank and Credit Union Cyber Incident Reporting: The 36‑Hour and 72‑Hour Rules, and What to Prepare
Federally supervised banks must notify their regulator of a serious computer-security incident within 36 hours of determining it happened. Federally insured credit unions have 72 hours from a reasonable belief. The two rules differ in trigger, scope and wording. This article explains both from the primary sources, covers bank service provider duties, and lists what to prepare before an incident.
Vendor and Third-Party Risk for Mid-Size Firms: The 2023 Interagency Guidance, NIST SP 800-161 and CSF 2.0
Most firms now run on vendors: email, payments, hosting, line-of-business software, managed IT. Regulators and NIST agree on the shape of a sensible program. Know your vendors, rank them by criticality, check them before you sign, put security terms in the contract, watch them, and plan the exit. This article maps those steps to the 2023 bank guidance, NIST SP 800-161 Rev. 1 and CSF 2.0, and notes that the bank agencies proposed replacing their guidance in September 2026.
PCI DSS 4.0.1 for Small Merchants: What Changed, What Is Now Required, and How to Cut Scope
PCI DSS v4.0.1 is the only active version of the card-security standard. The requirements that were best practices until March 31, 2025 are now mandatory in every assessment. For a small merchant the work depends on the Self-Assessment Questionnaire that applies. This article explains the version history, the changes that reach small businesses, what the SAQ types mean, and how to reduce what you must protect.
BYOD and Remote-Work Security: A Practical Policy Built on NIST SP 800-46, SP 800-124 and CISA Guidance
Staff work from home, from hotels and from their own phones. The risk is not the place. It is the device you do not control and the network between it and your data. NIST and CISA give a clear way to decide who gets access to what, from which device, and how to take it back.
HIPAA-Compliant Email: When You Must Encrypt, When Patients Can Opt Out, and What to Put in Writing
HIPAA does not ban email, and it does not say the word "mandatory" about email encryption today. It asks you to assess the risk, protect messages in transit, and decide in writing. This article explains what the rule requires, how patient preferences fit in, and a workable email policy for a medical or dental practice.
Separating Global Networks: VRFs, VLANs and VXLAN-EVPN Across Datacenters
A multinational rarely wants one flat network. It wants many separate ones: one per region, business unit or regulated workload, sharing the same cables, optics and datacenters. This article explains the building blocks in the order you meet them: VLANs, QinQ, VRFs, VXLAN and EVPN, and what changes when the segments must stretch between datacenters.
BGP at the Edge with BIRD 2: RPKI, Communities and Fast Failover
BGP (RFC 4271) decides how your network is reached from the internet and how it reaches everyone else. BIRD 2 is an open-source routing daemon that does the job on ordinary Linux or BSD servers. This article covers the pieces a sound edge needs: filters from RFC 7454, RPKI origin validation, communities, BFD for quick failure detection, and what BGPsec does and does not do.
Surviving a Flood: XDP, FlowSpec and Scrubbing for DDoS
A distributed denial-of-service attack is a capacity problem first and a clever-filtering problem second. No single tool survives every flood. This article explains the layers used in practice: stop spoofing at the edge, drop junk early with XDP on your own servers, push narrow filters to the network with BGP FlowSpec, blackhole as a last resort and send the rest through a scrubbing service.
WireGuard vs IPsec for Site-to-Site Meshes
Both WireGuard and IPsec can join offices, datacenters and clouds with encrypted tunnels. They make very different trade-offs. WireGuard is small, fixed in its choices and easy to reason about. IPsec is a large family of standards with certificates, negotiation and wide interoperability. This article compares them where it matters for a mesh: how tunnels are set up, how keys are managed, how NAT and roaming behave, and how each fits routing.
SFP+, SFP28, QSFP28 and QSFP-DD: Choosing Optics and Fiber for 10 to 400 Gb/s
The pluggable module in a switch port decides how fast the link runs, what fiber it needs and how far it reaches. The names look alike and the rules are not. This article walks the ladder from 10 to 400 Gb/s: the module families, the IEEE 802.3 port types behind them, what multimode (OM3, OM4) and single-mode (OS2) fiber can carry, when a copper cable or active optical cable is the better answer, how breakout works, and where 400ZR coherent optics fit.
