Keep6 Security builds custom apps, platforms, AI systems, and security frameworks for people and businesses that off-the-shelf technology keeps overlooking. Every product is engineered from the beginning with security at its foundation.
We make security an architecture decision from day one. Identity, access, data protection, hardened infrastructure, and real-world abuse cases are considered before the product reaches production—not patched in after something goes wrong.
Keep6 Security · Heavyweight Autonomous Security Framework
A complete autonomous red-team, blue-team, and incident-response operating system for authorized security assessments. Matrix does not run one scanner and call it a penetration test. It coordinates named specialist agents through reconnaissance, research, exploitation, live defense, containment, recovery, forensics, and reporting—with human authorization controlling the operation.
The Crew and the Machines
The Red Team is built to find the path in. The Blue Team is deliberately layered to recognize, understand, contain, and learn from the same activity. Use the controls to inspect each side.
Controls the mission from entry to completion. Morpheus confirms the target, builds the plan, assigns specialists, presents actions for approval, coordinates the crew, and prevents the operation from moving outside its authorized scope.
Builds the external picture before the crew touches the target: domains, identities, public exposure, technology clues, relationships, and other open-source intelligence that can shape the attack plan.
Takes validated attack paths and determines how they can be exercised. Neo leads exploitation decisions, adapts when a route closes, and proves impact without confusing a scanner alert with a confirmed compromise.
Keeps Neo from getting caught. Switch studies the defensive pressure around an approved attack path, reduces unnecessary exposure, and adapts the operation when detection risk rises—protecting the exploitation mission without moving it outside Morpheus's authorization.
Runs the framework's Metasploit control layer. Tank manages the console and RPC daemon, approved exploit modules, payload generation, sessions, and structured results while keeping execution under Morpheus's authorized plan.
Maintains the live record. Link streams agent activity, tool output, timestamps, decisions, and evidence to the operator interface so every meaningful action can be watched, reconstructed, and audited.
Investigates vulnerabilities, exploit references, conditions, and known techniques. Apoc cross-references the research library so the crew can distinguish a plausible lead from a usable, target-relevant path.
Retrieves the internal security knowledge the team needs at the moment it is needed: research, references, methodology, prior evidence, and supporting material for both attack decisions and final reporting.
Leads the first defensive layer. Smith correlates observed behavior and signs of attack, decides what deserves escalation, and coordinates Brown, Jones, and Jackson across the monitoring surface.
Watch different signals and surfaces for suspicious behavior. They broaden Smith's coverage, challenge isolated observations, and help establish whether activity is noise, a real attack, or a developing incident.
Turns a validated defensive decision into controlled action. One Twin handles what must be done while the second preserves independent analysis of why it should be done.
Examines scope, behavior, relationships, and likely next moves. This separation keeps response action and analytical judgment from collapsing into one unchecked decision.
Prioritizes what matters. The Merovingian weighs confidence, severity, exposure, business impact, and spread so the framework sends the right issue—not every issue—to containment.
Isolate and contain the verified threat. The swarm scales to the incident: a focused response for a contained path, a larger formation for distributed activity, or all twenty when the threat justifies maximum containment depth.
Returns the environment to a trusted operating state after containment. Restoration is tied to verified evidence and remediation—not simply turning services back on and hoping the threat is gone.
Reconstructs what happened from the preserved record, identifies control failures and systemic weaknesses, and turns the completed incident into concrete architectural improvements.
Converts technical activity into preserved evidence, a defensible timeline, affected assets, actions taken, remediation priorities, and reporting suitable for technical, executive, and legal review.
The human stays above the system. The operator approves the target and plan, can demand explanation or replanning, controls higher-risk changes, and can stop or override the mission.
Red Team Operation
Click each stage for the deeper operational view. The sequence is designed to keep autonomy powerful without letting it become ungoverned.
The framework does not begin attacking when it launches.
Morpheus first enforces the entry gate, identifies the authorized operator, confirms the intended target, and establishes whether the requested activity belongs inside the engagement. The target is treated as an explicit security boundary—not a suggestion.
The environment and allowed boundaries are established before active work.
Domains, systems, addresses, exclusions, timing, objectives, and permitted methods are tied to the mission. If the request changes the target or expands the action, it must return through the proper gate rather than quietly drifting beyond authorization.
Trinity and Niobe build context without immediately touching the target.
Trinity collects open-source intelligence while Niobe retrieves relevant internal knowledge. The goal is to understand the visible attack surface, likely technology, exposed identities, relationships, and known risk before noisy testing begins.
The crew verifies what is actually reachable and observable.
