Defensive Cyber Operations (DCO), tactical zero-trust fortification, and relentless threat neutralization. Built with joint military discipline to safeguard critical infrastructure, enterprise networks, and high-risk digital assets.
We do not practice reactive security or checkbox compliance. Derived from 19+ years of joint military defense rigor, our mission is built on four active pillars designed to anticipate threats, contain attackers, and enforce permanent digital sovereignty.
We continuously map your entire attack surface—across cloud, on-premises networks, and edge systems. We identify exposed credentials, misconfigurations, and supply-chain weaknesses so they can be remediated before adversaries ever discover them.
We replace dangerous implicit trust with cryptographic boundaries and micro-segmentation. Mission-critical workloads are isolated in sovereign enclaves where every single connection is mutually authenticated and verified with mTLS.
When attackers probe your environment, we correlate live network packets directly with host process executions. Deceptive honey-enclaves lure adversaries into synthetic sandboxes while automated defenses instantly sever unauthorized sessions.
Every intrusion attempt yields cryptographically immutable forensic evidence. We analyze adversary tradecraft to permanently evolve your detection rules, harden your configurations, and ensure your defense gets stronger with every engagement.
At Cyberneticks, we do not operate as generic IT support consultants. We are seasoned defensive cyber operations architects with over two decades of joint military defense service in tactical communications, enterprise network defense, and high-stakes signal fortification.
Over 19+ years of combined active military service managing tactical defense networks and battlefield signal operations under real-world contested conditions.
Extensive background engineering resilient, zero-fail communications pipelines across hostile electromagnetic and digital environments.
A singular focus on defense-in-depth, zero-trust enforcement, and relentless adversary containment rather than reactive checklist compliance.
Born from 19+ years of joint military defense operations, GryphOps delivers the definitive operational breakthrough: simultaneous, in-depth analysis of both network wire traffic and host system logs in one unified tool. One sovereign platform that secures your entire Cyber Arena.
The single biggest benefit of GryphOps is eliminating the visibility chasm between wire packet flows and endpoint logs. Instead of operating fragmented tools for network capture and endpoint agents, GryphOps unifies live wire packet flows and deep host event logs into a singular, high-performance analytical plane. Correlate a wire-level connection anomaly directly to the responsible host process tree, binary signature, and user session in real time. One tool that takes care of your entire Cyber Arena.
Autonomous wire packet capture daemons, TAP/SPAN/eBPF ingestion & socket telemetry.
Parent/child process trees, Windows Security events, Linux auditd & file integrity.
Total cross-domain correlation: zero blind spots across your entire cyber footprint.
GryphOps is a completely self-contained cyber defense ecosystem. Unlike legacy SIEMs and monitoring platforms that require expensive third-party agent licensing, brittle integrations, or external forwarders, GryphOps comes standard with its own proprietary Network Sensor and Host Agent engineered from the ground up for high-throughput sovereign cyber operations.
Autonomous wire capture daemon deployable on TAP, SPAN, mirror ports, or Kubernetes node interfaces. Encapsulates wire packets and streams directly to Gryphon Engine port 4203 over mTLS.
Low-footprint endpoint monitoring daemon for Linux and Windows systems. Concurrently streams kernel audit syscalls, deterministic process ancestry, binary hashes, and open socket bindings.
The central nervous system of the sovereign Cyber Arena: concurrently streams live host telemetry and raw wire packet events into TimescaleDB hypertables. Monitor active agent heartbeats, top source/destination talkers, protocol breakdowns, and critical alerts in a unified high-performance operational cockpit.
Command sovereign endpoint agents across heterogeneous Linux distributions and Windows enclaves. Inspect real-time agent health, assign metadata tags and fleet groups, push dynamic telemetry extensions on the fly, and execute targeted security policies across thousands of endpoints without restarting daemons.
Eliminate the need for exposed SSH ingress ports or jump boxes. Security operators and incident responders can establish an authenticated, encrypted, low-latency pseudo-terminal session directly into any enrolled fleet agent right from their browser, complete with full ANSI terminal emulation and session audit logging.
Deploy the entire GryphOps platform into any air-gapped or multi-cloud Kubernetes cluster with a single Helm command. Built-in interactive quickstart guides provide copy-paste bash snippets for agent enrollment, token provisioning, and sensor validation.
Visualize the entire network mesh in real-time with 60 FPS force-directed physics. Glowing particle animations illustrate packet volume, protocol velocity, and directional flows between subnets, endpoints, and external gateways. Zoom from high-level enterprise enclaves down into single socket connections.
Proprietary network sensor and wire forensics unified in one sovereign interface. Operators can seamlessly switch between live forensic consoles: PCAP Analyzer frame decoders, Zeek NSM transaction logs, Suricata intrusion alert streams, Snort 3 sticky buffer inspectors, Arkime session profilers, Sigma & JA4+ fingerprint classifiers, and the YARA hex payload viewer.