Microsegmentation: From VLANs and Firewall Zones to Identity-Based Policy
Segmentation limits how far an intruder can travel after the first foothold. Most networks start with VLANs and a perimeter firewall, which is a coarse form of the idea. Microsegmentation narrows the boundary to a single workload and writes the rules in terms of what the workload is and who is calling it, not which subnet it sits in. This article follows the path from VLANs and zones to identity-based policy, using NIST SP 800-207, NIST SP 800-125B and the CISA Zero Trust Maturity Model, and explains where each step pays off and where it hurts.
Anycast DNS and Edge Load Balancing: BGP, Health Checks and DDoS Absorption
Anycast announces the same IP address from many places and lets internet routing deliver each client to a nearby site. It is how the DNS root servers and most large content networks stay fast and hard to knock over. This article explains how anycast works with BGP, what RFC 4786 and RFC 7094 recommend, how health checks pull a failing site out of service, why anycast absorbs floods, and where it does not fit, notably long-lived TCP connections.
NetFlow, sFlow and IPFIX for Security Monitoring: Detection and Sampling Trade-offs
Flow records say who talked to whom, when, on which ports and how much, without storing the content. That is enough to catch scans, data theft, command-and-control beacons, floods and policy violations. NetFlow v9, sFlow and IPFIX are the three formats you will meet. This article explains how each works, what the RFCs say, which detections flow data supports well, and how sampling changes what you can see.
MPLS, SD-WAN or EVPN: Choosing a Backbone for a Multi-Site Company
A company with several offices, data centers and clouds has to decide how those sites talk to each other. Three families of answer dominate: a provider's MPLS VPN, an SD-WAN overlay running over ordinary internet and carrier links, and an EVPN-based fabric that the company runs itself. They are not three brands of the same thing. They sit at different layers and solve different problems. This article explains what each one is, what the standards say, where each fits and how a mid-size firm can choose without buying more than it needs.
TLS Certificates and PKI Lifecycle: Automation Before the 47‑Day Era
Public TLS certificates are about to get much shorter lives. Under CA/Browser Forum ballot SC-081, the maximum validity of a publicly trusted certificate drops from 398 days to 200 days on 15 March 2026, to 100 days on 15 March 2027 and to 47 days on 15 March 2029. A company that renews certificates by hand once a year will be renewing them roughly eight times a year by 2029, and ten-day reuse of domain validation data makes manual renewal fragile. This article explains the schedule, what ACME (RFC 8555) automates, how to inventory and monitor certificates, and where an internal PKI and hardware-protected roots fit.
Network Time for Security and Trading: NTP, NTS and PTP
Time is a dependency that most networks never examine until something breaks. Logs from different systems cannot be correlated if clocks disagree, Kerberos and TLS fail when clocks drift, and financial firms must prove their clocks were accurate when a trade was recorded. Three protocols cover the range: NTP for general purposes, NTS to authenticate it, and PTP for sub-microsecond needs. This article explains how each works, what the U.S. and European regulators actually require of trading firms, and how to build and monitor a time service you can defend.
DNS Security: DNSSEC, Response Policy Zones and Encrypted DNS
DNS turns names into addresses, and nearly every connection starts with it. That makes it both a target and a control point. Four different tools get discussed together as if they were one: DNSSEC, which proves answers are genuine; response policy zones, which let your resolver refuse known-bad answers; encrypted DNS, which hides queries from the path; and protective DNS services. They solve different problems. This article explains what each does and does not do, where they conflict, and a layered setup for a mid-size company.
Post-Quantum Encryption in Practice: Hybrid ML-KEM and X25519, FIPS 203
A large enough quantum computer would break the public-key cryptography that protects today's connections, and traffic recorded now could be decrypted later. In August 2024 NIST finalized the first post-quantum key-establishment standard, FIPS 203, called ML-KEM. In TLS the practical answer is a hybrid: combine ML-KEM with a classical X25519 exchange so that the connection stays safe if either holds. This article explains the standard, the hybrid design as published in an IETF RFC, what it costs, and how a company should inventory and migrate without panic.
