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CORE CAPABILITY // 05

Applied Technical Research Lab

Where practical engineering meets experimental rigour. Our laboratory investigates emerging threat surfaces, builds open telemetry prototypes, and stresstests novel infrastructure primitives before they reach commercial client deployments.

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Active Research Vectors

Four primary experimental tracks currently active in our testing harness.

VECTOR 01 // ACTIVE

LLM Security Boundaries & Autonomous Tool-Execution Sandboxing

STATUS: STAGE 3 EXPERIMENTAL

As enterprise workflows grant autonomous agents access to databases, webhooks, and communication APIs, indirect prompt injection becomes a catastrophic lateral movement vector. We are developing deterministic micro-sandboxes that isolate tool invocation, enforce hardware token authentication for high-impact mutations, and parse model output through strict typed schema filters.

WASM Sandboxing Indirect Injection Defense JSON Schema Gates eBPF Syscall Filtering
VECTOR 02 // PLATFORM

High-Fidelity Detection Engineering for Linux Workloads

STATUS: PRODUCTION PIPELINE

Engineering low-overhead kernel telemetry decoders (Wazuh, auditd, eBPF) that distinguish legitimate administrative orchestration from hostile process hollowing and memory manipulation. This research feeds directly into ZIMA MDR's operational detection rules.

Wazuh Rulesets Linux Auditd MITRE ATT&CK Matrix ZIMA MDR Integration
VECTOR 03 // INFRASTRUCTURE

Ephemeral Zero-Trust Cryptographic Meshes

STATUS: BENCHMARKING

Investigating latency and throughput trade-offs of replacement architectures for traditional VPN concentrators. Testing distributed WireGuard mesh protocols, mutual TLS proxying, and automated key rotation across multi-cloud and edge nodes.

WireGuard Tailscale Engine mTLS Automation Zero-Egress Topologies
VECTOR 04 // EFFICIENCY

Zero-Dependency Architecture & Attack Surface Minimisation

STATUS: LAB STANDARD

Proving that modern enterprise platforms can achieve 99.99% uptime with radically smaller dependency trees, zero npm supply-chain vulnerabilities, and minimal CPU footprint through native runtimes and disciplined systems programming.

Pure Runtime Zero Build Tool Bloat Supply Chain Hardening Static Assets

Read Our Technical Research Insights

We regularly publish deep-dive architectural post-mortems and detection engineering research.

Browse Technical Insights
// RESEARCH LAB // LIVE INTERACTIVE CLI

Intelligence Lab Interactive Console

Direct terminal interface into BuruOps research methodologies, active vulnerability vectors, and deterministic verification harnesses. Type commands below to probe our security research pipelines.

LIVE TELEMETRY
buruops@intel-lab : ~ $
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BURUOPS INTELLIGENCE ENGINE v2.6.4
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