How does dvm differ from previous sandbox generations?

dvm is the fourth generation of sandboxes, following virtual machines (gen 1), containers (gen 2), and MicroVMs (gen 3). Unlike previous approaches, dvm combines a kernel and hypervisor written together in Rust, enabling it to run Docker images unmodified while providing superior performance and security.

What can you inspect when rewinding a run?

When you rewind to any instruction in a run, you can read every thread's stack and any address in its memory, allowing complete visibility into the state of your code at that moment.

How much data does dvm log compared to traditional tracing?

dvm logs 1000 times less data than traditional tracing while still reproducing every instruction, memory value, and packet.

What security features does dvm provide?

dvm audits every external event and blocks every unauthorized interaction. It is secure by design, with its own kernel and hypervisor written together in Rust to prevent unmodified Docker images from accessing unauthorized resources.

Agent browsers & sandboxes

dvm

Rewind a run of your agents' code to any moment, and step through it.

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0DR by Ahrefs no change since last check

Ahrefs Domain Rating signal 13 Nov 2026, signal shifted 7 Nov 2026.

A time-travelling sandbox that records and replays code execution with full instruction-level visibility and security auditing.

What it is

Screenshot of the dvm homepage — What dvm.run looks like

dvm is a fourth-generation sandbox that records code execution and allows you to rewind to any instruction, viewing every thread's stack and memory. It runs Docker images unmodified on its own kernel and hypervisor written in Rust, providing secure execution by design. The platform reproduces runs identically across machines and logs 1000 times less data than traditional tracing while capturing every instruction. It audits all external events and blocks unauthorized interactions based on configurable rules.

Systems

Rewind to any instruction with thread stacks and memory inspection
Replay identical runs across different machines
Runs unmodified Docker images with custom kernel and hypervisor
1000 times more efficient logging than traditional tracing
Audit all external events with configurable security rules

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dvm metrics

Signal readout for dvm.run: Ahrefs Domain Rating and Majestic link signals, arrows for the change since the last scan.

0 Domain Rating no change since last check
0 Trust Flow no change since last check
0 Citation Flow no change since last check
0 Referring domains no change since last check
0 External backlinks no change since last check

Ahrefs Domain Rating signal 13 Nov 2026, signal shifted 7 Nov 2026. Majestic signal 7 Nov 2026, signal shifted 7 Nov 2026. Link signals from Majestic. Trust Flow, Citation Flow and Topical Trust Flow are trademarks of Majestic-12 Ltd.

dvm domain signal

Show the signal details

Public RDAP record, last read 10 Nov 2026, 04:20 UTC.

Domain age 14 days
Registered 30 Oct 2026
Expires 30 Oct 2029
Registrar Porkbun LLC
DNSSEC Not signed

Full signal for dvm.run

dvm post-launch signal

The record for dvm after its launch on Nexora Launch (7 November 2026), from the readings we keep.

0 Domain Rating (Ahrefs) no change since launch
at launch: 0 (7 Nov 2026); latest: 13 Nov 2026
0 Trust Flow (Majestic)
first measured 7 Nov 2026
0 Referring domains (Majestic)
first measured 7 Nov 2026

Day 5 since launch. Next receipt: day 30, 7 Dec 2026. A change here is a reading, not a claim about its cause; lots of things move these figures. Anything we do not measure is not shown.

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Quick answers

How does dvm differ from previous sandbox generations?: dvm is the fourth generation of sandboxes, following virtual machines (gen 1), containers (gen 2), and MicroVMs (gen 3). Unlike previous approaches, dvm combines a kernel and hypervisor written together in Rust, enabling it to run Docker images unmodified while providing superior performance and security.
What can you inspect when rewinding a run?: When you rewind to any instruction in a run, you can read every thread's stack and any address in its memory, allowing complete visibility into the state of your code at that moment.
How much data does dvm log compared to traditional tracing?: dvm logs 1000 times less data than traditional tracing while still reproducing every instruction, memory value, and packet.
What security features does dvm provide?: dvm audits every external event and blocks every unauthorized interaction. It is secure by design, with its own kernel and hypervisor written together in Rust to prevent unmodified Docker images from accessing unauthorized resources.

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