$14M gone at 4:08am.
The camera caught
a blurred hood.

AAM accreditation requires documented physical security, collection management protocols, and chain of custody on collection movement. Digital Tripwire produces hash-signed proximity logs that satisfy the documentation standards AAM accreditation reviewers look for, particularly for the Collections Stewardship and Facilities and Risk Management standards. The proximity log integrates with existing TMS, Argus, and NetX collection management platforms as a supplemental audit feed, not as a replacement, and is documented as an additional control layer during the next accreditation review cycle.

Fine art insurance carriers — AXA Art, Chubb Fine Art, AIG Private Client, Berkley One, Lloyd's specialty syndicates — increasingly require documented physical security as a coverage prerequisite, not just a discount factor. Institutions with hash-signed chain-of-custody records on collection movements typically negotiate 5-15% premium reductions on permanent collection policies, broader coverage on traveling exhibitions, and in some cases coverage on works that were previously uninsurable. The deployment is documented as a control infrastructure addition during the next renewal cycle, with the carrier's risk engineering team supporting the evaluation.

Traveling exhibitions are the highest-risk fine art operation in the museum world. Each loan transfer involves multiple chain-of-custody touchpoints: condition report, crating, loading, shipping, receiving institution unloading, condition recheck, installation. Digital Tripwire produces hash-signed proximity logs at every fixed touchpoint within the lending and receiving institutions, and portable per-crate nodes can be deployed for the transit window itself. The full forensic record produces lender-contract chain of custody that satisfies AAM, lender insurance carriers, and recipient institutional risk management at the same time.

The system captures MAC address proximity, signal strength, and timestamps in a fully-monitored, badge-controlled cultural institution where staff already operate under documented monitoring frameworks established by AAM accreditation, lender contracts, and underwriter requirements. Public exhibition spaces are already monitored by camera systems that visitors are aware of through standard signage. The data does not capture identity, content, or personal information, and the proximity log has practical investigative value only when correlated with a security event or collection movement.

Auction house deployments are designed for the unique peak-event exposure profile of evening sales. Permanent infrastructure covers the vault, warehouse, registration, and conservation areas year-round. Temporary high-density node deployment supplements the permanent infrastructure during preview, sale, and collection windows. Per-lot proximity logging is available for the highest-value works during the sale event window. Coverage includes Christie's, Sotheby's, Phillips, Bonhams, Heritage, and regional auction houses with comparable peak-event profiles.

Multi-site institutional deployments are designed for full-network rollouts, which is where cross-site pattern matching compounds. Each site gets a hub and a node kit sized to the facility footprint and risk classification. Hubs auto-provision over LTE-M on first power-up. No site-level IT involvement required. Most pilots are 1-2 sites for 90-180 days with cross-site pattern matching enabled, then a phased rollout across the network. International deployments are supported through regional cellular IoT and regional cloud infrastructure aligned with local frameworks such as the UK Government Indemnity Scheme and EU export controls.