Cybersecurity
We find out whether everything you run is safe from attackers, then we fix it.
We are a cybersecurity company. We help you find out whether your local networks, servers, laptops and workstations, phones, data, websites, APIs, source code and cloud accounts are safe from attackers, and we fix what we find. You can start with one surface, a scan, a program review or a forensic call, and add the rest as needs grow.
Every test is authorized, contracted work under written scope and rules of engagement, and it runs only with your written approval. What sets the work apart is method and coverage. We test against recognized frameworks such as the OWASP Top 10 lists and MITRE ATLAS and the guidance in NIST SP 800-207. Each report contains proof of exploit and fix guidance, we retest every fix, and senior engineers do the work. For SEC- and FINRA-supervised firms, banks and other regulated organizations, we also assess whether the security program itself meets what the regulator expects.
At a glance
We are a cybersecurity company. We determine whether your local networks, servers, laptops, workstations, phones, data, websites, APIs, codebase and cloud are safe from attackers, under authorized, written scope, and then we fix what we find, monitor, and respond if something happens. Testing happens only under written authorization and agreed rules of engagement.
The problem
Attackers do not wait for an annual audit, and most organizations learn about their weaknesses from a ransom note, a regulator or a customer. We find them first. Every surface a business runs gets tested on your written authorization, and every finding comes with proof, a fix and a retest. Our researchers also practice responsible disclosure of vulnerabilities found in the course of authorized work and research.
Compliance does not equal security, and the reverse is also true. A firm can pass a questionnaire and still run an exposed remote-access service, or run a strong technical program with no written evidence to show an examiner. We look at both: whether your systems resist attack and whether you can demonstrate that they do. Our researchers also practice responsible disclosure of vulnerabilities found in the course of authorized work and research.
What we deliver
- Authorized testing of every surface you name: local networks, servers, laptops and workstations, phones, data, websites, APIs, source code, cloud accounts and staff (phishing simulation), under written scope and rules of engagement
- A written report with proof of exploit for each finding, ranked by the risk it removes, with reproduction steps and fix guidance
- Testing mapped to recognized frameworks, including the OWASP Top 10 lists, MITRE ATLAS and NIST SP 800-207
- An executive summary written for leadership and examiners
- Remediation carried out by our team, and a retest of every fix to show it worked
- Monitoring and a monthly security report, with incident response, forensic investigation and repair on call
- Authorized adversarial testing of AI copilots, agents and retrieval-based assistants, including indirect prompt injection, against the OWASP Top 10 for LLM Applications
- MCP security review: server allowlisting, sandboxing, audience-checked tokens and egress control, following the MCP security best practices
- Agent Security Review: authorized testing of agents and copilots mapped to the OWASP Top 10 for Agentic Applications 2026, the OWASP LLM Top 10 2025 and MITRE ATLAS, with reproduction steps and remediation for every finding
- MCP server security audit against the MCP specification (revision 2026-07-28): token audience validation, no token passthrough, confused-deputy protections and minimal scopes
- Agent identity inventory: every agent identity (for example in Microsoft Entra Agent ID), a named human sponsor for each, and least-privilege scopes
- Agent identity and permission review: one identity per agent, scoped access and regular access reviews
- Regulatory readiness review (SEC, FINRA and other regimes)
- Third-party risk management
- Cybersecurity program oversight, with historical trends for program health
- Document management and customizable dashboards
- A security roadmap
- Emergency recovery for Microsoft Exchange and Active Directory compromise: eviction, credential and Kerberos key resets, and a verified rebuild
Every finding comes with context. We separate what is exploitable today from what is merely untidy, show how an attacker could chain weaknesses together, and rank the fixes by the risk they remove. Leadership receives an executive summary; your engineers receive the technical detail and reproduction steps.
Protection comes first. Identity and multi-factor sign-in, patching, segmentation, email authentication, backups that restore and written policies prevent most of what penetration tests find. We build that baseline, then test it, so the report shows what is left rather than the basics.
Findings go to you, and only to you. We test only under written authorization and rules of engagement, we handle what we find as confidential client information, and we do not test systems we have not been cleared to touch.
If you are deciding what to buy, start with "Penetration Testing Explained for Executives," which covers scope, reports and how often to test. If you are preparing for the worst day, "Ransomware Readiness and Incident Response" turns the CISA #StopRansomware guide into a checklist your team can work through.
Two more articles help set the scope. "Zero Trust for Mid-Size Firms" turns NIST SP 800-207 and the CISA maturity model into a sequence a small team can follow, and "Cyber Insurance Readiness" shows the controls underwriters check before they quote. For banks and credit unions, "Bank and Credit Union Cyber Incident Reporting" explains the 36‑hour and 72‑hour notification rules.