Can the Internet Be Switched Off in the US, and How Would a Business Keep Working?
A question that surfaces after every major outage or crisis: could the U.S. government turn the internet off, and what would a company do if it did? The honest answer has two parts. The law gives a President broad emergency powers over communications, and nobody has tested how far they reach over the modern internet. And the more likely causes of a long outage are hurricanes, cable cuts, cloud failures and attacks on a provider, not a decree. This article reads the statute, explains why a total shutdown is practically hard, and describes how any business, with a law office as one worked example, keeps its core work running when connectivity is gone.
Private 5G (CBRS) vs Wi-Fi 6E and Wi-Fi 7 on the Factory Floor
Plants are adding autonomous mobile robots, vision inspection, handheld scanners and sensors, and they all need wireless that does not drop. Two families compete: Wi-Fi in the 6 GHz band, known as Wi-Fi 6E and Wi-Fi 7, and private 5G on CBRS spectrum in the United States. They are not rivals for every job. This article explains the CBRS rules in 47 CFR Part 96, the architectural differences that matter on a factory floor, and a practical way to decide, including the common answer of using both.
Running Open-Weight LLMs on Premises for Regulated Firms
Many financial firms want the benefits of a large language model without sending customer information to someone else's servers. Open-weight models make that possible, and a modern GPU server can hold a very large one. But running a model yourself does not remove the rules. It moves the work. This article walks through the controls the GLBA Safeguards Rule (16 CFR Part 314) already asks for, how the NIST AI Risk Management Framework and the OWASP Top 10 for LLM Applications 2025 add to them, what the interagency third-party guidance still means when the hardware is in your own rack, and how to size a GPU system from public specifications.
Hurricane-Proofing IT by Moving to the Cloud: A Florida Playbook
A server room on the Gulf or Atlantic coast, Florida above all, has two kinds of risk in storm season: the building and the grid. A hurricane can flood the room, cut the power for days and close the roads staff need to reach it. Moving workloads to a public cloud removes the first risk only if the design is right, and it adds new ones. This playbook explains the Atlantic hurricane season as NOAA describes it, how Ready.gov frames business continuity and IT recovery, what Florida Statutes section 501.171 asks of a business that holds personal information, and how Google Cloud regions and zones work, with a step-by-step plan for the move.
Bringing ALM and CECL In-House: Models, Data and Model Risk
Many community and regional banks send loan and deposit data to an outside vendor each quarter and receive reports on interest rate risk and expected credit losses. Some now ask whether to run those models themselves. This article explains the regulatory frame: the interagency advisory on interest rate risk management from 2010, the credit loss standard (ASC 326, known as CECL) as the agencies describe it, and the Federal Reserve and OCC guidance on model risk management (SR 11-7). It then covers public data sources, open-source tools such as QuantLib and the Open Source Risk Engine, and the parts that are hard: behavioral assumptions, validation and governance.
Building a Colocation Footprint from an Empty Cage: Power, Cooling, Cabling and Server Burn-In
An empty cage in a colocation facility is a blank page, and the choices made in the first few weeks decide how the footprint behaves for years. This article walks through the whole life of a deployment: choosing the facility, laying out the cage, planning power in kilowatts per rack with A and B feeds, managing airflow with hot and cold aisle containment, running structured cabling with proper labeling, building and burning in servers, writing method-of-procedure documents for remote hands, and finally retiring equipment with media sanitization that follows NIST SP 800-88 Rev. 2.
Securing AI Agents: The OWASP Agentic Top 10 in Plain English
An AI agent does not just answer questions. It reads your files, calls your tools and takes actions with the access you give it. In December 2025 the OWASP GenAI Security Project published a Top 10 list of the risks that come with that, numbered ASI01 to ASI10. This article walks through each of the ten in plain English, explains what each one means for a mid-size company, and lists the controls that reduce the risk. It also points to the OWASP LLM Top 10 for 2025 and to the joint government guidance, Careful Adoption of Agentic AI Services, released by the United States and its Five Eyes partners in spring 2026.