Approved discovery and scanning tools enumerate live services, technologies, subdomains, content, and potential weaknesses. Matrix distinguishes observation from proof: a finding becomes an attack candidate, not an automatic claim of compromise.
Apoc, Niobe, Neo, Switch, and Morpheus turn findings into a plan.
Apoc researches candidate exploits and conditions, Niobe supplies supporting knowledge, Neo evaluates practical exploitation paths, Switch evaluates detection exposure and the evasion requirements needed to protect Neo, and Morpheus assembles the proposed sequence with its purpose, risk, tools, and expected evidence.
The operator can approve, reject, request explanation, or force replanning.
Matrix presents the plan before higher-impact action. “Yes” authorizes the stated plan; “No” blocks it; “Explain” demands more justification; “Replan” sends the crew back to build a different path. Sensitive changes remain protected by an additional control gate.
Neo leads the path, Tank operates the exploitation layer, and Switch keeps Neo from getting caught.
Only the accepted route proceeds. Tank manages console/RPC execution, approved exploit modules, payload generation, and sessions while Neo interprets and adapts the exploitation path. Switch watches the operation's detection exposure and adjusts the approved evasion posture around Neo. The crew validates impact while staying inside the mission boundary.
Link records the mission while the operator watches.
Agent decisions, tool results, timestamps, evidence, session changes, and approvals flow into the live stream and audit record. This creates a traceable operation rather than an opaque agent claiming it completed work.
Findings are validated, organized, and translated into action.
Matrix closes the loop by separating confirmed impact from unverified leads, preserving the evidence chain, describing the affected control, and producing prioritized remediation. Live Mode shows the operation as it happens; Report Mode turns the completed mission into the deliverable.
Sentinels Defensive Chain
Yes—the response goes all the way to the top. Activity can begin as a low-confidence signal and escalate through analysis, triage, containment, restoration, forensics, and formal reporting.
Focused response · contained threat
This buyer-facing control illustrates the architecture's 1–20 containment depth; it does not expose the proprietary decision logic used inside the framework.
What the Customer Receives
Confirmed weaknesses separated from noise, with affected assets, evidence, impact, confidence, and reproducible context.
A timestamped audit trail of approvals, agent actions, tool output, decisions, and evidence captured through Link's telemetry layer.
What the Red Team attempted, what the Blue Team detected, where controls worked, where they failed, and how far the activity progressed.
Clear technical and operating actions organized by risk and urgency—not a pile of scanner output handed to the customer.
Defensible timelines, preserved evidence, containment actions, restoration status, and material suitable for technical, executive, and legal audiences.
Systemic weaknesses and architectural improvements so the engagement makes the environment harder to compromise the next time.
How to Get Matrix
Tell Keep6 Security what environment you need assessed and what you need to prove. We establish ownership and authorization, define the target and exclusions, agree on the operating plan and approval gates, then configure the engagement around that scope. Curious readers now have the full overview; qualified buyers can move directly into scoping.
Request a Matrix assessment →A real problem became a real product
The Frenchman's Grades began because a collector could not get his coins graded through the tools available to him. Keep6 Security did not send him searching for another generic platform—we built the software around the problem.
Existing grading options did not fit the collector, the collection, or the way the work needed to be done.
Start with the person, understand the real workflow, then engineer a purpose-built system instead of forcing the problem into off-the-shelf software.
Keep6 Security · Product Engineering
Our applications are different products solving different problems, but the standard underneath them stays the same: production-grade architecture, security from the first decision, and a clear reason for existing.
A private, secure communications ecosystem with encrypted messaging, calling, video, on-device data, metadata stripping, and layered privacy controls.
An Android-first AI copilot designed to watch, understand, guide, and—with explicit consent—help users act while maintaining clear operator control.
A Canadian tax-intelligence platform designed around CRA-authoritative data, auditability, guided filing, and rigorous validation.
A grading and collection platform born from a real collector's problem and expanded across coins, cards, currency, garments, and other valuables.
Coming Soon · Built by Keep6 Security
The most private and secure communications ecosystem on the planet.
User data stays on the user's device. YoFAM is not built around collecting profiles, tracking behavior, or turning private communication into advertising data.
Encrypted messages, voice and video calls, metadata stripping, self-destruct controls, layered locks, the Stash Spot vault, and the wider YoFAM ecosystem.
Coming Soon · Built by Keep6 Security
A purpose-built grading and collection platform created because a real collector needed a better way to understand and document what he owned.
It started with coins that could not be graded through the options available. Keep6 Security built the missing solution.
The platform supports a broader world of collectibles and valuables, including coins, currency, cards, garments, and more.