Defence includes the network edge itself. We design and test denial-of-service protection in layers: packet filtering with XDP/eBPF at line rate, BGP FlowSpec and remotely triggered blackholing for targeted floods, and upstream scrubbing for volumetric attacks, then prove it with a controlled flood test before an attacker does.
Examples of our work include an air-gapped on-premises language model for a regional bank (illustrative) and the segmentation of a private 5G network in an automotive plant (illustrative).
Testing of AI follows the same written scope and rules of engagement as any other authorized test. We map what a copilot or agent can read and do, try to turn it against its owner with crafted documents, emails and tool inputs, and report which permissions and integrations to tighten. Findings cover the agent's identity and access as well as the model's behavior.
The Agent Security Review is our named offering for companies that already run AI copilots or agents. We test the way an attacker would: trying to redirect an agent's goal, misuse its tools or reach data it should not, including through content the agent reads. Findings are mapped to the OWASP Top 10 for Agentic Applications 2026, the OWASP Top 10 for LLM Applications 2025 and MITRE ATLAS, each with reproduction steps and a remediation plan.
Agents usually reach your systems through MCP servers, so we audit each one against the Model Context Protocol specification (revision 2026-07-28): tokens are validated for the audience they were issued to, never passed through to other services, protected against confused-deputy abuse and limited to minimal scopes. In parallel we inventory every agent identity, for example in Microsoft Entra Agent ID, name a human sponsor for each, and reduce its access to what its task needs.
Many companies begin with Copilot readiness inside our free security assessment: what the assistant could reach today, and what to fix first. That path ends in remediation carried out by our team, and it leads into the Agent Security Review when you run agents of your own.
Records that cannot be quietly changed are part of security too. Our team designs immutable message archives with provable integrity: every inbound and outbound email is captured and written to write-once storage, so messages cannot be deleted or overwritten before the retention period ends. On Amazon Web Services (AWS) that means Amazon S3 Object Lock in compliance mode with encryption keys in AWS Key Management Service (AWS KMS); the same pattern exists as Google Cloud Storage Bucket Lock with Cloud KMS, Microsoft Azure immutable storage for Blob Storage with Azure Key Vault, and Oracle Cloud Infrastructure (OCI) Object Storage retention rules with OCI Vault. A SHA-256 fingerprint of each message, signed or authenticated with a key in the cloud key service, lets a third party check later that it is unchanged. It is technical evidence, not legal advice; counsel decides what must be kept.
Detection and recovery complete the cycle. We monitor your environment, investigate and contain incidents, and repair: clean rebuilds, credential resets and restoration from tested backups. Recovery planning, with tested failover and immutable copies, is its own practice: see Disaster Recovery Planning. Our article on ransomware readiness is a good place to start for both.
Active Directory and Exchange are where attackers aim after the first foothold. We test directory configuration and privileged paths, and when a directory or mail server has been compromised we evict the attacker, reset the Kerberos keys and rebuild trust, working with our Microsoft Exchange, Active Directory and SQL practice.
Packages
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.
Server and endpoint testing
Configuration and exploit testing of servers, laptops and workstations: patch state, local privilege, disk encryption, endpoint protection and credential exposure.
Mobile security testing
Testing of company phones and mobile apps: device configuration, app data storage, sign-in and the traffic they send.
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.
Web and web-app testing
Testing of your public website and web applications against the OWASP Top 10: authentication, access control, injection and misconfiguration.
API security testing
Testing of REST and GraphQL APIs for broken authorization, excessive data exposure and abuse of business logic.
Codebase security scan
A review of your application source code and dependencies for vulnerabilities, secrets and insecure design.
Cloud security review
A review of your AWS, Google Cloud, Azure or OCI accounts for exposed storage, over-broad access and missing logging.
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.
Active Directory and Exchange compromise recovery
When attackers hold your directory or your mail servers, we contain the intrusion, evict the attacker and rebuild trust in Active Directory, Entra ID and Exchange. See our Microsoft practice.
Attack it before attackers do
Our red team probes your systems the way a real attacker would, and every weakness it finds becomes a fix your defenders put in place and we retest.
From raw logs to a contained incident
Endpoint agents, firewalls and identity systems feed collectors, a SIEM normalises and stores every event, correlation rules turn the noise into alerts, analysts triage them, and playbooks carry out the response, such as isolating a host, with approval for risky steps.
Five million events, three escalations
What a managed SOC does to a day of log volume for a 250‑seat organisation. Collection produces millions of events; correlation rules turn them into a thousand or so alerts; triage merges and dismisses most of those into dozens of incidents; only a few need a human on the customer side. Bar length is the logarithm of the count, so each step is orders of magnitude. Illustrative figures.
Our process
- 1
Scope
A scoping call and written rules of engagement. We never test a system without written authorization.
- 2
Test and fix
We test each surface in scope for how an attacker would get in, close the basics, and run authorized scans and penetration tests within the agreed scope and schedule.
- 3
Report
An executive summary for leadership and technical findings with proof of exploit and fix guidance.