MCP Servers: What to Check Before You Connect an AI Agent to Your Systems
The Model Context Protocol (MCP) is the common plug that lets an AI agent use tools and data: your file store, your ticket system, your database. Connecting one is easy. Connecting one safely depends on how the server handles sign-in, tokens and permissions. This article walks through the authorization rules in the current MCP specification, revision 2026-07-28, in plain language, turns them into a checklist you can use before approving a server, and then covers the other half of the problem: giving each agent an identity of its own, with a named human sponsor, using Microsoft Entra Agent ID as one example and NIST's agent identity project as the direction of travel.
AI Rules in Florida in 2026: What Actually Applies to Your Business
Headlines in 2026 said Florida was about to pass an Artificial Intelligence Bill of Rights. It did not. Two versions of the bill, SB 482 and SB 2‑D, passed the Senate and then died in the House. That leaves a business owner with a fair question: so what rules do apply when we use AI? This article separates the proposals from the law. It covers the Florida Information Protection Act, which governs most Florida businesses that lose personal data; the Florida Digital Bill of Rights, which reaches only very large companies; the one AI-specific statute we found that was enacted, Brooke's Law; the Florida Bar's baseline for lawyers; and the federal sector rules that already apply to regulated firms.
Deepfake-Proof Payments: Callback Verification That Holds Up
A payment request that arrives by email, voice or even live video can no longer prove who sent it. The FBI warns that criminals use generative AI to clone voices and to run real-time video calls with fake executives. FinCEN has issued a formal alert on deepfake media. The control that survives all of this is not better detection. It is a procedure that never trusts the channel the request came in on: call back a number you already hold, require a second approver, write down what happened, and rehearse it. This article describes what that procedure looks like, where it breaks in practice, how to test it, and what the FBI, FinCEN and New York's financial regulator actually say.
What Insurers and Auditors Now Ask About Your AI
Questions about AI are arriving in insurance renewals, vendor questionnaires and examinations. They tend to cluster around six things: a list of the AI you use, what each agent is allowed to do, what gets logged, where a human must approve, what testing has been done, and who is responsible. This article shows where those six come from. It draws on the Cloud Security Alliance's AI Controls Matrix, ISO/IEC 42001, the NIST AI Risk Management Framework and FINRA's 2026 Regulatory Oversight Report, and it describes what each one actually says. It also covers a change in general liability insurance forms that many businesses have not noticed. It is a map of the questions, not a compliance verdict.
Monitoring AI Agents in Microsoft 365: What You Can and Cannot See
Many businesses already have AI agents running in Microsoft 365: Copilot, agents built in Copilot Studio, and agents that staff connect to company data. The question security teams ask is simple: what can we see them doing? The honest answer has layers. Microsoft Purview audit records show who interacted with Copilot and which files and sites it touched. Microsoft Entra records agent sign-ins. Since July 1, 2026, agent discovery, posture and threat detection in Microsoft Defender for Copilot Studio and Foundry agents require a Microsoft Agent 365 license. And some things are not visible at all, such as the prompt text in an audit record, the model version behind a Microsoft 365 Copilot answer, or what a local tool server on a laptop is doing. This article, based on Microsoft Learn pages read on November 8, 2026, sets out each layer and each gap.
Server Burn-In and Acceptance Testing Before Production
A new server that boots is not a server that is ready. Parts fail early more often than they fail in the middle of their life, and a fault found in the rack costs far less than one found during a customer outage. Burn-in is the planned stress of every subsystem before the machine takes real work, and acceptance testing is the written decision that it passed. This article walks through memory testing with MemTest86, CPU and system stress with stress-ng, storage tests with fio, GPU diagnostics with NVIDIA DCGM, firmware baselines and inventory through the DMTF Redfish standard, and the acceptance criteria and records worth keeping. It is based on tool documentation we read on November 8, 2026.
