INCIDENT RESPONSE & DIGITAL FORENSICS DIVISION CLASSIFICATION: ACTIVE ENGAGEMENT
Enterprise Ransomware Forensics

We read the cryptography before we touch your backups.

Akira’s affiliates now cross Windows, VMware ESXi, and Nutanix AHV in a single intrusion. Our engineers reverse the specific ChaCha8/RSA-4096 implementation used against you, rather than running a generic decryptor and hoping for the best.

Initiate Emergency Response
Active Breach Protocol
Leave impacted hosts and edge appliances powered on. Do not rename files carrying .akira, .powerranges, or .akiranew extensions. Do not delete .arika checkpoint files — they are evidence, not clutter. Isolate the network segment and call us immediately.
01 — Track Record

Fifty Cases. No Brokered Ransoms.

We’re not a high-volume helpdesk. This is a highly specialized forensic unit built around one class of problem: complex, multi-platform extortion intrusions that generic IT support isn’t equipped to unwind.

50+
Complex Cases Resolved
Full-scope engagements—decryption, environment sanitization, and domain rebuilding after targeted intrusion.
<2h
Data Exfiltration Window
Akira affiliates move data out via FileZilla or RClone in under two hours before encrypting. Containment has to be faster.
0%
Ransom Brokerage
We don’t secretly pay operators to resell their decryptors. Every recovery path is grounded in verifiable forensic science.
02 — Active Threat Intelligence

The Hypervisor Expansion

Akira’s playbook keeps shifting. Relying on outdated security guidance guarantees a failed recovery. Our forensic teams are actively responding to the group’s latest structural shifts in real-time.

  • Initial Access Exploitation
    Aggressive exploitation of unpatched VPN and backup infrastructure — SonicWall SonicOS CVE-2024-40766 and Veeam CVE-2023-27532 / CVE-2024-40711 lead the intake list.
  • Nutanix AHV Targeting
    Beyond VMware ESXi, affiliates now locate and directly encrypt Nutanix AHV virtual disks (.qcow2), a platform most generic recovery playbooks still cannot handle.
  • Lateral Movement & Persistence
    Perimeter defenses bypassed and persistence held with dual-use tooling — AnyDesk, LogMeIn, and Ngrok tunnels, blending seamlessly into normal admin traffic.
  • Credential Dumping
    SharpDomainSpray and similar tooling routinely escalate to Domain Administrator within minutes of the initial perimeter breach.
03 — Operational Methodology

Enterprise Forensics vs. The Status Quo

Standard incident playbooks were built for accidental data loss, not an active adversary. Applied here, they routinely destroy the evidence a real recovery depends on.

The Standard IT Playbook
Blindly formatting infected drives, losing volatile memory evidence in the process.
Restoring historic backup states straight into an un-sanitized, backdoored domain.
Treating .arika auto-save states as corrupt clutter and deleting them.
Running generic public tools against large .qcow2 / .vmdk images, breaking them permanently.
Our Forensic Infrastructure
Live memory acquisition first, to parse resident payloads and key buffers before anything is touched.
Full log audit (EVTX, IIS, VPN) to find the entry point and remove Ngrok/AnyDesk persistence.
Extracting cryptographic offsets from .arika checkpoints to carefully reconstruct data arrays.
Every recovery path is tested in an air-gapped sandbox against massive VMs before deployment.
04 — Verified Governance

Our Uncompromising Trust Architecture

High-stakes B2B cybersecurity demands absolute transparency. Explore the documented standards, verification steps, and compliance guardrails that dictate every technical deployment we manage.

DOC.01

Editorial Policy

How our malware researchers and security architects ensure all technical advisories and threat insights are factually validated.
DOC.02

Research Methodology

The empirical framework used to source samples, evaluate binaries, and safely map active double-extortion campaigns.
DOC.03

How We Test Decryptors

Our zero-trust sandbox validation pipeline designed to isolate performance memory leaks and protect production file headers.
DOC.04

Responsible Disclosure

Our structural mechanics for reporting edge vulnerabilities to vendors while weaponizing payload flaws to aid defenders.
DOC.05

Ethical Guidelines & Compliance

Our strict alignment with OFAC sanctions compliance, law enforcement data principles, and our anti-brokerage commitment.
DOC.06

Incident Response Lifecycle

The structured, six-phase technical roadmap guiding networks from containment triage to zero-trust microsegmentation.
DOC.07

Evidence Preservation

How we secure volatile memory, disk images, and artifacts according to RFC 3227 for legal and insurance compliance.
DOC.08

Chain of Custody Protocol

How we track, secure, and validate digital evidence from acquisition to final disposition to prevent spoliation.

Every minute of lateral movement widens the exfiltration window.

If you’re seeing exploitation through an old VPN config, an unpatched SonicWall, a compromised Veeam node, or a domain admin account acting strangely—start the case now, not after someone reboots a server.

Initiate Emergency Incident Intake