Multi-vector, objective-based offensive engagements. We breach your systems the way a real adversary would — quietly, patiently, and with discipline. Then we tell you exactly how we did it.
A red team operation simulates a real-world adversary with realistic objectives — exfiltrate customer data, achieve domain admin, breach the SCADA network. Unlike a penetration test, we don't run scanners and report findings. We chain weaknesses across people, process, and technology until we reach the goal you've authorized us to reach.
The output isn't a list of CVEs. It's a story: how we got in, what we touched, and where your defenders saw nothing.
Most security programs measure what controls exist, not whether those controls work under pressure. We measure the second thing. Boards, regulators, and cyber insurers increasingly demand evidence of resilience under simulated attack — and a credible red team report is the strongest evidence available.
You need this if you have crown jewels worth protecting and a leadership team who needs to know — with proof — whether they'd survive someone like us coming for them.
Persistent, low-and-slow operations that mirror nation-state and ransomware crew behavior across weeks of engagement, not 8-hour scans.
Targeted phishing, vishing, physical pretexting, and OSINT-driven impersonation against your real employees — under strict rules of engagement.
Authenticated and unauthenticated assault across external perimeter, internal network, cloud workloads, and custom application logic.
Executive narrative, technical replication steps, mapped MITRE ATT&CK techniques, and prioritized fixes with retest included.
OSINT, infrastructure mapping, employee profiling, exposed assets discovery, supply chain enumeration, and threat-actor profiling against your specific industry.
Initial access via phishing, exposed services, or supply chain. Lateral movement, privilege escalation, persistence — chaining real vulnerabilities into a working kill chain.
Executive narrative for the board. Technical replication steps for your engineers. Mapped MITRE ATT&CK coverage. Prioritized by business impact, not CVSS.
Remediation roadmap with engineering-ready specs. Free retest within 90 days of report delivery to validate fixes. Optional purple-team follow-up for detection tuning.
# adversary chain — kerberoasting → PtH → DCSync from stealthbyte import adversary, kerberos, ad def execute(target: Target): # Step 01 — enumerate SPN-bearing service accounts spns = kerberos.spn_enum(target.dc, filter="!krbtgt") # Step 02 — request TGS, crack offline (rockyou + ad-mods) tickets = [kerberos.request_tgs(s) for s in spns] creds = adversary.crack_offline(tickets, depth=3) # Step 03 — pivot via PtH, find DA via group enum for c in creds if c.cracked: ad.enum_priv_groups(c, hop_limit=7) if c.is_da: return ad.dcsync(c)
Plain-language narrative of the engagement, business risk, and prioritized investment recommendations. Written for your CEO, CFO, and audit committee.
Every finding reproducible, every step documented, every artifact preserved. Engineering-ready for remediation teams.
Engineering-ready fixes mapped to your stack, with timelines, success criteria, and a free retest after 90 days.
A defined objective against a defined scope — e.g. "can you reach the SCADA network from the corporate DMZ in two weeks?"
Multi-vector engagement against your full attack surface — perimeter, social, physical, supply chain — over 6 to 10 weeks of patient adversary work.
Quarterly engagements with rotating objectives, always-on attack surface monitoring, and emergency-response on tap.
Engagements begin with a confidential scoping conversation under NDA. Briefings delivered within 72 hours.
./initiate_engagement.sh