Structured Cabling That Survives the Next Refresh
Servers and switches are replaced every few years. Cabling stays in the walls, trays and racks much longer, and it is the part nobody wants to touch during an outage. Cabling that survives the next refresh is labeled so a stranger can read it, documented so the records match the racks, laid so fiber is not bent past its limit, and patched with rules that people actually follow. This article covers labeling and administration under TIA-606 at a high level, MPO trunks and the three polarity methods, bend radius and service loops, patching discipline, and the documentation that keeps all of it true. It is based on pages we read on November 8, 2026, and gives no distances because those depend on standards we could not read and on your cable's datasheet.
Copilot Readiness: Fix Oversharing Before You Turn It On
Microsoft 365 Copilot answers from content the signed-in user can already reach. That is a safety feature and a warning at once: if a file is open to the whole company by mistake, Copilot makes it easy to find. Oversharing was always a risk. AI turns a hidden risk into one that a casual question can surface. Microsoft's own documentation says generative AI amplifies the problem of oversharing. This article explains how to find and fix oversharing before Copilot is switched on: sensitivity labels, SharePoint data access governance reports, Data Security Posture Management risk assessments, Restricted Content Discovery as a temporary brake, the retiring Restricted SharePoint Search, and the permission clean-up that actually removes the exposure. It is based on Microsoft Learn pages read on November 8, 2026.
Proving what you sent: immutable email archives with Amazon S3 Object Lock and AWS KMS
A saved copy of an email is not proof. To show years later what was sent, you need storage nobody can delete and a cryptographic record made at capture time. This article compares Amazon S3 Object Lock modes, AWS KMS options (SSE-KMS only, HMAC keys, asymmetric signing keys), supporting records such as S3 checksums and AWS CloudTrail, how to capture mail with Amazon SES or Microsoft 365 journaling, and how to verify it all later.
Frequently asked questions
Direct answers to the questions we hear most. Something else on your mind?
Send us a messageWhat does Clayton Cybernetics do?
Clayton Cybernetics is an American cybersecurity company. We find out whether your networks, devices, data, web apps, APIs and code are safe from attackers, and fix what we find.
Where is Clayton Cybernetics located?
We are an American firm headquartered in Aventura, Florida, serving companies across the United States. Our cybersecurity, disaster recovery and AI services are delivered nationwide and remotely; on-site managed services are available in South Florida.
How quickly will you respond?
Paying clients receive a response to every message within 15 minutes. New enquiries are answered by a senior engineer, usually the same business day.
What industries do you specialize in?
Regulated operations are our specialty: investment advisers, broker-dealers, banks and other SEC-supervised organizations, as well as law firms and growing South Florida businesses.
Who is Clayton Cybernetics?
Clayton Cybernetics is an American cybersecurity, IT and software firm based in Aventura, Florida. We provide Cybersecurity (including penetration testing), managed IT, security programs, AI automation, cloud management and custom software. We serve organizations across the United States, on site where it matters and remotely everywhere else.
Do you work with HIPAA-covered entities?
We design and operate security controls that support HIPAA Security Rule requirements, such as access control, encryption, audit logging and tested backups. Regulatory obligations stay with you, and we do not give legal advice. Tell us about your compliance requirements during scoping and we will confirm in writing what we can support.
How do I get started?
Book a free assessment: a confidential 30‑minute call with a security engineer, followed by a written summary of your external exposure and the first three things we would fix. You can book it on this site or call (305) 404-9404.
Do you only serve clients near Miami?
No. Our clients range from a New York law firm to a Los Angeles marketing agency, a Connecticut investment firm and a Chicago manufacturer. Most work, including security testing, cloud management, AI and software projects, is delivered remotely anywhere in the United States and worldwide. Our hands-on engineers are on site in the Miami area and travel for projects that need people in the room.
Which industries do you specialize in?
We have dedicated pages for investment advisers and broker-dealers, banks, law firms, healthcare, real estate and coworking, technology and startups, manufacturing, financial technology, education, media and broadcast, and logistics and distribution. We also serve businesses of any kind, in any state. Each page lists the regulations and technical problems we handle for that sector.