The in-tool PCAP Analyzer interface provides full line-rate packet dissection directly within your browser. Analysts can inspect protocol decoders, reassemble TCP conversations, view byte-level payload streams, and analyze packet timing histograms without exporting captures to external tools.
Hierarchical decode tree displaying Ethernet frame headers, IPv4/IPv6 options, TCP flags, sequence numbers, and application payload segments.
Reconstructs complete bidirectional conversations between endpoints with millisecond packet delta timing and payload flow directions.
Visual color-coded entropy gauge (0.0 to 8.0) pinpointing encrypted, compressed, or packed executable malware payloads in real time.
Single-click operator pivot button linking any network frame directly to the responsible host process PID, executable path, and user session.
The Zeek NSM studio presents structured network transactions in high-performance operational grids. Seamlessly switch between connection records, DNS lookups, HTTP transactions, SSL/TLS certificates, and automated security notices with instant search and filtering.
One-click tab switching between conn.log (flow records), dns.log (queries & responses), http.log (URIs & user agents), and ssl.log (certificates).
High-priority alert ribbon highlighting detected covert DNS tunnels, protocol violations, and abnormal connection volumes.
Color-coded TCP connection status tags (SF Normal Close, S0 Syn Flood, REJ Rejected, RSTO Reset by Originator) for instant triage.
In-table search bar enabling instant filtering across originator IP, responder IP, port numbers, protocol types, and service names.
The Suricata IDS dashboard displays real-time signature alerts from Emerging Threats (ET Open) rulesets. Security operators can triage alerts by severity, inspect packet payloads, browse the active rule repository, and monitor intrusion trends across all network segments.
Interactive alert table displaying signature descriptions, SID identifiers, source/destination endpoints, and MITRE technique classifications.
Color-coded severity indicators (Critical, High, Medium, Low) with classification tags such as attempted-admin, trojan-activity, and web-application-attack.
Built-in rule manager allowing operators to search active rules, review revision history, and check matching statistics.
Slide-out inspection drawer displaying raw matched packet bytes and flow state metadata with one-click drilldown into raw wire captures.
The Snort 3 Network Sensor interface showcases next-generation sticky buffer inspection results. Operators can examine matched protocol buffers (http_uri, http_header, http_client_body), verify Talos intrusion rules, and review enforced security actions.
Visual chips showing which exact protocol buffer triggered detection (http_uri, http_header, client_body) for zero-ambiguity triage.
Clear status badges showing action outcomes (Alert, Drop, Pass, Reject) based on the active inline IPS security profile.
Searchable catalog of Cisco Talos signature definitions with category filters, SID search, and revision metadata.
Detailed finding cards displaying packet arrival timestamps, source/destination IP pairs, protocol headers, and matched string offsets.
The Arkime SPI interface provides full-scale session indexing and packet search. Operators can analyze faceted protocol distributions, visualize network activity over time histograms, and download exact raw PCAP slices for forensic archiving.
High-speed faceted aggregation panels breaking down active traffic by protocol, destination port, country code, and ASN.
Interactive time-scrubbing packet volume histogram displaying traffic bursts, protocol shifts, and communication spikes.
Instant download button extracting exact reconstructed PCAP segments directly to the analyst's workstation for offline analysis.
Color-coded dual-direction stream viewer displaying client requests in blue and server responses in green with full metadata headers.
The Sigma + JA4+ studio unifies behavioral detection rules with cutting-edge network fingerprinting. The interface correlates client TLS/SSH handshakes against threat intelligence databases to detect Cobalt Strike, Metasploit, and custom implants even over encrypted channels.
Structured table displaying computed JA4 TLS, JA4S server, JA4H HTTP, and JA4SSH hashes with known application attribution.
Visual malware identification cards mapping recognized fingerprints to threat actors, malware families, and confidence percentages.
Catalog of open-standard Sigma rules for network telemetry with MITRE ATT&CK technique tags and automated detection toggles.
Real-time indicator badges flagging known malicious TLS handshakes without requiring SSL/TLS decryption.
The YARA Hunter interface equips analysts with an in-browser hex payload viewer and live rule sandbox. Evaluate compiled signatures across wire streams, inspect malware byte patterns in hex/ASCII, and visualize tactical threat coverage on an integrated MITRE matrix.
Colorized byte-grid inspection tool displaying raw packet offsets, ASCII representations, and highlighted malware signature match regions.
Visual tactical matrix mapping triggered YARA signatures directly to adversary tactics (C2, Exfiltration, Initial Access, Execution).
Interactive testing modal enabling analysts to validate custom signatures against sample packet buffers with instant detection feedback.