- 4
Monitor
Continuous monitoring and a monthly report, so new weaknesses and suspicious activity surface quickly.
- 5
Respond and repair
If something happens, we contain it, investigate, rebuild and retest every fix, then close the engagement with a debrief.
The retest step is what separates an assessment from a report that sits in a drawer. We verify each fix independently and close the engagement with a debrief, so when an auditor or a client's security team asks whether the issues were resolved, you have evidence rather than a recollection. The cycle then continues with monitoring, so new weaknesses surface in days, and with a tested way to respond and repair if something happens.
Frequently asked questions
Direct answers to the questions we hear most. Something else on your mind?
Send us a messageWhat does the Cybersecurity service cover?
We are a cybersecurity company. We test whether your networks, servers, laptops and workstations, phones, data, websites, APIs, source code and cloud accounts are safe from attackers, always with written authorization, and we fix what we find. We also monitor, respond when something happens and repair the damage. You can start with one package and add others.
What is a penetration test?
A penetration test is an authorized, simulated attack on your systems by security professionals. It shows which weaknesses a real attacker could exploit, how far they could get and what to fix first.
Do you test without permission?
Never. Every engagement starts with a written authorization and rules of engagement that define exactly what may be tested and when.
Can you help after a breach?
Yes. Our post-exploit forensic investigation determines what was accessed, how the attacker got in and how to close the gap, and it supports your notification obligations.
Do you work with SEC-regulated firms?
Yes, regulated operations are a specialty. We assess whether a firm's operations meet the requirements of the SEC and other governmental bodies, including the amended Regulation S-P.
What is an Agent Security Review?
It is a security test of the AI agents and copilots your company runs. We try to hijack their goals and misuse their tools, audit the MCP servers they connect to against the MCP specification, inventory every agent identity with a named human sponsor, and report findings with remediation, mapped to the OWASP agentic and LLM Top 10 lists and MITRE ATLAS.
How do we start if we are just adopting Microsoft Copilot?
Start with the free security assessment, which includes a Copilot readiness look at what the assistant could reach in your files and mailboxes. It ends with a remediation plan that our team can carry out, not only a score.
What happens during a penetration test?
We agree scope and rules of engagement in writing, then our engineers test your systems the way an attacker would: reconnaissance, probing for weaknesses, safe exploitation and checking how far access reaches. You receive a report with a plain-language summary for leadership, technical findings ranked by risk, and a fix list. We then help your team close the gaps and can retest.
How long does a penetration test take?
Duration depends on scope: the number of systems, applications and locations. We give a timeline in the proposal after scoping, and we schedule testing windows with you so your operations are not disturbed.
Will a penetration test disrupt our business?
We plan testing to avoid disruption, agree on testing windows and keep a contact available throughout. Riskier techniques are discussed with you before they are used.
What is the difference between a vulnerability scan and a penetration test?
A vulnerability scan is an automated check that lists known weaknesses. A penetration test adds human judgement: engineers chain weaknesses together, test your people and processes where in scope, and show what an attacker could actually reach.
What do we receive at the end of an assessment?
A written report with an executive summary in plain English, detailed findings with evidence, risk ratings and specific remediation steps. We walk your leadership and technical team through it.
What should we do right now if we think we were breached?
Disconnect affected devices from the network without turning them off, avoid deleting anything, and call us at (305) 404-9404. Our post-exploit forensic investigation determines what was accessed and how, and supports your notification duties under laws such as the Florida Information Protection Act.
Can you help us with compliance such as Regulation S-P or HIPAA?
We assess your controls against the requirements that apply to you and build what is missing, such as incident response programs and vendor oversight. We do not provide legal advice or certify compliance; your counsel and regulators decide that.
Do you test security on networks and firewalls, not just applications?
Yes. Network penetration testing covers external exposure, firewall and VPN configuration, segmentation between VLANs and zones, and internal paths an attacker could use after a first foothold. The report ranks findings and includes retest guidance.
Can you test our MCP servers?
Yes. We review each MCP server an agent connects to against the Model Context Protocol specification: how it handles authorization, whether tokens are validated for the server that receives them, whether it passes tokens through to other services, how narrow its scopes are, and what it logs. Findings come with remediation steps.
What does an AI red-team test cover?
Under a written scope and rules of engagement, we try to attack your AI agents and copilots the way an adversary would. That includes hijacking an agent's goal with hidden instructions, steering its tools into actions outside their purpose, reusing stolen tokens, and poisoning its memory or documents. The report maps findings to the OWASP agentic and LLM lists.
Do you ever test systems we have not authorized?
No. Every Cybersecurity engagement is authorized and contracted, with a written scope, rules of engagement and a named contact on your side before anything is tested. We test only what the owner has approved in writing. Vulnerabilities we find in authorized work and research are handled through responsible disclosure to the affected owner.