Summary scorecards displaying malware family names, rule confidence ratings, detection timestamps, and affected endpoints.
Inspect and optimize the underlying PostgreSQL/TimescaleDB time-series hypertables storing billions of host and wire telemetry records. Monitor chunk distribution, verify disk compression ratios (high-ratio columnar ZSTD compression), and configure automated rollups and retention policies.
Search millions of host system events (Linux auditd, Windows Security 4624/4688) alongside raw wire packet flows in a unified interface. Filter across time, hostnames, protocols, and severities with instant Lucene-style search syntax. Pinpoint the exact second a network connection occurred and identify the spawning process.
Detect stealthy cyber threats that bypass signature-based rules. GryphOps trains unsupervised Isolation Forest models on combined host and wire telemetry to uncover anomalous C2 beaconing, credential dumping, and lateral movement. Execute automated threat hunting playbooks backed by containerized Jupyter worker pods.
Correlate installed software packages and kernel versions across your entire fleet against real-time vulnerability databases. Ingest upstream CVEs, GitHub Advisory Database, and CISA Known Exploited Vulnerabilities (KEV) catalog with severity scoring, CVSS v3 vectors, and actionable remediation steps.
Extend agent capabilities dynamically without recompiling or redeploying agent binaries. Browse a rich catalog of community and enterprise security plugins, including DISA STIG compliance auditors, CVE scanners, firewall verifiers, and custom gRPC streaming probes. Schedule recurring runs across targeted fleet groups.
A full-featured in-browser development environment for authoring custom security plugins and dynamic report templates. Features syntax highlighting, manifest linting, in-browser sandbox simulation, and a live rendering pane that displays generated compliance report cards before shipping to production fleets.
Generate comprehensive, audit-ready compliance reports for Department of Defense and civilian regulatory frameworks. Evaluates fleet endpoints against DISA STIG baselines, CIS Benchmarks, and CMMC controls. Export branded executive summaries, detailed technical findings, and raw JSON/CSV matrices.
Meet stringent NIST SP 800-53 AU-2/AU-3 auditing requirements. GryphOps cryptographically records every user login, policy dispatch, terminal session initiation, and configuration change into an append-only, tamper-evident audit log with SHA-256 sequence chaining.
Ensure operational resilience in isolated, sovereign, or tactical edge deployments. Export full platform snapshots—including user credentials, RBAC policies, plugin scripts, telemetry schemas, and report templates—into encrypted, verifiable archive bundles ready for air-gapped restoration.
Enforce rigorous Zero-Trust identity and access management. Integrate with enterprise Identity Providers (Keycloak, Okta, Microsoft Entra ID) via OpenID Connect, enforce granular per-feature RBAC permissions, and require hardware-backed WebAuthn/FIDO2 biometric keys for administrative actions.
Unified hypertable ingestion correlating live eBPF wire traffic with endpoint OS audit events with sub-millisecond precision.
End-to-end mutual cryptographic verification, Keycloak OIDC authentication, and FIDO2/WebAuthn hardware key biometric protection.
Isolation Forest anomaly detection models scoring millions of host and wire security events to uncover lateral movement in real-time.
Single-command Helm deployment into isolated Kubernetes enclaves with zero external cloud dependencies or telemetry leaks.
Built on 19+ years of joint military cyber operations heritage. Services marked Active Consulting are available for immediate engagement, complemented by our near-term custom tooling roadmap.
Proactive adversary hunting and real-time killchain disruption built on 19+ years of joint military cyber operations. We intercept intrusions before data exfiltration or operational paralysis can occur.
Consult Principal ArchitectArchitecting sovereign, hardened network topologies with strict identity verification, micro-segmentation, and zero-implicit trust across all cloud, on-prem, and air-gapped enclaves.
Consult Principal ArchitectExhaustive security posture evaluations and adversarial simulation to uncover hidden architectural vulnerabilities before hostile state-sponsored or criminal actors can exploit them.
Consult Principal ArchitectStrategic guidance for CISOs, boards, and technology executives. We translate complex defense posture data into definitive risk mitigation strategies and institutional resilience roadmaps.
Consult Principal ArchitectEquipping executive security teams with actionable insights and intelligence briefings. We decode advanced persistent threat (APT) campaign methodologies and anticipate adversary moves.
Consult Principal ArchitectEngineering custom security platforms, automated containment workflows, and bespoke integrations tailored specifically to the operational nuances of your enterprise environment.
Why high-risk organizations, defense contractors, and mission-critical enterprises trust Cyberneticks over conventional "check-the-box" security vendors.
Direct lines of communication to Cyberneticks' principal defense architects. No generic helpdesks — work directly with seasoned cyber defense operators.
We partner with organizations to build resilient, sovereign, and defense-grade digital infrastructures. Reach out directly to discuss your security posture: